M399604 四、指定代表圖： (一） 本案指定代表圖為：第（二）圖 (二) 本代表圖之元件符號簡單說明： 基板 20 發光體 21 LED晶片 22 红外光帶 221 紫外光帶 222 藍光帶 223 綠光帶 224 黃光帶 225 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種植物燈，特別是指一種體機小組裝於 室内能提供對植物生長有利的照射，以使得植物的綠葉、莖、 開花皆能有效增長，同時，具有省電、使用安全性及壽命增 長等優點之植物燈。 【先前技術】 按，早期設置於室内供植物照射之植物燈，皆是採用 一般燈管（曰光燈）或白熾燈作為仿日照的控制光源，惟， 一般燈管照射亮度不足，對於植物生長不好。而白熾燈所產 生的可見光僅為紅外線，僅能對於植物的開花有幫助，並無 法對於植物的綠葉及生長有增進，進言之，植物的光合作用 2 主要受光量和光強度影響，植物藉其葉綠餅中的葉綠素吸收 可見光（紅、橙、黃、綠、藍、紫）中的有利光源來進行光 何作用。然而，習知白熾燈僅提供可見光的紅外線，因而， 只能促使植物於開花時的助益，至於植物於生長過程則因綠 葉得不到有利的光源照射，無法進行光合作用而減緩了生 長。再者，白熾燈泡聚光性不足、色光產生降低亮度、燈體 熱度高及玻璃製品的安全性問題，以及浪費太多幅射光源 等’諸等瑕疵實非理想植物曰照的光源。 鑒於此，在二十一世紀面臨能源危機及講求綠能環保 的現今，如何具體有效的改善習知植物燈的缺點，並達到促 進植物的生長，實為當務之急。 【新型内容】 本創作之目的，即在於提供一種植物燈，該植物燈以單 一發光體，提供多層光幅射功率，而可照射出可見光中令植 物進行光合作用所須的光源，而使得植物的綠葉、莖及開花 能在有效的日照下增長，同時，可藉以達到省電、使用安全 性及壽命增長等優點。 為達到上述目的，本創作植物燈係包括：基板，其上設 有複數接點’發光體’係以封裝技術與該基板組固，並與該 ^板上的部份接點連通，包含具有多層光幅射功率及連續光 °曰並☆發*不同光強度之led晶片（Light EmittingM399604 IV. Designation of representative drawings: (1) The representative representative of the case is: (2) Figure (2) The symbol of the symbol of the representative figure is simple: substrate 20 illuminator 21 LED chip 22 infrared band 221 ultraviolet band 222 blue light Belt 223 Green belt 224 Yellow belt 225 V. New description: [New technical field] This creation is about a kind of plant lamp, especially when a small machine is assembled indoors to provide favorable illumination for plant growth. It can effectively grow green leaves, stems and flowers of plants, and at the same time, it has the advantages of power saving, safety of use and growth of life. [Prior Art] According to the plant light that was set in the early stage for plant irradiation, the general light tube (dawn light) or incandescent lamp is used as the control light source for the sunshine. However, the general illumination of the tube is insufficient for the growth of plants. not good. The visible light produced by incandescent lamps is only infrared rays, which can only help the flowering of plants, and can not improve the green leaves and growth of plants. In other words, the photosynthesis of plants 2 is mainly affected by the amount of light and light intensity. The chlorophyll in the green cake absorbs the favorable light source in visible light (red, orange, yellow, green, blue, purple) to perform the light action. However, conventional incandescent lamps only provide infrared light of visible light, and therefore, can only promote the benefit of plants during flowering. As for the growth process of plants, the green leaves are not illuminated by a favorable light source, and photosynthesis cannot be performed to slow down the growth. Furthermore, incandescent bulbs have insufficient concentrating properties, color shades reduce brightness, lamp body heat and glass products are safe, and too much of a radiation source, such as a source of light that is not ideal for planting. In view of this, in the 21st century, facing the energy crisis and the green energy conservation, how to effectively and effectively improve the shortcomings of conventional plant lights and promote the growth of plants is a top priority. [New content] The purpose of the present invention is to provide a plant lamp which provides a multi-layered light radiation power with a single illuminant, and can illuminate the light source required for photosynthesis of plants in visible light, thereby making the plant The green leaves, stems and flowers can grow under effective sunlight, and at the same time, it can achieve the advantages of power saving, safety of use and growth of life. In order to achieve the above object, the vehicular lamp system comprises: a substrate on which a plurality of contacts 'emitters' are mounted and assembled with the substrate, and connected to a part of the contacts on the board, including Multilayer light radiation power and continuous light ° 曰 ☆ * * different light intensity led chip (Light Emitting
