201211443 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種燈具，特別係關於一種可變色彈性 燈具。 【先前技術】 情境燈具已成為現代人營造生活樂趣不可或缺的工 具’有的透過表現各式各樣顏色的光源，讓室内空間充滿 不同氛圍，提供使用者在照明之外更多方面的應用。至 於，有的燈具則是在外型上利用設計巧思，將功能性的操 作整合至結構中，讓使用者能以更直觀或更人性化的方式 使用。 然而 般傳統的情境照明，在控制光源顏色方面可 供選擇的方錢不多，且燈具乡是㈣地接奸制系統輸 出的訊號來配合發出對應波長的光。換言之，習知燈具雖 然具有發出不同顏色光線的能力，但卻無法獨立運作，以 主動判別周遭環境或目標物的光線顏色，進行自我調整。 /由於，營造情境照明需好組燈具共同配合，架設控 制系統必須要耗費大量的時間及成本。此外 望環境中具有特定顏色光 I 者希 丁 体仕月匕叉限於預設的選 項，而無法任意地依其意願調整。又或者，好不容易 完成一組燈具後，也缺乏簡單的方 ^ 弋犯有效地將剩餘的燈 具迅逮地5又疋凡成，造成使用意願下降。 因此，如何提供-種利用直觀方式即可操作的燈具， 201211443 其能夠依據環境或目標物的顏色，主動轉換並發出相 色光線，且不需額外增設控制系統即可獨立運作，以 提尚使用意願’且降低營造情境照明的花費成本 : 當前重要的課題之一。 為 【發明内容】 有鑑於上述課題’本發明提供—種湘直觀方式即可 操作的燈具’其能夠依據環境或目標物的顏色，主動轉換 並發出相同顏色光線，且不需額外增設控㈣統即可獨立 運作，已有效提高使用意願，且降低營造情境照明的花費201211443 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a lamp, and more particularly to a color changeable elastic lamp. [Prior Art] Situational lighting has become an indispensable tool for modern people to create a fun of life. Some of them use a variety of colors to make the interior space full of different atmospheres, providing users with more applications beyond lighting. . As for some of the luminaires, they use design ingenuity to integrate functional operations into the structure, allowing users to use them in a more intuitive or user-friendly way. However, in the traditional situational lighting, there is not much money to choose from in controlling the color of the light source, and the lighting township is the signal output by the (4) ground-based system to match the light of the corresponding wavelength. In other words, although conventional lamps have the ability to emit light of different colors, they cannot operate independently, and actively adjust the color of the surrounding environment or the target to adjust themselves. / Because, to create a situational lighting, it is necessary to cooperate with a group of lamps, and it takes a lot of time and cost to set up the control system. In addition, it is expected that the environment with a specific color light I is limited to the default options, and cannot be adjusted arbitrarily according to his wishes. Or, after a set of luminaires is completed, there is also a lack of simple ^ 弋 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 有效 。 。 。 。 。 。 。 。 。 。 。 。 Therefore, how to provide a kind of luminaire that can be operated in an intuitive way, 201211443 can actively convert and emit color light according to the environment or the color of the target, and can operate independently without additional control system to improve the use. Willingness' and reducing the cost of creating contextual lighting: one of the current important topics. [Invention] In view of the above-mentioned problems, the present invention provides a luminaire that can be operated in an intuitive manner, which can actively convert and emit the same color light according to the color of the environment or the object, and does not require additional control. Can operate independently, has effectively increased the willingness to use, and reduces the cost of creating contextual lighting
