M335938 八、新型說明·· 【新型所屬之技術領域】 本創作係有關一種水族燈具，特別是一種串接式水族燈具。 【先前技術】M335938 VIII. New Description·· 【New Technology Fields】 This creation is about a kind of aquarium lamps, especially a series of aquarium lamps. [Prior Art]
Ik著生活品質逐漸受到重視的趨勢，愈來愈多人會在家中或辦公室桌 上擺設水族箱養魚、養水草，藉以美化㈣環境，晴作為讀閒暇之休 間樂趣。 使用者多會於水族箱上裝設照明燈具，以藉由照明燈具之照射而使魚 群、水草、小石子、飾品、背景能更清晰美麗。習知的水族箱照明燈具係 將日光燈安裝於燈座内，並於燈座一侧設置變壓器等電氣組件，而燈座兩 知为別裝叹有相對應之托架，使用時即可經由托架將燈座跨置於水族箱上 方，藉此讓日光燈投射照明光源至水族箱。然而，此種燈具結構雖然相當 簡便，但僅此^供置放於卓一尺寸的水族箱上，當水族箱之尺寸改變時， 原有的水族箱照明燈具即無法使用，必須更換為符合水族箱尺寸之照明燈 具，對使用者而言相當不方便。 因此，如何改良水族箱照明燈具之結構，使其可適用於不同尺寸之水 族箱，以提升使用之便利性，進而降低使用者更換照明燈具之成本，係為 本案之創作人以及從事此相關行業之技術領域者亟欲改善的課題。 【新型内容】 有鑑於此，本創作提出一種串接式水族燈具，包含：底板；二侧板， 由底板二側延伸而形成’每一侧板包含溝槽，每一侧板之溝槽分別與相鄰 5 M335938 之側板之錢相連接；施，位於底板之上方，二側分別連接二侧板；燈 板，位於底板之底面；及複數發光二極體，配置於燈板上。 本創作更&含：洲模組，·底板±，轉數㈣赋控制複數發 、 光二極體。 •. 此外，本創作更包含··串接件，穿設於二個相連接之溝槽之間，以串 接二個相鄰之側板。 刖述說明之頂板包含懸掛槽，用以穿設懸吊件，藉以將燈板與複數發 • 光二極體懸吊於水族箱上方。 再者，料之發光二_包含減自光贱二_、概藍光發光二 極體及複數補光發光二極體，融合白光發光二極體、.藍光發光二極體及補 光發光-嫌所發丨之光_彡成近似不同麵之自然光的融合光。 本創作可藉由穿設於二個相連接之溝槽之間的串接件，將二個相鄰之 水族燈具轉絲，即可柯尺寸之水補，不伽當鮮、方便， 並骑做财更顧具之縣，耕，本舰提細_種類之 _自然光的融合光，使水族箱之照蚊加多樣化，同時藉由不_類之融合 •光改變魚群、水草本身色彩的鮮豔度，使水族養殖更具觀賞性。 以下僅藉由具體實施例，且佐以圖式作詳細之說明，俾使貴審查委 員能對梢作之各項雜、_妓進—步了解與賴·· 【實施方式】 明參照第1圖、第2圖、第3圖、第4圖及第5圖為本創作之串接式 水族燈具，第Γ®為立體示意圖，第2圖為另—視角之立體示意圖，第3 6 M335938 圖為側視平面圖，第4圖為調整支撐架之示意圖，第5圖為結構方塊圖。 串接式水族燈具1包含··燈座1〇、燈板2〇、複數發光二極體30。 燈座10，係於呈矩形之底板11的二側延伸分別向上延伸側板12，二 侧板12約略相互平行，且每一側板12上設有與其等寬之溝槽121，而底 板11之上方設有頂板13，頂板13之二侧分別連接二侧板12，且頂板13 上設有與其等寬之懸掛槽131，藉此形成由底板11、二側板12及頂板13 圍成概呈矩形之中空座體。 前述說明之燈座10，更可包含複數蓋板][4，位於底板U之二端，用 以封閉底板11、一側板12及頂板13之間的空間，此外，底板11、二侧板 12、頂板13及散熱鰭片15可由鋁擠型材製成。再者，燈座1〇亦可包含複 數散熱鰭片15，由底板11朝向頂板13方向延伸所形成。 本創作之串接式水族燈具1更可包含複數支撐架16，位於燈座10之 底板11之二端，且支撐架16二端分別設有穿設部162，穿設於溝槽121 而可於溝槽121内往復位移，再者，支撐架16可彎折形成概呈门字體型之 爽持部161 ’藉以爽持水族箱之壁面。 燈板20，概呈矩形之印刷電路板（pcb)，位於燈座10之底板11的底 面，且燈板20上設置有相關電路及電氣元件。 複數發光二極體30，配置於燈板20上，此外，複數發光二極體30包 含複數白光發光二極體31、複數藍光發光二極體32及複數補光發光二極 體33，藉由融合白光發光二極體31、藍光發光二極體32及補光發光二極 體33所發出之光而形成近似不同種類之自然光的融合光，且白光發光二極 7 M335938 體31之數量為六顆，藉以模擬日光光譜達到仿真及照明強度，使水中生 物具有類似日光之視覺效果；藍光發光二極體32之數量為三顆，藉以加 強全光譜中5600K之演色及能量強度，此外，可經由藍光模擬夜相，且其 短波長而達到穿透深度，再者，柔和的藍色夜光亦可促進水中生物繁殖； 補光發光二極體33之數量為八顆，且其可為RGB發光二極體或紅光發光 一極體，其中，補光發光二極體33較佳地為紅光發光二極體，以藉由紅光 發光二極體之紅光滋潤水中生物，使其在外觀上更加美麗、優雅，甚至部 分水草或特定魚種，在成長或繁殖時必須吸收紅色光譜，否則無法生長良 好或繁延次代，再者，亦可經由紅光發光二極體之紅光達到均勻補色吸收 效果。 其中’白光發光二極體31之發光角度為12〇度，且可發出波長介於 400 nm〜800 rnn的白光，此外，白光發光二極體31之色溫為56〇〇κ ;藍 光發光一極體32之發光角度為120度，且可發出波長介於450 nm 的藍光，紅光發光一極體具有透鏡結構（Lens)，且其發光角度為60度， 並可發出波長介於550 nm〜650 nm的紅光。 前述之複數發光二極體30以間隔方式配置於燈板1〇上，其中，複數 白光發光二極體31、複數藍光發光二極體32位於同一直線上，排列順序 為白光發光二極體31、藍光發光二極體32、白光發光二極體31、白光發 光二極體31、藍光發光二極體32、白光發光二極體31、白光發光二極體 31、藍光發光一極體32、白光發光二極體31，複數補光發光二極體33則 分別配置於直線之二側，此外，部分補光發光二極體33以交錯方式佈設於 8 M335938 白光發光二鋪31與藍紐光二_ 32⑼令相紐光三極體％以 交錯方式佈設於二個白光發光二極體31之間。 本創作可以真錢It、、電觀轉鱗綠紐板2〇與複 數發光二極體30之表面上鍍上隔離層，藉以隔離水族箱内蒸發之水氣直接 接觸燈板20與複數發光二極體30，避免水氣腐蝕燈板2〇與複數發光二極 體30而造成損壞。 本創作之串接式水族燈具1更可包含控制模組4〇與切換開關5〇，其 中，控制模組40設置於燈座10之底板U上，且可經由複數控制模式控制 複數發光二極體3〇，而切換開關50設置於燈座1〇之頂板13上，用以控 制控制模組40切換控制模式。 前述之控制模組40可切換於第一模式、第二模式、第三模式、第四模 式、第五模式及第六模式等六種控制模式，且每一種控制模式對應一種融 合光。