TWM253184U - Color temperature variation control device of full color LED - Google Patents

Description

M253184M253184

【新型所屬之技術領域】 本創作係一種全彩led色溫變化之控制装置，尤指一 種運用全彩LED及電子控制開關之控制，並透過開關^件 之開或關的移位切換，並可依個人及場所氣氛的需要， 調整該全彩LED的光源，以營造個人及場所多樣化 選擇。 …'乃 【先前技術】 按 般燈光控制器，有以 電子控制開關（memop control switch) 6 0之開關元件sw來控制燈且（如光[Technical field to which the new type belongs] This creation is a control device for the change of color temperature of full-color LED, especially a control using full-color LED and electronic control switch, and the shifting of the switch ^ on or off, and According to the needs of the atmosphere of the individual and the place, the light source of the full-color LED is adjusted to create a variety of personal and place choices. … 'Is [previous technology] A general light controller has a memop control switch 6 0 of the switching element sw to control the light and (such as light

燈FI、F2、F3、小夜燈L等）之點燈順序，如第一圖之配 線圖2係透過橙色、*色、黃色及黑色之 一相對應之燈具F卜F2、F3、小夜燈L相配接； 當開關元件SW呈導通狀離日卑，gp伙& ^ ^ I狀L時即控制電子控制開關β ◦接線知之移位順序，而使燈具n、F2、 所變化，如在第二圖中1電子控制開 ;，有 :呈2，匕’第一段變化，驅動燈具之信號會經由以 = 線端而使燈具F1、F2、F3亮；第二段變化，驅 動燈具之k號會經由白色接線端而使燈Lights FI, F2, F3, night light L, etc.), as shown in the wiring diagram of the first picture 2 is through the corresponding orange, yellow, yellow and black lamps F, F2, F3, night light L Matching; when the switching element SW is turned on and away from the Japanese, gp & ^ ^ I shape L, then the electronic control switch β is controlled. In the two figures, 1 is electronically controlled; there are 2 changes: the first stage changes, the signal that drives the lamp will turn on the lamps F1, F2, and F3 with the line end; the second stage changes, driving the lamp k Will make the light through the white terminal

化’驅動燈具之信號會經由黃色接線端而使；:夜㈡k 接著，呈停止狀態，再依序循環變化。 =電子控制開關6〇係適用於控制一般燈具之光 L = !力源來自交流電力，故該電子控制開關60 夕少的控制，無法作多樣化顏色之色溫控制， 如針對全彩led光源之顏色變化。The signal to drive the lamp will be made through the yellow terminal;: night ㈡k Then, it will stop and change in sequence. = The electronic control switch 60 is suitable for controlling the light L of general lamps. The power source comes from AC power. Therefore, the electronic control switch 60 can not be controlled by a small number of colors, such as the color temperature control of full-color LED light sources. Color changes.

