201111675 • 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種複合式發光裝置，特別是 一種具有不同光源及發光模式之複合式發光裝置。於 【先前技術】 隨著國人的個人所得提升，而日益注重生活環产 • 品質。例如：購買視聽音響設備或是改造居家裝的 但室内光線尤為影響居家生活環境最重要的因素之一， 因此選擇適當的燈具便成為居家生活氛圍的重點。 坊間之燈具不外乎可讓使用者選擇不同的燈泡或是 燈管數量，以增加或減少室内的光線強度；或是強調奇 幻燈藝氛圍；或是具有個人特色以彰顯個人獨特品味。 但皆不以放鬆使用者身體或著重於健康休閒效果。 因習知燈具氛圍之不足，故發明人依多年之經驗不 •斷的思考，如何得以達到適合放鬆使用者身體或著重於 健康休閒效果之複合式發光裝置，經多次的研究與試驗終 求得一精進之複合式發光裝置設計者。 【發明内容】 有鑑於上述習知技藝之問題，本發明之一目的就是 在提供一種複合式發光裝置，以增加不同光源的使用模 式。 201111675 根據本發明之一目的，接Φ 一接益Α 一庙髀、SN咕 扪知出一種稷合式發光裝置包含 至>一第一發光元件、一濾光片、至少一 件、一切換照明單元及至少一第三發光元件第； 几件與第二發光元件皆設置於座體上，而第三發 :兀件提供偏紅外光連續光譜之光線，且複數個第一‘ 兀件11繞於第三發光元件周圍’並提供不同之特定^ 長之光線。滤、光片覆蓋相對第三發光元件之位置，而濾 光=用以過濾第三發光元件所發出光源之波長。另外， 了》又置發光元件於座體内側邊緣上，而第三發光元件 與其他複數個第一發光元件位於第二發光元件内侧，及 在A置切換照明單元連接第三發光元件及第二發光元 件，且切換照明單元可控制第三發光元件及第二發光元 件的發光狀態，進而具有一般照明模式及仿夕陽模式， 其中一般照明模式係使用第二發光元件作為平時照明之 用；仿夕陽模式，係使用濾光片過濾之第三發光元件光 線與具紅光及紅外線光線之複數個第一發光元件，以模 擬夕陽光譜。 ' 其中，更包括阿爾發波誘發模式，在此模式下令複 數個第一發光元件以預定的閃爍頻率進行閃爍’可引導 使用者達到身體放鬆之釋壓狀態。 其中’該複數個第一發光元件之發光波長係介於 660nm〜llOOnm。 其中’複數個第一發光元件之發光波長更分別可為 680nm、720nm、760nm、790nm、880nm 或 lOOOnm 的 201111675 其中之一。 其中’進-步包含一擴散片，擴散片設置於濾光片 背對座體之-側’發光元件可藉由擴散片將其發出之光 線均勻擴散於使用環境中。 其中，此複數個第一發光元件發光的閃爍頻率係 13Hz以下。 其中，此複數個第一發光元件發光的閃爍頻率進一 Φ 步可為1〜4、4〜8或8〜13Hz。 承上所述，依本發明之具有不同光源及發光模式之 複合式發光裝置，其可具有一或多個下述優點： (1) 此複合式發光裝置藉由紅光、橙光與黃光之複數 個第一發光元件，以及濾光片過濾第三發光元件之 600nm以下波長之光線，可達到仿夕陽光源，以使得使 用者可進入身體放鬆的釋壓狀態。 (2) 此複合式發光裝置可藉由複數個第一發光元件 鲁 13Hz之閃爍頻率’以誘導人腦阿爾法波（α波）。 (3) 此複合式發光裝置可藉由第二發光元件，作為一 般照明。 【實施方式】 請參閱第1圖，其係為本發明之複合式發光裂置分解 示意圖。圖中，複合式發光褒置1包含一座體10、至少 一第三發光元件20、至少一第一發光元件30、一濾光片 40、至少一第二發光元件50、一擴散片60、一切換照明 w —* -- 5 201111675 早兀7〇以及一開關裝置80。第二發光元件50設置於座 上，於本實施财第二發光元件設置於座體内側邊 二二而第二發光兀件2〇與至少一第一發光元件位於 =—，光元件50内侧’各第__發光元件3()並提供不同 .疋；長之光線，第三發光元件提供偏紅 谁 之光線，整趙亦即第二發光元件50圍繞於第三 二與在複數個第-發光元件-外，且第-發光元件二 3弟二發光元件2〇周圍。濾、光片40並覆蓋相對第 it:件2〇之位置，而擴散片6〇設置於據光片40 ^ 10之一侧，開關裝置80連接切換照明單元 。使用者可藉由切換此開關裝置80， H般㈣模式、仿夕陽模式及阿爾發波誘 間轉換。 承上所述’當於一般照明模式時，僅開啟第二發光 作為一般照明使用。因遽波片40覆蓋範圍並不 、=第—發光元件5G，所以第二發光元件50不會受到 :恭ί 4〇之影響而過濾6〇〇nm以下波長之光線，且第 :毛光元件50可藉由擴散片6〇將其 :於使用環境中。其t，第二發光元件 於座體10内側邊緣’亦可視實際需求而採 夕/直立官狀之日光燈，以圍繞於座體10内側邊緣。 當於仿夕陽模式時，此時僅開啟第三發光元件20 明'仅件，請參閱第2圖，其係為本發 $模式之光譜示意圖。圖中’第三發光元件2〇 發出之光線接近白日太陽頻譜s卜且第三發光元件2〇 201111675 f由濾波片4〇過濾後’可過濾第三發光元件20所發出 =皮=此波長為6〇〇nm以下，亦即為遽波片4。 所發出少量之藍綠紫光線，而保留 ^二發h件20所發出之紅橙黃光線，以模擬夕陽光 5當。201111675 • VI. Description of the Invention: [Technical Field] The present invention relates to a composite light-emitting device, and more particularly to a composite light-emitting device having different light sources and illumination modes. [Prior Art] As the personal income of Chinese people increases, they are increasingly focusing on the quality of life. For example, buying audio-visual audio equipment or renovating home furnishings, but indoor lighting is one of the most important factors affecting the living environment of the home, so choosing the right lighting will become the focus of the home living atmosphere. The luminaires in the room are designed to allow the user to choose different bulbs or tubes to increase or decrease the intensity of the room's light; or to emphasize the whimsical lighting atmosphere; or to have personal characteristics to highlight the individual's unique taste. But neither relax the user's body or focus on healthy leisure. Due to the lack of familiar atmosphere of the lamps, the inventors have been thinking about how to achieve a composite illuminating device suitable for relaxing the user's body or focusing on health and leisure effects based on years of experience. After many researches and experiments, A