200850059 八、發明說明： 【發明所屬之技術領域】 本創作為一種照明控制裝置，利用牆壁開關0n/0if/0n切換信號 連接至控制裴置主機，主機内置切換信號隔離轉換電路及MCU微 處理器’由撰寫之Firmware韌體偵測處理此0n/0ff/0n信號，即 可控制一般照明燈具之多組照明燈泡，多段順序燈泡點亮漸漸亮 及順序燈泡關閉漸漸暗，在牆壁開關切換順序過程中，開關切換 瞬間在Off位置時，所控制之照明燈泡不會全部關閉，即不會造 成使用環境全部無照明之突兀狀態，和一般照明燈具結合可節省 〇 能源。 此控制裝置主機亦内建RF無線電或IR紅外線控制信號接收模 組，可由遙控器多種操控模式同時並聯控制多組照明燈泡，則可 改變多種環境照明氣氛。 【先前技術】 =面上一般利用牆壁開關〇n/Off/〇n切換信號之照明控制裝置， 牆壁開關切換順序過程中，當開關切換瞬間在〇ff位置時，所控 制之多組照明燈泡會被全部Turn 〇ff，即造成使用環境全部鉦昭 明之突兀狀態。 【發明内容】 由市，火線或中性線連接至牆壁開關〇n/〇ff/〇n切換信號，輸入 至林置域内置之城信號隔離轉換電路及M⑶微處理器，由 撰寫之F—are __纽此Qn趙/Qn健時間週期及波 形’即可知雜牆壁關切換位置及讀；以蚊多組照明燈泡 多段順序燈泡點亮漸漸亮及順序燈泡關閉漸漸暗。 在牆壁關切綱柄財，關切換瞬 燈泡不會全部關閉，即不會造成使用環境全部;照明= 則可定義為使用者欲將 當牆壁開關切換在Off位置超過3秒鐘 200850059 此整組照明裝置全關閉，一般操作〇n/〇ff/〇n逮声、 則可多段順序點亮及順序關閉照明燈泡。 ㈣ 順序往前及順序往後，一直循環切換多組照明燈泡模式如下； 順序往前Turn on模式： ' 第一段：Lamp 1 On ; 第二段：Lamp 1 + Lamp 2 All 〇n ; 第三段·· Lamp 1 + Lamp 2 + Lamp 3 All On ; ，四段：Lamp 1 + Lamp 2 + Lamp 3 + Lamp 4 All 〇n ;200850059 VIII. Description of the invention: [Technical field of invention] This creation is a lighting control device that uses a wall switch 0n/0if/0n switching signal to connect to a control set host, a built-in switching signal isolation conversion circuit and an MCU microprocessor 'Writed by Firmware firmware detection and processing this 0n/0ff/0n signal, you can control multiple sets of lighting bulbs of general lighting fixtures, multi-segment sequential bulbs light up gradually and sequential bulbs turn off gradually, in the process of wall switch switching sequence In the moment when the switch is switched to the Off position, the controlled lighting bulbs will not be completely turned off, that is, the use environment will not cause a sudden state of no illumination, and the combination of general lighting fixtures can save energy. The control unit also has built-in RF radio or IR infrared control signal receiving module. Multiple remote control bulbs can be controlled in parallel by multiple control modes of the remote control, which can change various ambient lighting atmospheres. [Prior Art] = The lighting control device that uses the wall switch 〇n/Off/〇n to switch signals on the surface. During the switching process of the wall switch, when the switch is switched at the 〇ff position, the controlled group of lighting bulbs will It is all Turs 〇ff, which causes the use environment to be completely abrupt. [Summary of the Invention] The city, the fire line or the neutral line is connected to the wall switch 〇n/〇ff/〇n switching signal, and input to the built-in city signal isolation conversion circuit and M(3) microprocessor of the forest domain, written by F- Are __NEW this Qn Zhao / Qn health time period and waveform 'can know the miscellaneous wall off switching position and reading; mosquito multi-group lighting bulb multi-segment order light bulbs light up gradually and the order light bulbs turn off gradually. Concerned about the wall, the switch will not turn off all the time, that is, it will not cause the whole environment; illumination = can be defined as the user wants to switch the wall switch to the Off position for more than 3 seconds. 