第5頁 M253184 四、創作說明（2) 倘若能有一可使全彩LED之顏色變化搭配電子控制開 關之控制裝置，定能達到多樣化的色彩。緣此，本創作人 乃運用學理技術而研究出此一新型創作。 【新型内容】 本創作之一目的，在於提供一可將全彩LED之輸出變 化，運用一電子控制開關之控制，以達到多樣化的色彩變 化。 本創作之另一目的，在於提供一可經由電子控制開關 之電路設計，以控制全彩LED之紅、綠、藍晶片的交叉混 色，變化出如白光、粉紅、粉綠等的特殊顏色的效果，並 可經由乳白色的玻璃燈罩，營造出飽滿、立體、朦朧夢幻 般的情境，提昇裝飾照明品質。 本創作之又一目的，在於提供一可將全彩LED平均分 配在燈具上，並運用電子控制開關及LED控制迴路的設計 ，經由家用牆壁開關或遙控開關之開或關，達成多樣化的 特殊燈效之效果。 為達成此目的，本創作乃在電子控制開關之一直流電 源輸出接線端及多輸出接線端分別與相對應於全彩LED之 晶片之腳位端相連接，藉以經由該電子控制開關控制全彩 LED之紅、綠、藍晶片的交叉混色，變化出特殊顏色的效 果。 前述之控制開關内部之電路係由一整流濾波電路、多 數正反器、多數放大器、多數電磁繼電器及一直流電源轉 換電路連接組成。Page 5 M253184 IV. Creative Instructions (2) If there is a control device that can change the color of the full-color LED with an electronic control switch, it can certainly achieve a variety of colors. For this reason, the author has developed a new type of creation using scientific techniques. [New content] One of the objectives of this creation is to provide a variety of full-color LED output that can be controlled by an electronic control switch to achieve a variety of color changes. Another purpose of this creation is to provide a circuit design that can control the cross-mixing of red, green, and blue chips of full-color LEDs through electronic control switches to change the effects of special colors such as white light, pink, and pink green. And can create a full, three-dimensional, hazy and dreamy situation through the milky glass lampshade, and improve the quality of decorative lighting. Another purpose of this creation is to provide an even distribution of full-color LEDs on the luminaire, and use the design of electronic control switches and LED control loops to achieve diversified specialities through the on or off of a household wall switch or remote control switch. Lighting effect. In order to achieve this purpose, this creation is to connect one of the DC power output terminal and the multi-output terminal of the electronic control switch to the pin terminals of the chip corresponding to the full-color LED, so as to control the full-color through the electronic control switch The cross-mixing of the red, green, and blue chips of the LED changes the effect of a special color. The internal circuit of the aforementioned control switch is composed of a rectifier filter circuit, most flip-flops, most amplifiers, most electromagnetic relays, and DC power conversion circuit connections.

M253184 、創作說明（3) 實施方式】 為了使貴審查委員能更進一步了解本創作之特 技術内容，請參閱以下有關本創作之詳細說明盥附$及 而所附圖示僅供參考與說明用，並非用來對本創作;然 制者。 乂限 請參閱第三至第五圖，本創作係一種全彩色， 化之控制裝置’其可控制全彩LED (係在一 LED發光部:^ 紅、綠、藍三顏色晶片）之色溫變化的控制裝置，包括^ 及一電子控制開關（memory 顆全彩 LED( Dl-Dn) control switch) 2 各顆全彩LED ( Dl-Dn) 1係在一 LED發光部内含紅 (R)、綠（G)、藍（B)三顏色之晶片，各晶片含b—、 R-、G-、R+、R-、G + B+腳位端，各晶片之fj+、G + B+腳位 端係連接在一起。 電子控制開關2係一多段式切換功能開關，其乃藉由 -開關元件S W來控制全彩L E D之色溫變化，在本創作之實 施例中係一三段式切換之功能開關，其開關元件SW連接於 一交流源AC，該功能開關具有三輸出接線端〇、w、Y及一 直流電源輸出接線端P，該第一輸出接線端〇係分別經一電 阻R 3、R 6、R 9與各顆全彩L E D之晶片G -腳位端連接；該第 二輸出接線端W係分別經一電阻R 2、R 5、R 8、與各顆全彩 LED之晶片R-腳位端連接；該第三輸出接線端γ係分別經 一電阻ΪΠ、R4、R7與各顆全彩LED之晶片B-腳位端連接； 該直流電源輸出接線端P係與全彩LED之各晶片之R+、M253184, Creation Instructions (3) Implementation Modes] In order to allow your reviewers to further understand the special technical content of this creation, please refer to the following detailed description of this creation. The drawings are for reference and explanation only. It is not used for this creation; Please refer to the third to fifth figures for the limitation. This creation is a full-color, control device that can control the color temperature change of a full-color LED (one LED light-emitting section: ^ red, green, and blue three-color chips). Control device, including ^ and an electronic control switch (memory full-color LED (Dl-Dn) control switch) 2 each full-color LED (Dl-Dn) 1 is a LED light-emitting part containing red (R), Green (G), blue (B) three-color wafers, each wafer contains b—, R-, G-, R +, R-, G + B + pin ends, fj +, G + B + pin ends of each wafer connected together. The electronic control switch 2 is a multi-stage switching function switch, which is used to control the color temperature change of the full-color LED by the-switching element SW. In the embodiment of this creation, it is a three-stage switching function switch. SW is connected to an alternating current source AC. The function switch has three output terminals 0, w, Y and a DC power output terminal P. The first output terminal 0 is respectively connected through a resistor R3, R6, R9. Connected to the chip G-pin of each full-color LED; the second output terminal W is connected to the chip R-pin of each full-color LED via a resistor R 2, R 5, R 8 ; The third output terminal γ is connected to the chip B- pin of each full-color LED through a resistor ΪΠ, R4, R7 respectively; the DC power output terminal P is connected to the R + of each chip of the full-color LED ,

