M397660 五、新型說明： 【新型所屬之技術領域】 本創作係有關發光二極體燈組之控制裝置，尤指一種可讓操 作者透過飛梭調整色盤輕鬆調變發光二極體燈組色溫之發光二極 體燈組遙控器結構β 【先前技術】 按’發光二極體元件由於耗電量少、體積小及使用壽命長， 目前廣泛地使用於家電用品之指示燈、液晶顯示器之背光源、圖 文顯示幕及汽車第三煞車燈等應用。近年來由於如磷化鋁鎵銦 (AlGalnP)及氮化鋁鎵銦（AlGalnN)等發光二極體材料已被成功開 發’因此能夠在許多應用上以發光二極體元件取代傳統的白熾燈 泡。 目前發光二極體照明裝置係利用變壓器將室内交流電轉換為 低壓直流電，同時發光二極體元件或發光二極體模組就會被該電 流驅動而發光。然而要控制該照明裝置之亮度則尚需要可變電阻 以調整電流大小，亦即要以人工方式操作可變電阻之旋鈕才能設 定亮度。由於環境中光線之來源並非都來自照明裝置，往往會受 到室外日光變化之㈣’也就是早晨、正午及黃昏從料透射之 光線都會改變室内照明狀態^因此若要維持室内—定亮度或固定 照明狀態，往往需要人力不斷調整’不僅使用很不方便，且往往 3 M397660 為省事而調整至局亮輸出模式而無法節省電力。 另-方面’目前照明裝置尚能利用發光二極體模組中紅、藍、 綠發光元件產生之光線混合出不同色溫之輸出光線，故可隨著情 * 境或季節調配出需要色溫，例如：於寒冷冬季以暖色光線照明。 但由於紅、藍、綠光線混合及調配並非單純之一維線性關係，因 此僅由人力來調整並非簡單之工作。M397660 V. New description: [New technical field] This creation is about the control device of the light-emitting diode lamp group, especially for allowing the operator to easily adjust the color temperature of the light-emitting diode lamp group by adjusting the color wheel through the shuttle. Light-emitting diode lamp group remote control structure β [Prior Art] According to the 'light-emitting diode element, due to low power consumption, small size and long service life, it is widely used in household appliances, the backlight of liquid crystal display Source, graphic display screen and third car lights. In recent years, light-emitting diode materials such as aluminum gallium indium phosphide (AlGalnP) and aluminum gallium indium nitride (AlGalnN) have been successfully developed, so that conventional incandescent bulbs can be replaced with light-emitting diode elements in many applications. At present, a light-emitting diode lighting device converts indoor alternating current into low-voltage direct current by using a transformer, and the light-emitting diode element or the light-emitting diode module is driven by the current to emit light. However, in order to control the brightness of the lighting device, a variable resistor is needed to adjust the current, that is, the knob of the variable resistor is manually operated to set the brightness. Since the source of light in the environment is not all from the lighting device, it is often subject to outdoor solar changes (4) 'that is, the light transmitted from the material in the morning, noon and dusk will change the indoor lighting state ^ so to maintain indoor - fixed brightness or fixed lighting The state often requires manpower to constantly adjust 'not only is it very inconvenient to use, but often 3 M397660 adjusts to the bright output mode to save trouble and cannot save power. In addition, the current lighting device can still use the light generated by the red, blue and green light-emitting elements in the light-emitting diode module to mix the output light of different color temperatures, so that the required color temperature can be adjusted according to the situation or the season, for example : Illuminated by warm light in cold winters. However, since the mixing and blending of red, blue and green light is not a one-dimensional linear relationship, it is not a simple task to adjust only by manpower.
