200835881 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種可直接替換曰光燈管之LED燈具裝 置，尤指一種供其使用者方便組裝又不用更改原日光燈 具，即能換裝日光燈管之LED燈具裝置。 【先前技術】 目前一般日光燈燈具10線路（如第1圖所示），係 於兩端端子11、12會有一組經安定器13之AC電源，然 該日光燈燈具10只能適用日光燈照射，其省電效用上並 非最佳。 故而，業者曾發展出一種市面上之LED燈具14(如第 2圖所示），該LED燈具14之裝有LED燈141的鋁基板 142若符合於日光燈燈管時，需於兩側加上固定用的插座 15，但該插座15無通電作用，需將之前日光燈電源全部 改為LED燈具14之電源143/，再外接電源16與LED燈具 14上的電源143形成相通，使LED燈具14另接引電源（AC 交流電源或DC直流電源）。惟查，原來使用之曰光燈燈 具仍無法與LED燈具14組裝使用，必須移除，造成使用 者成本太高、施工不便，故並不利於相關業者施工時使 用，仍有改善之必要。 因此，使用者換裝LED燈具14意願不高，且LED照 明設備乃是未來的照明主流，又因LED燈具14擁有省電、 壽命長及冷光、……等優點，對於使用空調設備之場所不 200835881 會因照明設備之溫度而增加空調能源。 【發明内容】 本案發明人有鑑於LED燈具有以上優越條件，即加以 研創出本發明提供一種「可直接替換日光燈管之LED燈具 裝置」，希藉此設計，藉由LED燈具裝置，以提供使用者 可以不須修改原日光燈具線路，為其主要發明之目的。 % 為達到前述發明目的，本發明所運用之技術手段為提 供一種「可直接替換日光燈管之LED燈具裝置」，係於LED 燈具兩側分別裝設一可適合日光燈管座之端子座，其内接 設之二電源線先形成短路，再連接至鋁基板上設一交換式 電源電路，使得交流電源AC轉換為直流電源DC的電源電 路，以提供符合LED燈具之電源並讓LED使用。 藉本發明可直接替換日光燈管之LED燈具裝置，係在 原燈具仍可使用下且很方便的直接替換日光燈管，增加使 用LED照明設備的意願。 / 【實施方式】 請參閱第3圖及第4獨所示，本發明可直接替換曰光 燈管之LED燈具裝置，本發明之LED燈具20兩側分別裝 設一可適合日光燈管座30之端子座31a、32a，於該兩端 t 端子座31a、32a之端子31、311、32、321，其内接設之 二電源線310、3110、320、3210先形成短路，再連接至 鋁基板33，將原日光燈電源引至LED燈具20内部，分別 設有一組經安定器23之A C交流電源24，可利用與端子 31、311及相容之端子32、321引出電源接至LED燈具20 200835881 内’經由一交換式電源電路50，後再加於整流及穩壓適合 點LED燈具20之DC直流電源（如第4圖所示）點亮⑽ 燈具20。 在引電源的端子31、311、32、321時，請參閱第3 圖及第4圖所示，因每組日紐管座3〇兩端端子座31a、 32a均各設有兩個接腳孔（圖未示出），而端子3i、32 為電源孔，端子3U、321為接往啟動器40引腳，如電源 腳引錯，則無法順利取出電源，然將在LED燈具2〇内設 計時，會將端子31、311短路，端子32、321短路，即可 解決此種不確定因素，使用者使用時只要將啟動器4〇拔 除即可。 又’前述日光燈管座30兩端端子座31a、32a之端子 3卜311、32、321其内接設之二電源線31〇、311〇、32〇、 3210與鋁基板33(或電路板33&)兩侧形成連揍方式，可 為如第5圖所示於其二電源_ 31〇、311〇、32〇、321〇之 間黏接再與電路板33a兩侧之電路連接，或如第6圖所示 於其IS基板33兩側分別形成二接點331、332，再分別與 兩端之端子座31a、32a形成嵌套組裝。 又，前述鋁基板33可為電路板設計，其組裝方式與 本發明第4圖所示之組裝方式相同，在此不加以贅述。 由以上的說明可知，本發明可直接替換日光燈管之 led燈具装置，主要可利用前述LED燈具2〇兩侧分別裝設 一可適合日光燈管座3〇兩端端子座31a、32a之端子31、 311、32、321，其内接設之二電源線 31〇、311〇、32〇、321〇 7 200835881 先形成短路，再連接至鋁基板33上設一交換式電源電路 50，使得交流電源AC轉換為直流電源DC的電源電路，令 使用者方便組裝又不用更改原日光燈燈具，即能換裝日光 燈管。 【圖式簡單說明】 第1圖為一般日光燈燈具線路圖。 第2圖為LED燈具與日光燈插座之立體分解圖。 第3圖為本發明之LED燈具示意圖。 第4圖為本發明之LED燈具線路圖。 第5圖為本發明電路板與端子座組裝之立體分解圖 (一）。 第6圖為本發明鋁基板與端子座組裝之立體分解圖 【主要元件符號說明】 (習用） 兩端端子.11、12 LED燈具.14 鋁基板.142 插座.15 . A C交流電源.24 端子.3卜31卜32、321 日光燈燈具.10 安定器.13 LED 燈.141 電源.143 ' 電源.16 (本發明） LED燈具.20 安定器.23 日光燈管座.30 200835881 電源線.310、3110、320、3210 端子座.31a、32a 接點.331、332 啟動器.40 鋁基板.33 電路板.33a 交換式電源電路.50200835881 IX. Description of the invention: [Technical field of the invention] The present invention relates to an LED lamp device capable of directly replacing a neon tube, in particular, a device for convenient assembly by a user without changing the original daylight lamp, that is, it can be replaced LED lamp unit for fluorescent tubes. [Prior Art] At present, the general fluorescent lamp 10 line (as shown in Fig. 1) has a set of AC power through the ballast 13 at the terminals 11 and 12 at both ends, but the fluorescent lamp 10 can only be applied to the fluorescent lamp. Power saving is not optimal. Therefore, the manufacturer has developed a commercially available LED lamp 14 (as shown in FIG. 2). The aluminum substrate 142 of the LED lamp 14 equipped with the LED lamp 141 needs to be added on both sides if it conforms to the fluorescent lamp. The socket 15 is fixed, but the socket 15 has no power