M349988 八、新型說明： 【新型所屬之技術領域】 本創作為L E D燈她紐構，其運___紅e d基板 模組及上下導電片-同穿組固定，且該上下導電片一端側向延設的固 疋板由定位條肋所卡抵而粒，因其成曲板而有—彈性力，另一端内 .缘面之圓凸點與焊設有電源線的上下銅環片接觸，使該基板模 巍組能以導電薄膜通入所需的正負電源，達到更迅速簡單組合之技術領 【先前技術】 按，-般LED燈座的組裝方式，大多是由兩條電源線的一端直 接焊於LED基板模_正極及負極上，另—刺延伸穿過燈座並直 接接至-穩壓器來提供正負電源促使該L ED基板模組導通發光, 部沒有其錄熱或防水的裝置措施；或者，另—端延伸接至第一轉接 鲁頭’且由第二轉接頭與另外兩條電源線焊接，再延伸穿過燈座接至一 穩壓器來提供正負電源，藉兩轉接頭的接觸而導通該l仙基板模 組發光，其雖可有散熱或防水的裝置配件，然而，在焊接時容易因轉 接頭的空間過小或過窄及因電源線的過長或過短，而造成焊接不良或 困難度提高等問題產生。 【新型内容】 *八本創作應用數顆銅鉚針貫組L E D基板模組與上下導電片於中 处#隔板的上方及下方，罩殼上方依序置人彈性朦圈、光學凸鏡令 —板且該中工蓋板之敢卡板卡掣於散卡槽内，使其能麗抵平壓環 5 M349988 ;L E D基板模組上’同時’該平麟可側向壓合該彈性膠圈於上段 =社’令_上下銅環片於雙凹環膠套上，再套設於導熱柱外緣， :下方螺組電源座’使該導熱柱頂平面恰抵於L E D基板模組的 底平面上’進而該上下導電片之圓凸點分別與該上下崎片之外緣面 彈=接觸’在正貞電源以電源線導人時，藉傳導作用，其可經由上下 銅壤片^上下導電片到兩銅鉚針，最後以兩側的導電薄膜導入該U D基板她翻辆、，且應崎糖理，該絲透過光學凸鏡後，能 籲以廣角度發散光線’提供簡便組裝的實用性，以解決前述缺失。 本創作罩双上方的光學凸鏡之平壓環會側向塵合周邊的彈性勝 圈’進而形成-防水_，且域絲部與散絲謂接進而大大 提昇引導散熱的作用，達到兼具其他功能使用者。 【實施方式】 请參閱第-®、第二圖所示，可清楚瞭解本創作之結構形態，本 創作係由面鏡1、I殼2、電源座3所組成；-©鏡1伽-光學凸 籲鏡11為主’四周延設成平壓環i i i，分別由一中空蓋板i 2及一 彈性膠圈1 3直縣難上方及觸，該巾空紐丨2麵邊凸設數 個針板1 2 1 ’以卡掣於罩殼2之嵌卡槽2 3内，全面能有壓抵該 平壓％1 11於L ED基板模組2 5上，且該彈性膠圈13係置於罩 殼2之壤溝槽2 3上’同時能受該平壓環丄丄丄的侧向推賴合，進 而提供防水的效果；-罩殼2係中央銜設一中空分隔板2工的外殼， 上段壁面周圍挖设成深淺二層’其交接處形成—環溝槽2 2，以供面 鏡1之彈性賴1 3放置’並於深層區騎與中空蓋板丨2之欲卡板 6 M349988 121相卡掣的嵌卡槽2 3，而下段内緣設有内螺紋段24，以與基 座31之外螺纹段311螺組，該中空分隔板21係開設數個定位孔 211，上方置設一周邊開設數個通孔2 5 iiLED基板模組2 5 ’由數顆銅鉚釘26將兩者貫組，且該LED基板模組25上的兩 側塗佈有導電薄膜2 5 2延伸於通孔2 51，下方則設有定位條肋2 12 ’以便使上導電片2 7與下導電片2 8可迅速卡抵定位並由前 述的數顆銅鉚釘2 6之其中二顆所—同組固於塗佈有該導電薄膜2 5 > 2之通孔251下方’該上下導電片27(28)係為外觀完全相同 的元件’以-曲板為主體而有彈性力，—端侧向延設—開設有固定孔 1 ( 2 8 2 1)之固疋板2 7 2 ( 2 8 2 )’另-端則内緣面設 有圓凸點2 7 1 (2 8 1 )’以與上下導電環4 3 (44)外緣接觸通 電’以提供LED基板模組25作動的正負電源導人；—電源座3係 以-域座3 i為主，外圍設有外螺紋段3ιι，中央凸設導熱柱3 1 2 ’該凸设導餘3 i 2係一側邊開設連通於絲座3工底部之容 線槽3 1 2 1，頂平面恰抵於L E D基板模組2 5底部並於該絲 1底賴設數_孔3 ! 3，以與其他散細或散熱板等散熱 裝置螺設，而能錢助散__，且外緣套上—雙凹鄉套3 2， ~又凹衣膠套3 2係於兩凹槽的同—側各開設限位孔3 21，分別由 ^銅㈣3與下峨3 4所套附，而兩電源線L的—端各焊結於 样3 3 ( 3 4) _緣面’穿過該限位孔3 2 1後沿容線 槽3121延伸出側邊—段，提供正負電源分離的座體。 請參閱第一圖、第三圖、第四4圖、第四—B圖所示，分別將 M349988 led基板模組25及上下導電片2 組於中空分隔板21的上下兩面，且套附有上下鋼環== 的雙凹環膠套3 2套設於導熱挺3!2外緣，在罩殼2上) 彈性膠圈顧學凸鏡12及中空蓋幻 = 於伽3内，促使該中空蓋板12全面= L E D基板獅2 5上，咖物11鳩細合該彈_ 圈1 3於壁面上，在該罩殼2下方螺組—電源座3，將料柱川 「的頂平面恰抵於該L ED基板模組2 5底平面上，促使該上下導電片 27(28)之圓凸點271(281)分別與該上下銅環片33(3 4)之外緣面彈性接觸；通電後，正負電源能以電源線[導入，依序 流經上下銅環片3 3 ( 3 4 )、上下導電片2 7 ( 2 8 )、兩銅鉚釘2 6，最後由兩側的導電薄膜2 5 2導入，促使L E D基板模組2 5發 出光源’且應麟射原理，該光》t過光學凸鏡1 1後，能以廣角度 發散光線，提供防水兼具將散熱的廣照明裝置，達到快速組裝的實 際效用。 8 M349988 【圖式簡單說明】 第一圖：係為本創作之立體分解圖。 第二圖：係為本創作之立體組合圖。 第三圖：係為本創作之立體剖面圖。 第四一A圖：係為本創作罩殼之立體組合圖。 鲁第四一B圖：係為本創作罩殼之另一立體組合圖。 【主要元件符號說明】 面鏡1 平壓環111 嵌卡板121 罩殼2 定位孔211 環溝槽2 2 内螺紋段2 4 通孔2 5 1 銅鉚釘2 6 下導電片2 8 固定板272 (282) 電源座3 外螺紋段311 光學凸鏡11 中空蓋板12 彈性膠圈13 中空分隔板21 定位條肋212 嵌卡槽2 3 LED基板模組2 5 導電薄膜2 5 2 上導電片2 7 圓凸點2 7 1 ( 2 8 1 ) 固定孔2 7 2 1 (2 8 21 鋁基座3 1 導熱柱312 M349988 螺孔3 1 3 雙凹環膠套3 2 上銅環片3 3 電源線L 容線槽3121 限位孔3 21 下銅環片3 4M349988 VIII, new description: [New technical field] This creation is LED light, her ___ red ed substrate module and upper and lower conductive sheets - fixed with the same group, and the upper and lower conductive sheets are laterally oriented The extended solid plate is abutted by the positioning strip rib, and has an elastic force due to the curved plate, and the rounded convex portion of the inner edge of the