M406901 五、新型說明： 【新型所屬之技術領域】 一種情境照明遙控器具，尤其是關於一種具有即時光輸出顯 示效果的情境照明燈具的遙控器。 【先前技術】 照明技術是開啟人類生活演進最重要的技術，也是生活必備 鲁 的產品。現今，照明裝置或燈具除了必須達到其該有的功能與照 明效果之外’越來越多人對於照明裝置或燈具有不同的要求。經 過適當的配置與安排’良好的照明設計除了可以帶來更愉悦的感 受之外’也可以賦予生活空間不同的生命。 目前的照明設計通常是使用不同顏色或亮度等燈具相互搭 配，造成空間上、視覺上的效果，使用者並沒有機會自行調整光 的顏色或效果，使用並不方便。因此，遂有某些廢商開發可以調 ® 整光輸出顏色的燈具，讓使用者可以自行調整光輸出顏色，達到 適應不同情境產生不同光輸出效果，甚為便利。 然而’前述具備光輸出顏色調整效果之燈具，使用者調整光 輸出顏色時必須持續看著燈具所混成光輸出顏色是否合宜，如此 的調整方式，對於使用者而言的眼睛與肢體（不斷抬頭）上造成 非常大的負擔，甚為不便。 【新型内容】 3 M406901 以即時改變、重新調整顏色，直至顏色調整完成並被使用者確認 後’該控制模·组媒動該無線傳輸模組產生混成完成的色光輸出。 使用者在使用過程中無須不斷的測試、調整所需的情境光輸出， 且無須不_抬頭或直視該情境则祕是否產生適當的情境光 輸出，使用者僅需操縱該情境照明燈具之遙控器直至確認所需的 情境光輸出後，無線傳輸給該情境照明燈具。因此，本實施例不 僅可以達到便利使用、使用舒適性之需求，更可減少該情境照明 W 燈具因為測試或不斷調整而造成耗電、容易故障的問題。 【實施方式】 請參考第一圖，其為本創作之較佳實施例，其包含一情境照 明燈具20及一情境照明燈具之遙控器，其中，該情境照明燈 具之遙控H 1G錢情麵明燈具2G之間以-無線喊傳輸，該 情境照明燈具之遙控器10控制該情境照明燈具2〇產生不同顏色 ‘ 或亮度的一情境光輸出。 該情境照明燈具20係為一個可以無線控制而進行不同顏色 光輸出的燈具，其顯示不同色光之光源不限定，例如該情境照明 燈具20可以是内部包含可產生不同色光之複數種光輸出元件，例 如複數個紅光發光二極體、藍光發光二極體、綠光發光二極體、 白光發光二極體，透過調整不同發光二極體的亮度或開啟數量， 藉以達到混和不同色光而輸出該情境光輸出。所謂的情境光輸出 指依據不同場景、場合或時間等需求，產生不同色光輸出，而達 5 M406901 到依據使用者之情境需求而輪出不同色調、亮度等特徵之光輸 出。或者，該情境照明燈具20也可以是搭配一白光輪出背光源及 一彩色濾光模組之光輸出裝置，其透過調節彩色濾光模組之狀態 (開啟或關閉），藉以產生不同的該情境光輸出。 該情境照明燈具之遙控器1〇包含一控制模組12以及分別與 該控麵Μ 12電性連接之-絲雜齡14、—人機顯示模組 15、情境照明預覽顯示單元17以及一人機輸入模組19。 ^ 該無線傳輸模組14受該控制模組12之控制而輸出一無線控 制訊號予該情境照明燈具2〇，使情境照明燈具2〇接收該無線控 制訊號後，依據該無線控制訊號之指令調整各紅光發光二極體、 藍光發光二極體及綠光發光二極體等開啟之數量或亮度，使產生 的各色光輸出形成該情境光輸出。 該人機顯示模組15係為一顯示器，其作為該情境照明燈具之 遙控器10之顯示介面，該人機顯示模組15接受該控制模組12 ^ 之控制產生訊息顯示。所謂的訊息顯示可以包含：電力狀態顯示、 無線連接狀態顯示、時間顯示、警示訊號狀態顯示及一情境光輸 出調整結果狀態顯示等。 該人機輸入模組19為使用者控制該情境照明燈具之遙控器 1〇的輸入介面，其形式不限定，可以是一般數字鍵盤，或者是由 複數個專用功能按鍵組成。請參考第二圖，本實施例之該人機輸 入模組19包含複數個功能按鍵(Α〜F)及一控制方向按鍵組，該複 數個功能按鍵可能分別代表一情境光模式、一夜間照明模式、一 6 M406901 白光照明模式等’因此’使用者可以選擇按壓所需的功能按鍵A 〜F ’使該控制模組12控制其所連接之相關模乡且執行相應動作， 例如驅使該無線傳輸她14產生該無線鋪訊號關啟或關閉 該情境照明燈具20，或者如控制該人機顯示模址15產生訊息顯 不。該控制方向按鍵組可以作為執行確認、調整情境輸出之亮度、 顏色強度、色階等特徵的控制用途。 • 該情境照明預覽顯示單元17受該控制模組12之控制產生一 # 情境光預覽顯示輸出、所謂的情境光預覽顯示輪出，為使用者透 過操縱該人鶴人触19選擇触綱情频卿具2q產生所 要混成的該情境光輸出之相同或近似的顏色顯示輸出，因此，該 情境照明預覽顯示單元17可以是-可調色光輸出之顯示器，其可 以是獨立於該人機顯示模組15而另外設置的顯示器，或者也可以 是整合於該人機顯示模組15之局部的顯示單元。該情境照明預覽 顯示單元17可以是獨立之一彩色有機發光二極體顯示器（〇led) ®或-液晶顯示器。 由上述可知，在使用者使用該情境照明燈具之遙控器1〇改變 該情境照明燈具20之輸出光的顏色之前，使用者可以透職情境 照明預覽顯示單元17事先檢查混色的結果是否為所需，當混色的 結果與實際想像的有落差時，可以即時改變、重新調整顏色，直 至顏色調整元成並被使用者確認後，該控制模組12驅動該無線傳 輸模組14產生混成完成的色光輸出。使用者在使用過程中無須不 斷的測試、調整所需的情境光輸出，且無須不斷的抬頭或直視該 7 M406901 情境照明燈具20是衫生射的情境雜使用者僅需操縱該 情境照明燈具之遙控器10直至確認所需㈣境光輸出後無線傳 輸給該情境照明燈具20。因此，本實施例不僅可以達到便利使用、 使用舒適性之需求，更可減少該情境照明燈具2〇因為測試或不斷 調整而造成耗電、容易故障的問題。 【圖式簡單說明】 % 第一圖為本創作較佳實施例之系統方塊示意圖。 第二圖為本創作較佳實施例之一情境照明燈具之遙控器之外 觀示意範例。 【主要元件符號說明】 1〇情境照明燈具之遙控器 12控制模組 鼇 14無線傳輸模組 15人機顯示模組 17情境照明預覽顯示單元 19人機輸入模組 20情境照明燈具M406901 V. New description: [New technical field] A situational lighting remote control device, especially for a remote control device with a situational light output display effect. [Prior Art] Lighting technology is the most important technology to unlock the evolution of human life, and it is also a product of life. Today, lighting fixtures or luminaires have to meet their functional and illuminating effects. More and more people have different requirements for lighting fixtures or lamps. Appropriate configuration and arrangement 'Good lighting design can not only bring a more pleasant feeling' can also give life to different life. The current lighting design usually uses lamps of different colors or brightness to match each other, resulting in a spatial and visual effect. The user does not have the opportunity to adjust the color or effect of the light by himself, which is not convenient to use. Therefore, some of the wasters have developed lamps that can adjust the color of the light output, allowing the user to adjust the color of the light output to achieve different light output effects in different situations, which is very convenient. However, in the above-mentioned luminaires with light output color adjustment effect, the user must constantly look at the light output color of the luminaire when adjusting the light output color. This adjustment method is for the eyes and limbs of the