201026987 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種太陽光紅外線波段及白光LED分光稜 鏡混合照明系統，此系統可同時引進太陽光可見光波段之光線 及白光LED光。其系統中之分光稜鏡將太陽光紅外線波段反 射、可見光波段穿透以及白光LED光線反射，尤其係關於利用 光學鑛膜設計原理將太陽光所發射出之紅外線波段光線反 射’可見光波段光線穿透’並利用透鏡聚焦的特性，將太陽光 紅外線波段之光線聚焦於紅外線光偵測器上，再由電源與電路 系統判讀光彳貞測器的訊號強弱提供白光LED電源；白光led光 線經由糸統中之分光棱鏡反射後與太陽光可見光波段共用光 路集中打入光纖導光管中傳遞至屋内。 【先前技術】 ❹ 隨著全世歸於溫錢應與輯危_重視，如何節約使 用現有能源及如何使用替代性能源變成了全世界 話題，全球幾乎所有公家制、公司行號及學鮮位亦開始配 合政府實行節能省碳、降低能源消耗之政策，也因此，相關之 太陽能源使用設備亦隨之得到迅速發展。201026987 VI. Description of the Invention: [Technical Field] The present invention relates to a solar infrared band and a white LED split spectroscopic hybrid illumination system, which can simultaneously introduce sunlight in the visible light band and white LED light. The spectroscopic system in the system reflects the infrared light in the infrared, the visible light in the visible band, and the white LED light, especially in the infrared band light emitted by the solar light using the principle of optical mineral film design. 'Using the characteristics of lens focusing, the light in the infrared light of the sunlight is focused on the infrared light detector, and then the power supply and the circuit system judge the signal strength of the optical detector to provide white LED power; the white light is led through the system. After the reflection prism is reflected, the light path shared by the visible light band of the sunlight is concentrated into the fiber light guide tube and transmitted to the house. [Previous technology] ❹ As the whole world is attributed to Wenming and the crisis, how to save the use of existing energy and how to use alternative energy has become a topic of the world. Almost all public companies, company numbers and learning places in the world are also It began to cooperate with the government to implement policies that save energy and reduce carbon consumption, and as a result, related solar energy equipment has also developed rapidly.
2008 J 2008年6月丨日授權公告之專利號碼為M33_之 請公開了-鶴絲結構改良之單元，如圖—所示，此習知控 201026987 器挣加光集光11 ’主要結構包括反射规之反射面3、集光 位署Γ木4、固定螺絲5、螺絲孔6、集光器固定座7，及集光 ㈣主。其中，太陽1發光，其所發出之光線打至遙遠的此端 ^球^乎平狀2,而由反射面3將光·集至集光位置8。 二了麵&集光騎穩定，分別又加I 了集光器支撐架4以固定 集光器。 、，但上叙習知絲器之集光效果有限，光線打至反射面3 • t須經過兩側反射面多次反射最後至集光位置8處，在反射過 私中’有些入射光線會因入射角度的關係，經兩側反光面多次 反射後射出集光H ’造成光線損失；又因為集絲將各波段之 光線收集使用’其中亦包括含熱能之紅外線波段光線，故，隨 著照明與鍍膜技術日新又新，隔絕紅外線之技術的提升成了未 來設計太陽光照明時的重要考量，太陽光紅外線波段及白光 led分光棱鏡混合照明系統取代傳統集光器模組將會是指曰 可待的。 有鑑於此，提供一種太陽光紅外線波段及白光led分光 稜鏡混合照明系統取代傳統集光器模組是有必要的。 【發明内容】 本發明提供一種太陽光紅外線波段及白光LED分光稜鏡 混合照明系統，此系統可同時引進太陽光可見光波段之光線及 白光LED光。其系統中之分光稜鏡將太陽光紅外線波段反 射、可見光波段穿透以及白光LED光線反射，利用光學鑛膜設 計原理將太1¼光所發射出之紅外線波段光線反射，可見光波段 5 201026987 光線穿透，並利用透鏡聚焦的特性，將太陽光紅外線波段之光 線聚焦於紅外線光侧器上，再由電源與電路系統判讀光制 器的訊號強弱提供白光LED電源；白光LED光線經由系統中之 分光稜鏡反職與太陽光可見歧段共収路針打入光纖 導光管中傳遞至屋内。 為了實現本發明之目的，本發明提供一種太陽光紅外線波 ^又及白光led力光稜鏡混合照κ統，此系統能有效利用屋 e 夕卜的太陽光，藉由光學麵技術將太陽光中紅外線波段反射至 光侧器收集，雜可纽控畅光LED暗躺訊號來源以 ^卜，更可阻絕紅外線以熱的形式打至室内。此發明提供了一種 能有效運社陽光與自光LED於室__方法，㈣ 供日照天時太陽光與led共用之節省電源的照明/ ° 相較習之技術之集絲模組，本發明之太陽光紅外線波段 及白光LED分光稜鏡混合照明系統能有效收集運用入射之太 陽光，並_太陽強度減弱由賴與電料統觸而增強白光 LED強度’達成太陽光與白光㈣混合照明系統。本發明並將 光學鍍膜與光學透鏡聚_理至本發日种，使人射光線分 別分光集中至紅外光細⑶及光纖導找巾，同相為分光= ==光波段打至紅外光偵測器’隔離了太喝熱能隨可 見光穿透打至至内，可大幅提升室内照明與降低室内溫度。 6 201026987 【實施方式】 請參閱第二圖，本太陽光紅外線波段及白光LED分光稜 鏡混合照明系統運用了光學鍍膜設計原理將太陽所發射出之 光線分兩部分收集，利用鍍膜技術於分光稜鏡斜面，將紅外線 波段光線反射、可見光波段光線穿透以及白光LED光線反射， 藉以設計出能將太陽光高效率使用並隔絕熱能之太陽光紅外 線波段及白光LED分光稜鏡混合照明系統。 謇 太陽光紅外線波段及白光LED分光棱鏡混合照明系統以 第二圖為例，太陽光線11，包含可見光波段光線12及紅外光 波段光線13，平行入射太陽光紅外線波段及白光led分光稜 1¾ 20，可見光波段光線12及紅外光波段光線13平行進入太 %光紅外線波段及白光LED分光稜鏡20後，兩光線經紅外線 反射鍍膜21，將紅外光波段光線13反射，可見光波段光線12 穿透’反射之紅外光波段光線13經聚焦後由紅外光偵測器4〇 魯偵測’並將偵測到之訊號傳至電源與電路系統41。 經由電源與電路系統41判讀所偵測之訊號，若訊號越來 越弱，即代表太陽光線11越來越弱，此時電源與電路系統41 則增加白光LED 31之電壓與電流，而白光LED所發出之光線 14經拋物面反射罩30反射之後打入太陽光紅外線波段及白光 LED分光稜鏡2〇’再經由可見光反射面鍍膜22反射，最後穿 透之太陽光可見光波段光線12與白光LED之光線14，由太陽 光紅外線波段及白光LED分光棱鏡20收集至光纖導光管50 傳遞至室内。 