其中’第一模式係隨著時間調整複數白光發光二極體31、複數藍光 發光二極體32及複數補光發光二極體33之亮度，且複數白光發光二極體 31、複數藍光發光二極體32及複數補光發光二極體33之亮度為呈線性變 化’藉此可模擬從日出至日落的日光亮度變化，其中，複數白光發光二極 體31、複數藍光發光二極體32及複數補光發光二極體33之發光時間與亮 度可依據四季時序調整；第二模式係同時驅動複數白光發光二極體31、複 數藍光發光二極體32及複數補光發光二極體33發光，藉此可模擬白天曰 照的情形；第三模式係驅動複數白光發光二極體31、複數藍光發光二極體 32發光’而不會驅動複數補光發光二極體33發光，藉此可模擬海水生物 9 M335938 (包含無脊椎動物、鹽度高之淡水生物）所需的光照條件；第四模式係驅 動複數白光發光二極體31、複數補光發光二極體33發光，而不會驅動複 數藍光發光二極體32發光，藉此可模擬淡水生物、淡水水生植物所需的光 照條件；第五模式係驅動複數藍光發光二極體32發光，而不會驅動複數白 光發光二極體31、複數補光發光二鋪33發光，藉此可模擬夜光照的情 形；當第六模式係同時停止驅動複數白光發光二極體3卜複數藍光發光二 極體32及複數補光發光二極體33發光。Ik is gradually paying attention to the quality of life. More and more people will set up aquariums at home or on the office table to raise fish and raise water plants, so as to beautify (4) the environment and sunny as a leisure time for leisure. Users often install lighting fixtures on the aquarium to make the fish, grass, pebbles, ornaments and background clearer and more beautiful by the illumination of the lighting fixtures. Conventional aquarium lighting fixtures are equipped with fluorescent lamps installed in the lamp holders, and electrical components such as transformers are arranged on the lamp holder side, and the lamp holders are known to have corresponding brackets, and can be used when they are used. The shelf straddles the lamp holder over the aquarium, thereby allowing the fluorescent lamp to project the illumination source to the aquarium. However, although the structure of the lamp is quite simple, it is only placed on the aquarium of a size. When the size of the aquarium is changed, the original aquarium lighting can not be used and must be replaced with the aquarium. Box-sized lighting fixtures are quite inconvenient for the user. Therefore, how to improve the structure of the aquarium lighting fixtures, so that it can be applied to different sizes of aquariums, in order to improve the convenience of use, thereby reducing the cost of replacing the lighting fixtures, is the creator of the case and engaged in related industries. The subject of the technical field is eager to improve. [New content] In view of this, this creation proposes a series-connected aquarium lamp, comprising: a bottom plate; two side plates extending from two sides of the bottom plate to form 'each side plate containing grooves, and each side plate groove is respectively Connected to the side panel of the adjacent 5 M335938; the application is located above the bottom plate, and the two sides are respectively connected to the two side plates; the light board is located on the bottom surface of the bottom plate; and the plurality of light emitting diodes are disposed on the light board. This creation is more & contains: continent module, · bottom plate ±, number of revolutions (four) to control the number of hair, light diode. • In addition, the creation includes a series of joints that are threaded between two connected grooves to connect two adjacent side plates in series. The top plate of the description includes a suspension slot for the suspension member to suspend the light panel and the plurality of light-emitting diodes above the aquarium. In addition, the luminescence of the material _ includes the subtraction from the optical 贱2, the blue light-emitting diode and the complex light-emitting diode, the white light-emitting diode, the blue light-emitting diode and the fill light-- The light that is emitted _ is a fusion light that is similar to the natural light