200850059 This group of lighting The device is fully turned off, and the general operation 〇n/〇ff/〇n catches the sound, and the illumination bulb can be turned on in multiple stages and sequentially turned off. (4) The sequence is forward and backward, and the mode of switching multiple groups of lamps is cycled as follows; sequential forward on mode: 'First segment: Lamp 1 On; second segment: Lamp 1 + Lamp 2 All 〇n; third Segment·· Lamp 1 + Lamp 2 + Lamp 3 All On ; , four segments: Lamp 1 + Lamp 2 + Lamp 3 + Lamp 4 All 〇n ;
Lamp 5 All On ； All On ； 第五段·· Lamp 1 + Lamp 2 + Lamp 3 + Lamp 4 ’ 再順序往後Turn of f模式： ，四段：Lamp 1 + Lamp 2 + Lamp 3 + Lamp ^ f 三段·· Lamp 1 + Lamp 2 + Lamp 3 All On ; 第二段：Lamp 1 + Lamp 2 All On ; 第一段：Lamp 1 On ;Lamp 5 All On ; All On ; Fifth paragraph · · Lamp 1 + Lamp 2 + Lamp 3 + Lamp 4 ' Then in the reverse Turn of f mode: , four segments: Lamp 1 + Lamp 2 + Lamp 3 + Lamp ^ f Three paragraphs · Lamp 1 + Lamp 2 + Lamp 3 All On ; Second paragraph: Lamp 1 + Lamp 2 All On ; First paragraph: Lamp 1 On;
Lamp 5 全部 All 牆壁開關在Off位置超過3秒，則Lamp i、Lamp 5 All All wall switch in Off position for more than 3 seconds, then Lamp i,
Turn Off 〇 此輸入控制信號由MOT微處理n Fi簡are__處理，不分市 電60HZ或50HZ，均可得知膽壁開關切換位置及週 C ί置，電或1R紅外線接收模組及Finn·勃 可由遙種非順序照明模式，同時控制多組照明燈 1二即5多種組合’例如可Lamp 5 Turn 0n ; 亦可_〜Lamp 5單獨其中之—Turn此;亦可 3 + Lamp 5 Turn On 。 【實施方式】 Γί參閱第一圖；本創作裝置域微處理器控制電路及盆 外部接線電路方塊圖： ,、 市電们驗讀交流電源（la)，提供市電交流電源至裝置主機。 市電AC1膨觀交流電源⑽，提供市電交流電源，火線或中 200850059 性線其中一條電線接至牆壁開關。 題關隨輸入連接電線⑵，市電和裝置主機之間連接線。 AC1^0V/_Z輸人接線端子台⑶，市電和裝置主機連接用。 交^市電火線或中性線接至牆壁關⑷，市電Turn Off 〇This input control signal is processed by MOT micro-processing n Fi Jane__, regardless of the mains 60HZ or 50HZ, can know the switching position of the biliary switch and the circumference of the C, the electric or 1R infrared receiving module and Finn· The horn can be controlled by remote non-sequential illumination mode, and simultaneously control multiple sets of illumination lamps 1 or 5 combinations of 'for example, Lamp 5 Turn 0n; _~Lamp 5 alone - Turn here; or 3 + Lamp 5 Turn On . [Embodiment] Γί Refer to the first figure; the microprocessor control circuit of the author device field and the block diagram of the external wiring circuit of the device: ,, the utility powers check the AC power (la), and provide the mains AC power to the device host. The mains AC1 expands the AC power supply (10) to provide the mains AC power, FireWire or Medium 200850059. One of the wires is connected to the wall switch. The problem is related to the input connection wire (2), the connection between the mains and the device host. AC1^0V/_Z input terminal block (3), the mains and the device host connection. Hand over the city's electric fire line or neutral line to the wall off (4), the city power