為達上述目的’依據本發明的可變色彈性燈具包括— 彈性本體、一開關、一處理單元、一顏色感測單元以及一 發光單元。開關於彈性本體產生變形時被啟動。處理單元 搞接開關。顏色感測單元與發光單元耦減理單元，且發 光單元設置於彈性本體。其中#彈性本體產生變形而啟動 開關。處理單7〇啟動顏色感測單元感測目標物的顏色並得 至J顏色訊號。處理單元依據顏色訊號控制發光單元發出 對應顏色訊號的光線。其中，彈性本體的材料包括一發泡 材料：且發泡材料的泡孔可供光線通過。較佳地，發泡材 料係為發泡海綿。此外，發光單元包括發光二極體，且發 光二極體較佳為紅綠藍混合發光二極體。 在本發明一實施例中 在本發明一實施例中 開關容置於彈性本體。 開關包括二電極，且於彈性本 201211443 體受壓產生變形時，兩電極接觸使開關被啟動。 !本發明一實施例中’可變色彈性燈具更包括一無線 =輸早兀。無線傳鮮元純處理單元，心發送顏色訊 ^至另-燈具，使另—燈具發出對應顏色訊號的光線。其 中，無線傳輸單元係為紅外線傳輪單元。 在本毛曰月f施例中，可變色彈性燈具更包括一底 =底座具有—開口，且彈性本體設置於底座，而無線傳 輸早元露出於開口。 承上所述’依據本發g㈣―種可變色彈性燈呈，是透 過彈性本體與開關的設置，供使用者利用例如擠屋的直觀 刼作方式造成彈性本體的變形，作為啟動開關而開始感測 城或目標物顏色的手段。透過顏色感測單元得到顏色訊 唬後，控制發光單元轉換發出對應顏色訊號的光線，藉以 2為可主動判別、主動調整光線顏色且操作方式新賴的情 ^照明燈具。此外，本發明的可變色彈性燈具亦適合增加 設置無線傳輸單元，以迅速有效地將環境或目標物的^色 透過傳輸齡㈣时式傳達給其他燈具，作為_種傳遞 光線顏色的媒介，免除使用者錢更改設定的麻煩。 與習知技術相較，利用本發明之可變色彈性燈具，可 在獨立運作的情況下，透過燈具本身元件結構的配置，達 到主動調整以發出對應目標物顏色之光線的目的’且節省 控制系統的應用成本。除此之外’更由於使具有彈性的燈 具發生變形是一種相當簡單及直觀的動作，不僅在意象2 表現燈具吸收環境或目標物顏色的概念，另外，實際運用 201211443 時亦不需任何特定程式知識或額外輸人 #用去品— 小| j逆到，對 便用考而&，不啻為一種人性化應用。 【實施方式】 可變，說明依據本發明較佳實施例之 以說明同的元件將以相同的參照符號加 的部分八ί ΐ發明弟一較佳實施例之可變色彈性燈具 包二圖。請參考圖1所示，可變色彈性燈具1 平性本體11、一開關12、-處理單元η、一顏色 ::::以及一發光單元15。在本實施例中，彈性本 :係由兩部分組裝而成’當然’在本 樣中，彈性本體u亦可以為一體成型或由兩個以上的; 1成，本發明在此不限。彈性本體η的材質可以包括 ;:::，使彈性本…備受外力時能產生一= 較佳地，上述發泡材料係為發泡… 供光料輕具的料構想，發崎料的泡孔係可 U線通過。至於’彈性本體u的外财無 貫施例中，僅是為配合燈且 並非以此為限。 〃 擇使用燈泡形狀， ，參^1所示’在本實施财，處理單元η、顏色 14以及發光單幻5均係設Μ彈 (被兩個彈性本體η包覆）。但須注意 = 竭交佳係有部分外露於彈性本體u 201211443 接收入射的光線，完成目標物顏色感測 :;位置雖沒有-定的限制，但較佳亦係容置於彈= 二於適於施力產生變形的位置，例如彈性本體5 Π 。而發光單元15則係置於彈性本體U的 中心為佳（如圖！所示），藉以均勻 ;^的 泡孔射出於外。 料出先線，亚透過 夫考^^圖1所示的可變色彈性燈具的系統方塊圖。請 广考圖所不，開關12、顏色感測單元14以及發光單元 接5均輕接處理單& 13。在本實施例中，_係指電性連 接，稭以使訊號能在不同單元間傳輸。可變色彈性 的開關U係擔任-種轉換外在使用者操作動作為内且奸 制訊號的元件，以啟動後續的執行功能。為此，工 較佳係能配合彈性本體u受力可變形的特性，而受到彈 性本體11變形後的擠壓’至少部分發生—定程度的位移， 可恢復至原本位置’藉以達到於開/To achieve the above object, a color-changeable flexible lamp according to the present invention includes an elastic body, a switch, a processing unit, a color sensing unit, and a light-emitting unit. The opening is initiated when the elastic body is deformed. Processing unit Engage the switch. The color sensing unit and the light emitting unit are coupled to the subtracting unit, and the light emitting unit is disposed on the elastic body. The #elastic body is deformed to activate the switch. The processing unit 7 starts the color sensing unit to sense the color of the target and obtains the J color signal. The processing unit controls the light emitting unit to emit light corresponding to the color signal according to the color signal. Wherein, the material of the elastic body comprises a foaming material: and the cells of the foaming material are allowed to pass light. Preferably, the foaming material is a foamed sponge. Further, the light emitting unit includes a light emitting diode, and the light emitting diode is preferably a red green blue mixed light emitting diode. In an embodiment of the invention, in one embodiment of the invention, the switch is housed in an elastic body. The switch includes two electrodes, and when the elastic body is deformed by the 201211443 body, the contact of the two electrodes causes the switch to be activated. In an embodiment of the invention, the variable color flexible lamp further comprises a wireless transmission. The wireless transmission unit processing unit sends the color signal to the other lamp, so that the other lamp emits the light corresponding to the color signal. Among them, the wireless transmission unit is an infrared transmission unit. In the embodiment of the present invention, the color changeable elastic lamp further includes a bottom base having an opening, and the elastic body is disposed on the base, and the wireless transmission early element is exposed to the opening. According to the