1311181 九、發明說明： 【發明所屬之技術領域】 本發明是L力料ED絲結構，主縣將控制電路板 及尚功率le:d模組分別固設在散熱燈條之容置區及燈條正面 區内，讓向功率LE：D模組的熱源不會直接影響到控制電路板， 增加高功率LE：D光條之使用壽命，並將控制電路板上之各種複 雜電子晶體隱藏在容置區，因此在燈條正面區所稱之發光面只 有高功率LE：D模組，故發光面相當亮麗清晰無雜影，再則、藉1311181 IX. Description of the invention: [Technical field of the invention] The invention is a L-material ED wire structure, and the main county has the control circuit board and the power de:d module fixed in the accommodating area of the heat-dissipating light bar and the lamp In the front area, the heat source of the power LE:D module does not directly affect the control board, increases the service life of the high-power LE:D strip, and hides various complex electronic crystals on the control board. Because of the high-power LE:D module, the luminous surface called the high-power LE:D module in the front area of the light bar is quite bright and clear, and then borrowed.
由控制電路板兩端分別所焊設之A、B端子座，可使高功率LED 光條串接使用，以符合經濟成本，且更具市場競爭力者。 【先前技術】 請參閱第九圖所示’係習知光條（9)之各立體組合圖， 光條（9)包括有一凹陷進而形成容置區（Μ)之矩型燈座（9〇)， 該容置區（91)可供電路板基座（92)組固於内。 電路板基座（92)上設有發光二極體（94)及各種電子元 件(95)用以控制發光二極體（94)，且在兩端則有端子（93)， 端子（93)外有外蓋(96)把端子（93)包覆於内，並且該端子 (93)可連接於電源線(97)。 藉由上述的構造設計、裝設位置等..以下的說明將會瞭解 其缺失所在： 缺點一、電路板基座（92)係直接黏固於矩型燈座（90)上， 而發光二極體（94)也直接設於電路板基座（92)及 1311181 矩型燈座（90)上，進而導致電路板基座⑽與發 光極體（94)產生之熱源，因為直接黏貼接觸，會 直接產生彼關之熱料，❿被辟，造成絲⑼ 的不穩定性，亦將縮短壽命。 缺點一因電路板基座（92)係直接黏固於矩型燈座（9〇)之 鋁基板上，進而導致不易拆卸，若強迫拆卸下，將會 影響到發光二極體（94)或是電子元件(95)之故障， 實為一大弊因。 缺點三、發光二極體（94)係直接焊設於電路板基座（92)上， 於照明時其電路板基座（92)上的電子元件（95)將會 產生光影，影響被照明物之清晰與亮度，且當目視至 光條（9 )的發光面時，也會清楚看到電路板基座（92 ) 上之各電子元件（95)之影像，實無美觀性可言。 缺點四、當複數光條（9 )相互串接時，係只能利用電源線（97 ) 相互的連接’其兩光條（9)間均有電源線（97)突 落於外’故影響美觀，且實用性也大大降低。 由上述可得知習知品，不論在元件的設計及組構上，均未 考慮使用後所產生之影響。又，元件多，進而導致成本高、組 裝及維修均不易、且增加品管負擔影響市場競爭力，實不符合 經濟成本與美觀性。 故’本發明人針對上述各項缺失，將此發明著重於元件之 1311181 相互間關雜與影㈣’尤其、以此兩項為依據再考慮組裝的 便利性、維修的簡易安全性，再配合光條在使用上可任意擴 延，增進實用性與美關性，使其更具市場競爭力，為其特徵。 【發明内容】 本發明主要係利用一散熱燈條、該散熱燈條形成一容置區 及一燈條正面區可供控制電路板及高功率LED模組分別固設 於内，且在燈條正面區上貫通至少—個貫穿觀之聯結區，可 供高功率LED模組聯結固設於此，並藉由高功率LED模組之電 極接腳，與控制電路板上的UD連接座相互電連結。 一控制電路板、該控制電路板上亦設有與高功率LED模組 相對應的至少一個LE：D連接座，令、該控制電路板置入容置區 時其LED連接座則與燈條正面區上之貫穿通孔相互對應著。又 控制電路板兩端分別焊設有A、B端子座，且為一公一母互補 性設計，以利另一高功率LED光條之相互串接。 【實施方式】 請配合參閱第一、二圖所示，係本發明之主要立體分解圖 及立體組合圖，該高功率光條（1)主要係利用一適當長 度且-體成型之散紐條⑵’該散紐條⑵形成一密閉 式的容置區（21)及一開放式的燈條正面區（22)，可分別供 控制電路板（3)及高功率LED模組（4)分別固設於内，又、 在散熱燈條（2)之兩端面開設有複數條散熱鰭片（烈），進而 形成政熱之β又计，此散熱的設計可增進高功率led模組（4) 1311181 ... 之熱源擴散。 . 在燈條正面區（22)表面設有至少一個聯結區（27)，該 聯結區（27)可供高功率LED模組（4)套固，又聯結區（27) 之中央處則開設有貫穿通孔（24)，可供電極接腳（40)與LED 連接座（32)相互插接。 該控制電路板（3)上，分別焊設有各種電子晶體、至少 一個LED連接座（32)及在左、右兩端之a、β端子座（30)、 _ (31) ’其LED連接座（32)則與燈條正面區（22)上貫穿通 孔（24)相互對應，再則，A、B端子座（3〇)、（31)為一公 一母接頭互補性的設計，以方便兩高功率LED光條（丨）串接 使用（如第三圖所示），且該A端子座（3〇)及B端子座（31) 上各含有並聯電源電極之接腳。，又進一步，A端子座（3〇) 及B端子座（31)上除含有並聯電源電極之接腳外，另含有控 制信號電極之接腳。 • 谷置區（21)之内端面相互對應突設有兩凸緣進而形成- 電路板滑道（25)，此電路板滑道（25)可供控制電路板⑻ 滑入並定位者。 再則、燈條正面區（22)上貫穿通孔（24)的設計，可供 同功率LED模組⑷底部所延伸之電極接腳（40)與LED連 接座（32)指互插接’而高功率⑽模組⑷可完全固設於 散熱燈條(2)之聯結區(27)内，又、透明燈蓋⑻其長度亦與 1311181 散熱燈條（2)相等’可蓋在散熱燈條(2)之燈條正面區（22) 上’藉此保護高功率LED模組（4)。再則與散熱燈條（2)斷 面相同形狀之侧蓋（60)，此側蓋（60)於適當位置處開設有 一貫穿之銜接孔（62) ’可供電源線（67)之電源端子（66) 插入，以方便電源之連接使用。及側蓋（6〇)，於另一端向外 延伸有銜接柱（61)’此銜接柱（61)之橫向長度剛可卡固在 散熱燈條（2)兩端的散熱鰭片（23)之空隙中，藉以簡易的 固定側蓋（60)與散熱燈條（2)。 進一步，在散熱燈條（2)兩側之侧蓋（60)與散熱燈條 (2)之間設置一防水墊片（65)，再藉由侧蓋螺絲（64)可貫 穿侧蓋（60)上之螺絲孔（63) ’並鎖固於散熱燈條（2)之散 熱燈條螺絲孔（26)内，來固定側蓋（6〇)、防水墊片（65) 與散熱燈條（2)。藉以牢固的固定側蓋（6〇)與散熱燈條（2)， 進而達到織⑽）與散熱燈條⑵連接介面之防水功能。 