Diode ; LED)曰 y 从 τDiode ; LED)曰 y from τ
Ba LED晶片的配光至少包括：紅外光 M399604 帶、紫外光帶及藍光帶，以及綠光帶，藉以提供植物光合作 用所須的色溫，而可令植物生長的更快、開花更加的茂盛。 依據上述之特徵，其中本創作使用於葉菜類的光照時， 該紅外光帶的光譜波長為705 nm，幅射功率為100m W/M， 紫外光帶的光譜波長為425nm，幅射功率為35m W/M，藍光 帶的光譜波長為455nm，幅射功率為160mW/M，綠光帶的光 譜波長為495nm，幅射功率為90m W/M。 依據上述之特徵，其中該LED晶片的配光進一步包含黃 光帶，其光譜波長為595nm，幅射通量至少為5m W/M能促 使模擬陽光色之配色增加3200k，具有抑制昆蟲的效果。 【實施方式】 請參閱第一、二圖，本創作植物燈1主要係包括：基板 20及發光體21，係組裝於燈罩3内，該燈罩3的上方設有電源供應器4 及接頭5，藉由該接頭5可與發光體21及室内的電源線路（未示 出）相連通，且接頭5外部設有螺紋可螺鎖於既有的電緣燈座 (未示出）上使用。該燈罩3採散熱性質佳的材質，如：鋁材， 内側設有反光面可將發光體21發射出的光源有效的彙集。該 電源供應器4則可將電壓作適度的調整。 值得說明的是，本創作該基板20上設有複數接點201， 而該發光體21以封裝技術與該基板20組固，並與該基板20 上的部份接點201連通，具有多層光幅射功率及連續光譜，並能發 4 M399604 出不同光強度，該發光體21包含LED ( Light Emitting Diode ; LED )晶片22 ’該LED晶片22的配光包括：紅外光帶221、 紫外光帶222及藍光帶223及綠光帶224，以及黃光帶225， 可藉以提供植物光合作用所須的色溫，而可令植物生長的更 快、開花更加的茂盛。本創作使用於葉菜類的光照時，該紅外光帶 221的光譜波長為705 nm’幅射功率為100m W/M;紫外光222 帶的光譜波長為425nm，幅射功率為35m W/M、藍光帶223 的光譜波長為455nm，幅射功率為160mW/M、綠光帶224的 光譜波長為495nm，幅射功率為90m W/M，另，黃光帶225 的光譜波長為595nm，幅射通量為5 m W/M，能促使模擬陽光 色之配色增加3200k ’並具有抑制昆蟲的效果，該抑制昆蟲的 強度可適實際情況調高該黃光帶幅射通量的數值。 藉如上本創作LED晶片22的配光所提供的光源，其中 該紅外光帶221促使光合作用的進行；紫外光222帶促使生物 之辨識授粉的作用；藍光帶223使光子幅射能量增加，有利於 植物形態（高度和株型）的建成；綠光帶224具催化能促使植 物之化學作用；而黃光帶225能促使模擬陽光色之配色增加， 並具有抑制昆蟲的效果，如是，藉以提供植物光合作用所須的 色溫，而可令植物生長的更快、開花更加的茂盛。 綜上所述，本創作植物燈確能達到創作之目的，符合專 利要件，惟，以上所述者，僅為本創作植物燈使用於照射葉菜 類之較佳實施例而已’大凡依據本創作所為之各種修飾與變 5 M399604 化，即將本創作LED晶片22的配光依所欲照射的對象如：根 莖類植物、灌木類植物等，對本創作LED晶片22的配光，進 行最佳多層光幅射功率及連續光譜的調整，仍應包含於本專利申請 範圍内。 【圖式簡單說明】 第一圖為本創作植物燈之平面圖。 第二圖為本創作植物燈之LED晶片的配光示意圖。 【主要元件符號說明】 植物燈 1 基板 20 發光體 21 LED晶片 22 燈罩 3 電源供應 4 接頭 5 紅外光帶 221 紫外光帶 222 藍光帶 223 綠光帶 224 黃光帶 225The light distribution of Ba LED wafers includes at least infrared light M399604 tape, ultraviolet light band and blue light band, and green light band, which provides the color temperature required for plant photosynthesis, which can make plants grow faster and bloom more lush. According to the above characteristics, wherein the infrared light band has a spectral wavelength of 705 nm, a radiation power of 100 mW/M, and a spectral wavelength of 425 nm and a radiation power of 35 mW. /M, the blue band has a spectral wavelength of 455 nm, a radiation power of 160 mW/M, a green band with a spectral wavelength of 495 nm, and a radiation power of 90 mW/M. According to the above feature, the light distribution of the LED chip further comprises a yellow light band having a spectral wavelength of 595 nm and a radiation flux of at least 5 mW/M, which can increase the color matching of the simulated sunlight color by 3200 k, and has an insect suppressing effect. [Embodiment] Please refer to the first and second figures. The artificial plant lamp 1 mainly includes a substrate 20 and an illuminant 21, which are assembled in the lampshade 3, and a power supply 4 and a joint 5 are arranged above the lampshade 3, The connector 5 can be connected to the illuminant 21 and the power supply line (not shown) in the room, and the external portion of the connector 5 can be screwed onto the existing edge holder (not shown) for use. The lamp cover 3 adopts a material with good heat dissipation properties, such