200846593 , 九、發明說明： 、 【發明所屬之技術領域】 本發明是關於一種發光燈具，尤指一種應用高分子材 =之璐彩特實心地密封包覆發光裝置，使其可應用在潮濕 環境及水中的發光燈具之設計。 【先前技術】 興按，發光燈具之使用，可提供光源照射，而能作為視 覺觀看指引作用，就目前發光燈具而言，其裝設在空間中， 可作為良好的燈具加以使用，而如果是設置在潮濕空間或 水中，其為了避免燈具受到水分影響導致發光裝置損壞， 則必需先用玻璃或壓克力板等透明材料，將發光裝置包覆 在一空心本體中，再以一導線接出透明材料，使外部電源 月b傳送至燈具内部，才能驅動發光裝置進行發光控制，然 而，透明材料在包覆過程中，往往密合不緊密而導致水分 _ 滲入，以及，該發光燈具若置入水中，又因為水壓問題， 而容易i成水分渗入造成電路及電子元件受潮而損壞，如 此’造成發光燈具在潮濕、水氣較重的區域或水中之適用 眭差，而造成發光燈具使用上的限制，以及在具酸鹼成份 的％境中，其耐用性差，易於侵蝕電子元件造成損壞。 【發明内容】 「本發明設計目的在於，提供一種適用於潮濕環境中的 「發光燈具」，其結構特徵及技術内容，是以高分子材料 4 200846593 實心地包覆發光裴置及線圈，而構成一無缝隙之實心透光 本體，以及具有一内部設置線圈，可提供實心透光本體定 位置放的基座，而可以線圈感應生電，促使發光裝置之發 光單元發光，而能適用在潮濕或具酸鹼環境中加以使用， 其可用於水幕之景觀喷泉燈、噴水池、浮標警示燈、發光 浮標、釣餌等釣具，使發光燈具的應用場合更為廣泛而無 所限制’此為本發明設計之主要目的。 本發明設計又一目的在於，提供一種適於投入水中加 以應用的「發光燈具」，其結構特徵及技術内容，是以高 分子材料實心地包覆發光裝置、感應線圈、蓄電池，而構 成一無缝隙之實心透光本體，以及具有一内部設置線圈， 可提供貝心透光本體定位置放的基座，而能以線圈感應生 電’使實心透光本體之蓄電池可儲存電力，而當實心透光 本體與基座分離時，能提供發光的光源加以使用，其無缝 隙之實心透光本體包覆發光裝置，而可將其投入水中，使 其邊用在含水領域中發光，而可用於景光喷泉燈、喷水池 中、電子釣餌、集魚釣餌等海上發光用品，且適用於具酸 鹼的環境中而不易受損，達到應用領域更為廣泛之實用功 效0 【實施方式】 配合參看第一圖及第二圖所示，其係本發明第一種型 式之「發光燈具」’其係以高分子材料實心地包覆發光裝 置（3 0 )及線圈（3 4 )，而構成一無缝隙之實心透光 5 200846593 u )，以及具有一内部設置線圈（1 3 )，可提 供貝心透光本體（20)定位置放的基座（1〇)，基座 (1 〇 )内部的線圈（1 3 )接續設置一線路（1 1 ), 於線路（1 1 )上設置一控制器（丄2 )，該控制器（1 2)可作為控制開關及訊號控制。 亦即，本發明設計之第一種型式包括： 一實心透光本體（2 〇 ); 一發光裝置（3 0 )，其具有一電路基板（3 2 )， 於電路基板（3 2 )上設置發光單元（3 1 )及控制晶片 (33)，於電路基板（32)上連接設置一感應線圈（3 4) ’發光裝置（30)受實心透光本體（2〇)密封包 覆； 一基座（1〇)，其内部設置一線圈（13)，實心 透光本體（20)定位置放在基座（1〇)上，基座（1 〇 )内部的線圈（1 3 )接續設置一線路（1 1 )，於線 路（1 1 )上設置一控制器（1 2 )。 所述之南分子材料主要是由路彩特（Lucite)和甲基 丙浠酸甲酯（Methylmethacrylate, MMA)單體所混合而成， 以增加耐酸鹼、耐高壓、抗紫外線、耐日曬、耐揸擊、耐 震動與防水之功效，即實心透光本體（2 〇 )的完全密封 包覆，可確保發光裝置（3 0 )不受外界環境因素影響， 且勝彩特材質可在常溫下隨意塑型，故在包埋過程中，不 會因為處於高溫下作業而對包埋物品造成損害，故能保雙 發光裝置（3 0 )及增加燈具造型之可變化性。 6 200846593 ^ 所述之發光裝置（2 0)包括一電路基板（32)， ‘ 於電路基板（3 2 )上設置發光單元（3 1 )及控制晶片 (33) ’該發光單元（3 1 )包括至少一個燈泡、發光 二極體（LED)或有機發光二極體（〇led)等發光元件^ 本發明操作使用，可將實心透光本體（2 〇 )置放在 基座（1 0 )上，使線圈（1 3 )與感應線圈（3 4 )靠 近，而可以開啟控制器（1 2 )，使電流進入線圈（1 3 )， 而可以電磁作用使感應線圈（3 4 )產生電力去驅動控制 •晶片（3 3 )，使控制晶片（3 3 )可點亮發光單元（3 1 )’並可藉由控制晶片（3 3 )的運算，而能對於發光 單元（3 1 )進行變色控制，而如第二圖所示，則是將數 個基座（1 〇 )以線路（1 1 )加以連結，其連結方式適 用於串並聯式設計，而可以控制器（1 2 )進行線上訊號 控制。 配合參看第三圖所示’其係本發明設計之第二種型式 的「發光燈具」其包括： 一實心透光本體（2 0 ); 一發光裝置（30)，其具有一電路基板（32)， 於電路基板（32)上設置發光單元（31)、控制晶片 (3 3 )、蓄電池（4 ◦)及磁簧開關（5 〇 )之一部分， 於電路基板（3 2 )上連接設置一感應線圈（3 4 )，發 光裝置（30)受實心透光本體（20)密封包覆； 一基座（1 0 )，其内部設置一線圈（1 3 )，實心 透光本體（2 0 )定位置放在基座（1 〇 )上，基座（工 7 200846593 .〇 )内部的線圈（1 3 )接續設置一線路（丄丄），於線 -路（11)上設置一控制器（12)。 所述之實心透光本體（2 0 )為高分子材料之路彩特 (Lucite)和甲基丙烯酸甲醋（Methylmethacryiate，關a) f體所混合而成，於實心透光本體（2 〇 )所密封包覆的 蓄電池（40)則可對於線圈（13)及感應線圈（μ) 緊臨通電时之電磁感應所產生的電力加以儲存，而包覆在 春磁簧開關（^ 〇)之—部份則可為磁簧管，該磁簣開關（5 0 )之另°卩份是指磁石，該磁石則位於實心透光本體（2 0 )外側’而當實心透光本體（2 〇 )與基座㈠〇 )分 離時，磁簧開關（5 〇 )作為近接開關的設計，能開啟蓄 電池（4 0 )所儲存的電力，使其能驅動控制晶片（3 3 )， 使控制晶片（3 3 )可點亮發光單元（3 1 )產生光源。 配合參看第四圖所示，其係本發明第三種型式之「發 光燈具」包括上述第二種型式之實心透光本體（2 0 )及 瞻基座（10)，該發光裝置（30)亦受高分子材料的實 〜透光本體（20)所包覆，發光裝i ( 3〇)除了具有 電路基板（3 2)，及電路基板（3 2)上設置發光單 凡（3 1 )、控制晶片（3 3 )、蓄電池（4 〇 )及磁簧 開關（5 〇 )之一部分及感應線圈（3 4 )，更設置一訊 號接^器（6 0)，以及在控制器（1 2)上設置一訊號 發射益（14)，訊號發射器（14)的訊號發射電路設 置在控制器（i 2 )中，訊號接收器（6 〇 )之訊號接收 電路及解碼電路則設置在電路基板（3 2)上。 