凊參閱第六、七、八圖所示，係本發明高功率Lf：D模組（4) 之高功率LED晶片（41)組構的方式，請參閱第六圖，該高功 率LED模組⑷，係可由一顆高功率⑽晶片（41)所組成， 該高功率LED晶片（41)之電極，藉由金屬導線(42)，分別連 接於相對應之電極接腳⑽）。再則，可如第七圖所示，由兩 顆以上高功率LED晶片⑷串聯所組成，同理亦可由兩顆以 上兩功率LED晶片（41)並聯所組成（圖中未示）。進一步， 1311181 若使用兩個以上不同波長，也就是兩個以上不同光色之高功率 LED晶片（41) ’且要分別控制其高功率LED晶片（41)時， 可如第八圖所示，將此不同光色之高功率LE：D晶片（41)，藉 由金屬導線(42)，分別連接於相對應之電極接腳（4〇)。 請參閱第四、五圖所示，係本發明之另一實施例，其中、 燈條正面區（22)上的聯結區（27)之直徑可適當的大於高功 率LED模組（4)的直徑，且聯結區（27)之内周圓面為一内 • 螺牙（52)的設計’如此、兩直徑間的距離當可螺固一下端周 圓面具有外螺牙（54)設計之透明燈罩（51)或反光燈罩（53)， 由此可知’本發明之透明燈蓋（6)(如圖示一）、透明燈罩（51) 或反光燈罩（53)(如圖示四）可依實際需要性配合使用。又， 其反光燈罩（53)上方亦可加上聚焦透鏡（55)配合使用，達 到光線更為集中明亮之功能。 進一步，聯結區（27)之底部可放置一防水〇型墊片（56)， • 可藉透明燈罩（51)或反光燈罩（53)的螺固迫緊，使水不會 由此螺鎖縫隙滲入，進而達到聯結區（27)與透明燈罩（51) 或反光燈罩（53)連接介面之防水功能。請參閱第五圖，為聚 焦透鏡（55)，反光燈罩（53)，防水0型墊片（56)及高功率 LED核組（4)組合入散熱燈條(2)之剖面圖。 藉由上述所敘，本發明具有下列優點： 優點、因控制電路板（3)係滑入散熱燈條（2)之電路板滑 1311181 ·'. 道（25)内，故成一懸空狀之設計，控制電路板（3) - 上、下兩面未接觸到散熱燈條（2)，故所產生熱源可 藉上、下兩空間充分的散熱，因此在長時間的使用 下’由於高功率LED模組（4)所產生的熱度不會影 響到控制電路板（3)，而，控制電路板（3)上的各 種電子晶片所產生的熱源，亦不會直接影響到高功率 LED模組（4)，在互不加乘影響下可充分確保高功率 • LED模組（4)及控制電路板（3)的使用壽命。 優點一、兩功率LED模組（4)藉底部所延伸的電極接腳（4〇) 與LED連接座（32)相互插接，係採各自獨立插設， 因此，當其中一個高功率LED模組（4)失去其應有 的亮度時，只需直接取下毁損之高功率Lf：D模組 (4) ’更換新的既可，而不需更換整個控制電路板 (3) ’簡易的換裝，符合經濟成本。 • 優點三、如果係控制電路板⑺的毀損，只需先行拆下高功 率WD模組（4)及侧蓋（6〇)’既可輕易的將控制電 路板（3)取出，此乃因控制電路板（3)係滑入散熱 燈條（2)之電路板滑道（25)内，採一活動式的設 计，並未藉其他物質黏固或鎖固，使維修時能夠更簡 便快速者。 優點四、南功率LED模組⑷藉燈條正面區（22)與控制電 11 1311181 二 路板（3)隔開，於照明時因控制電路板（3)上的各 • 種電子晶片被隱藏在容置區（21)内，因此不會產生 各種電子晶》的絲，影_被酬⑽清晰與亮 度，且當視覺目視到高功率LE：D光條（丨）的發光面 時’只會看到高功率LED模!且⑷的單純亮度，而 不會看到控制電路板⑶上的各種電子晶片的影像， 實具照明美觀性（如第二圖所示）。 I 優點五、控制電路板⑶兩端焊設有A、B端子座（30)、（31) 其中B端子座（31)可與另一相同之高功率LED光條 (Ό之A端子座（7〇)相互的連接（既無間隔性的 Φ接’如第三騎示）’其、各複數高轉LED絲 ⑺間均緊密的接合著無電麟突落於外之情況， 甚具美觀性，尤其當其中一高功率Led光條（7)需 更換，也只需將兩端連接的高功率Led光條（7)直 # 接脫離既可，相當簡易，實用性大大提升。 由上述可得知，本發明不論在元件的設計及相互間的組構 上，均考慮到使用後所產生彼此間的熱傳導，而相互影響，如 控制電路板（3)上的熱源與高功率LED模組（4)的光源熱不 會互相的加乘影響，以期增進使用壽命，同時控制電路板（3) 安裝後為，一懸空狀之設計，可藉上、下兩空間充分快速的散 熱，延長控制電路板（3)的使用壽命。再則，創作物的使用 12 .1311181 …效果上與祕'安裝都是蚊市場齡力賴翻素，然、本 ' 發明之高功率⑽模組⑷與控制電路板⑶採獨立式的空 又冲不但不會影響到被照明物的清晰與亮度，更不會清楚 看到控制電路板（3)上的各種電子晶片的影像，尤其、只要 其中-個高功率LED模組⑷失去其應有的亮度時，也只需 直接取下毀損之高轉LED做⑷，更換新的既可，而不需 更換整個控制電路板⑶，簡易的換裝，符合經濟成本，讓本 發明更具市場競爭力，為其特徵。 【圖式簡單說明】 第一圖：係本發明高功率led光條之立體分解示意圖。 帛二圖：係本發明高功率光條之立體組合示意圖。 第三圖：係本發明高功率LED光條相互串接示意圖。 第四圖.係本發明南功率LED光條之另—實施例部份立體分 解示意圖。 • 帛五圖：係本發明高功率led_之另一實施例剖面圖。 第六圖：係本發明高功率LE:D模組組構之一仰視圖。 第七圖：係本發明高功率LED衛且組構之二仰視圖。 第八圖：係本發明高功率LED勸且組構之三仰視圖。 第九圖：係習知光條之立體組合示意圖。 【主要元件符號說明】 ⑴高功率LED光條 ⑵散熱燈條 13 1311181The A and B terminal blocks respectively soldered on both ends of the control circuit board enable high-power LED light bars to be connected in series to meet economic costs and are more competitive in the market. [Prior Art] Please refer to the three-dimensional combination diagram of the conventional light strip (9) shown in the ninth figure. The light strip (9) includes a rectangular lamp holder (9〇) having a recess to form a receiving area (Μ). The accommodating area (91) is slidable within the circuit board base (92). The circuit board base (92) is provided with a light emitting diode (94) and various electronic components (95) for controlling the light emitting diode (94), and at both ends there are terminals (93), terminals (93) An outer cover (96) encloses the terminal (93), and the terminal (93) is connectable to the power line (97). With the above-mentioned structural design, installation position, etc.. The following description will understand the lack of it: Disadvantages 