user (continuously looking up) It is very inconvenient to cause a very large burden. [New content] 3 M406901 Instantly changes and re-adjusts the color until the color adjustment is completed and confirmed by the user. The control mode group controls the wireless transmission module to generate the mixed color light output. The user does not need to constantly test and adjust the required ambient light output during use, and does not need to raise the head or directly view the situation to generate appropriate ambient light output, and the user only needs to manipulate the remote control of the situation lighting fixture. After confirming the required ambient light output, wirelessly transmits to the situation lighting fixture. Therefore, the present embodiment can not only meet the needs of convenient use and comfort of use, but also reduce the problem that the lighting of the situation is caused by power consumption and easy failure due to testing or constant adjustment. [Embodiment] Please refer to the first figure, which is a preferred embodiment of the present invention, which includes a situation lighting fixture 20 and a remote controller for a situation lighting fixture, wherein the remote lighting of the situation lighting fixture is H 1G The luminaire 2G is transmitted by - wireless shouting, and the remote control 10 of the situation lighting fixture controls the ambient light output of the ambient lighting fixture 2 to produce a different color 'or brightness'. The situation lighting fixture 20 is a luminaire capable of wirelessly controlling different color light outputs. The light source for displaying different color lights is not limited. For example, the situation lighting fixture 20 may internally comprise a plurality of light output components capable of generating different color lights. For example, a plurality of red light emitting diodes, a blue light emitting diode, a green light emitting diode, and a white light emitting diode can be output by adjusting different brightness or opening amount of different light emitting diodes. Situational light output. The so-called situational light output refers to the output of different color light according to the needs of different scenes, occasions or time, and up to 5 M406901 to the light output of different color, brightness and other characteristics according to the user's situational needs. Alternatively, the situation lighting fixture 20 can also be a light output device with a white light wheel backlight and a color filter module, which can adjust the state of the color filter module (on or off), thereby generating different Situational light output. The remote control unit 1 of the situation lighting fixture comprises a control module 12 and a wire connection 14 electrically connected to the control surface 12, a human-machine display module 15, a situational illumination preview display unit 17, and a human-machine The input module 19 is input. The wireless transmission module 14 is controlled by the control module 12 to output a wireless control signal to the situation lighting fixture 2, so that the situation lighting fixture 2 receives the wireless control signal and adjusts according to the wireless control signal command. The amount or brightness of each of the red light emitting diodes, the blue light emitting diodes, and the green light emitting diodes is turned on, so that the generated light outputs are formed into the ambient light output. The human-machine display module 15 is a display interface, which serves as a display interface of the remote control device 10 of the situation lighting fixture. The human-machine display module 15 receives the control of the control module 12^ to generate a message display. The so-called message display may include: power status display, wireless connection status display, time display, warning signal status display, and a situational light output adjustment result status display. The human-machine input module 19 is an input interface for the user to control the remote controller of the situation lighting fixture. The form is not limited, and may be a general numeric keypad or a plurality of special function keys. Referring to the second figure, the human-machine input module 19 of the embodiment includes a plurality of function buttons (Α~F) and a control direction button group, and the plurality of function buttons may respectively represent a situation light mode and a night illumination. Mode, a 6 M406901 white light illumination mode, etc. 