of different faces. The creation can turn two adjacent aquarium lamps through the stringing members which are arranged between the two connected grooves, so that the water of the Ke size can be filled, not glazed, convenient, and riding. In the county where the wealth is more affordable, the ploughing, the ship's _ _ _ natural light fusion light, so that the aquarium of the mosquitoes to diversify, while changing the color of the fish, the grass itself by the fusion of light The vividness makes the aquaculture more ornamental. In the following, only the specific examples are given, and the detailed description is given in the drawings, so that the reviewing committee can understand the various miscellaneous, _ 妓 — — 了解 赖 赖 【 【 【 【 【 【 【 【 【 【 【 【 【 【 Fig. 2, Fig. 3, Fig. 4 and Fig. 5 are the series-connected aquarium lamps of the creation, the third drawing is a three-dimensional schematic view, and the second drawing is a three-dimensional schematic view of another perspective, the third 6 M335938 For a side view plan, FIG. 4 is a schematic view of the adjustment support frame, and FIG. 5 is a structural block diagram. The tandem aquarium lamp 1 includes a lamp holder 1 〇, a lamp plate 2 〇, and a plurality of light-emitting diodes 30. The lamp holder 10 extends from the two sides of the rectangular bottom plate 11 to extend the side plate 12 upwards, and the two side plates 12 are approximately parallel to each other, and each side plate 12 is provided with a groove 121 of equal width, and above the bottom plate 11 The top plate 13 is provided, and the two sides of the top plate 13 are respectively connected to the two side plates 12, and the top plate 13 is provided with a suspension groove 131 of equal width, thereby forming a rectangular shape surrounded by the bottom plate 11, the two side plates 12 and the top plate 13. Hollow seat. The lamp holder 10 described above may further include a plurality of cover plates [4] located at two ends of the bottom plate U for closing the space between the bottom plate 11, the one side plate 12 and the top plate 13, and further, the bottom plate 11 and the two side plates 12 The top plate 13 and the heat dissipation fins 15 may be made of an aluminum extruded profile. Furthermore, the socket 1 can also include a plurality of fins 15 extending from the bottom plate 11 toward the top plate 13. The tandem aquarium lamp 1 of the present invention may further comprise a plurality of support frames 16 at two ends of the bottom plate 11 of the lamp holder 10, and the two ends of the support frame 16 are respectively provided with a through portion 162, which is disposed through the groove 121. The reciprocating displacement is carried out in the groove 121. Further, the support frame 16 can be bent to form a door-shaped type of sash portion 161' to hold the wall surface of the aquarium. The lamp board 20, which is a rectangular printed circuit board (pcb), is located on the bottom surface of the bottom plate 11 of the lamp holder 10, and the lamp board 20 is provided with associated circuits and electrical components. The plurality of light emitting diodes 30 are disposed on the light board 20, and the plurality