1. The circuit board base (92) is directly adhered to the rectangular lamp holder (90), and the light is emitted. The pole body (94) is also directly disposed on the circuit board base (92) and the 1311181 rectangular lamp base (90), thereby causing the heat source generated by the circuit board base (10) and the light emitting body (94), because of direct adhesive contact, It will directly generate the heat of the other, and it will be opened up, causing the instability of the wire (9) and shortening the life. The disadvantage is that the circuit board base (92) is directly adhered to the aluminum base plate of the rectangular lamp holder (9〇), which leads to difficulty in disassembly. If forced to be disassembled, it will affect the light-emitting diode (94) or It is a malfunction of the electronic component (95), which is a major drawback. Disadvantages 3, the light-emitting diode (94) is directly soldered on the circuit board base (92), and the electronic components (95) on the circuit board base (92) will generate light and shadow when lighting, affecting the illumination. The clarity and brightness of the object, and when visually viewing the light-emitting surface of the light strip (9), the image of each electronic component (95) on the circuit board base (92) is clearly seen, and there is no aesthetic appearance. Disadvantages 4. When the plurality of light bars (9) are connected in series, the power lines (97) can only be connected to each other. The power wires (97) are separated from each other between the two light bars (9). And the practicality is greatly reduced. It can be known from the above that the influence of the use is not considered in the design and construction of the component. Moreover, there are many components, which in turn leads to high cost, assembly and maintenance are not easy, and the burden of quality control affects market competitiveness, which does not meet economic cost and aesthetics. Therefore, the inventor of the present invention focused on the above-mentioned various defects, focusing on the components of the 1311181 mutual miscellaneous and shadow (four) 'in particular, based on the two, then consider the convenience of assembly, the simple safety of maintenance, and then cooperate Light strips can be arbitrarily extended in use, which enhances practicability and beauty, making them more competitive in the market. SUMMARY OF THE INVENTION The present invention mainly utilizes a heat-dissipating light strip, the heat-dissipating light strip to form a receiving area and a light strip front area for the control circuit board and the high-power LED module to be respectively fixed therein, and the light strip The front area is connected to at least one through-connection area for fixing the high-power LED module, and is electrically connected to the UD connector on the control circuit board by the electrode pins of the high-power LED module. link. a control circuit board, the control circuit board is also provided with at least one LE:D connection socket corresponding to the high power LED module, so that the LED connection seat and the light bar are arranged when the control circuit board is placed in the accommodating area The through holes on the front area correspond to each other. Moreover, the A and B terminal blocks are