Neutral中性線其中一條電線接至牆壁開關，作開關切二或 牆壁開關（5)，照明控制裝置之順序控制開關。 、、^用 牆壁開關連接至主機控織人連接線⑹，順序控繼號連接線。 控制輸入接線端子台⑺，順序控齡號連躲端子台。 控制輸入信賴換電路⑻牆賴關初_高電壓正弦波切換产 號’轉換成次級側低電壓方波錢；使用她合器隔離轉換，^ 用電晶體放大整形控制信號波形。 照明燈泡切換最多段數設定電路⑼，選擇插刻的，為最多8段 裝置主機，經由此選擇插座可以再重新設定最多8〜3段數，方 便照明燈飾配線施工時實際需求變更用。 MCT微處理器（1〇)，牆壁開關切換控制輸入信號偵測、輸出控制繼 電器及照明燈泡開或_ ;此輸人控制信號由Fi職_體偵測 =，不分市電6或观，均可得知牆壁關切換位置及週期。 無線電或紅外_控職減馳(11)，概放大域控鄉 之多種照明模式控制信號。 口口 X、 控制電路輔助電源（丨2)，提供控制電路直流DC 5V電源，使用交 換式電源即可全世界各國通用；或低成本之Mpp金屬塑膠電容^ 辅助電源，提供控制電路電源，但需區分ac11〇v&AC22〇^版本。 只施例，請芩閱第二圖；本創作裝置主機繼電器控制電路及並 部接線電路方塊圖： 〃 市電AC110V/60HZ交流電源（lc)， 繼電器驅動電路(13)，纟MCU微處理器小信號輸出信號接至此大 200850059 k遽輸出繼電器焉區動電路。 控制照明燈泡開或關多組繼電器（⑷，控制多組照明燈泡開或關。 多組照明燈泡接線端子台（15)，欲被控制多組照明燈泡之多組電 線接線至此端子台。 多組照明燈衫、喊接電線⑽多組照明燈泡欲被繼電器開或關 控制多組電線。 市電中性線連接線端子台（17)，市電中性線接線至此端子台。 _市電中性線連接電線（18)，市電中性線經上述端子台連接至主機 f ) 内多組繼電器開關共同接點。 多組照明燈泡⑽，多組照泡被裝置主機單組燈泡或多组燈 泡控制開或關。 【圖式簡單說明】 第一圖·本創作裝置主機微處理器控制電路及其外部接線電路方 塊圖。 第一圖·本創作裝置主機繼電器控制電路及其外部接線電路方塊 圖。 (》第二圖·本創作裝置主機控制輸入信號轉換後波形圖。 共有一種牆i開關切換位置狀態波形提供、給·微處理器 Firmware韌體偵測處理； 田市屯為60HZ，牆壁開關在接點閉合〇n位置時為則1〇mS/L〇 6. 6mS方波，當牆壁開關在接點開路位置時為直流％ π ; 當市電為50ΗΖ，牆壁開關在〇11位置時為HI 12mS/L〇 8mS方波， 當牆壁開關在Off位置時為直流£^ 5V。 【主要元件符號說明】 第一圖主要元件符號說明 la·市電AC110V/60HZ交流電源 8 200850059 lb. 市電AC110V/60HZ交流電源 2. AC110V/60HZ輸入連接電線 3. AC110V/60HZ輸入接線端子台 4. 交流市電火線或中性線接至牆壁開關 5. 牆壁開關 6. 牆壁開關連接至主機控制輸入連接線 7. 控制輸入接線端子台 8. 控制輸入信號轉換電路 f ^ 9.照明燈泡切換最多段數設定電路 10. MCU微處理器 11. 無線電或紅外線遙控信號接收模組 12. 控制電路輔助電源 第二圖主要元件符號說明 lc. 市電AC110V/60HZ交流電源 13. 繼電器驅動電路 14. 控制照明燈泡開或關多組繼電器 C ) 15.多組照明燈泡接線端子台 16. 多組照明燈泡多組連接電線 17. 市電中性線輸入接線端子台 18. 市電中性線連接電線 19. 多組照明燈泡One of the Neutral neutral wires is connected to the wall switch, which is used as a switch to cut the second or wall switch (5), and the lighting control device controls the switch. , , ^ Use the wall switch to connect to the host control weaving cable (6), sequentially control the serial cable. Control the input terminal block (7), and the sequential control number is connected to the terminal block. The control input trust circuit (8) wall Lai Guanchu _ high voltage sine wave switching production number 'converted to secondary side low voltage square wave money; use her combiner isolation conversion, ^ use the transistor to amplify the shaping control signal waveform. The lighting bulb switches the maximum number of setting circuits (9), and the selected plugging is for a maximum of 8 segments of the device host. The selection socket can be re-set up to a maximum of 8 to 3 segments, so that the actual demand for lighting lighting wiring can be changed. MCT microprocessor (1〇), wall switch switching control input signal detection, output control relay and lighting bulb on or _; this input control signal is detected by Fi job _ body =, regardless of market power 6 or view, both It can be seen that the wall is switched off and the cycle. Radio or infrared _ control deceleration (11), amplifying the various lighting mode control signals of the domain control. Port X, control circuit auxiliary power supply (丨2), providing control circuit DC DC 5V power supply, can be used in all countries of the world using switched power supply; or low-cost Mpp metal plastic capacitor ^ auxiliary power supply, providing control circuit power, but It is necessary to distinguish between the ac11〇v&AC22〇^ version. For