以致於，坊間出現有可藉由遙控單元（遙控器）調整控制LED • 光源模組狀態狀態之燈源遙控系統，類似習用之燈源遙控系統主 要包括複數個LED光源模組；一控制單元，用以控制該些led光 源模組；一遙控訊號接收單元，用以與該控制單元電性相接丨以 及，一遙控單元；進而達到方便操作者利用該遙控單元調整控制 LED光源模組燈光運作狀態之目的。 類似習用燈源遙控系統雖然可以透過遙控單元（遙控器）達到 控制LED光源模組開啟/關閉、調光，以及切換顏色之目的；惟， 該遙控單元（遙控器）係由各別的r、g、b色光調整器來控制led 光源模組調變光色，使得在控制光色之操作上極為困難，因此降 低整體燈源遙控系統之實用性及使用便利性。 【新型内容】 本創作之主要目的即在提供—種可讓操作者透過飛梭調整色 4 M397660 盤輕鬆調變發光二極體燈組色溫之發光二極體燈組遙控器結構。 為達成上述目的，本創作之發光二極體燈組遙控器主要係在 -組殼體⑽建構有-組由-第-觸控IG、_無線射頻雙向發射 模組、一紅外線訊號發射模組，以及一微控制器所整合構成之押 制電路；以及在殼體上設有一與該控制電路相對應的操控面版， 該操控面版係配置有一與第一觸控ic對應的飛梭調整色盤，以及 • 若干與微控制器電性連接之操控按鍵；其中，該微控制器係供設 鲁 疋有與该第一觸控ic及各操控按鍵相對應的發光二極體燈組控制 模態。 於實施時，該若干操控按鍵係各別為一鎖定按鍵、一紀錄按 鍵、一燈具群組化按鍵，以及預定數量之群組選擇按鍵。 以及，可進一步於該殼體内部之控制電路整合有一第二觸控 1C ,另於該殼體上設有一與第二觸控1(：對應的觸控調光滑鍵。 • 本創作之發光二極體燈組遙控器於使用時，係可透過直接觸 ' 碰飛梭調整色盤之方式，控制發光二極體燈組呈現與操作者觸碰 飛梭調整色盤之色塊相對應之色溫，並可透過直接觸碰觸控調光 滑鍵之方式，控制發光二極體燈組呈現與操作者觸碰觸控調光滑 鍵之區段相對應之亮度；並可在完成調整之後透過鎖定按鍵將調 整後的色溫、亮度鎖定’以避免好不容易調整好的色溫、亮度因 為遙控器遭誤觸而改變。 P97660 以及’可透過該紀錄按鍵及該燈具群紐化按鍵將調整後的色 溫、亮度設定為分別與各群組選擇按鍵相對應的情境模式，使得 以在曰後直接透過群組選擇按鍵控制發光二極體燈組依照所設定 之情境模式運作。 再者’整趙遙控器係可進一步於該殼體内部之控制電路整合 有一背光模組，使得以在遙控器上直接呈現與操作者觸碰飛梭調 整色盤之色塊相對應之光色，使操作者更易使用遙控器，並增加 遙控器之操作樂趣》 【實施方式】 本創作之特點’可參閱本案圖式及實施例之詳細說明而獲得 清楚地瞭解。 請參閱第一圖本創作之發光二極體燈組遙控器外觀立體圖、 第一圖本創作發光二極體燈組遙控器之控制電路組成架構方塊示 意圖，第二圖本創作之發光二極體燈組遙控器之操控面版結構平 面圖所示’本創作之發光二極體燈組遙控器係在__具人體工學設 計之殼想10内部建構有一控制電路20，以及於該殼體1〇上設有 一操控面版30 ;其中： 該控制電路20係至少整合有—第_觸控職、一無線射頻雙 向發射模組23、一紅外線訊號發射模組24，以及一微控制器25 ; 該無線射頻雙向發射模組23係可以為—2. 4G之無線射頻訊號雙 6 M397660 向發射模組；該紅外線訊號發射模組24則係由該一紅外線發光二 極體241及一紅外線發光二極體躲動電路242所組成。 至於，該操控面版30係至少配置有一與該第一觸控ic21對 應的飛梭調整色盤31’以及若干與該微控制器25電性連接之操控 按鍵；該若干操控按鍵係各別為一鎖定按鍵321、一紀錄按鍵322、 一燈具群組化按鍵323，以及預定數量之群組選擇按鍵324。 以及’該微控制器25係供設定有與該第一觸控IC21及各操 控按鍵（該鎖定按鍵321、該紀錄按鍵322、該燈具群組化按鍵， 以及各群組選擇按鍵324)相對應的發光二極體燈組控制模態。 於實施時’本創作之發光二極體燈組遙控器係可進一步於該 殼體10内部之控制電路20整合有一第二觸控IC22以及一背光模 組26 ;該背光模組26係可以由一發光二極體背光顯示單元261 以及一發光二極驅動電路262所組成；另於該殼體10上之操控面 版30配置有一與該第二觸控IC22對應的觸控調光滑鍵33，且該 微控制器25係設定有與該第二觸控IC22相對應的發光二極體燈 組控制模態。 再者，與本創作發光二極體燈組遙控器相對應之飛梭訊號接 收端之電路組成架構如第四圖所示，主要整合有一紅外線訊號接 收模組41、一無線射頻收發模組42、一記憶IC43、一微控制器 44、若干與微控制器44訊號輸出端相對應之發光二極體燈組驅動 電路45，以及相關的交直流轉換電路46與穩壓電路47等。 7 M397660 請同時配合參照第二圓及第三圖所示，本創作之發光二極體 燈組遙控ϋ於制時，操作者可透過直接觸碰紐調整色盤Μ之 方式’控制發光二㈣燈組呈現與操作者觸碰飛梭㈣色盤Μ之 色塊相對應之色溫’並可透過直接觸碰觸控調光滑鍵犯之方式， 控制發光二極體燈組呈現與操作者觸碰觸控調光滑鍵之區段相對 應之亮度；並可在完成調整之後透過鎖定按鍵321將調整後的色As a result, there is a light source remote control system that can adjust the state of the LEDs and the light source module by the remote control unit (remote control). The similar light source remote control system mainly includes a plurality of LED light source modules; a control unit, The remote control signal receiving unit is configured to be electrically connected to the control unit and the remote control unit; thereby facilitating the operator to adjust and control the LED light source module lighting operation by using the remote control unit. The purpose of the state. Similar to the conventional light source remote control system, the remote control unit (remote control) can be used to control the LED light source module to turn on/off, dim, and switch colors; however, the remote control unit (remote control) is composed of a separate r, The g and b color light adjusters are used to control the color modulation of the LED light source module, which makes the operation of controlling the light color extremely difficult, thereby reducing the practicability and ease of use of the overall light source remote control system. [New content] The main purpose of this creation is to provide a light-emitting diode lamp remote control structure that allows the operator to easily adjust the color temperature of the light-emitting diode group through the shuttle adjustment color 4 M397660 disk. In order to achieve the above objectives, the light-emitting diode lamp remote controller of the present invention is mainly composed of a group-shell (10) constructed