respectively soldered at both ends of the control circuit board, and are designed to complement one male and one female, so as to connect another high-power LED light bar in series. [Embodiment] Please refer to the first and second figures, which are mainly three-dimensional exploded view and three-dimensional combination diagram of the present invention. The high-power light strip (1) mainly utilizes a proper length and body-formed loose-shaped strip. (2) The strip (2) forms a closed accommodating area (21) and an open light strip front area (22) for respectively controlling the circuit board (3) and the high power LED module (4) It is fixed inside, and a plurality of heat-dissipating fins (strong) are opened on both ends of the heat-dissipating light bar (2), thereby forming a β-reconciliation of political heat, and the design of the heat dissipation can enhance the high-power LED module (4) ) 1311181 ... The heat source spreads. At least one coupling zone (27) is provided on the surface of the front side of the light bar (22), the coupling zone (27) is slidable for the high-power LED module (4), and the center of the coupling zone (27) is opened. There is a through hole (24) through which the electrode pin (40) and the LED connector (32) are inserted. The control circuit board (3) is respectively soldered with various electronic crystals, at least one LED connector (32), and a, β terminal block (30), _ (31) ' at the left and right ends, and their LED connections The seat (32) corresponds to the through hole (24) in the front area (22) of the light bar, and then the A and B terminal blocks (3〇) and (31) are complementary to each other. The two high-power LED strips (丨) are conveniently used in series (as shown in the third figure), and the A terminal block (3〇) and the B terminal block (31) each have a pin of a parallel power supply electrode. Further, the A terminal block (3〇) and the B terminal block (31) have pins for controlling the signal electrodes in addition to the pins including the parallel power supply electrodes. • The inner end faces of the valley area (21) are provided with two flanges corresponding to each other to form a circuit board slide (25), which can be used for the control circuit board (8) to slide in and position. Furthermore, the through hole (24) is formed in the front area (22) of the light bar, and the electrode pin (40) and the LED connector (32) extending at the bottom of the same power LED module (4) are mutually plugged. The high-power (10) module (4) can be completely fixed in the junction area (27) of the heat-dissipating light bar (2), and the transparent lamp cover (8) is also equal in length to the 1311181 heat-dissipating light bar (2). The strip (2) on the front side of the strip (22) is used to protect the high power LED module (4). The side cover (60) having the same shape as the cross section of the heat-dissipating light strip (2), the side cover (60) is provided with a through hole (62) at a suitable position to provide a power terminal for the power supply line (67). (66) Insert to facilitate the connection of the power supply. And a side cover (6〇) extending outwardly from the other end with a connecting post (61). The lateral length of the connecting post (61) can be fastened to the heat dissipating fins (23) at