第7頁 M253184Page 7 M253184

四、創作說明（4) G + B+腳位端相連接。 忒電子控制開關2之内部電路包含有整流濾波電路2 1二正反器22、22，、放大元件23、23，、電磁繼 電為2 4、2 4及直流轉換電路2 5 ，其中該直流轉換 電路2 5之輸出正端係連接於全彩LEdi之各晶片之r+、 G + B+腳位端’輸出負端連接於各電磁繼電器2 4、2 4， 之一接點。由該電路級成可知該全彩LEDi之工作電源係 來自直流轉換電路2 5輸出之直流電力，此與習知之燈具 來自交流電力不同。 •當開關元件sw呈導通狀態時，即控制電子控制開關2 輸出接線端之移位順序，而使全彩Led 1之色溫有所變化 ’如在第三、四圖中，該全彩LED 1之晶片G-、R-、B-腳 位端依序接至相對應之輸出接線端〇、W、γ，此時，若電 子控制開關2已作用，該全彩LED1則會呈橘紅色光、紅 色光藍色光及停止之循環變化。意即； 該電子控制開關2呈三段式切換功能變化，第一段變 化’驅動全彩LED1之信號會經由第一、第二輸出接線端 〇、W而使晶片G、R亮，混光形成橘紅色光；第二段變化， ，動全彩LED1之信號會經由第二輸出接線端〇而使晶片R 党’發出紅色光；第三段變化，驅動全彩ledi之信號會 經由第三輸出接線端Y而使晶片B亮，發出藍色光，接著， 呈停止狀態，再依序循環變化。 請參閱第六圖係本創作之點燈順序之又一流程圖。其 中“王先L· E D 1之晶片之B—、r —、g -腳位端依序接至相對Fourth, the creation instructions (4) G + B + pin ends are connected.内部 The internal circuit of the electronic control switch 2 includes a rectifier and filter circuit 2 1 two inverters 22, 22, amplifying elements 23, 23, electromagnetic relays 2 4, 2 4 and a DC conversion circuit 2 5, where the DC The output positive terminal of the conversion circuit 25 is connected to the r +, G + B + pin terminals of each chip of the full-color LEdi, and the output negative terminal is connected to one of the contacts of the electromagnetic relays 2 4 and 24. It can be known from this circuit that the operating power of the full-color LEDi is the DC power output from the DC conversion circuit 25, which is different from the conventional lamp from AC power. • When the switching element sw is in the ON state, that is, the shift order of the output terminals of the electronic control switch 2 is controlled, so that the color temperature of the full-color Led 1 changes. As shown in the third and fourth figures, the full-color LED 1 The G-, R-, and B- pin terminals of the chip are sequentially connected to the corresponding output terminals 0, W, and γ. At this time, if the electronic control switch 2 is activated, the full-color LED 1 will be orange-red. , Red light blue light and stop cycle change. In other words, the electronic control switch 2 has a three-stage switching function change. The first stage change 'the signal driving the full-color LED1 will pass the first and second output terminals 0 and W to make the chips G and R bright and mixed. An orange-red light is formed; the second stage changes, the signal that moves the full-color LED1 will pass through the second output terminal 0 to cause the chip R party to emit red light; the third stage changes, the signal that drives the full-color ledi will pass the third The output terminal Y illuminates the wafer B, emits blue light, and then comes to a stop state, and then cyclically changes in sequence. Please refer to Figure 6 for another flowchart of the lighting sequence of this creation. Among them, the "B-, r-, g-pin ends of the wafer of Wang Xian L · E D 1 are sequentially connected to the opposite