as aluminum material, and a reflective surface on the inner side can effectively collect the light source emitted from the illuminant 21. The power supply 4 can adjust the voltage moderately. It should be noted that the substrate 20 is provided with a plurality of contacts 201, and the illuminant 21 is assembled with the substrate 20 by a packaging technology, and communicates with a portion of the contacts 201 on the substrate 20, and has multiple layers of light. Radiation power and continuous spectrum, and can emit 4 M399604 different light intensities, the illuminant 21 comprises an LED (Light Emitting Diode; LED) wafer 22'. The light distribution of the LED wafer 22 includes: infrared light strip 221, ultraviolet light strip 222 and blue light strip 223 and green light strip 224, as well as yellow light strip 225, can provide the color temperature required for plant photosynthesis, and can make plants grow faster and bloom more lush. When the creation is used in the illumination of leafy vegetables, the infrared light band 221 has a spectral wavelength of 705 nm and a radiation power of 100 mW/M; the ultraviolet light 222 has a spectral wavelength of 425 nm, a radiation power of 35 mW/M, and blue light. The band 223 has a spectral wavelength of 455 nm, a radiation power of 160 mW/M, a green band 224 with a spectral wavelength of 495 nm, and a radiation power of 90 mW/M. In addition, the yellow band 225 has a spectral wavelength of 595 nm and a radiation pass. The amount of 5 m W/M can increase the color matching of the simulated sunlight color by 3200k′ and has the effect of inhibiting insects. The intensity of the insect suppression can increase the value of the radiation flux of the yellow light band according to the actual situation. By the light source provided by the light distribution of the LED chip 22 as described above, wherein the infrared light band 221 promotes the photosynthesis; the ultraviolet light 222 causes the biological identification pollination; the blue light band 223 increases the photon radiation energy, which is advantageous In the formation of plant morphology (height and plant type); green light belt 224 catalyzes the chemical action of plants; and yellow light belt 225 can promote the color matching of simulated sunlight color, and has the effect of inhibiting insects, if so, to provide The color temperature required for plant photosynthesis can make plants grow faster and bloom more lush. In summary, the creation of the plant lamp can achieve the purpose of creation, in line with the patent requirements, but the above mentioned, only the preferred embodiment of the plant lamp used in the irradiation of leafy vegetables has been 'greatly based on this creation. Various modifications and changes are made, that is, the light distribution of the LED wafer 22 of the present invention, such as a rhizome, a shrub, etc., for optimal distribution of the light distribution of the LED wafer 22 of the present invention. Adjustments to power and continuous spectrum should still be included in the scope of this patent application. [Simple description of the diagram] The first picture is a plan view of the creative plant lamp. The second picture is a light distribution diagram of the LED chip of the creative plant lamp. [Main component symbol description] Plant lamp 1 Substrate 20 Luminous body 21 LED chip 22 Shade 3 Power supply 4 Connector 5 Infrared ribbon 221 UV belt 222 Blu-ray belt 223 Green belt 224 Yellow belt 225