of light emitting diodes 30 include a plurality of white light emitting diodes 31, a plurality of blue light emitting diodes 32, and a plurality of complementary light emitting diodes 33. The light emitted by the white light emitting diode 31, the blue light emitting diode 32 and the complementary light emitting diode 33 is combined to form a fusion light of approximately different kinds of natural light, and the number of white light emitting diodes 7 M335938 body 31 is six By simulating the daylight spectrum to achieve simulation and illumination intensity, the aquatic organisms have a sunlight-like visual effect; the number of blue light-emitting diodes 32 is three, thereby enhancing the color and energy intensity of 5600K in the whole spectrum, and The blue light simulates the night phase, and its short wavelength reaches the penetration depth. Furthermore, the soft blue luminous light can promote the biological reproduction in the water; the number of the complementary light-emitting diodes 33 is eight, and it can be RGB light-emitting two. a polar body or a red light emitting body, wherein the fill light emitting diode 33 is preferably a red light emitting diode to moisturize the aquatic organism by the red light of the red light emitting diode, so that the appearance on Adding beauty, elegance, and even some aquatic plants or specific fish species, must absorb red spectrum when growing or breeding, otherwise it will not grow well or prolong the second generation. In addition, it can also achieve uniform complementary color through the red light of the red light emitting diode. Absorption effect. The white light emitting diode 31 has an illumination angle of 12 degrees and emits white light having a wavelength of 400 nm to 800 rnn. In addition, the color temperature of the white light emitting diode 31 is 56 〇〇 κ; The body 32 has an illumination angle of 120 degrees and emits blue light having a wavelength of 450 nm. The red light emitting body has a lens structure (Lens), and its illumination angle is 60 degrees, and the wavelength of the light emission is 550 nm. Red light at 650 nm. The plurality of light-emitting diodes 30 are disposed on the lamp panel 1 at intervals. The plurality of white light-emitting diodes 31 and the plurality of blue light-emitting diodes 32 are disposed on the same line, and the white light-emitting diodes 31 are arranged in the order. a blue light emitting diode 32, a white light emitting diode 31, a white light emitting diode 31, a blue light emitting diode 32, a white light emitting diode 31, a white light emitting diode 31, a blue light emitting body 32, The white light-emitting diode 31 and the plurality of complementary light-emitting diodes 33 are respectively arranged on two sides of the straight line, and in addition, the partial fill light-emitting diodes 33 are arranged in a staggered manner in the 8 M335938 white light-emitting two shop 31 and the blue New light two. _ 32 (9) aligns the phase light-emitting diodes between the two white light-emitting diodes 31 in a staggered manner. The creation can be provided with a separation layer on the surface of the real money It, the electric view