8 200846593 ‘ 而當實心透光本體（2 0 )與基座（1 〇 )分離時， * 磁簧開關（5 0)啟用蓄電池（40)電力去驅動控制晶 片（33)，及促使發光單元（31)發光，而可以訊號 發射器（14)的訊號發射及訊號接收器（6 0)的訊號 接收去控制發光單元（3 1 )進行變色控制。 因此，經由上述結構特徵及技術内容之詳細說明，可 清楚看出本發明設計特點在於： 提供一種適用於潮濕環境的「發光燈具」，其係以璐 _彩特材料密封的包覆發光裝置，使其完全無缝隙，而適用 在潮濕環境中，可確保發光裝置之電子元件不會受潮損 壞’並且，在實心透光本體中可包覆設置蓄電池及磁簧開 關，而當實心透光本體與基座分離時，即啟用蓄電池電力 驅動控制晶片，使發光單元點亮，而可將其投入水中加以 使用’達到完全不滲水不受潮之絕佳功效，而適用於景觀 喷泉燈、噴水池、浮標、電子釣餌· ·等含水環境，且適 馨用於’、有k驗成份的環境中，而能擴大發光燈具之應用範 圍’使發光燈具之使用無地點區域之限制。 【圖式簡單說明】 第一圖：本發明第一種型式剖視圖。 第一圖·本發明第一種型式連結之實施例圖。 第二圖：本發明第二種型式示意圖。 第四圖：本發明第三種型式示意圖。 【主要元件符號說明】 9 200846593 (i ο )基座 （ • ( 1 2 )控制器 （ (1 4 )訊號發射器 （ (3 0 )發光裝置 （ (3 2 )電路基板 （ (3 4 )感應線圈 （ (5 0 )磁簧開關 （ 1 )線路 3 )線圈 0 )實心透光本體 1 )發光單元 3 )控制晶片 0 )蓄電池 0 )訊號接收器200846593, IX. Description of the invention: [Technical field of the invention] The present invention relates to an illuminating luminaire, and more particularly to an application of a polymer material = 璐 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特 特And the design of the illuminating lamps in the water. [Prior Art] Xing press, the use of illuminating lamps can provide illumination of the light source, and can be used as a visual viewing guide. For the current illuminating luminaire, it is installed in space and can be used as a good luminaire, and if Set in a humid space or water, in order to avoid damage to the illuminating device caused by the moisture of the luminaire, it is necessary to first cover the illuminating device in a hollow body with a transparent material such as glass or acrylic plate, and then take it out by a wire. The transparent material allows the external power supply b to be transmitted to the inside of the luminaire to drive the illuminating device for illuminating control. However, the transparent material tends to be tightly tight during the coating process, resulting in moisture _ penetration, and if the illuminating device is placed In the water, because of the water pressure problem, it is easy to cause the water and the electronic components to be damaged by the moisture infiltration, thus causing the illuminating lamps to be used in the humid or water-heavy areas or in the water, resulting in the use of the illuminating lamps. Restriction, and in the case of % acid and alkali components, its durability is poor, and it is easy to erode electronic components. . SUMMARY OF THE INVENTION "The present invention is directed to providing a "lighting lamp" suitable for use in a humid environment, the structural features and technical contents of which are solidly coated with a light-emitting device and a coil by a polymer material 4 200846593. a seamless solid transparent body, and an internal coil, can provide a solid transparent body to position the pedestal, and the coil can induce electricity generation, causing the illuminating unit of the illuminating unit to emit light, and can be applied to damp or It can be used in acid and alkali environment, which can be used for water curtain landscape fountain lights, fountains, buoy warning lights, illuminating buoys, fishing baits and other fishing tackles, so