M253184 四、創作說明（5) 應之輸出接線端0、w、Y，此時，若該電子控制開關2已 作用，該全彩LED 1則會呈粉紅色光、紅色光、綠色光及 停止之循環變化。意即； 該電子控制開關2呈三段式切換功能變化，第一段變 化，驅動全彩LED1之信號會經由第一、第二輸出接線端 0、W而使晶片B、R亮，混光形成粉紅色光；第二段變化， 驅動全彩LED1之信號會經由第二輸出接線端0而使晶片R 亮，發出紅色光；第三段變化，驅動全彩LED1之信號會 經由第三輸出接線端Y而使晶片G亮，發出綠色光，接著， 呈停止狀態，再依序循環變化。 請參閱第七圖係本創作之點燈順序之另一流程圖。其 中該全彩L E D 1之晶片之R-、G -、B -腳位端依序接至相對 應之輸出接線端0、W、Y，此時，若該電子控制開關2已 作用，該全彩LED 1則會呈橘紅色光、綠色光、藍色光及 停止之循環變化。意即； 該電子控制開關2呈三段式切換功能變化，第一段變 化，驅動全彩LED1之信號會經由第一、第二輸出接線端 0、W而使晶片R、G亮，混光形成橘紅色光；第二段變化， 驅動全彩LED1之信號會經由第二輸出接線端0而使晶片G 亮，發出綠色光；第三段變化，驅動全彩LED1之信號會 經由第三輸出接線端Y而使晶片B亮，發出藍色光，接著， 呈停止狀態，再依序循環變化。 請參閱第八圖係本創作之點燈順序之再一流程圖。其 中該全彩L E D 1之晶片之B-、G-、R -腳位端依序接至相對M253184 IV. Creation instructions (5) The corresponding output terminals 0, w, and Y. At this time, if the electronic control switch 2 has been activated, the full-color LED 1 will display pink light, red light, green light, and stop light. Cyclic changes. In other words, the electronic control switch 2 has a three-stage switching function. The first stage changes. The signal that drives the full-color LED 1 will pass the first and second output terminals 0 and W to make the chips B and R bright and mixed. Pink light is formed; the second stage changes, the signal driving the full-color LED1 will light up the chip R via the second output terminal 0, and the red light is emitted; the third stage changes, the signal driving the full-color LED1 will go through the third output wiring The terminal G causes the wafer G to illuminate and emits green light. Then, the wafer G is in a stopped state, and then cyclically changes. Please refer to Figure 7 for another flowchart of the lighting sequence of this creation. The R-, G-, and B-pins of the chip of the full-color LED 1 are sequentially connected to the corresponding output terminals 0, W, and Y. At this time, if the electronic control switch 2 is activated, the full-color LED 1 The color LED 1 will show cyclic changes of orange-red light, green light, blue light and stop. In other words, the electronic control switch 2 has a three-stage switching function change. In the first stage, the signal driving the full-color LED1 will pass the first and second output terminals 0 and W to brighten the chip R and G and mix the light. Forms orange-red light; the second stage changes, the signal driving the full-color LED1 will light the chip G through the second output terminal 0, and emits green light; the third stage changes, the signal driving the full-color LED1 will pass the third output The terminal Y illuminates the wafer B, emits blue light, and then comes to a stop state, and then cyclically changes in sequence. Please refer to Figure 8 for another flow chart of the lighting sequence of this creation. The B-, G-, and R-pin ends of the full-color L E D 1 chip are sequentially connected to the opposite ends.