scale green plate 2 〇 and the plurality of light-emitting diodes 30, thereby isolating the evaporation water in the aquarium and directly contacting the lamp plate 20 and the plurality of light-emitting two The polar body 30 prevents the water vapor from corroding the light board 2 〇 and the plurality of light emitting diodes 30 to cause damage. The serial type aquarium lamp 1 of the present invention may further include a control module 4〇 and a switch 5〇, wherein the control module 40 is disposed on the bottom plate U of the lamp holder 10, and can control the plurality of light-emitting diodes through a plurality of control modes. The switch 3 is disposed on the top plate 13 of the socket 1 for controlling the control module 40 to switch the control mode. The foregoing control module 40 can be switched to six control modes, such as a first mode, a second mode, a third mode, a fourth mode, a fifth mode, and a sixth mode, and each control mode corresponds to a combination of light. The first mode is to adjust the brightness of the plurality of white light emitting diodes 31, the plurality of blue light emitting diodes 32 and the plurality of complementary light emitting diodes 33 with time, and the plurality of white light emitting diodes 31 and the plurality of blue light emitting lights The brightness of the polar body 32 and the plurality of complementary light-emitting diodes 33 are linearly changed, thereby simulating the change of the brightness of the daylight from sunrise to sunset, wherein the plurality of white light-emitting diodes 31 and the plurality of blue-light-emitting diodes 32 The illumination time and brightness of the plurality of complementary light-emitting diodes 33 can be adjusted according to the seasons of the four seasons; the second mode is to simultaneously drive the plurality of white light-emitting diodes 31, the plurality of blue-light-emitting diodes 32, and the plurality of complementary light-emitting diodes 33. Illuminating, thereby simulating the daytime lighting situation; the third mode driving the plurality of white light emitting diodes 31 and the plurality of blue light emitting diodes 32 to emit light without driving the plurality of complementary light emitting diodes 33 to emit light It can simulate the illumination conditions required for seawater organism 9 M335938 (including invertebrates and freshwater creatures with high salinity); the fourth mode drives multiple white light-emitting diodes 31 and multiple fill-light emitters 33 illuminates without driving the plurality of blue light emitting diodes 32 to illuminate, thereby simulating the illumination conditions required for freshwater organisms and freshwater aquatic plants; the fifth mode is to drive the plurality of blue light emitting diodes 32 to emit light without driving The plurality of white light emitting diodes 31 and the plurality of complementary light emitting two layers 33 emit light, thereby simulating the night illumination; and the sixth mode simultaneously stops driving the plurality of white light emitting diodes 3 and the plurality of blue light emitting diodes 32 and The plurality of complementary light-emitting diodes 33 emit light.
