TW588148B - Simultaneously controlling circuit - Google Patents

Simultaneously controlling circuit Download PDF

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Publication number
TW588148B
TW588148B TW92117367A TW92117367A TW588148B TW 588148 B TW588148 B TW 588148B TW 92117367 A TW92117367 A TW 92117367A TW 92117367 A TW92117367 A TW 92117367A TW 588148 B TW588148 B TW 588148B
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Taiwan
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circuit
micro
load
control circuit
program
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TW92117367A
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Chinese (zh)
Inventor
Yuan-Tai Hsieh
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Gen Home Technology Co Ltd
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Abstract

This invention relates to simultaneously controlling circuit. The simultaneously controlling circuit is composed of sets of controlling circuits. Each controlling circuit its input is connected to AC current and its output can control different electric power. Each controlling circuit consists of a power, a detective circuit, a micro circuit and driving circuits. Each controlling circuit its micro controller runs depending on programs; meanwhile, signals from detective circuit run together with other controlling circuits and obtain total sets of controlling circuit cooperating to program to drive circuit.

Description

588148 五、發明說明Q) 【發明所屬 本發明係有 組控制電路同步 之各負栽之「同 【先前技術 請參閱第四 制諸多負載(5 係由诸多獨立之 誕燈串聯而成, 利用控制電路( 串燈依序進行不 然而,倘若 更改控制電路( )β部所預先燒 【發明内容 之技術領域】 關於一種同步控制 運作,以便依序動作,而尤指一種可令多 步控制電路」。 而適時控制輪出端588148 V. Description of the invention Q) [The invention to which the invention belongs is a group of control circuits that synchronize the various loads. [Same as [the previous technology, please refer to the fourth system of many loads (5 is a series of independent Christmas lights connected in series, using control The circuit (the string lights are not carried out in sequence. However, if the control circuit () β is burned in advance [Technical Field of the Invention], a synchronous control operation is performed in order to operate in sequence, especially a multi-step control circuit. " . And control the exit of the wheel in time

I 圖所示,一般可 — )’使負載(5)依;電路(4)控 串燈所組成,每一::動作。如耶誕串燈 且每-獨立之串燈:ϊ之串燈係由諸多耶 4)控制諸多獨立述負載, 同之閃爍動作。 五,可使每一獨立 各"大置增加負栽( 4 )之電路架構,或量時,即必須 錄之程式,故非常^重寫控制電路(4 緣斯,發明人為改善上述 神’並藉由其豐富之專業知識 且歷缝多方巧思及多番試驗, 本發明主要係供 '一種同 電路所組成;每一控制電路電 源’而輪出端則可分別控制諸 控制電路皆係包括一電源電路 器及諸多驅動電路;每一控制 進行運作,同時依零點偵測電 乃一本孜孜不倦之精 及多年之實務經驗所輔佐, 終精心研擬出本發明。 步控制電路,係由多叙控制 源輸入端皆連接同一交流電 多不同之負載;其中,每一 、一零點偵測電路、一微控 電路之微控器可依内建程式 路輸出之零點偵測信號作為 588148 五、發明說明⑵ ~" ----- 與其他控制電路同步運作之基準,I自其一、二設定器取 得,制電,之總=數及自己所屬之序列組號,配合程式之 運算,則每-控制電路便可於自己分配到之工作時間段内 觸發驅動電路,以驅動負載。 【實施方式】 為使本創#明所運用4技術手段與達成功效易於明瞭 ,茲配合圖式說明如下: 首先’凊參閱第-〜三圖所示,本發明禚由多組控制 電路(1 )所組成;每一控制電路(丄)之電源輸入端皆 連接同一交流電源_( 2 ),而輸出.端則可分別控制諸多不 同之負載(3),同時,每一控制電路(1)皆係包括一 電源電路(1 1 )、一零點偵測電路(丄2 )、一微控器 〔microcontroller〕 (13)及諸多驅動電路(14) 其中’電源電路(1 i )可將交流電源(2 )濾波、 整流及穩壓成一適當電壓,以提供零點偵測電路(丄2 )As shown in the figure I, it is generally possible to —) ’make the load (5) dependent; the circuit (4) consists of string lights, each :: action. Such as the Christmas string lights and each-independent string lights: The string lights of ϊ are controlled by a lot of loads, and the flashing action is the same. Fifth, it can make each independent " Dazhi increase the load of the circuit structure (4), or the amount of time, that is, the program must be recorded, so it is very ^ rewrite the control circuit (4 reasons, the inventor to improve the above God ' And by virtue of its rich professional knowledge and various ideas and experiments, the present invention is mainly composed of 'a same circuit; each control circuit power supply', and the control circuit can be controlled separately at the wheel output end. Including a power circuit device and a number of drive circuits; each control is operated, and at the same time, the zero-point detection power is supplemented by a tireless essence and many years of practical experience, and finally the invention is carefully developed. The input terminals of multiple control sources are connected to different loads of the same AC power. Among them, each, a zero-point detection circuit, and a micro-controller can use the zero-point detection signal output by the built-in program circuit as 588148. 、 Explanation of the invention ⑵ ~ " ----- The benchmark for synchronous operation with other control circuits, I obtain it from one or two setters, make electricity, the total = number and the serial group number to which it belongs, with the program For calculation, each control circuit can trigger the driving circuit to drive the load within the working time period allocated by it. [Embodiment] In order to make the 4 technical methods and effects achieved by this invention clear, it is easy to understand. The description of the formula is as follows: First, as shown in Figures-~ 3, the present invention is composed of multiple sets of control circuits (1); the power input terminal of each control circuit (丄) is connected to the same AC power supply_ (2) And the output terminal can control many different loads (3) respectively. At the same time, each control circuit (1) includes a power circuit (1 1), a zero point detection circuit (丄 2), a micro Controller (microcontroller) (13) and many driving circuits (14) Among them, the 'power supply circuit (1i) can filter, rectify and stabilize the AC power supply (2) to an appropriate voltage to provide a zero-point detection circuit (丄 2)