both ends of the heat dissipating strip (2). In the gap, the side cover (60) and the heat-dissipating light bar (2) are easily fixed. Further, a waterproof gasket (65) is disposed between the side cover (60) on both sides of the heat-dissipating light strip (2) and the heat-dissipating light strip (2), and the side cover (60) can be inserted through the side cover (60). ) The screw hole (63) ' is locked in the screw hole (26) of the heat-dissipating light bar of the heat-dissipating light bar (2) to fix the side cover (6〇), the waterproof gasket (65) and the heat-dissipating light bar ( 2). The fixed side cover (6〇) and the heat-dissipating light strip (2) are used to achieve the waterproof function of the connection interface between the woven fabric (10) and the heat-dissipating light strip (2).第六 Refer to the sixth, seventh, and eighth diagrams, which is a high-power LED chip (41) configuration of the high-power Lf:D module (4) of the present invention. Please refer to the sixth figure, the high-power LED module. (4), which may be composed of a high power (10) wafer (41). The electrodes of the high power LED chip (41) are respectively connected to the corresponding electrode pins (10) by metal wires (42). Furthermore, as shown in the seventh figure, two or more high-power LED chips (4) are connected in series, and similarly, two or more power LED chips (41) may be connected in parallel (not shown). Further, 1311181, if two or more different wavelengths, that is, two or more high-power LED chips (41) of different light colors are used, and the high-power LED chips (41) are separately controlled, as shown in the eighth figure, The high-power LE:D wafers (41) of different light colors are respectively connected to the corresponding electrode pins (4〇) by metal wires (42). Referring to the fourth and fifth figures, another embodiment of the present invention, wherein the diameter of the coupling area (27) on the front side (22) of the light bar is appropriately larger than that of the high power LED module (4). Diameter, and the inner circumference of the coupling area (27) is an inner design of the screw (52). Thus, the distance between the two diameters can be screwed to the outer circumference of the circumference with the external thread (54). A transparent lamp cover (51) or a reflector cover (53), it can be seen that the transparent lamp cover (6) (as shown in the figure), the transparent lamp cover (51) or the reflector cover (53) (as shown in FIG. 4) of the present invention can be Use according to actual needs. In addition, a focusing lens (55) can be used above the reflective lamp cover (53) to achieve a more concentrated and bright light. Further, a waterproof mattress (56) can be placed at the bottom of the coupling area (27), • the screw can be tightened by the transparent lamp cover (51) or the reflector cover (53) so that the water does not screw the gap Infiltrating, thereby achieving the waterproof function of the connection area of the junction area (27) and the transparent lamp cover (51) or the reflector cover (53). Please refer to the fifth figure for a combination of a focusing lens (55), a reflector cover (53), a waterproof 0-type gasket (56) and a high-power LED core assembly (4) in a heat-dissipating light strip (2). As described above, the