with a group-first-touch IG, a wireless radio frequency bidirectional transmitting module, and an infrared signal transmitting module. And a control circuit formed by the integration of a microcontroller; and a control panel corresponding to the control circuit is disposed on the housing, the control panel is configured with a shuttle adjustment corresponding to the first touch ic a color wheel, and a plurality of control buttons electrically connected to the microcontroller; wherein the microcontroller is provided with a light-emitting diode group control corresponding to the first touch ic and each control button Modal. In implementation, the plurality of control buttons are each a lock button, a record button, a lamp group button, and a predetermined number of group selection buttons. And further, a second touch 1C is integrated into the control circuit inside the casing, and a second touch 1 is provided on the casing (: corresponding touch smoothing key). When the polar body light remote controller is in use, the color temperature corresponding to the color block corresponding to the operator's touch of the shuttle adjusting color wheel is controlled by the direct contact with the touch-flying shuttle adjusting the color wheel. And the brightness of the light-emitting diode group corresponding to the section touched by the operator to touch the smooth key can be controlled by directly touching the touch-sensitive smoothing button; and the locking button can be transmitted after the adjustment is completed. Lock the adjusted color temperature and brightness to avoid the color temperature and brightness that have been adjusted easily because the remote control is touched by mistake. P97660 and 'The color temperature and brightness can be adjusted through the record button and the lamp group button. Set to the context mode corresponding to each group selection button, so that the light-emitting diode lamp group is controlled to operate according to the set situation mode directly after the group selection button is pressed. The remote controller further integrates a backlight module in the control circuit inside the casing, so that the operator can directly display the light color corresponding to the color block of the operator adjusting the color wheel of the shuttle on the remote controller, thereby making the operator easier. Use the remote control and increase the fun of the remote control. [Embodiment] The characteristics of this creation can be clearly understood by referring to the detailed description of the drawings and the examples. Please refer to the first picture of the luminous diode of the creation. Stereoscopic view of the remote control of the light group, the first figure shows the structure of the control circuit of the remote control of the light-emitting diode lamp set, and the second figure shows the structure of the control panel of the remote control of the light-emitting diode lamp set. 'The light-emitting diode lamp remote control of the present invention is constructed with a control circuit 20 inside the ergonomically designed shell, and a control panel 30 is provided on the casing 1; The control circuit 20 is integrated with at least a first touch, a radio frequency bidirectional transmitting module 23, an infrared signal transmitting module 24, and a microcontroller 25; the radio frequency bidirectional The radiation module 23 can be -2. 