other end is in contact with the upper and lower copper ring pieces welded with the power cord. The substrate mold group can be driven into a desired positive and negative power supply with a conductive film to achieve a more rapid and simple combination technology. [Prior Art] According to the assembly mode of the LED lamp holder, most of the two power supply lines are terminated. Directly soldered to the LED substrate module _ positive and negative, the other - thorn extends through the lamp holder and directly connected to the - voltage regulator to provide positive and negative power to cause the L ED substrate module to conduct light, the part has no heat or waterproof Device measures; or, the other end is extended to the first adapter Lutou' and is soldered by the second adapter to the other two power lines, and then extended through the lamp holder to a voltage regulator to provide positive and negative power, The light is turned on by the contact of the two adapters Although it may have a water cooling device or accessories, however, likely to occur due to long and narrow or too short power line, caused by poor soldering or the like to improve the problem of difficulty in welding due to the space is too small or the adapter. [New content] * Eight creations use several copper rivet pins to form the LED substrate module and the upper and lower conductive sheets at the top and bottom of the # separator. The upper part of the cover is placed in the order of the elastic ring and the optical convex mirror. - The plate and the dare card of the middle cover are placed in the card slot, so that it can be pressed against the flat ring 5 M349988; the LED substrate module is 'simultaneously' and the flat can press the elastic rubber laterally Circle in the upper section = the company's order _ upper and lower copper ring piece on the double concave ring rubber sleeve, and then set on the outer edge of the heat-conducting column, the lower spiral group power supply seat 'the top plane of the heat-conducting column is exactly the same as the LED substrate module On the bottom plane, the rounded bumps of the upper and lower conductive sheets are respectively in contact with the outer edge of the upper and lower strips. When the power supply is guided by the power line, the conduction can be performed by the upper and lower copper sheets. The upper and lower conductive sheets are fed to the two copper rivets, and finally the conductive film on both sides is introduced into the UD substrate, and the UD substrate is turned over, and the yase is sugary. After passing through the optical convex mirror, the wire can diverge the light at a wide angle to provide a simple assembly. The practicality to solve the aforementioned shortcomings. The flat pressure ring of the optical convex mirror above the double cover of the creation cover will form a waterproof ring 侧 in the lateral dusty surrounding, and then form a waterproof _, and the domain wire portion and the loose wire are connected to further enhance the function of guiding heat dissipation, thereby achieving both Other functional