請參照第i圖、第4圖及第6圖，本創作之串接式水猶具i使用時， 經可經由驗10二端之支縣10跨置於水補上，独支撐架π之失持 部161夾持水族箱之壁面，即可將本創作之串接式水族燈具】定位在水族 箱上’使_卩可_磁關％娜·赋，轉絲繼式相對應 之融合光歸至水鋪。纽时找尺核大之輕箱，转的水族箱 與原有水族箱差距不大時，使用者可調整支採架I6之穿設部收於溝槽 121内之位置㈣4味），㈣由纖％之输16 的水族箱之壁面。絲的水族箱之尺寸為原有水補二倍以上，僅需 將-個串接式賴燈具i之其巾—端的支撐架 16之-端靠力“ 稀並將拆除支撐架 端罪在-起，續經由串接件122穿設於二個相連接 以串接二個相鄰之串接式 /日21之間， 二個串接在_起的串p幻、、侧板12 (如第6圖所示），即可將 起的串接式水教燈具i跨置於水族箱上 _ 架16的夾持部161夾持水之 、〜由一端之支撐 又持矢相之壁面。使用者亦可依 、 求任意串接多個串接式水族燈具i。 料’視實際需 M335938 明多…、第7圖，使用者可於頂板13之懸掛槽内裝設懸吊件η。， 藉以將燈座10、燈板2〇及複數發光二極體3()㈣於水族箱上方，以增進 本創作之串接式水族燈具丨的裝飾美感。 依據本創作所揭露的結構，串接件122之長度短於條12，僅裝設於 相連接之溝槽121之間而串接二個相鄰之串接式水族燈具】，此外，串接 件122之長度亦可長於單一側板12的長度，並將其穿設於相連接之溝槽 121而串接二個相鄰之串接式水族燈具1。舉凡熟悉此項技藝的人士均可依 據本創作錄示，而作岐他等朗構造修飾献變化。 本創作可’i由φ接件將多個水族燈具串接起來，即可適用於不同尺寸 之水域’不仙讀單、方便，解決使时個制照明燈具無法適用 多種尺寸之水鋪_題，此外，本創作可融合複數白光發光二極體、複 數藍光發光-極體及複數紅光發光二極體所發出之光而提供近似不同種類 之自然光縣合光，使水_之照明更加錄化，不僅可健魚群、水草 之成長、繁殖’並可藉由獨種類之融合歧變魚群、水草本身色彩的鮮 盤度’使水族姐更具觀賞性。再者，本創作之可模擬自然:光之㈣照明 燈，在照射時並不會產生OT光，因而長時間照射使用者，亦不會對使用 者造成危害。 雖然本創作峨勘容已經峰佳實酬揭露如上，然其並非用以限 定本創作，任何„此技藝者，在不脫離本瓣之精神所作些許之更動與 满飾’皆應涵蓋於本創作的範脅内，因此本創作之保護範圍當視後附之申 請專利範圍所界定者為準。 11 M335938 【圖式簡單說明】 第1圖為本創作之立體示意圖。 第2圖為本創作另一視角之立體示意圖。 第3圖為本創作之側視平面圖。 第4圖為本創作於調整支撐架之示意圖。 第5圖為本創作之結構方塊圖。 第6圖為本創作於串接時之立體示意圖。 第7圖為本創作於懸吊時之立體示意圖。 【主要元件符號說明】 I ..............串接式水族燈具 10..............燈座 II ..............底板 12 ..............側板 121 .............溝槽 122 ...........••串接件 13 ..............頂板 131 .............懸掛槽 132 .............懸吊件 14 ..............蓋板 15 ..............散熱鰭片 16 ..............支撐架 12 M335938 161 .............夾持部 20..............燈板 162 .............穿設部 30· · ............發光二極體 31 ..............白光發光二極體 32 ..............藍光發光二極體 33 ..............補光發光二極體Please refer to the i-th, 4th and 6th drawings. When the serial water of this creation is used, it can be placed on the water by the branch 10 of the county. The missing part 161 holds the wall surface of the aquarium, and the spliced aquarium luminaire of the present invention can be positioned on the aquarium, so that the _ _ _ _ magnetic % 娜 · 、 、 、 、 、 、 Return to the water shop. When the New Zealand time to find the light box of the ruler, the user can adjust the position of the wearing part of the support frame I6 in the groove 121 (4), (4) The wall of the aquarium with 16% of fiber. The size of the silk aquarium is more than twice the size of the original water. It only needs to be connected to the end of the support frame 16 of the lamp-type lamp. Starting from the serial connection member 122, the two phases are connected to be connected in series between two adjacent serial/days 21, two strings connected in series, and the side plate 12 (such as As shown in Fig. 6, the cascaded water-receiving lamp i can be placed across the aquarium. The holding portion 161 of the frame 16 holds the water, and is supported by one end and has a wall surface. The user can also arbitrarily connect a plurality of series-connected aquarium lamps i according to the requirements. The material 'M335938 is more than necessary..., the seventh figure, the user can install the hanging piece η in the hanging groove of the top plate 13. The lamp holder 10, the lamp board 2〇 and the plurality of light-emitting diodes 3()(4) are placed above the aquarium to enhance the decorative