sophisticated composite lighting device designer. SUMMARY OF THE INVENTION In view of the above-described problems of the prior art, it is an object of the present invention to provide a composite lighting device to increase the usage patterns of different light sources. According to one of the objects of the present invention, a 稷 髀 髀 髀 咕扪 咕扪 咕扪 稷 咕扪 咕扪 咕扪 咕扪 咕扪 咕扪 咕扪 咕扪 咕扪 咕扪 & & & & & & & & & & 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一The unit and the at least one third illuminating element are disposed on the base body, and the third illuminating element provides a continuous spectrum of light of the infrared ray, and the plurality of first 'clip elements 11 are wound around Around the third illuminating element' and providing different specific lengths of light. The filter and the light sheet cover the position of the third light-emitting element, and the filter=filters the wavelength of the light source emitted by the third light-emitting element. In addition, the light-emitting element is disposed on the inner edge of the base, and the third light-emitting element and the other plurality of first light-emitting elements are located inside the second light-emitting element, and the A-switching lighting unit is connected to the third light-emitting element and the second a light-emitting element, and the switching illumination unit can control the light-emitting state of the third light-emitting element and the second light-emitting element, and further has a general illumination mode and a sunset-like mode, wherein the general illumination mode uses the second light-emitting component as a normal illumination; The mode is a plurality of first light-emitting elements with a third light-emitting element filtered by a filter and a plurality of first light-emitting elements having red and infrared light to simulate a sunset spectrum. Wherein, the Alpha wave evoked mode is further included, in which the plurality of first illuminating elements are blinking at a predetermined blinking frequency to guide the user to a state of relaxation of the body relaxation. The light-emitting wavelength of the plurality of first light-emitting elements is between 660 nm and 110 nm. The light-emitting wavelength of the plurality of first light-emitting elements may be one of 201111675 of 680 nm, 720 nm, 760 nm, 790 nm, 880 nm or lOOOnm, respectively. Wherein the step comprises a diffusion sheet, and the diffusion sheet is disposed on the side of the filter opposite to the body. The light-emitting element can uniformly diffuse the light emitted therefrom into the use environment by the diffusion sheet. The blinking frequency at which the plurality of first light-emitting elements emit light is 13 Hz or less. The blinking frequency of the plurality of first light-emitting elements may be 1 to 4, 4 to 8, or 8 to 13 Hz. According to the present invention, a composite light-emitting device having different light sources and light-emitting modes according to the present invention may have one or more of the following advantages: (1) The composite light-emitting device has a plurality of red, orange and yellow light The first illuminating element and the filter filter the light of the third illuminating element with a wavelength of less than 600 nm, so as to achieve a sunset light source, so that the user can enter the relaxed state of the body. (2) The composite light-emitting device can induce a human brain alpha wave (α wave) by a plurality of first light-emitting elements having a flicker frequency of 13 Hz. (3) The composite light-emitting device can be generally illuminated by the second light-emitting element. [Embodiment] Please refer to Fig. 1, which is a schematic diagram of a composite light-emitting split decomposition of the present invention. In the figure, the composite illuminating device 1 includes a body 10, at least one third illuminating element 20, at least one first illuminating element 30, a filter 40, at least one second illuminating element 50, a diffusing sheet 60, and a Switching illumination w —* -- 5 201111675 兀 7〇 and a switching device 80. The second illuminating element 50 is disposed on the seat. In the present embodiment, the second illuminating element is disposed on the inner side of the base body 22 and the second illuminating element 2 〇 and the at least one first illuminating element are located at the side of the optical element 50. 'Each __ illuminating element 3 () and provide different 疋; long light, the third illuminating element provides the light of the reddish person, the whole Zhao is the second illuminating element 50 around the third two and in the plural - The light-emitting element is external, and the first-light-emitting element 2 is surrounded by two light-emitting elements 2A. The filter and the light sheet 40 are covered with respect to the position of the first:2, and the diffusion sheet 6 is disposed on one side of the light-receiving sheet 40^10, and the switching device 80 is connected to switch the illumination unit. The user can switch between the switch device 80, the H-like (four) mode, the sunset mode, and the Alpha wave. In the above general lighting mode, only the second illumination is turned on as general illumination. Since the coverage of the wave plate 40 is not the same as that of the first light-emitting element 5G, the second light-emitting element 50 does not receive light of a wavelength of 6 〇〇 nm or less due to the influence of the , ί , , , , , , , 50 can be used by the diffusion sheet 6: in the use environment. The t-light source of the second light-emitting element on the inner side edge of the base body 10 can also be used to circumscribe the inner edge of the base body 10 according to actual needs. When in the sunset mode, only the third illuminating element 20 is turned on at this time. Please refer to Fig. 2, which is a schematic diagram of the spectrum of the present mode. In the figure, the light emitted by the third light-emitting element 2 is close to the solar spectrum of the daylight and the third light-emitting element 2〇201111675f is filtered by the filter 4〇, and the third light-emitting element 20 can be filtered. It is below 6 〇〇 nm, which is also the 遽 wave plate 4. A small amount of blue-green-violet light is emitted, and the red-orange light emitted by the second-piece element 20 is retained to simulate the sunset light.