7 2010269872008 J The patent number of the authorization notice issued on the next day of June 2008 is M33_Please disclose the unit of the improvement of the crane structure, as shown in the figure, this custom control 201026987 earns the light collection 11 'main structure includes The reflecting surface of the reflecting gauge 3, the light collecting station, the beech 4, the fixing screw 5, the screw hole 6, the concentrator fixing seat 7, and the collecting light (four) main. Among them, the sun 1 emits light, and the light emitted by it hits the far end. The ball is flat 2, and the light is collected by the reflecting surface 3 to the collecting position 8. The second surface & set light riding stable, respectively, added a concentrator support frame 4 to fix the concentrator. However, the light collection effect of the above-mentioned rayon is limited, and the light hits the reflecting surface 3 • t must be reflected by the reflecting surfaces on both sides and finally reflected to the collecting position 8 in the reflection privately. Due to the angle of incidence, the light is lost by multiple reflections from the reflective surfaces on both sides, and the light is lost due to the collection of the light in each band, which also includes the infrared band of light containing heat, so The lighting and coating technology is new and new, and the improvement of infrared technology has become an important consideration in the future design of solar lighting. The solar infrared band and white light led prism hybrid lighting system will replace the traditional concentrator module. It’s just a treat. In view of this, it is necessary to provide a solar infrared band and a white LED split 稜鏡 hybrid illumination system to replace the conventional concentrator module. SUMMARY OF THE INVENTION The present invention provides a solar infrared band and a white LED split 稜鏡 hybrid illumination system, which can simultaneously introduce light in the visible light band of the sunlight and white LED light. The spectroscopic system in the system reflects the infrared light in the infrared, the visible light in the visible band, and the white LED light. The optical film design principle is used to reflect the infrared light emitted by the 11⁄4 light. The visible light band 5 201026987 And using the characteristics of lens focusing, the light of the infrared light of the sunlight is focused on the infrared light side device, and then the power supply and the circuit system interpret the signal strength of the light controller to provide the white light LED power supply; the white light LED light passes through the light splitting edge in the system. Mirror counter-offensive and sunlight visible segments are collected into the fiber-optic light pipe and transmitted to the house. In order to achieve the object of the present invention, the present invention provides a sunlight infrared light beam and a white light LED light beam hybrid light gamma system, which can effectively utilize the sunlight of the house e, and the sunlight is used by the optical surface technology. The mid-infrared band is reflected to the light side device for collection, and the miscellaneous can be controlled by the light-emitting LED. The dark signal source is used to prevent the infrared rays from being hit indoors in the form of heat. The invention provides a collecting module capable of effectively transporting sunlight and self-lighting LEDs in a room, and (4) a technology for saving power of illumination/° which is shared by sunlight and LEDs, and the present invention The solar infrared band and the white LED split-light hybrid lighting system can effectively collect and use the incident sunlight, and the solar intensity is weakened by the contact with the electric material to enhance the white LED intensity. Achieve the sunlight and white light (four) hybrid lighting system . The invention combines the optical coating film and the optical lens to the present invention, so that the human light is separately concentrated to the infrared light fine (3) and the optical fiber guide to find the towel, and the same phase is the split light === optical band hit to the infrared light detection The device's isolation of too much heat can be penetrated with visible light, which can greatly improve indoor lighting and reduce indoor temperature. 