example, please refer to the second picture; the host relay control circuit and the parallel wiring circuit diagram of the author device: 〃 AC110V/60HZ AC power supply (lc), relay drive circuit (13), 纟MCU microprocessor small The signal output signal is connected to the large 200850059 k遽 output relay. Control the lighting bulb to turn on or off multiple sets of relays ((4), control multiple groups of lighting bulbs on or off. Multi-group lighting bulb terminal block (15), multiple sets of wires to be controlled by multiple sets of lighting bulbs to this terminal block. Lighting shirts, shouting wires (10) Multiple sets of lighting bulbs to be turned on or off by relays to control multiple sets of wires. Mains neutral cable terminal block (17), mains neutral wiring to this terminal block. _ Mains neutral connection The electric wire (18), the mains neutral line is connected to the common contact of the plurality of sets of relay switches in the host f) via the above terminal block. Multiple sets of lighting bulbs (10), multiple sets of bulbs are controlled by the unit's single-group bulb or groups of bulbs on or off. [Simple description of the diagram] The first figure is a block diagram of the host microprocessor control circuit and its external wiring circuit of the author device. The first picture is a block diagram of the host relay control circuit and its external wiring circuit. ("The second picture · The host device controls the input signal after the conversion of the waveform diagram. There is a wall i switch switch position state waveform supply, give the microprocessor Firmware firmware detection processing; Tianshi is 60HZ, the wall switch is When the contact is closed, the position is 1〇mS/L〇6. 6mS square wave. When the wall switch is at the open position of the contact, it is DC% π; when the mains is 50ΗΖ, the wall switch is HI 12mS when it is at the 〇11 position. /L〇8mS square wave, when the wall switch is in the Off position, it is DC £^5V. [Main component symbol description] The first figure main component symbol description la·mains AC110V/60HZ AC power supply 8 200850059 lb. Mains AC110V/60HZ AC Power supply 2. AC110V/60HZ input connection cable 3. AC110V/60HZ input terminal block 4. AC mains live or neutral cable to wall switch 5. Wall switch 6. Wall switch connected to host control input cable 7. Control input Terminal block 8. Control input signal conversion circuit f ^ 9. Illumination lamp switching maximum number of setting circuit 10. MCU microprocessor 11. Radio or infrared remote control signal receiving module 12. Control circuit auxiliary power The second figure shows the main component symbols. lc. Mains AC110V/60HZ AC power supply 13. Relay drive circuit 14. Control lighting bulbs turn on or off multiple sets of relays C) 15. Multiple sets of lighting bulb terminal blocks 16. Multiple sets of lighting bulbs Connecting wires 17. Mains neutral input terminal block 18. Mains neutral connecting wires 19. Multi-group lighting bulbs