present invention has the following advantages: Advantages, because the control circuit board (3) slides into the circuit board slide 1311181 · '. , control circuit board (3) - the upper and lower sides are not in contact with the heat-dissipating light bar (2), so the heat source can be fully dissipated by the upper and lower spaces, so under the long-term use 'because of the high-power LED mode The heat generated by the group (4) does not affect the control circuit board (3), and the heat source generated by the various electronic chips on the control circuit board (3) does not directly affect the high-power LED module (4) ), the high power consumption of the LED module (4) and the control circuit board (3) can be fully ensured without affecting each other. Advantages 1. The two-power LED module (4) is connected to the LED connector (32) by the electrode pins (4〇) extended at the bottom, and is independently inserted, so when one of the high-power LED modules When group (4) loses its proper brightness, simply remove the damaged high-power Lf:D module (4) 'Replace the new one without replacing the entire control board (3) 'Easy Dress up, in line with economic costs. • Advantages 3. If the control circuit board (7) is damaged, it is only necessary to remove the high-power WD module (4) and the side cover (6〇) first to easily remove the control circuit board (3). The control circuit board (3) slides into the circuit board slide (25) of the heat-dissipating light bar (2), adopts a movable design, and is not adhered or locked by other substances, which makes maintenance easier. Fast. Advantages 4. The south power LED module (4) is separated from the control circuit 11 1311181 two-way board (3) by the light strip front area (22), and is hidden by the various electronic chips on the control circuit board (3) during illumination. In the accommodating area (21), therefore, various kinds of electronic crystals are not produced, the shadows are paid (10) clear and brightness, and when visually visualizing the light-emitting surface of the high-power LE:D light strip (丨), You will see the high-power LED mode! and (4) the simple brightness, and will not see the image of the various electronic chips on the control board (3), it has the illumination aesthetics (as shown in the second figure). I Advantages 5. The control circuit board (3) is soldered with A and B terminal blocks (30) and (31). The B terminal block (31) can be combined with another high-power LED light bar (ΌA terminal block ( 7〇) mutual connection (no gap Φ connection 'such as the third riding show'', and each of the complex high-turn LED wires (7) are tightly joined to the situation where the electric powerless project is suddenly out, which is very beautiful. Especially when one of the high-power Led strips (7) needs to be replaced, it is only necessary to disconnect the high-power Led strips (7) connected at both ends, which is quite simple and greatly improved in practicality. It is to be understood that the present invention considers the heat conduction between the two components, such as the heat source and the high-power LED module on the control circuit board (3), regardless of the design of the components and the mutual configuration. 