users. [Embodiment] Please refer to the -® and the second figure to clearly understand the structure of this creation. This creation consists of a mirror 1, an I shell 2, and a power base 3; The convex mirror 11 is mainly arranged as a flat pressing ring iii, which is respectively made up of a hollow cover i 2 and an elastic rubber ring 1 3, which is difficult to reach above and touch, and a plurality of convex sides are arranged on the side of the towel. The needle plate 1 2 1 ' is inserted into the insertion slot 2 3 of the cover 2, and is fully pressed against the flat pressure %1 11 on the L ED substrate module 25, and the elastic rubber ring 13 is attached. On the groove 2 3 of the casing 2, at the same time, it can be laterally pushed by the flat ring, thereby providing a waterproof effect; - the casing 2 is provided with a hollow partition plate at the center. The outer casing, the wall of the upper section is dug into a deep and shallow two layers 'the intersection is formed - the ring groove 2 2, for the elastic mirror 1 of the mirror 1 to be placed 'and the card in the deep zone and the hollow cover 丨 2 The plate 6 M349988 121 is inserted into the card slot 2 3 , and the inner edge of the lower section is provided with an internal thread segment 24 for screwing with the external thread segment 311 of the base 31. The hollow partition plate 21 is provided with a plurality of positioning holes. 211, set above A plurality of through holes are formed in the periphery. The 5' ii LED substrate module 2 5 ' is formed by a plurality of copper rivets 26, and both sides of the LED substrate module 25 are coated with a conductive film 2 5 2 extending through the through holes. 2 51, the positioning strip rib 2 12 ′ is arranged at the bottom so that the upper conductive sheet 27 and the lower conductive sheet 28 can be quickly snapped and positioned by the two of the aforementioned copper rivets 26 Below the through hole 251 coated with the conductive film 2 5 > 2, the upper and lower conductive sheets 27 (28) are elements having the same appearance. The elastic plate is mainly composed of the curved plate, and the end side is extended. Set - open the fixed hole 1 ( 2 8 2 1) solid plate 2 7 2 ( 2 8 2 ) 'the other end is the inner edge surface with a rounded point 2 7 1 (2 8 1 )' to The outer edge of the conductive ring 4 3 (44) is energized to provide positive and negative power supply for the LED substrate module 25 to be actuated; the power supply base 3 is mainly a domain seat 3 i, and the outer portion is provided with an external thread segment 3 ιι, central convex The heat conducting column 3 1 2 'the convex guide 3 i 2 system has a side line connecting the bottom of the wire base 3 to the bottom of the wire holder 3 1 2 1, the top plane is exactly at the bottom of the LED substrate module 2 5 The silk 1 bottom set number _ hole 3! 