that the application of illuminating lamps is more extensive and unlimited. The main purpose. Another object of the present invention is to provide a "lighting lamp" suitable for use in water, and its structural features and technical contents are to solidly cover a light-emitting device, an induction coil, and a battery with a polymer material, and constitute a nothing. The solid transparent body of the slit, and the inner set coil, can provide the base of the shell-shaped transparent body, and can electrically generate electricity by the coil, so that the battery of the solid transparent body can store electric power, and when solid When the light-transmitting body is separated from the pedestal, a light source capable of providing illumination is used, and the seamless transparent transparent body covers the illuminating device, and can be put into water to be used for illuminating in the water-containing area, and can be used for Jingguang fountain lamp, fountain, electronic fishing bait, fish bait and other marine lighting products, and is suitable for use in an environment with acid and alkali, not easy to damage, to achieve a wider range of practical effects in the field of application 0 [Embodiment] As shown in the figure and the second figure, the "lighting lamp" of the first type of the present invention is solidly covered with a polymer material. Set (3 0 ) and coil (3 4 ) to form a seamless solid light transmission 5 200846593 u ), and have an internal setting coil (1 3 ), which can provide a position of the shell-shaped transparent body (20) The base (1〇), the inner coil (1 3 ) of the base (1 )) is connected to a line (1 1 ), and a controller (丄 2 ) is disposed on the line (1 1 ), the controller ( 1 2) Can be used as control switch and signal control. That is, the first version of the design of the present invention comprises: a solid light transmitting body (2 〇); a light emitting device (30) having a circuit substrate (32) disposed on the circuit substrate (32) The light-emitting unit (31) and the control chip (33) are connected to the circuit board (32) and provided with an induction coil (3 4). The light-emitting device (30) is sealed by a solid transparent body (2〇); a seat (1〇), a coil (13) is disposed inside, a solid transparent body (20) is positioned on the base (1〇), and a coil (13) inside the base (1〇) is successively disposed. A line (1 1 ) is provided with a controller (1 2 ) on the line (1 1 ). The southern molecular material is mainly composed of Lucite and Methylmethacrylate (MMA) monomers to increase acid and alkali resistance, high pressure resistance, UV resistance and sun resistance. It is resistant to slamming, vibration and water resistance. It is a completely sealed coating of solid transparent body (2 〇), which ensures that the illuminating device (30) is not affected by external environmental factors, and the Shengcaite material can be used at room temperature. It can be molded freely, so in the process of embedding, it will not cause damage to the