4) The heat of the light source will not be affected by each other, in order to increase the service life. At the same time, after the control circuit board (3) is installed, it is a suspended design, which can fully and quickly dissipate heat from the upper and lower spaces to extend the control circuit. The service life of the board (3). In addition, the use of the creation 12.1311181 ... effect And the secret 'installation is the mosquito market age, but the 'invented high power (10) module (4) and the control circuit board (3) adopting independent air and rushing will not affect the clarity and brightness of the illuminated object. It is even more difficult to see the images of various electronic chips on the control circuit board (3). In particular, as long as one of the high-power LED modules (4) loses its proper brightness, it only needs to directly remove the damage. Turn the LED to do (4), replace the new one, without replacing the entire control circuit board (3), simple replacement, in line with economic costs, make the invention more competitive in the market, characterized by [Simplified description] Figure: is a schematic exploded view of the high-power LED strip of the present invention. Figure 2 is a schematic diagram of the three-dimensional combination of the high-power strips of the present invention. The third figure is a schematic diagram of the high-power LED strips connected in series. Figure 4 is a perspective exploded view of another embodiment of the south power LED strip of the present invention. Fig. 5 is a cross-sectional view showing another embodiment of the high power led_ of the present invention. Power LE: D module structure Fig. 7 is a bottom view of the high-power LED guard of the present invention. The eighth figure is the three bottom view of the high-power LED persuasive structure of the present invention. The ninth picture is a three-dimensional combination of the conventional light strips. Schematic. [Main component symbol description] (1) High-power LED light bar (2) Heat-dissipating light bar 13 1311181
(21)容置區 (23)散熱鰭片 (25)電路板滑道 (27)聯結區 (30) A端子座 (32) LED連接座 (40)電極接腳 (42)金屬導線 (51)透明燈罩 (53)反光燈罩 (55)聚焦透鏡 (60)側蓋 (62)銜接孔 (64)侧蓋螺絲 (66)電源端子 (7)高功率LED光條 (9)光條 (91)容置區 (93)端子 (95)電子元件 (97)電源線 (22)燈條正面區 (24)貫穿通孔 (26)散熱燈條螺絲孔 (3) 控制電路板 (31) B端子座 (4) 高功率LED模組 (41)高功率LE1D晶片 (52)内螺牙 (54)外螺牙 (56)防水0型墊片 (6)透明燈蓋 (61)銜接柱 (63)螺絲孔 (65)防水墊片 (6 7 )電源線 (70) A端子座 (90)矩型燈座 (92)電路板基座 (94)發光二極體 (96)外蓋 14(21) accommodating area (23) heat sink fin (25) circuit board slide (27) joint area (30) A terminal block (32) LED connector (40) electrode pin (42) metal wire (51) Transparent lamp cover (53) Reflective lamp cover (55) Focusing lens (60) Side cover (62) Connection hole (64) Side cover screw (66) Power terminal (7) High-power LED light bar (9) Light bar (91) Setting area (93) terminal (95) electronic component (97) power supply line (22) light strip front area (24) through through hole (26) heat dissipation light bar screw hole (3) control circuit board (31) B terminal block ( 4) High power LED module (41) High power LE1D chip (52) Internal screw (54) External screw (56) Waterproof 0 type gasket (6) Transparent lamp cover (61) Connecting column (63) Screw hole (65) Waterproof Gasket (6 7 ) Power Cord (70) A Terminal Block (90) Rectangular Lamp Holder (92) Circuit Board Base (94) Light Emitting Diode (96) Cover 14