3, with other heat sinks such as fine or heat sinks, and can help to disperse __, and the outer edge is set - double concave town cover 3 2, ~ and the concave rubber sleeve 3 2 is tied to the two grooves The same side is provided with a limiting hole 3 21, which is respectively attached by the copper (four) 3 and the lower jaw 3 4, and the ends of the two power lines L are respectively welded to the sample 3 3 ( 3 4) _ edge surface After the limiting hole 3 2 1 extends along the receiving line slot 3121 and extends out of the side section, the seat body for separating the positive and negative power sources is provided. Referring to the first, third, fourth, and fourth-B, the M349988 led substrate module 25 and the upper and lower conductive sheets 2 are respectively disposed on the upper and lower sides of the hollow partitioning plate 21, and are attached. Double recessed rubber sleeve with upper and lower steel ring == 3 2 sets on the outer edge of heat conduction 3! 2, on the cover 2) elastic rubber ring and convex cover 12 and hollow cover magic = inside gamma 3 The hollow cover 12 is comprehensively = LED substrate lion 2 5, the coffee object 11 鸠 is combined with the elastic _ ring 13 on the wall surface, under the cover 2, the screw group - the power base 3, will be the top of the column The plane is exactly opposite to the bottom plane of the L ED substrate module 25, and the rounded bumps 271 (281) of the upper and lower conductive sheets 27 (28) are respectively elasticized with the outer edges of the upper and lower copper ring pieces 33 (34). Contact; after power-on, the positive and negative power supply can be connected to the power supply line [imported through the upper and lower copper ring pieces 3 3 ( 3 4 ), the upper and lower conductive sheets 2 7 ( 2 8 ), the two copper rivets 2 6, and finally by the sides The conductive film 2 5 2 is introduced to cause the LED substrate module 25 to emit a light source 'and the principle of illuminating the light, which can diffuse light at a wide angle after the optical convex mirror 1 1 , providing waterproof and wide heat dissipation. Lighting device, 8 M349988 [Simple description of the diagram] The first picture: the three-dimensional exploded view of the creation. The second picture: the three-dimensional combination of the creation. The third picture: the creation of this The three-dimensional sectional view. The fourth one A picture: is the three-dimensional combination of the creation of the cover. Lu fourth one B picture: is another three-dimensional combination of the creation of the cover. [Main component symbol description] Mask 1 Flat pressure ring 111 Insert plate 121 Case 2 Positioning hole 211 Ring groove 2 2 Internal thread section 2 4 Through hole 2 5 1 Copper rivet 2 6 Lower conductive piece 2 8 Fixing plate 272 (282) Power socket 3 Externally threaded section 311 Optical convex mirror 11 Hollow cover 12 Elastic rubber ring 13 Hollow partition plate 21 Positioning rib 212 Insert card slot 2 3 LED substrate module 2 5 Conductive film 2 5 2 Upper conductive sheet 2 7 Round bump 2 7 1 ( 2 8 1 ) Fixing hole 2 7 2 1 (2 8 21 Aluminum base 3 1 Heat transfer column 312 M349988 Screw hole 3 1 3 Double recessed ring rubber sleeve 3 2 Upper copper ring piece 3 3 Power line L Line groove 3121 Limit Hole 3 21 lower copper ring piece 3 4