M253184 四、創作說明（6) 應之輸出接線端0、W、Y，此時，若該電子控制開關2已 作用，該全彩LED 1則會呈粉綠色光、綠色光、紅色光及 停止之循環變化。意即； 該電子控制開關2呈三段式切換功能變化，第一段變 化，驅動全彩LED1之信號會經由第一、第二輸出接線端 0、W而使晶片B、G亮，混光形成粉綠色光；第二段變化， 驅動全彩LED1之信號會經由第二輸出接線端0而使晶片G 亮，發出綠色光；第三段變化，驅動全彩LED1之信號會 經由第三輸出接線端Y而使晶片R亮，發出紅色光，接著， 呈停止狀態，再依序循環變化。 據此可知，本創作可將全彩LED1搭配電子控制開關 2之接線端作多樣的變換，作出混光全彩橘紅、粉紅、粉 綠等的特殊創意控制燈光顏色。 此外，本創作之開關元件SW可直接用家用牆壁開關或 遙控開關。 綜上所述，經由本創作電子控制開關之電路設計，可 達到控制全彩LED之紅、綠、藍晶片的交叉混色，變化出 如白光、橘紅、粉紅、粉綠等的特殊顏色的效果，並可經 由乳白色的玻璃燈罩，營造出飽滿、立體、朦朧夢幻般的 情境，提昇裝飾照明品質。是以，本創作完全符合專利申 請之進步性要件，故爰依專利法提出申請之，請詳查並准 予本案，以保障創作者之權益，若 鈞局之貴審查委員有 任何的稽疑，請不吝來函指示。 按，以上所述，僅為本創作最佳之具體實施例，惟本M253184 IV. Creation instructions (6) The corresponding output terminals 0, W, and Y. At this time, if the electronic control switch 2 has been activated, the full-color LED 1 will display pink green light, green light, red light and stop. Cyclical changes. That is to say, the electronic control switch 2 has a three-stage switching function change. The first stage changes. The signal that drives the full-color LED1 will pass the first and second output terminals 0 and W to make the chips B and G bright and mix light. Form a pink-green light; the second stage changes, the signal driving the full-color LED1 will light the chip G through the second output terminal 0, and emits green light; the third stage changes, the signal driving the full-color LED1 will pass the third output The terminal R illuminates the wafer R, emits red light, and then stops, and then changes in sequence. According to this, this creation can make various changes to the terminals of the full-color LED1 and the electronic control switch 2 to make special creative control light colors such as mixed-color full-color orange, pink, and pink green. In addition, the switching element SW of this creation can be directly used as a home wall switch or a remote control switch. In summary, through the circuit design of the electronic control switch of this creation, the cross-mixing of red, green, and blue chips of full-color LEDs can be controlled, and the effects of special colors such as white light, orange red, pink, and pink green can be changed. And through the milky glass lampshade, it can create a full, three-dimensional, hazy and dreamy situation, and improve the quality of decorative lighting. Therefore, this creation is in full compliance with the progressive requirements of patent applications. Therefore, if you file an application in accordance with the Patent Law, please check and approve this case in detail to protect the rights and interests of the creator. Please follow the instructions. According to the above, it is only the best specific embodiment of this creation.

第10頁 M253184 四、創作說明（7) 創作之特徵並不侷限於此，任何熟悉該項技藝者在本創作 之領域内，可輕易思及之變化或修飾，皆可涵蓋在以下本 案之專利範圍。Page 10 M253184 IV. Creation Instructions (7) The characteristics of creation are not limited to this. Any changes or modifications that can be easily considered by those skilled in the art can be covered by the following patents in this case. range.