及微控器(1 3 )等電路使用;零點偵測電路(丄2 )可 輸入交流電源(2 ),以偵測交流電源(2 )週期之零點 ,.且當偵測到零點時會輸出一信號通知微控器(1 3 ); 微控益(1 3)連接設定器(丄3丄),以供設定控制電看^ 路(1 )之總組數及設定目前所在控制電路(1 )之序列 組號’且设定器(1 3 1 )可為指撥開關(D ! p s W )或電子可抹栻唯讀記憶體(E E p r〇μ ),指撥開關 (DIP sw)可供以手撥設定數值,而eEPROMAnd micro-controller (1 3) and other circuits; zero-point detection circuit (丄 2) can input AC power (2) to detect the zero point of the cycle of the AC power (2), and will output when the zero point is detected A signal informs the micro-controller (1 3); the micro-controller (1 3) is connected to a setter (丄 3 丄) for setting the total number of groups of the control circuit and the current control circuit (1) ) 'S serial group number' and the setter (1 3 1) can be a DIP switch (D! Ps W) or an electronic erasable read-only memory (EE pr0μ), the DIP switch (DIP sw) is available Manual setting value, while eEPROM

588148588148

五、發明說明 則可供預 供配合零 程式所設 連接於微 (3 )。 使用 1 )分別 制電路( 使用同一 2 )取得 (13) 1 2 )輸 步控制之 驅動電路 其中 零點偵測 程式及設 電路(1 (13) 驅動電路 且其驅動 〇 倘若 Hertz〕, (3) 先燒錄記憶數值;微控器(1 3 )内建程式’可 點偵測電路(1 2 )及其設定器(1 3 1 而 定之適當時點驅動輸出琿;驅動電路(1 4 )係 控器(1 3 )之輸出埠,且其輸出端可連接負載 時,可先對每一控制電路(1)之設定器(13 設定現有控制電路(i )之總組數、目前所在控 1 )之序列組號。再者,每一控制電路(1 )皆 交流電源(2 ),以便使每一零點偵測電路(1 同樣之镇測基準。每一控制電路(1 )之微控器 可依内建程式進行運作,同時依零點偵測電路( 出之零點摘測信號作為與其他控制電路(1 )同 基準’再依程式所設定之適當時點觸發輸出埠之 (1 4 ),以驅動負載(3 )。 ’每一控制電路(1)之微控器(1 3)會接受 1 2 )輸出之零點偵測訊號,並配合内部 定器(^3 1)之設定資料加以運算。每一控制 )可依从分配到工作時間段,其中所屬之微控器 T T:、時間段内,配合程式觸發諸多輸出埠之 使諸多負載(3)於適當時間運作, ' 之順序及時間長度皆由内部程式控制 所使用之交流雷、、塔< 0、 1秒便會有^,原(2 )為5 0 H Z 〔赫芝; 1 〇 0個零點偵測信號,每一控制 送來之零點偵測信號而達到同;運i 剛電路( 粕泪丨丨信铋献人作,、 / 开勒作,且、 依1 ^所分配5 C 1 4 ), 五、發明說明(4) 電路(1)之微控A ”, 做役斋(1 3 )會依零點 偵測#號配合程式計數運質,舍 作時間時,會開舲黻人:田運异到自 負載(3 )。開始合程式觸發驅動電路 由於每一控制電路(丄) 偵測信號配合程式、奩Μ门止 ^ ( 1 3 ) ^ , 狂武達到同步運算,故當楚 可名 η之微控器(")依程式:動各;控制1 組控制電路(1)之微控器(13)Ά(】)後, 配合程式及設定器(1 3 1 )亦會同步ί知1點伯琪 刀作時間,並再依程式驅動各負栽(Κ自 ,可依序同步幹也丨丨 取C 3 ); ^炫制到最後一組控制電路( 控器(1 3 )可士外—_ / , 、 、丄),甚至 路(1)之組Z 疋盗(131)得知最後—級控 、、數,並於最後一組控制電路(;1 ;) I # 後,亦可依程或今外Α π A ^ 、《I )工作 始運作。 弋之5又疋再重頭至第一組控制電路(工 上述諸多,0、V. Description of the invention It can be provided in advance with the zero program and connected to the micro (3). Use 1) Separate circuits (use the same 2) to obtain (13) 1 2) The drive circuit of the step control among which the zero point detection program and the set circuit (1 (13) drive circuit and its drive. If Hertz], (3) Program the memory value first; the built-in program of the micro-controller (1 3) can be the point detection circuit (1 2) and its setter (1 3 1), and drive the output at the appropriate time point; the drive circuit (1 4) is controlled When the output port of the controller (1 3), and its output can be connected to the