supply function, and the previous fluorescent lamp power supply is all changed to the power supply 143/ of the LED lamp 14 , and then the external power source 16 is connected with the power source 143 of the LED lamp 14 to make the LED lamp 14 Connect the power supply (AC AC power or DC DC power). However, the original Xenon lamp used can still be assembled with the LED lamp 14 and must be removed. The cost of the user is too high and the construction is inconvenient, so it is not conducive to the construction of the relevant industry, and there is still a need for improvement. Therefore, the user's willingness to replace the LED lamp 14 is not high, and the LED lighting device is the mainstream of the future lighting, and because the LED lamp 14 has the advantages of power saving, long life and cold light, etc., the place where the air conditioning device is used is not 200835881 will increase the air conditioning energy due to the temperature of the lighting equipment. SUMMARY OF THE INVENTION The inventor of the present invention has in view of the above superior conditions of the LED lamp, that is, the present invention provides a "LED lamp device capable of directly replacing the fluorescent tube", which is designed to provide use by the LED lamp device. It is not necessary to modify the original daylight lamp line for the purpose of its main invention. In order to achieve the above object, the technical means used in the present invention is to provide a "LED lamp device capable of directly replacing a fluorescent tube", which is provided with a terminal block suitable for a fluorescent lamp socket on both sides of the LED lamp, The second power supply line is first short-circuited, and then connected to the aluminum substrate to provide a switching power supply circuit, so that the AC power supply AC is converted into a DC power supply DC power supply circuit to provide power supply for the LED lamp and to use the LED. The invention can directly replace the LED lamp device of the fluorescent tube, and the direct replacement of the fluorescent tube can be conveniently performed under the original lamp, thereby increasing the willingness to use the LED lighting device. / [Embodiment] Please refer to FIG. 3 and FIG. 4, the invention can directly replace the LED lamp device of the neon tube, and the two sides of the LED lamp 20 of the present invention are respectively provided with a fluorescent lamp holder 30. The terminal blocks 31a, 32a are connected to the terminals 31, 311, 32, and 321 of the terminal blocks 31a and 32a at the two ends, and the two power supply lines 310, 3110, 320, and 3210 are short-circuited and then connected to the aluminum substrate. 