Hi 第11頁 M253184 圖式簡單說明 第一圖係習知電子控制開關與燈具連接之配線圖。 第二圖係第一圖之點燈順序之流程圖。 第三圖係本創作之配線圖。 第四圖係第三圖之點燈順序之一流程圖。 第五圖係本創作電子控制開關之電路圖。 第六圖係第三圖之點燈順序之又一流程圖。 第七圖係第三圖之點燈順序之另一流程圖。 第八圖係第三圖之點燈順序之再一流程圖。 元件代表符號 全彩 LED ( Dl-Dn) 1 電子控制開關 2 直流電源輸出接線端 P 第一輸出接線端 0 第二輸出接線端 w 第三輸出接線端 Y 整流渡波電路 21 正反器 2 2 、2 2 ’ 放大元件 23、23’ 電磁繼電器 24、24’ 直流轉換電路 25Hi Page 11 M253184 Brief description of the diagram The first diagram is the wiring diagram of the connection between the conventional electronic control switch and the lamp. The second picture is a flowchart of the lighting sequence of the first picture. The third picture is the wiring diagram of this creation. The fourth diagram is a flowchart of the lighting sequence of the third diagram. The fifth figure is the circuit diagram of the electronic control switch of this creation. The sixth diagram is another flowchart of the lighting sequence of the third diagram. The seventh diagram is another flowchart of the lighting sequence of the third diagram. The eighth figure is another flowchart of the lighting sequence of the third figure. Component representative symbol Full-color LED (Dl-Dn) 1 Electronic control switch 2 DC power output terminal P First output terminal 0 Second output terminal w Third output terminal Y Rectifier circuit 21 Flip-in inverter 2 2 、 2 2 'Amplifying element 23, 23' Electromagnetic relay 24, 24 'DC conversion circuit 25

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Claims (1)

M253184 五、申請專利範圍 1 · 一種全彩發光二極體（LED)色溫變化之控制裝 置，包括： 多顆全彩LED，各顆全彩LED係在一 LED發光部内含紅 、綠、藍三顏色之晶片；及 一電子控制開關，係一多段式切換功能開關，並具有 一開關元件，該電子控制開關具有一直流電源輸出接線端 及多輸出接線端，並與各全彩 LED之晶片相對應腳位端連 接，以利該開關元件受開啟時，即控制多輸出接線端之移 位順序，而使全彩LED之顏色色溫有所變化。 2 ·如申請專利範圍第1項所述之全彩發光二極體 (LED)色溫變化之控制裝置，其中電子控制開關内部電 路係由一整流濾波電路、多數正反器、多數放大器、多數 電磁繼電器及一直流電源轉換電路連接組成。 3 ·如申請專利範圍第1項所述之全彩發光二極體 (LED)色溫變化之控制裝置，其中開關元件可為家用牆 壁開關。 4 ·如申請專利範圍第1項所述之全彩發光二極體 (LED)色溫變化之控制裝置，其中開關元件可為遙控開 關0M253184 5. Scope of patent application1. A control device for the color temperature change of a full-color light-emitting diode (LED), including: multiple full-color LEDs, each full-color LED is red, green, and blue in a LED light-emitting part A chip with three colors; and an electronic control switch, which is a multi-section switching function switch, and has a switching element. The electronic control switch has a DC power output terminal and a multi-output terminal, and is connected with each full-color LED. The chip is connected to the corresponding pin terminal, so that when the switching element is turned on, the shift order of the multi-output terminals is controlled, so that the color temperature of the full-color LED changes. 2 · Control device for color temperature change of full-color light-emitting diode (LED) as described in item 1 of the scope of patent application, wherein the internal circuit of the electronic control switch is composed of a rectifier filter circuit, most flip-flops, most amplifiers, most electromagnetics It consists of relay and DC power conversion circuit. 3. The control device for color temperature change of a full-color light-emitting diode (LED) as described in item 1 of the scope of patent application, wherein the switching element may be a household wall switch. 4 · Control device for color temperature change of full-color light-emitting diode (LED) as described in item 1 of the scope of patent application, in which the switching element can be a remote control switch