above-mentioned g(4)-type variable color elastic lamp, it is provided through the elastic body and the switch, so that the user can use the visual method of the squeezing house to deform the elastic body, and start feeling as a start switch. The means of measuring the color of the city or target. After obtaining the color signal through the color sensing unit, the control light unit converts and emits the light corresponding to the color signal, and the second is a lighting fixture that can actively discriminate and actively adjust the color of the light and operate in a new way. In addition, the color-changing elastic lamp of the present invention is also suitable for adding a wireless transmission unit to quickly and effectively convey the environment or the color of the target through the transmission age (four) to other lamps, as a medium for transmitting light color, exempting The user has trouble changing the settings. Compared with the prior art, the color-changing elastic lamp of the present invention can be actively adjusted to emit light corresponding to the color of the target object through the configuration of the component structure of the lamp itself under independent operation, and the control system is saved. Application cost. In addition, it is a relatively simple and intuitive action to deform the flexible luminaire. It not only shows the concept of absorbing the environment or the color of the target in Image 2, but also does not need any specific program when using 201211443. Knowledge or extra loser #用去品 - small | j reverse, the use of test and &, is a humanized application. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described with respect to the preferred embodiment of the present invention. The same components will be denoted by the same reference numerals. Referring to FIG. 1, the color-changing elastic lamp 1 is a flat body 11, a switch 12, a processing unit η, a color :::: and a light-emitting unit 15. In the present embodiment, the elastic body is assembled from two parts. Of course, the elastic body u may be integrally formed or composed of two or more. The invention is not limited thereto. The material of the elastic body η may include: :::, so that the elastic body can generate one when subjected to an external force. Preferably, the foaming material is foamed... The material for the light material is conceived, and the material is made of The cell system can pass through the U line. As for the external example of the flexible body u, it is only for the purpose of matching the lamp and is not limited thereto.使用 Selecting the shape of the bulb, as shown in Fig. 1, in the present embodiment, the processing unit η, the color 14 and the illuminating single illusion 5 are both provided with a bullet (covered by two elastic bodies η). However, it must be noted that the exhausted good system is partially exposed to the elastic body u 201211443 to receive the incident light, to achieve the target color sensing:; although the position does not have a certain limit, but it is better to be placed in the bomb = two suitable At a position where the applied force is deformed, for example, the elastic body 5 Π . The light-emitting unit 15 is preferably placed in the center of the elastic body U (as shown in Fig.!), so that the cells of the uniform are shot out. The first line is taken, and the system block