'Therefore the user can choose to press the required function buttons A ~ F ' to enable the control module 12 to control the connected mode and connect the corresponding mode, and to perform the corresponding action, for example to drive the wireless transmission She 14 generates the wireless paging signal to turn off or turn off the situation lighting fixture 20, or if the control panel displays the template address 15, the message is displayed. The control direction button group can be used for control purposes such as performing confirmation, adjusting brightness, color intensity, and color gradation of the situation output. • The situational illumination preview display unit 17 is controlled by the control module 12 to generate a #scenario light preview display output, a so-called situational light preview display wheel, for the user to select the trajectory mood by manipulating the person's crane touch 19 The clearing fixture 2q produces the same or approximate color display output of the ambient light output to be blended. Therefore, the context lighting preview display unit 17 can be a display of the -tonable light output, which can be independent of the human-machine display mode. The display of the group 15 is additionally provided, or may be a display unit integrated in a part of the human-machine display module 15. The context illumination preview display unit 17 can be a stand-alone color organic light emitting diode display (〇led)® or a liquid crystal display. It can be seen from the above that before the user uses the remote controller 1 of the situation lighting fixture to change the color of the output light of the situation lighting fixture 20, the user can check whether the result of the color mixing is required in advance by the through-the-spot illumination preview display unit 17. When the result of the color mixing has a difference with the actual imagination, the color can be changed and readjusted in real time until the color adjustment component is confirmed by the user, and the control module 12 drives the wireless transmission module 14 to generate the mixed color light. Output. The user does not need to constantly test and adjust the required ambient light output during use, and does not need to constantly look up or look directly at the 7 M406901. The situation lighting fixture 20 is a situation where the user is only required to manipulate the situation lighting fixture. The remote controller 10 wirelessly transmits to the situation lighting fixture 20 after confirming the required (four) ambient light output. Therefore, the present embodiment not only achieves the need for convenient use and comfort of use, but also reduces the problem of power consumption and easy failure of the situation lighting fixture 2 due to testing or constant adjustment. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a block diagram of the system of the preferred embodiment of the present invention. The second figure is a schematic illustration of the remote control of the situation lighting fixture of one of the preferred embodiments of the present invention. [Main component symbol description] 1〇 Remote control of situation lighting fixture 12 Control module 鳌 14 wireless transmission module 15 human-machine display module 17 situational illumination preview display unit 19 human-machine input module 20 situation lighting fixture