6 201026987 [Embodiment] Please refer to the second figure. This solar infrared band and white LED split-light hybrid lighting system uses the principle of optical coating design to collect the light emitted by the sun in two parts, using the coating technology to split the edge. The mirror bevel, which reflects the infrared light, the visible light, and the white LED light, is designed to design a solar-infrared band and white LED split-light hybrid lighting system that can efficiently use sunlight and isolate heat.謇Sunlight infrared band and white LED dichroic prism hybrid illumination system Take the second picture as an example, the sun light 11 includes visible light band light 12 and infrared light band light 13, parallel incident sunlight infrared band and white light led beam splitting edge 13⁄4 20, The visible light band light 12 and the infrared light band light 13 enter the too much light infrared band and the white light LED split light 20, and the two rays are reflected by the infrared reflection coating 21, and the infrared light band 13 is reflected, and the visible light band 12 penetrates the 'reflection The infrared light band 13 is focused and detected by the infrared light detector 4 and transmits the detected signal to the power supply and circuitry 41. The detected signal is interpreted by the power supply and the circuit system 41. If the signal becomes weaker, it means that the solar light 11 is getting weaker. At this time, the power supply and the circuit system 41 increase the voltage and current of the white LED 31, and the white LED The emitted light 14 is reflected by the parabolic reflector 30 and then enters the infrared light band and the white LED split 稜鏡 2〇' and is reflected by the visible light reflecting surface coating 22, and finally penetrates the visible light band 12 and the white LED. The light 14 is collected by the solar infrared band and the white LED beam splitting prism 20 and transmitted to the fiber light guide 50 to be delivered to the room. 7 201026987
综上所述’本發明符合發明專利之要件，故依法提出專利 申睛。以上所述者僅為本發明之較佳實施例，本發明所包括之 範圍並不以上述實施例為限，舉凡熟習本案技藝之人士援依本 發明專利之精神所作之等效修改或_變化，皆應涵蓋於 申请專利範圍内。 8 201026987 【圖式簡單說明】 第一圖係習知技術之太陽光集光器結構示意圖。 第二圖係本發明之太陽光紅外線波段及白光LED分光棱鏡混 合照明系統示意圖。 【主要元件符號說明】 太陽 1In summary, the invention conforms to the requirements of the invention patent, so the patent is filed according to law. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and those skilled in the art will be able to make equivalent modifications or changes to the spirit of the present invention. , should be covered in the scope of the patent application. 8 201026987 [Simple description of the diagram] The first diagram is a schematic diagram of the structure of a solar concentrator of the prior art. The second figure is a schematic diagram of the hybrid infrared illumination system of the present invention and the white LED beam splitting prism. [Main component symbol description] Sun 1
平行光 2 反射面 3 集光器支撐架 4 固定螺絲 5 螺絲孔 6 集光器固定座 7 集光位置 8 太陽光線 11 太陽光可見光波段 12 太陽光紅外線波段 13 白光LED光線 14 紅外線太陽光白光LED混光稜鏡20 紅外線波段反射膜 21 拋物面反射罩 30 白光LED 31 紅外線光偵測器 40 電源與電路系統 41 光纖導光管 50 9Parallel light 2 Reflecting surface 3 Light collector support 4 Fixing screw 5 Screw hole 6 Light collector mount 7 Light collecting position 8 Solar light 11 Solar visible light band 12 Solar infrared band 13 White LED light 14 Infrared sunlight white LED Mixed light 稜鏡 20 Infrared band reflection film 21 Parabolic reflector 30 White LED 31 Infrared light detector 40 Power and circuit system 41 Fiber light guide 50 9