beauty of the tandem aquarium lamps of the present creation. According to the structure disclosed in the present creation, the string The length of the connector 122 is shorter than the strip 12, and is only installed between the connected trenches 121 and connected in series with two adjacent tandem aquarium lamps. In addition, the length of the stringer 122 is long. The length of the single side panel 12 can also be longer than that of the single side panel 12 and connected to the two adjacent series of aquarium lamps 1. Anyone familiar with the art can record according to the creation. In addition, he can use the 构造 connector to connect multiple aquarium lamps in series, which can be applied to different sizes of waters. The lighting fixtures are not suitable for water shops of various sizes. In addition, the creation can provide a variety of different types of light by combining a plurality of white light emitting diodes, a plurality of blue light emitting bodies, and a plurality of red light emitting diodes. Natural light county combined light, making the water _ the lighting more recorded, not only can the health of the fish, the growth of the grass, breeding 'and can be made by the unique type of fusion fish, the fresh color of the water itself' makes the aquarium sister more In addition, this creation can simulate the nature: the light (4) illumination lamp does not generate OT light when it is irradiated, so it will not cause harm to the user when it is irradiated to the user for a long time. Rong has Jiashi paid to reveal the above, but it is not intended to limit the creation of this creation. Anyone who has made some changes and ornaments in the spirit of this spirit should be covered in the scope of this creation, so this creation The scope of protection is subject to the definition of the scope of the patent application. 11 M335938 [Simple description of the diagram] The first diagram is a three-dimensional diagram of the creation. Figure 2 is a perspective view of another perspective of the creation. Figure 3 is a side plan view of the creation. Figure 4 is a schematic view of the creation of the support frame. Figure 5 is a block diagram of the structure of the creation. Figure 6 is a perspective view of the creation in series. Figure 7 is a three-dimensional schematic view of the creation of the suspension. [Explanation of main component symbols] I..............Spooled aquarium lamps 10..............Lamp II II... ........ bottom plate 12 .............. side plate 121 ............. groove 122 ........ ...••Splicing piece 13 .............. top plate 131 .............suspension groove 132 ......... .... Suspension 14 .............. Cover 15 .............. Heat sink fins 16 .... .......Support frame 12 M335938 161 .............Clamping part 20..............light board 162 .... .........Titting part 30··............Lighting diode 31..............White light emitting diode Body 32 ..............Blue Light Emitting Diode 33 ..............Complementary Light Emitting Diode
40 · · ............控制模組 50..............切換開關40 · · ............Control Module 50..............Toggle Switch
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