load, you can first set the control device for each control circuit (1) (13 set the total number of existing control circuits (i), the current control 1) The serial group number. In addition, each control circuit (1) is AC power (2), so that each zero-point detection circuit (1 is the same test benchmark. Microcontroller of each control circuit (1) It can operate according to the built-in program. At the same time, the zero-point detection circuit (the zero-point pick-up signal is used as the reference with other control circuits (1)), and then (1 4) of the output port is triggered at the appropriate time set by the program. Drive the load (3). 'The microcontroller (1 3) of each control circuit (1) will accept 1 2) The output zero detection signal is calculated in cooperation with the setting data of the internal controller (^ 3 1). Each control) can be assigned to the working time period in accordance with the corresponding micro controller TT :, within the time period, Trigger many output ports with the program to make many loads (3) operate at the appropriate time. The sequence and length of time are controlled by the internal program. AC mines, towers < 0, 1 second will have ^, the original ( 2) is 50 HZ [Hertz; 100 zero detection signals, the zero detection signals sent by each control to achieve the same; run the circuit Kailer made and assigned 5 C 1 4 according to 1 ^), V. Description of the invention (4) Microcontroller A of the circuit (1) ”, Zhai Zhai (1 3) will cooperate with the program according to the zero point detection # Count the transport quality and cut off the time, it will open people: Tian Yunyi to the self-load (3). Start the program trigger drive circuit due to each control circuit (丄) detection signal with the program, 奁 Μ 奁 止 ^ (1 3) ^, Kuangwu achieves synchronous operation, so when the microcontroller ("), which can be named η, is in accordance with the program: move each; control After one set of micro-controllers (13) and (]) of the control circuit (1), the program and the setter (1 3 1) will also synchronize the 1-point Boqi knife time, and then drive each negative according to the program. (K from, can be synchronized in order to take C 3); ^ Hyun system to the last set of control circuits (controller (1 3) Ke Shiwai — _ /,,, 丄), and even road (1) The group Z robber (131) learns the last-level control, number, and after the last group of control circuits (; 1;) I #, it can also work according to the process or outside A π A ^, "I" Start operation.弋 之 5 is again the head of the first group of control circuits (the above many, 0,