diagram of the variable color flexible lamp shown in Fig. 1 is transmitted through the test. Please refer to the map, the switch 12, the color sensing unit 14 and the light-emitting unit 5 are all connected to the single & In this embodiment, _ refers to an electrical connection, so that the signal can be transmitted between different units. The color-changing flexible switch U is a component that converts the external user's operation and corrupts the signal to initiate subsequent execution functions. For this reason, it is preferable to cooperate with the elastic body u to be deformed by force, and the deformation of the elastic body 11 after deformation is at least partially displaced to a certain extent, thereby being restored to the original position.
關間切換的效果。基於上述，在本實施例中，開關U 括一電極121a及121b’較佳係以二可變形電阻薄板方 分設於開關相對彈性本體n的兩側，藉以鄰近甚至貼 附於彈性本體以達到隨雜本體u變職移的目的。 …一般狀況下，兩電極121 &及121b並未接觸，因而不 會有訊號產出。但當可變色彈性燈具受外力麗迫時，兩電 極m a及121b便會隨之發生位移而接觸，進而形成通: 亚輸出訊號。然而，此處所使用的可變形電阻薄板結構僅 為舉例使用，其他類型的開關具體實行方式亦可以取代， 201211443 例如設有彈簧的按鈕，本發明在此不限。 另外，請參考圖1所示’在本實施例中，處理單元13 可以為微晶片或微處理器。顏色感測單元14可以為一種 感測可見光的元件，其能感測的範圍以4〇〇至7〇〇奈米為 主，並且感測的手段主要是判別來自目標物並入射此元件 的光線的波長，藉以得知目標物的顏色。在本實施例中， 發光單元15可包括發光二極體或其他可發出可見光的元 鲁件。發光二極體較佳係為紅綠藍混合發光二極體，其具有 • 獨立的紅、藍、綠發光二極體組件151，以利於被處理單 13控制調整’而發射各種不同波長的光，即發出不同 顏色光線，讓使用者能覺察。 以下將進一步具體說明本發明的整體作動關係。圖3 為操作圖1所示的可變色彈性燈具以感測目標物顏色時的 動作示意圖，而圖4A及圖4B分別為可變色彈性燈具受外 力前後的變形示意圖。請同時參考圖2及圖3所示，並配 眷合前述的元件結構，當使用者欲使可變&彈性燈具i發出 與目標物顏色，例如一組發出藍色光的檯燈tl，相同的顏 色光線時，可以將可變色彈性燈具i接近檯燈TL，並使顏 色感測單元14外露於彈性本體u外的部分朝向光源處: 其後，以例如擠壓、捏壓及/或按壓等形式的外力F施加於 可變色彈性燈具！，造成彈性本體u產生變形，因而連帶 壓迫開關12的電極121a及121b發生位移而彼此接觸（請 同時比較圖4A及圖4B)，以使開關12被啟動而向處理單 兀π輸入一啟動訊號8八。當處理單元13接收到啟動訊號 201211443 sA後，即可依據啟動訊號Sa向顏色感測單元i4輸出一感 測控制訊號sc，以控制顏色感測單元14開始執行感測， 讀取入射顏色感測單元14的一光線的波長（及代表目標 物檯燈TL發出光線的顏色）。得知目標物的顏色後，顏色 感測早凡14對應得到並輪出一顏色訊號&至處理單元 13。處理單元13依據顏色訊號、輸出一發光控制訊號 SE ’以控制發光單元15發出對應顏色訊號、的光線。當 然’在本實施例中，入射顏色感測單元14的光線與可變 色彈性燈具1發出的光線的波長實質上相同，因而同樣可 :吏使用者感覺到可變色彈性燈具“卞夠發出與目 顏色光線。 需特別說明的是，本說明書中所稱之「波長實質上相 二^意指基於人眼的生理結構的限制，m長範圍 的先線，均會射情為㈣顏色，而這絲知上顏色相 二但以機器讀取時數值上卻仍略有出入者皆為此 的「波長實質上相同」。 ^此，應用本發明的可變色彈性燈具可透過感測目標 光線色’進而主動進行調整，以達到與之發出相同顏色 幵σ、目的《其知作上是以—個簡單的擠壓動作造成變 完成’不僅符合實用便利的特性，更表現由吸取目 二2到轉換光線顏色的概念’是為—種兼具實用與提 用者使用意願的情境照明燈具。 的透依據本發明第二較佳實施例的可變色彈性燈具 7不思圖。請參考圖5所示，在本實施例中，可變色 10 201211443 ===了與第-實❹_，同 底座57。無線傳輪單 …、深得輸早70 56及一 色訊號至另-燈罝，使另^理單元53 ’用以發送顏 線。詳而言之，燈具發出對應顏色訊號的光 出的顏色訊號後:；透:二接:顏色感測單元5 4所發 色訊號至另—燈具=:傳!單元56發送相同的顏 元54威f 八 "他垃具共同利用顏色感測單 始胁^ 的結果’發出相同顏色的光線。其中，無 、，❸早το 56較佳為紅外線傳輸單元，但其他 3術亦可使用’本發明在此不限。彈性本體51= 7 °在本貫施例中’彈性本體5H系套設於底座57， 以進步&固彈性本體51 _連結，避免其 =底座57。底端具有-開口 571，以供顏色感= ......線傳輸單元56露出於開口 571。 鲁，^-具體實例說明，首先，延續圖3所示的作動， 變色彈性燈具已感測取得目標物的顏色，且本身亦發出相 同顏色的光線後，請參考圖6所示，將可變色彈㈣具$ 移往一組立燈SL附近，可變色彈性燈具5會將先前取 的顏色訊號透過無線傳輸單元56提供給立燈SL，而立燈 SL利用無線接收單元Ru接收顏色訊號後，再經由本身: 控制系統控制發光模組發出同樣與目標物顏色相同的光 線，以達成利用本發明吸收與傳遞顏色的目的。 表r、上所述，依據本發明的一種可變色形彈性燈具，是 201211443 透過彈性本體與開關的設置，供使用者利用例如擦壓的直 觀#作方式造成彈性本體的變形，作為啟動開關而開始感 測環境或目標物顏色的手段。透過顏色感測單元得到顏色 几號後’控制發光單凡轉換發出對應顏色訊號的光線，藉 以作為可主動判別、主動調整光線顏色且操作方式新穎的 情境照明燈具。此外，本發明的可變色彈性燈具亦適合增 加設置無線傳輸單元，以迅速有效地將環境或目標物的彥^ 色透過傳輸顏色訊號的方式傳達給其他燈具，作為一種傳 遞光線顏色的齡，免除❹者錢更改設定的麻煩。 與習知技術相較，利用本發明之可變色彈性燈具，可 在獨立運作的情況下，透過燈具本身元件結構的配置，達 到主動調整以發出對應目標物顏色之光線的目的，且 =系統的應用成本。除此之外，更由於使具有彈性的燈 4生變形是-種相當簡單及直觀_作，不僅在 表現燈具吸收環境或目標物顏色的概念，另外，實ς 時亦不需任何特定程式知識或額外輸入數據即可達^ 使用者而言，不啻為一種人性化應用。 以上所述僅為舉例性，而非為限制性者。任 本發明之精神與範轉，而對其進行之等效修改或變更 應包含於後附之申請專利範圍令。 二 12 201211443 【圖式簡單說明】 圖1為依據本發明笛 的部分分解示意圖；《—較佳實施例之可變色彈性燈具 .彈性燈具亀方塊圖； 顏色時的動作示意圖的可變色彈性燈具以感測目標物 形示音圖八及圖4B分別為可變色彈性燈具受外力前後的變 θ為依據本發明第二較佳實施例的可變色彈性燈具 的透視示意圖；以及 八 圖6為圖5所示的可變色彈性燈具傳輸顏色訊號以控 制另燈具發出相同顏色的光線的動作示意圖。 