33, the original fluorescent lamp power is led to the inside of the LED lamp 20, respectively, a set of AC power supply 24 via the ballast 23, can be connected to the LED lamp 20 by using the terminals 31, 311 and the compatible terminals 32, 321 The lamp 20 is illuminated (10) via an AC power supply circuit 50, followed by a DC power supply (as shown in FIG. 4) suitable for rectifying and regulating the LED lamp 20. When referring to the terminals 31, 311, 32, and 321 of the power supply, please refer to Fig. 3 and Fig. 4, because each of the three sets of terminal blocks 31a and 32a are provided with two pins. Hole (not shown), and terminals 3i, 32 are power holes, terminals 3U, 321 are connected to the starter 40 pins, if the power pin is wrong, the power can not be taken out smoothly, but will be in the LED lamp 2 When designing, the terminals 31, 311 are short-circuited, and the terminals 32, 321 are short-circuited, which can solve such uncertain factors, and the user only needs to remove the starter 4 when using. Further, the terminals 3 of the terminal blocks 31a and 32a of the fluorescent tube holder 30 are connected to the power supply lines 31〇, 311〇, 32〇, 3210 and the aluminum substrate 33 (or the circuit board 33&). ;) The two sides form a flail way, which can be bonded between the two power sources _31〇, 311〇, 32〇, 321〇 as shown in Fig. 5 and then connected to the circuit on both sides of the circuit board 33a, or as As shown in Fig. 6, two contacts 331, 332 are formed on both sides of the IS substrate 33, and are respectively nested and assembled with the terminal blocks 31a and 32a at both ends. Further, the aluminum substrate 33 may be a circuit board design, and the assembly method thereof is the same as that of the fourth embodiment of the present invention, and will not be described herein. It can be seen from the above description that the present invention can directly replace the LED lamp device of the fluorescent tube, and the terminal 31 of the terminal block 31a, 32a which can be suitable for the fluorescent lamp holder 3〇 can be respectively installed on both sides of the LED lamp 2, 311, 32, 321, the two power lines 31 〇, 311 〇, 32 〇, 321 〇 7 200835881 are connected to each other to form a short circuit, and then connected to the aluminum substrate 33 to provide a switching power supply circuit 50, so that the AC power supply AC The power circuit is converted into a DC power supply DC, so that the user can easily assemble the fluorescent lamp without changing the original fluorescent lamp. [Simple description of the diagram] Figure 1 is a circuit diagram of a general fluorescent lamp. Figure 2 is an exploded perspective view of the LED lamp and the fluorescent lamp socket. Figure 3 is a schematic view of the LED lamp of the present invention. Figure 4 is a circuit diagram of the LED lamp of the present invention. Fig. 5 is an exploded perspective view showing the assembly of the circuit board and the terminal block of the present invention (1). Figure 6 is an exploded perspective view showing the assembly of the aluminum substrate and the terminal block of the present invention. [Main component symbol description] (General) Terminals at both ends. 11 and 12 LED lamps. 14 Aluminum substrate. 142 socket. 15. AC power supply. 24 terminal .3 Bu 31 Bu 32,321 Fluorescent Lamps.10 Ballast.13 LED Lights.141 Power Supply .143 'Power Supply.16 (Invention) LED Lamps.20 Ballasts.23 Fluorescent Tube Holders.30 200835881 Power Cords.310, 3110, 320, 3210 Terminal Blocks. 31a, 32a Contacts .331, 332 Starter .40 Aluminum Substrate .33 Circuit Board .33a Switching Power Supply Circuit .50