另外，第一發光元件3〇之發光波長係介於 66〇nm〜U〇〇nin。更進一步係分別包括68〇nm、720nm、、 760mn、79〇nm、88〇11111或 1〇〇〇nm 的其中之一亦即為 第:發光7C件30所發出之光線涵蓋紅光或紅外線光線 之範圍。但不限於此，亦可採用其他接近紅光或紅外線 光波長之第一發光元件，以達成與本發明同樣效果。 再者，原本第三發光元件2〇之白日太陽光譜si經 濾光片_40過濾後，亦即經第2圖之濾光片頻譜s2過濾 後，第三發光元件40透露出之光線強度已大幅減低，因 此會造成光線不足之情形。而六組第一發光元件3〇發出 之光線雖能構成夕陽光譜之尖峰處，但因其單一波長光 譜之特性，夕陽光譜之尖峰與尖峰之間仍然有不足之 處’如第2圖之發光體光譜S3，即使藉由擴散片60將 光線擴散，亦無法達成模擬夕陽光譜之效果。因此結合 第一發光元件30之發光強度，以及第三發光元件2〇為 連續發光光譜’即可達成模擬夕陽光譜之效果。如此， 使用者可藉由本發明達到夕陽光譜效果，進一步使得使 用者的身體放鬆呈釋壓狀態。 當於阿爾發波誘發模式時’僅會開啟第一發光元件 201111675 3〇 ’且第一發光元件30以一小於13HZ之閃爍頻率作閃 動’更佳的閃蝶頻率為卜4、4〜8或8〜13Hz。其效果在 於’《可藉由小於l3Hz閃爍頻率之第一發光元件3〇誘發 人腦阿爾法波(α波），以便將人體引誘並進人放鬆狀態。 -般照明模式、仿夕陽模纽阿_發波誘發模式之 實化順序並不限定於上述說明，亦可依照使用需求 實施順序。 、 亦可更㈣其㈣有相同連 μ上所述僅為舉例性，而料_性者。任何未脫 本發明之精神與範疇，而對其進行之等效修改或變 更，均應包含於後附之申請專利範圍中。 【圖式簡單說明】 第1圖料本發明之複合式發光μ分解示意圖；以及 第2圖係為本發明第二使用模式之光譜示意圖。 【主要元件符號說明】 1 :複合式發光裝置； 1〇 :座體； 20 :第三發光元件； 30:第一發光元件； 40:濾光片； 50 :第二發光元件； 60 :擴散片； 70 :切換照明單元； 8〇 :開關裝置； 51 :白日太陽頻譜； 52 :濾光片頻譜；以及 53 :發光二極體光譜。Further, the light-emitting wavelength of the first light-emitting element 3 is between 66 〇 nm and U 〇〇 nin. Furthermore, one of 68 〇 nm, 720 nm, 760 mn, 79 〇 nm, 88 〇 11111 or 1 〇〇〇 nm is respectively included: the light emitted by the illuminating 7C member 30 covers red or infrared light. The scope. However, it is not limited thereto, and other first light-emitting elements close to the wavelength of red light or infrared light may be used to achieve the same effects as the present invention. Furthermore, after the white solar spectrum si of the third light-emitting element 2 is filtered by the filter _40, that is, after being filtered by the filter spectrum s2 of FIG. 2, the light intensity of the third light-emitting element 40 is revealed. It has been greatly reduced, so it will cause insufficient light. While the light emitted by the six groups of first illuminating elements 3 can form the peak of the sunset spectrum, due to the characteristics of the single wavelength spectrum, there is still a deficiency between the peaks and peaks of the sunset spectrum. In the body spectrum S3, even if the light is diffused by the diffusion sheet 60, the effect of simulating the sunset spectrum cannot be achieved. Therefore, the effect of simulating the sunset spectrum can be achieved by combining the luminous intensity of the first light-emitting element 30 and the third light-emitting element 2〇 as a continuous light-emitting spectrum. Thus, the user can achieve the sunset spectral effect by the present invention, further allowing the user's body to relax and release the pressure. When in the Alpha wave induced mode, 'only the first light-emitting element 201111675 3〇' is turned on and the first light-emitting element 30 flashes at a blinking frequency of less than 13HZ'. The better flashing frequency is 4, 4~8 Or 8~13Hz. The effect is that the human brain alpha wave (alpha wave) can be induced by the first light-emitting element 3 小于 less than the l3 Hz flicker frequency in order to lure the human body into a relaxed state. The order of actualization mode, the pattern of the sunset mode, and the wave-induced mode are not limited to the above description, and may be implemented in accordance with the use requirements. , or more (4) (4) have the same connection. The above is only an example, but the material is _ sex. Any changes or modifications to the spirit and scope of the present invention are intended to be included in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram of a composite luminescence μ decomposition of the present invention; and Fig. 2 is a schematic diagram of a spectrum of a second mode of use of the present invention. [Main component symbol description] 1 : Composite light-emitting device; 1〇: seat body; 20: third light-emitting element; 30: first light-emitting element; 40: filter; 50: second light-emitting element; 60: diffuser 70: Switching the lighting unit; 8〇: Switching device; 51: Daylight solar spectrum; 52: Filter spectrum; and 53: Light-emitting diode spectrum.