【主要元件符號說明】 1、5 :可變色彈性燈具 鲁 11、51:彈性本體 ill :内側容槽 12、 52 :開關 121a、121b :電極 13、 S3 :處理單元 14、 54 :顏色感測單元 15、 55 :發光單元 151 :發光二極體組件 56 :無線傳輪單元 201211443 57 :底座 571 :開口 F :外力 RU :無線接收單元 SA :啟動訊號 sc:感測控制訊號 sE:發光控制訊號 SL :顏色訊號 SL :立燈 TL :檯燈 14The effect of switching between turns. Based on the above, in the embodiment, the switch U includes an electrode 121a and 121b', which are preferably disposed on the two sides of the switch opposite to the elastic body n by two deformable resistance sheets, so as to be adjacent to or even attached to the elastic body. With the purpose of the miscellaneous ontology change. ... Under normal conditions, the two electrodes 121 & and 121b are not in contact, so no signal is produced. However, when the variable-color flexible lamp is subjected to external force, the two electrodes m a and 121b will be displaced and contacted to form a pass: sub-output signal. However, the deformable resistive sheet structure used herein is for illustrative purposes only, and other types of switches may be substituted for the specific implementation. 201211443, for example, a button provided with a spring, the invention is not limited thereto. In addition, please refer to FIG. 1. In the present embodiment, the processing unit 13 may be a microchip or a microprocessor. The color sensing unit 14 can be an element that senses visible light, and the range that can be sensed is mainly 4 〇〇 to 7 〇〇 nanometer, and the sensing means mainly discriminates light from the target and incident on the component. The wavelength of the object to know the color of the target. In this embodiment, the light emitting unit 15 may include a light emitting diode or other element that emits visible light. Preferably, the light-emitting diode is a red-green-blue hybrid light-emitting diode having a separate red, blue, and green light-emitting diode assembly 151 for facilitating the adjustment of the processed single 13 to emit light of various wavelengths. , that is, emit different colors of light, so that the user can perceive. The overall actuation relationship of the present invention will be further specifically described below. Fig. 3 is a schematic view showing the operation of the variable color elastic lamp shown in Fig. 1 for sensing the color of the object, and Figs. 4A and 4B are respectively a schematic view of the deformation of the color changeable elastic lamp before and after the external force. Please refer to FIG. 2 and FIG. 3 at the same time, and match the above-mentioned component structure. When the user wants to make the variable & elastic lamp i emit the same color as the object, for example, a set of table lamps tl emitting blue light, the same In the case of color light, the color-changing elastic lamp i can be brought close to the table lamp TL, and the portion of the color sensing unit 14 exposed outside the elastic body u faces the light source: Thereafter, for example, extrusion, pinching, and/or pressing The external force F is applied to the variable color elastic lamp! The elastic body u is deformed, so that the electrodes 121a and 121b of the compression switch 12 are displaced and contact each other (please compare FIG. 4A and FIG. 4B at the same time), so that the switch 12 is activated to input a start signal to the processing unit 兀π. 8 eight. After receiving