embedded items due to the operation at high temperature, so it can protect the dual-lighting device (30) and increase the variability of the shape of the lamp. 6 200846593 ^ The illuminating device (20) comprises a circuit substrate (32), 'the illuminating unit (31) and the control chip (33) are disposed on the circuit substrate (32) 'the illuminating unit (3 1) The light-emitting component includes at least one light bulb, a light-emitting diode (LED) or an organic light-emitting diode (〇led). The invention is used in operation, and the solid light-transmitting body (2 〇) can be placed on the base (10). Upper, the coil (1 3 ) is brought close to the induction coil (3 4 ), and the controller (1 2 ) can be turned on to make the current enter the coil (1 3 ), and the electromagnetic induction can be used to generate the electric power of the induction coil (3 4 ). Driving control chip (3 3 ), so that the control chip (3 3 ) can illuminate the light emitting unit (3 1 )' and can change color of the light emitting unit (3 1 ) by controlling the operation of the wafer (3 3 ) Control, as shown in the second figure, is to connect several pedestals (1 〇) with lines (1 1 ), the connection method is suitable for series-parallel design, and the controller (1 2 ) can be used for online Signal control. Referring to the third embodiment, the "lighting fixture" of the second type of design of the present invention comprises: a solid light transmitting body (20); a light emitting device (30) having a circuit substrate (32) a portion of the light-emitting unit (31), the control chip (3 3 ), the battery (4 ◦), and the reed switch (5 〇) is disposed on the circuit board (32), and is connected to the circuit board (32). The induction coil (3 4 ), the illuminating device (30) is sealed by the solid transparent body (20); a pedestal (10), a coil (13) is disposed inside, and the solid transparent body (20) The fixed position is placed on the base (1 〇), the coil (1 3 ) inside the base (Work 7 200846593 .〇) is connected to a line (丄丄), and a controller is set on the line-road (11) ( 12). The solid light-transmissive body (20) is a mixture of a polymer material Lucite and a methyl methacrylate (Methylmethacryiate), which is a solid transparent body (2 〇). The sealed sealed battery (40) can store the electric power generated by the electromagnetic induction of the coil (13) and the induction coil (μ) immediately after being energized, and is covered by the spring reed switch (^ 〇) - The part may be a reed switch, and the other part of the magnetic switch (50) refers to a magnet, which is located outside the solid transparent body (20) and is a solid transparent body (2 〇). When separated from the pedestal (1) 〇), the reed switch (5 〇) is designed as a proximity switch to turn on the power stored in the battery (40) to enable it to drive the control chip (3 3 ) to control the chip (3). 