鉻本-搞栌Γ 栽(1 2 3)可為燈泡、耶誕串燈或LE X 、一 〕串燈等燈具,該耶誕串燈為諸多耶誕燈 而成之燈具組微 4 Τ τ^ι , ^ θ 7 Α 賤,該led串燈則為諸多led串聯 之燈具組體〇卷 ^ . t 己 母一控制電路(1 )之微控器(Γ 3 -) L 2 ) &零點 丨J之工 (驅動 :零點 路( 第二 信號 已所 如此 ,微 制電 rir^ In 凡成 )開 D C 串聯 而成 可於 路( 間長 L E 或同 1 ,、、貝之工作時間段内,配合程式適時觸發驅動電 2 14)以使諸, >負載(3 )分別於適當時間運作一時 度;例如,可佶妹夕 3 n ^ ^ ^ 使諸多負载(3)之燈泡、耶誕串燈或 D串燈呈依序明古 ^ e to、依序明亮再立即熄滅、依序閃爍 588148 五、發明說明(5) 時閃爍等作動。 另請參閱第二圖所示,倘若負載(3 )需要使用直流 電驅動,如LED串燈,則驅動電路(1 4)所輸出之驅 動電壓亦為直流電。反之,請參閱第三圖所示,倘若負載 (3 )需要使用交流電驅動,如燈泡,則驅動電路(1 4 )所輸出之驅動電壓則為交流電。 由上述說明,可知本發明確具如下優點: 1 ·可讓多組控制電路(1 )同步運作,以達到依序驅 動諸多負載(3 )之目的。 2·若需再外加負載(3 ),且負載(3 )之數量多到 需再增加別的控制電路(1 )時,只要重新設定設定器( 1 3 1 )之總組數及其序列組號即可,不必再變更電路或 重寫新程式。 綜上所述,本發明實施例確能達到所預期之使用功效 ,又其所揭露之具體構造,不僅未曾見諸於同類產品中, 亦未曾公開於申請前,誠已完全符合專利法之規定與要求 ,爰依法提出發明專利之申請,懇請惠予審查,並賜准專 利,則實感德便。Chromium-engraving Γ (1 2 3) can be lamps such as light bulbs, Christmas string lights or LE X, a] string lights. The Christmas string lights are a group of lamps made of many Christmas lights. Micro 4 τ τ ^ ι, ^ θ 7 Α cheap, this led string light is a group of many leds connected in series 0 volume ^. t Microcontroller (Γ 3-) L 2) & zero point丨 J Zhigong (drive: zero point (the second signal is already the case, the micro-rir ^ In Fancheng) is connected in series with DC and can be connected to the road (the length of LE or the same time as the same, 1 ,, and shell) In accordance with the program, the driver 2 is triggered in time to make the loads > the loads (3) operate at appropriate times for one time respectively; for example, you can make a lot of loads (3) 's light bulbs and Christmas lights. The string lights or D string lights are in sequence ^ e to, sequentially bright and then immediately extinguished, and flashes in sequence 588148 V. Description of the invention (5) flashes at the same time. See also the second figure, if the load ( 3) DC drive is required. For LED string lights, the drive voltage output by the drive circuit (1 4) is also DC. Otherwise, please refer to the third figure, If the load (3) needs to be driven by AC power, such as a light bulb, then the driving voltage output by the drive circuit (1 4) is AC power. From the above description, it can be seen that the present invention does have the following advantages: 1 · Multiple sets of control circuits ( 1) Synchronous operation to achieve the purpose of sequentially driving many loads (3). 2. If additional loads (3) are required and the number of loads (3) is large enough to add another control circuit (1), As long as the total number of sets and the serial number of the setter (1 3 1) are reset, it is not necessary to change the circuit or rewrite the new program. In summary, the embodiment of the present invention can indeed achieve the expected use effect, Moreover, the specific structure disclosed by it has not only been found in similar products, nor has it been disclosed before the application. It has fully complied with the provisions and requirements of the Patent Law and applied for an invention patent in accordance with the law. A quasi-patent is a real virtue.

第9頁 588148 圖式簡單說明 【圖式簡單說明】 第一圖··本發明之電路方塊圖 第二圖:本發明針對直流用電之負載所提供之較佳電 路圖 第三圖:本發明針對交流用電之負載所提供之較佳電 路圖 第四圖:習知電路方塊圖 〔參照圖號〕 <本發明> (1 ) 控制電路 (12) 零點偵測電路 (131) 設定器 (2 ) 交流電源 <習用> (4 ) 控制電路Page 9 588148 Brief description of the drawings [Simplified description of the drawings] The first diagram .. The circuit block diagram of the present invention. The second diagram: The better circuit diagram provided by the present invention for a DC power load. The third diagram: The present invention is directed to The better circuit diagram provided by the load for alternating current power. The fourth diagram: the conventional circuit block diagram [refer to the figure number] < The present invention > (1) Control circuit (12) Zero detection circuit (131) Setter (2) ) AC power supply < conventional > (4) control circuit

(13)(14)(13) (14)

電源電路 微控器 驅動電路 負載Power circuit Microcontroller Drive circuit Load

(5 ) 負載(5) Load

第10頁Page 10

Claims (1)