the start signal 201211443 sA, the processing unit 13 outputs a sensing control signal sc to the color sensing unit i4 according to the activation signal Sa to control the color sensing unit 14 to start performing sensing, and reading the incident color sensing. The wavelength of a ray of unit 14 (and the color of the ray that represents the target table lamp TL). After knowing the color of the target, the color sensing is obtained in advance and a color signal & is rotated to the processing unit 13. The processing unit 13 outputs a light-emission control signal SE ′ according to the color signal to control the light-emitting unit 15 to emit light corresponding to the color signal. Of course, in the present embodiment, the light incident on the color sensing unit 14 is substantially the same as the wavelength of the light emitted by the variable color flexible lamp 1. Therefore, the user can feel that the color-changing elastic lamp is "sounding". Color light. It should be specially noted that the term “wavelength is essentially the same as the limitation of the physiological structure of the human eye, and the first line of the m-length range will be the color of (4) color, and this is It is known that the color phase is the same as the "wavelength is substantially the same" when the machine reads it. ^, the color-changing elastic lamp to which the present invention is applied can be actively adjusted by sensing the target light color', so as to achieve the same color 幵σ with the purpose, which is known as a simple squeezing action. The change to completion 'not only meets the characteristics of practical convenience, but also the concept of “absorbing the color of the light from the second to the second” is a kind of situational lighting fixture that has both the practical and the willingness of the user to use it. The variable color flexible lamp 7 according to the second preferred embodiment of the present invention is not considered. Referring to FIG. 5, in the present embodiment, the color change 10 201211443 === is the same as the first-solid _, the same as the base 57. The wireless transmission wheel ... has a depth of 70 56 and a color signal to the other lamp, so that the other unit 53 ' is used to transmit the line. In detail, after the luminaire emits a color signal corresponding to the color signal: through: two: color sensing unit 514 color signal to another luminaire =: pass! unit 56 sends the same yan yuan 54威f 八"He used the same color to sense the result of the single-start threat ^' to emit the same color of light. Among them, no, ❸ το 56 is preferably an infrared transmission unit, but other three techniques can also be used. Elastic body 51 = 7 ° In the present embodiment, the 'elastic body 5H is sleeved on the base 57 to advance & the solid elastic body 51 _ joint to avoid its base 57. The bottom end has an opening 571 for color perception = ... the line transfer unit 56 is exposed to the opening 571. Lu, ^- specific example description, first, continue the action shown in Figure 3, the color changing elastic lamp has sensed the color of the target object, and itself emits the same color of light, please refer to Figure 6, will be discolored The bullet (4) is moved to the vicinity of a set of standing lights SL, and the color-changing flexible lamp 5 supplies the previously taken color signal to the standing