4G wireless RF signal double 6 M397660 to the transmitting module; the infrared signal transmitting module 24 is immersed by the infrared light emitting diode 241 and an infrared light emitting diode The control panel 30 is configured with at least one shuttle adjustment color disk 31 ′ corresponding to the first touch ic 21 and a plurality of control buttons electrically connected to the microcontroller 25; Each of the buttons is a lock button 321, a record button 322, a lamp group button 323, and a predetermined number of group selection buttons 324. And the microcontroller 25 is configured to be associated with the first touch The LED 21 and the control buttons (the lock button 321, the record button 322, the lamp group button, and the group selection button 324) control the illuminating diode group control mode. The second LED IC 22 and a backlight module 26 can be integrated into the control circuit 20 of the housing 10 in the implementation of the present invention. The backlight module 26 can be A light-emitting diode backlight display unit 261 and a light-emitting diode driving circuit 262 are formed. The control panel 30 of the housing 10 is provided with a touch-control smoothing button 33 corresponding to the second touch IC 22, The microcontroller 25 is configured with a light-emitting diode group control mode corresponding to the second touch IC 22 . Furthermore, the circuit assembly structure of the shuttle signal receiving end corresponding to the remote control unit of the present invention is mainly shown in FIG. 4, and an infrared signal receiving module 41 and a wireless RF transceiver module 42 are mainly integrated. A memory IC 43, a microcontroller 44, a plurality of LED driver circuit 45 corresponding to the signal output of the microcontroller 44, and an associated AC/DC converter circuit 46 and voltage regulator circuit 47, and the like. 7 M397660 Please also refer to the second circle and the third figure. When the remote control lamp set of this creation is controlled by the remote control, the operator can adjust the color wheel by direct contact with the touch button. The light group presents a color temperature corresponding to the color block of the shuttle (four) color wheel ', and can be controlled by the direct touch touch touch smoothing button, and the light-emitting diode lamp group is presented to be touched by the operator. The brightness corresponding to the section of the touch smoothing key; and the adjusted color can be adjusted by the lock button 321 after the adjustment is completed.
溫、亮度鎖定，以避免好不容易調整好的色溫、亮度因為遙控器 遭誤觸而改變。 以及’可透過該紀錄按鍵322及該燈具群組化按鍵323將調 整後的色溫、亮度設定為分別與各群組選擇按鍵相對應的情境模 式，使得以在日後直接透過群組選擇按鍵控制發光二極體燈組依 照所設定之情境模式運作。 值得一提的是，整體遙控器之電源係可使用一般4號電池， 或於該控制電路整合有一 USB傳輸介面，並内建有鋰電池以轉接 頭連接USB頭透過電腦或相關可提供USB電源來充電，而達到節 能與方便性。本創作之遙控器適用紅外線訊號（IR)與無線射頻訊 號（RF)之接收系統，且其光源電路設有無線接收系統與連結光源 群組系統使群組被操控變化無時差，亦無產生色差情形。 尤其，操控面版上的操控按鍵係為多功能複合鍵’可供控制 單一光源、控制複數多個群組光源、記憶最後控制光源變化模式' 控制色盤混色'控制色盤任一顏色、控制光亮度、控制調變色溫、 8 M397660 甚至可設定休眠功能，將電源切換至極低耗電待機休眠狀態、 及，本創作之照明遙控起於實際操作時，可在遙㈣上直接呈現 與操作者觸碰飛梭調整色盤之色塊相對應之光色，使操作者更易 使用遙控器，ϋ增加遙控ϋ之操作樂趣。此外，亦可透過本創作 之遙控ϋ將外部設備與燈光混合遙控，使其無線遙控之功能更加 趨於人性化與便捷。 . 本創作之技術内容及技術特點巳揭示如上，然而熟悉本項技 馨術之人士仍可能基於本創作之揭示而作各種不背離本案創作精神 之替換及修飾。因此’本創作之保護範圍應不限於實施例所揭示 者，而應包括各種不背離本創作之替換及修飾，並為以下之申請 專利範圍所涵蓋。 【圖式簡單說明】 第一圖為本創作之發光二極體燈組遙控器外觀立體圖。 第一圓為本創作發光二極體燈組遙控器之控制電路組成架構方塊 示意圖。 第三圖為本創作之發光二極體燈組遙控器之操控面版結構平面 圓。 第四囷為與本創作發光二極體燈組遙控器相對應之飛梭訊號接收 端之電路組成架構方塊示意圖。 9 M397660 【主要元件符號說明】 10殼體 20控制電路The temperature and brightness are locked to avoid the color temperature and brightness that are adjusted easily because the remote control is touched by mistake. And the set color temperature and brightness can be set to the context mode corresponding to each group selection button by the record button 322 and the lamp grouping button 323, so that the group light can be directly controlled through the group selection button in the future. The diode lamp set operates in accordance with the set context mode. It is worth mentioning that the power supply of the whole remote control can use the general 4th battery, or a USB transmission interface