588148 六、申請專利範圍 1 ·種同步控制電路,係由多組控制電路所組成;每 輸入端皆連接同一交流電源、,而輸出端則 含二工,s夕不同之負載;其中,每一控制電路皆係包 當電ϊ電:ί:Ϊ交流電源濾波、整流及穩壓成-適 一 φ ώ供下述零點偵測電路及微控器等電路使用; 週期之零點,日♦扁d 了輸電源,以偵測交流電源 ; ’’ §偵測到零點時會輸出一信號通知微控器 一微控器,連接^ ^ βο 總組數及設定目=在定;可供設定控制電路之 程式,可供配合零點fit 序列組號;微控器内建 之適當時點驅動輪出埠; 裔而依程式所设定 諸多驅動電路,係連接於微控器之輸出埠, 端可,接負載以便加以駆動; ^㈣’且其輸出 每一控制電路之微控器可依内建程 依零點偵測電路輪出之裳俨获 卡’同時 並自設定器取得控制電路之總組數】Γ 己所屬之序列組號,配合程式之運算,則每一 : :於自己分配到之工作時間段内觸發駆動電路,以驅動^丨 2·如申請專利範圍第丄項,所述同步控制電路, ^定器為指撥開關(D I p s W ),可供以手撥設定數 第11冥 588148588148 6. Scope of patent application1. A kind of synchronous control circuit is composed of multiple sets of control circuits; each input terminal is connected to the same AC power supply, and the output terminal contains two jobs, each load is different; among them, each The control circuits are all electric power: ί: Ϊ AC power supply filtering, rectification, and voltage stabilization-suitable for use in the following zero detection circuits and micro-controllers; The power supply is used to detect the AC power supply; '' § When a zero point is detected, a signal is output to notify the micro-controller to a micro-controller, connected ^ ^ βο Total number of groups and setting purpose = On-demand; available for setting the control circuit The program can be used to match the serial number of the zero-fit. The built-in micro-controller drives the port at the appropriate time. Many driving circuits are set according to the program, which are connected to the output port of the micro-controller. Load in order to be moved; ^ ㈣ 'and the micro-controller that outputs each control circuit can get the card according to the built-in process according to the built-in zero point detection circuit. At the same time, the total number of control circuits is obtained from the setter. Γ already belongs to the sequence group , In accordance with the calculation of the program, then each:: Trigger an automatic circuit to drive within its assigned operating time period to drive ^ 2 2. As described in the patent application scope item 所述, said synchronous control circuit, ^ the setter is a finger switch (DI ps W), available for 11th setting by hand dial 588148 3·如申請專利範圍第1項所述同牛 設定器為電子可抹拭唯讀記憶體電路’其中’ 預先燒錄記憶數值。 Λ P R〇Μ ),可供 4·如审請專利範圍第丄項所述 驅 動諸多負載之順序及時間長度皆由微;:=路,其中, 田诚控盗内部程式控制 5·如申請專利範圍第1項所述同步控制盆 負載為燈泡。 ~ 6·如申請專利範圍第1項所述同步控制電路,其中, 負載為耶誕串燈。 " 7·如申請專利範圍第1項所述同步控制電路,其 負載為LED 〔發光二極體〕串燈。 ’、’ 8·如申請專利範圍第1項所述同步控制電路,其 可依微控器内之程式設定,當最後一組控制電路驅動’ 完成後,可再由第一組控制電路重新開始驅動負載。負栽3. The same device as described in item 1 of the scope of patent application is an electronically erasable read-only memory circuit ‘where’ is programmed with a memory value in advance. Λ PR〇Μ), available for 4 · The sequence and time length of driving many loads as described in item 丄 of the patent application scope are all driven by micro :: = road, of which, Tian Cheng Control steals internal program control 5. · If applying for a patent The load in the synchronous control basin described in item 1 of the scope is a light bulb. ~ 6. The synchronous control circuit according to item 1 of the scope of patent application, wherein the load is a Christmas string lamp. " 7. The synchronous control circuit as described in item 1 of the scope of patent application, whose load is an LED [light emitting diode] string lamp. ',' 8 · As described in the scope of the patent application, the synchronous control circuit can be set according to the program in the microcontroller. When the last set of control circuits are driven, the first set of control circuits can be restarted. Drive the load. Load
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI573494B (en) * 2014-04-15 2017-03-01 索玉昇 Illuminance based illumination regulating system and method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI573494B (en) * 2014-04-15 2017-03-01 索玉昇 Illuminance based illumination regulating system and method

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