M356846 八、新型說明： 【新型所屬之技術領域】 本創作是有關於一種全彩燈具，特別是有關於一種可 調光色之全彩燈具。 【先前技術】 色溫為表示光源光色的尺度。不同光色的光，有不同 的色溫度’色溫越低（ 2800K)，光色偏紅色光’給人溫 暖的感覺；色溫稍高（ 5000K)，給人舒服的感覺；色溫 偏高（ 6500K)，光色偏藍色，給人清爽的感覺。因此光 源色溫度的高低變化將影響室内的氣氛。例如白熾燈泡色 溫度為2700K，有溫暖的感覺，故常用於臥室中；而各種 光色之景觀燈廣泛用於橋樑、河道、花園、建築、燈杈等 場合，用以美化裝飾城市環境。雖然，一般市面上照明產 品多標示有色溫，可提供消費者依所需進行選擇，然而， 般之照明燈具僅咸調整免度，無法針對照明之光色進行 .調整，因此，僅能提供被照物體一種固定的感覺，無法提 供被照物體不同之感覺。 鑑於上述習知技術所存在的缺點，有必要提出一種可 調光色之全彩燈具，藉由光色的調整，達到賦予被照物體 不同之感覺。 M356846 【新型内容】 本創作的目的在於提供一 由光色的調整，達到賦予被照 種可調光色之全彩燈具， 物體不同之感覺。M356846 VIII. New Description: [New Technology Field] This creation is about a full-color luminaire, especially for a full-color luminaire with dimmable color. [Prior Art] The color temperature is a scale indicating the light color of the light source. Light of different light colors, different color temperature 'The lower the color temperature (2800K), the light color is red light' gives a warm feeling; the color temperature is slightly higher (5000K), giving a comfortable feeling; the color temperature is high (6500K) The light color is blue, giving a refreshing feeling. Therefore, the change in the color temperature of the light source will affect the indoor atmosphere. For example, the temperature of incandescent bulbs is 2700K, which has a warm feeling, so it is often used in bedrooms; and various landscape lights are widely used in bridges, rivers, gardens, buildings, lamps and other occasions to beautify the urban environment. Although, generally, the lighting products on the market are marked with color temperature, which can provide consumers with the choice according to their needs. However, the lighting fixtures are only limited in saltiness and cannot be adjusted for the light color of the lighting. Therefore, only the provided A fixed feeling of the object does not provide the different feeling of the object being illuminated. In view of the shortcomings of the above-mentioned prior art, it is necessary to propose a full-color luminaire capable of dimming color, and by adjusting the light color, it is possible to give a different feeling to the illuminated object. M356846 [New Content] The purpose of this creation is to provide a color-color adjustment that gives the full-color luminaire that is illuminating the dimmable color.
根據上述的目的，本創作揭露一種全彩燈具，該全彩 燈具包含至少一發光模組、一第-按鈕、-第二按知、- 》第二按細及—控制電路。該發光模組具有—第一發光 、原第一發光源以及一第三發光源；該控制電路連接該 第按叙、該第二按紐、該第三按钮以及該發光模組，藉 δ第按紐、5亥第二按奴、該第三按紐之輸入訊息，該 控制電路可控制該發光模組。 —„ 本創作的功效在於提供一種可調光色之全彩燈具，藉 由光色的調整，達到賦予被照物體不同之感覺。 【實施方式】 本創作的一些實施例將詳細描述如下。然而，除了如下描 述外，本創作還可以廣泛地在其他的實施例施行，且本創作的 fe圍並不受實施例之限定，其以之後的專利範圍為準。再者， 為提供更清楚的描述及更§轉本創作，目式θ各部分並沒有 依照其相對尺寸_，某些財與其他相關尺度減已經被誇 張；不相關之細節部分也未完全繪出，以求圖式的簡潔。 M356846 第一圖與第二圖分別顯示根據本創作一較佳實施例之全 彩燈具300之示意圖與電路示意圖。該全彩燈具300包含一第. 一按鈕310 ’ 一第二按鈕320，一第三按鈕330，至少一發光模 組340, 一控制電路350以及一顯示裝置360。該發光模組340 .具有一第一發光源341、一第二發光源342以及一第三發光源 • 343 ;第一按鈕310可選擇該等發光源341/342/343之其中之 -一作為受調整發光源，第二按鈕320可增加該受調整發光源之 鲁功率；第三按鈕330可減少該受調整發光源之功率；顯示裝置 360係用以顯示發光模組340之狀態。 本實施例中，顯示裝置360係一發光二極體顯示裝置，但 並不以此為限，顯示裝置360也可以採用其他裝置。根據本實 施例’顯示裝置360可顯示一數字組370以及一燈號組380， 其中’數字組370是表示受調整發光源之功率’按下第二按紐 _ 320可增加該受調整發光源之功率，第三按鈕33〇可減少該受 .調整發光源之功率。 燈號組380包含第一燈號381、第二燈號382以及第三燈 號383 ’該等燈號381/382/383係表示受調整發光源為該等發 光源341/342/343之其中之一，例如，按下第一按鈕31〇，可 切換受調整發光源為第一發光源34卜第二發光源342或第三 發光源343 ’當第-燈號381發光時，代表受調整發光源為第 M356846 一發光源341，當第二燈號382發光時’代表受調整發光源為 .第二發光源342 ;當第三燈號383發光時，代表受調整發光源 為第三發光源343。 控制電路350連接第一按紐310、第二按紐320、第三按 紐330以及發光模組340，藉由第一按鈕310、第二按紐320、 第三按鈕330之輸入訊息，控制電路350可控制該發光模組 340，按下第一按鈕310，可切換受調整發光源為第一發光源 341、第二發光源342或第三發光源343，按下第二按鈕320 可增加該受調整發光源之功率，第三按鈕330可減少該受調整 發光源之功率。 根據本實施例，控制電路350包含一控制器358以及記憶 裝置351。該記憶裝置351係用以紀錄該等發光源341/342/343 之功率，而控制器358則係根據記憶裝置351的資料，控制該 等發光源341/342/343。另外，控制電路350包含第一功率電 晶體（POWER MOSFET) 352、第二功率電晶體353、第三功率電 晶體354 ’用以分別控制該等發光源341/342/343之功率。其 中，該等功率電晶體352/353/354，係以脈衝寬度變調（PWM: Pulse Width Modulation)模式控制該等發光源 341/342/343 之功率。 M356846 本實施例中，該等發光源341/342/343係發光二極體，但 並不以此為限，發光模組340也可以採用其他發光源。