light SL through the wireless transmission unit 56, and the vertical light SL receives the color signal by the wireless receiving unit Ru, and then Own: The control system controls the illumination module to emit light of the same color as the target to achieve the purpose of absorbing and transmitting color using the present invention. Table r, the above, a color changeable elastic lamp according to the present invention is a setting of the flexible body and the switch by the 201211443, for the user to use the intuitive method of rubbing, for example, to cause deformation of the elastic body as a start switch. The means to begin sensing the color of the environment or target. After obtaining the color through the color sensing unit, the control light is converted into a light corresponding to the color signal, thereby being used as a situation lighting fixture capable of actively discriminating, actively adjusting the color of the light and operating in a novel manner. In addition, the color-changing flexible lamp of the present invention is also suitable for adding a wireless transmission unit to quickly and effectively convey the color of the environment or the target to other lamps through the transmission of the color signal, as an age for transmitting the light color, exempting The trouble of the money change settings. Compared with the prior art, the color-changing elastic lamp of the present invention can be actively adjusted to emit light corresponding to the color of the target object through the configuration of the component structure of the lamp itself under independent operation, and the system is Application cost. In addition, because the flexible lamp 4 is deformed, it is quite simple and intuitive, not only in expressing the concept of absorbing the environment or the color of the target, but also without any specific program knowledge. Or additional input data can be a user-friendly application. The above is intended to be illustrative only and not limiting. The spirit and scope of the present invention, and equivalent modifications or alterations thereto, are included in the appended claims. 2 12 201211443 [Simplified illustration of the drawings] Fig. 1 is a partially exploded perspective view of a flute according to the present invention; "a color changeable elastic lamp of a preferred embodiment. A block diagram of an elastic lamp; a color changeable lamp with a schematic diagram of the action in color" The sensing target shape sound maps 8 and 4B are perspective views of the variable color θ of the variable color elastic lamp before and after the external force, respectively, according to the second preferred embodiment of the present invention; and FIG. 6 is FIG. The illustrated variable color flexible luminaire transmits a color signal to control the action of the other luminaire to emit light of the same color. [Explanation of main component symbols] 1, 5: Reversible elastic lamp Lu 11, 51: Elastic body ill: Inner tank 12, 52: Switches 121a, 121b: Electrodes 13, S3: Processing unit 14, 54: Color sensing unit 15, 55: light-emitting unit 151: light-emitting diode assembly 56: wireless transmission unit 201211443 57: base 571: opening F: external force RU: wireless receiving unit SA: start signal sc: sensing control signal sE: lighting control signal SL : Color signal SL: Vertical light TL: Table lamp 14