3) The light-emitting unit (3 1 ) can be illuminated to generate a light source. Referring to the fourth embodiment, the "lighting lamp" of the third type of the present invention comprises the solid transparent body (20) and the viewing base (10) of the second type, and the illuminating device (30) Also covered by the solid material ~ light-transmitting body (20), the light-emitting device i (3) has a circuit board (32), and the circuit board (32) is provided with a light-emitting unit (3 1) , control chip (3 3 ), battery (4 〇) and reed switch (5 〇) part and induction coil (3 4), set a signal connector (60), and controller (1 2 A signal transmission (14) is set on the signal transmitter circuit (14), and the signal receiving circuit and the decoding circuit of the signal receiver (6 〇) are disposed on the circuit substrate. (3 2) Upper. 8 200846593 'When the solid light-transmissive body (20) is separated from the base (1 〇), the reed switch (50) enables the battery (40) to drive the control chip (33) and cause the light-emitting unit ( 31) Illumination, and the signal transmission of the signal transmitter (14) and the signal reception of the signal receiver (60) can be controlled to control the illumination unit (3 1 ) for color change control. Therefore, through the detailed description of the above structural features and technical contents, it can be clearly seen that the design features of the present invention are: providing a "lighting lamp" suitable for use in a humid environment, which is a coated light-emitting device sealed with a 璐_color material. It is completely seamless, and is suitable for use in a humid environment to ensure that the electronic components of the illuminating device are not damaged by moisture. Moreover, the battery and the reed switch can be covered in the solid transparent body, and when the solid transparent body is When the pedestal is separated, the battery electric drive control chip is enabled to make the illuminating unit illuminate, and the illuminating unit can be put into the water for use to achieve the perfect function of completely immersing in water and not being suitable for the landscape fountain lamp, the fountain, the buoy, Electronic fishing bait · · Water-based environment, and suitable for use in 'environmental environment, and can expand the application range of illuminating lamps' to make the use of illuminating lamps without location restrictions. BRIEF DESCRIPTION OF THE DRAWINGS First FIG.: A cross-sectional view of a first type of the present invention. Fig. 1 is a view showing an embodiment of the first type of connection of the present invention. Second Figure: A schematic view of a second version of the invention. Fourth figure: A schematic view of a third type of the invention. [Main component symbol description] 9 200846593 (i ο ) pedestal ( • ( 1 2 ) controller ( (1 4 ) signal transmitter ( (3 0 ) illuminator ( (3 2 ) circuit substrate ( (3 4) induction Coil ((50) Reed Switch (1) Line 3) Coil 0) Solid Light Transmitting Body 1) Light Emitting Unit 3) Control Wafer 0) Battery 0) Signal Receiver
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