integrated in the control circuit, and a built-in lithium battery to connect the USB head through the computer or related USB can be provided. The power is charged to achieve energy saving and convenience. The remote control of the present invention is suitable for receiving signals of infrared signal (IR) and wireless radio frequency (RF), and the light source circuit is provided with a wireless receiving system and a connected light source group system so that the group is controlled to change without time difference, and no chromatic aberration occurs. situation. In particular, the control button on the control panel is a multi-function composite button 'for controlling a single light source, controlling a plurality of group light sources, and remembering the last control light source change mode 'control color wheel color mixing' control color wheel any color, control Light brightness, control color change temperature, 8 M397660 can even set the sleep function, switch the power to very low power standby sleep state, and the lighting remote control of this creation can be directly presented and operated on the remote (4) Touching the shuttle to adjust the color of the color block corresponding to the color wheel, making it easier for the operator to use the remote control, and increasing the operational pleasure of the remote control. In addition, the remote control of the creation can be used to mix and control external devices and lights, making the function of wireless remote control more user-friendly and convenient. The technical content and technical characteristics of this creation are disclosed above, but those skilled in the art may still make various substitutions and modifications without departing from the spirit of the present invention based on the disclosure of the present invention. Therefore, the scope of protection of this work should not be limited to those disclosed in the examples, but should include various alternatives and modifications that do not depart from the present invention and are covered by the following patent application. [Simple description of the diagram] The first picture is a perspective view of the appearance of the remote control of the light-emitting diode lamp set. The first circle is a schematic block diagram of the control circuit of the remote control unit of the light-emitting diode lamp set. The third figure is the plane of the control panel structure of the remote control unit of the light-emitting diode lamp set. The fourth block is a block diagram of the circuit composition of the shuttle signal receiving end corresponding to the remote control of the light-emitting diode lamp set. 9 M397660 [Main component symbol description] 10 housing 20 control circuit
21第一觸控1C21 first touch 1C
22第二觸控1C 23無線射頻雙向發射模組 24紅外線訊號發射模組 241紅外線發光二極體 242紅外線發光二極體驅動電路 25微控制器 26背光模組 261發光二極體背光顯示單元 262發光二極驅動電路 30操控面板 31飛梭調整色盤 321鎖定按鍵 322紀錄按鍵 323燈具群組化按鍵 324群組選擇按鍵 41紅外線訊號接收模組22 second touch 1C 23 wireless radio frequency bidirectional transmitting module 24 infrared signal transmitting module 241 infrared light emitting diode 242 infrared light emitting diode driving circuit 25 microcontroller 26 backlight module 261 light emitting diode backlight display unit 262 Light-emitting two-pole driving circuit 30 control panel 31 shuttle adjustment color wheel 321 lock button 322 record button 323 lamp grouping button 324 group selection button 41 infrared signal receiving module
42無線射頻收發模組 43記憶1C M397660 44微控制器 45發光二極體燈組驅動電路 46交直流轉換電路 47與穩壓電路42 wireless RF transceiver module 43 memory 1C M397660 44 microcontroller 45 light-emitting diode lamp group drive circuit 46 AC-DC converter circuit 47 and voltage regulator circuit
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