其中， 第一發光源341係一紅色光源，第二發光源342係一綠色光 源’第三發光源343係一藍色光源，藉由分別調整該等發光源 341/342/343的功率，可使發光模組340發出不同的光色。本 •實施例中，第一發光源341包含複數之紅色發光二極體，第二 —發光源342包含複數之綠色發光二極體，第三發光源343包含 鲁複數之藍色發光二極體，由於發光二極體為點光源，藉由複數 之發光二極體排列於發光模組340’可提昇整體發光之均勻度。 藉由本創作之可調光色之全彩燈具，藉由光色的調整，達 到賦予被照物體不同之感覺。 上述之實施例僅係為說明本創作之技術思想及特點，其目 _的在使熟悉此技藝之人士能了解本創作之内容並據以實施，者 ‘不能以之限定本創作之專利範圍，即凡其他未脫離本創作所揭 示精神所完成之各種等效改變或修飾都涵蓋在本創作所揭露 的範圍内’均應包含在下述之申請專利範圍内。 【圖式簡單說明】 第一圖與第二圖分別顯示根據本創作一較佳實施例之全 彩燈具之示意圖與電路示意圖。 M356846 【主要元件符號說明】 300 全彩燈具 310 第一按鈕 320 第二按鈕 330 第三按鈕 340 發光模組 341 第一發光源 342 第二發光源 343 第三發光源 350 控制電路 351 記憶裝置 352 第一功率電晶體 353 第二功率電晶體 354 第三功率電晶體 358 控制器 360 顯示裝置 370 數字組 380 燈號組 381 第一燈號 382 第二燈號 383 第三燈號 11According to the above object, the present invention discloses a full-color luminaire comprising at least one illuminating module, a first button, a second button, a second button, and a control circuit. The illumination module has a first illumination, an original first illumination source, and a third illumination source. The control circuit is connected to the first button, the second button, the third button, and the illumination module. The control circuit can control the illumination module by pressing the button of the button, the second slave, and the third button. — „ The effect of this creation is to provide a full-color luminaire with a dimmable color, which is adjusted by the light color to give a different feeling to the illuminated object. [Embodiment] Some embodiments of the creation will be described in detail below. In addition to the following description, the present invention can be widely implemented in other embodiments, and the scope of the present invention is not limited by the embodiments, which are subject to the scope of the following patents. Furthermore, in order to provide clearer Description and more § transfer, the parts of the θ are not in accordance with their relative size _, some financial and other related scale reduction has been exaggerated; the unrelated details are not completely drawn, in order to simplify the schema M356846 The first and second figures respectively show a schematic diagram and a circuit diagram of a full color luminaire 300 according to a preferred embodiment of the present invention. The full color luminaire 300 includes a first button 310' and a second button 320, a third button 330, at least one lighting module 340, a control circuit 350, and a display device 360. The lighting module 340 has a first illumination source 341, a second illumination source 342, and a third Light source • 343; the first button 310 can select one of the light sources 341/342/343 as the adjusted light source, the second button 320 can increase the power of the adjusted light source; the third button 330 can The display device 360 is used to display the state of the light-emitting module 340. In the embodiment, the display device 360 is a light-emitting diode display device, but not limited thereto, the display device Other devices may be employed by 360. According to the present embodiment, display device 360 may display a set of numbers 370 and a set of lights 380, where 'number set 370 is indicative of the power of the adjusted illumination source'. Pressing the second button _ 320 The power of the adjusted illumination source may be increased, and the third button 33〇 may reduce the power of the adjusted illumination source. The signal group 380 includes a first light number 381, a second light number 382, and a third light number 383' The light signal 381/382/383 indicates that the adjusted light source is one of the light sources 341/342/343. For example, pressing the first button 31〇 switches the adjusted light source to the first light source. 34b second illumination source 342 or third illumination source 3 43 'When the first light 381 emits light, the representative illuminated light source is the M356846 one light source 341, and when the second light number 382 emits light, the representative light source is the second light source 342; When the number 383 is illuminated, the representative illumination source is the third illumination source 343. The control circuit 350 is connected to the first button 310, the second button 320, the third button 330, and the illumination module 340, by the first button 310. The input signal of the second button 320 and the third button 330 can be controlled by the control circuit 350, and the first button 310 can be pressed to switch the adjusted illumination source to the first illumination source 341 and the second illumination source. 342 or the third illumination source 343, the second button 320 is pressed to increase the power of the adjusted illumination source, and the third button 330 is capable of reducing the power of the adjusted illumination source. According to the present embodiment, the control circuit 350 includes a controller 358 and a memory device 351. The memory device 351 is for recording the power of the light sources 341/342/343, and the controller 358 controls the light sources 341/342/343 according to the data of the memory device 351. In addition, the control circuit 350 includes a first power transistor (POWER MOSFET) 352, a second power transistor 353, and a third power transistor 354' for controlling the power of the light sources 341/342/343, respectively. The power transistors 352/353/354 control the power of the light sources 341/342/343 in a Pulse Width Modulation (PWM) mode. In the embodiment, the light source 341/342/343 is a light emitting diode, but not limited thereto, and the light emitting module 340 can also use other light sources. The first illumination source 341 is a red light source, and the second illumination source 342 is a green light source. The third illumination source 343 is a blue light source. By adjusting the power of the illumination sources 341/342/343, respectively. The light emitting module 340 is caused to emit different light colors. In the embodiment, the first illuminating source 341 includes a plurality of red illuminating diodes, the second illuminating source 342 includes a plurality of green illuminating diodes, and the third illuminating source 343 includes a ruthenium blue illuminating diode. Since the light emitting diode is a point light source, the uniformity of the overall light emission can be improved by arranging the plurality of light emitting diodes in the light emitting module 340'. With the dimmable color full-color luminaire of this creation, the light color is adjusted to achieve a different feeling to the object being illuminated. The above embodiments are merely illustrative of the technical idea and features of the present invention, and the subject matter of the present invention can be understood by those who are familiar with the art, and the scope of the patent cannot be limited by this. That is, all other equivalent changes or modifications that are made without departing from the spirit of the present invention are intended to be included in the scope of the present disclosure. BRIEF DESCRIPTION OF THE DRAWINGS The first and second figures respectively show schematic and circuit diagrams of a full-color luminaire according to a preferred embodiment of the present invention. M356846 [Main component symbol description] 300 full color lamp 310 first button 320 second button 330 third button 340 light module 341 first light source 342 second light source 343 third light source 350 control circuit 351 memory device 352 A power transistor 353 a second power transistor 354 a third power transistor 358 controller 360 display device 370 digital group 380 light group 381 first light number 382 second light number 383 third light number 11