M3 52631 八、新型說明： 【新型所屬之技術領域】 - 本創侧於—種發光二極魏底座結構_新設計，尤指一 •種以兩個對半開設的半圓筒體套接一螺紋狀的導電筒而構成的底 庙結爐。 _ 【先前技術】 由於發光一極體之不斷進步，使得發光二極體當作照明燈且 以達節能效果，以成為目麵行之趨勢。細於—般照明器具 仍以燈泡為主要光源’如何將發光二極體設計紐泡結構，已 一些相關的專利前案。 以本案創作人的中華民國驗113「燈包結構」專利前案為 % 彳其係提供了一種燈泡結構，其包含：-燈泡底座，係具有— 第接觸點與-第二接觸點；一發光模組，係包含複數個發光二 ' 軸與一電路板，此電路板係具有一導線佈局連接此些發光二極 體’其巾此發光模組更具有一第一接腳與一第二接腳，此第一接 腳係電性連接此導線佈局之—端與此第__接觸點，此第二接腳係 電f生連接此導線布局之另一端與此第二接觸點；以及一燈罩模 紐，係連接此燈泡底座並將此發光模組封閉於其内。 在此前案中，燈泡底座利用了一般傳統燈泡的結構，這將在 6 M352631 製造流程上十_，必_得許多工具才能完成整 極體燈泡的組裝，例如第—接腳電性連接第_接觸點及第二= 電性連接第-接觸點料需轉接完成。這將使得製造成本增加 外，由於工具的使用，造成組裝操作人員的安全問題，也必需要 有經驗賴作人員才能轉，這對生產成本更為不利。 ，者，由於_ 了―般傳紐泡的底座結構，這使得部份零 件在補時’是無法替換的，而必f將整個發光二極體燈泡吾棄。 而對於仍可使用且造昂貴發光二極體模組，形成相當的浪費1 待改善。 、力 另外，由於發光二極體所發出的光線具有方向性，使得•昭明 面積較小，無法般錢钱度之效果。尤其在此前案中， • 自於底座係利用傳統的燈泡底座’雖可達到與燈泡座導電性連接 之目的’但再將發光二極體模组組合於底座内時，其操作步驟十 刀困難’降低了生姐度且提高製造成本。這制題點，皆有待 【新型内容】 緣此’本創條供了-種發光二極_底座結構，主要係以 兩個對開半圓筒體組合成-絕緣座，其内部以收存—發光二極體 拉組；該二半圓筒體外表形成有螺紋’並在尾部形成—夾槽；另， 7 M352631 性連接 以一外表形成雜的導電套螺旋套合於該絕緣座之二半圓筒體之 螺紋外表’並蚊該二半_體；再以—銅鑼片被設置於該絕緣 座尾端的夾_。發光二極麵組之第—導電接線穿過該絕緣座 後與該導電套作導雜連接，*第二導電接腳與該銅鑼片作導電 μ本創作所提供光二極舰底麵構，是由兩個對開半圓 筒體組合成絕緣座後，再_紋狀的導電筒套接於_座外部， 這將使得整個底座結構的組合動作Α為簡化，以節省製造工時及 成本。配合銅鑼⑽設計，使得本創作整個底座結構不需任合工 具即可完成組合操作，除可大幅降低成本支出，對任何一位新的 組合操作員而言’本創作是極為安全組合結構。另外，在任何一 個耕損壞時’捕作也具有可替難，可_環保功效。 =者，本_所提供的絲結構，可麵村喊導絲體 、且罩，以構成一發光二極體燈泡。藉由 近=圍小的缺點’使得整個發光二極體燈泡結構，會接 線:有全照度之效果。並配合燈罩内的格狀面，更能使光 之結構及功 以下’將依細面所*之實施_加說明本創作 8 M352631 效。 【實施方式】 "月參見第一圖至第三圖，本創作為一種發光二極體燈底座結 構1 了組裝於一般燈泡座上而使一發光二極體模組2之發光二 極體21發冗，且該發光二極體模2具有一Τ型組立件，該τ型 組立件是由一整流1C電路板2 2及一發光二極體電路板2 4架構 ►而成；整流1C電路板2 2上延伸出第一導電接線2 3 1及第二導 電接腳2 3 2。 底座結構1主要係由一絕緣座11、一導電套i2及一銅鑼 片13所構成。 絕緣座1 1係由兩個對開半圓筒體（即該絕緣座的左右半圓 . 琦體）111及1 12組合成，内部以收存發光二極體模組2。二 半圓筒體1 11及112外表形成有螺紋1χ 3，並在尾部形成 一夹槽1 14，及前端形成一連接座1 15。絕緣座1 1之夾槽 114内形成一凹槽114 a。 導電套12，外表形成螺紋，以螺旋套合於絕緣座1 1之二 半圓琦體111及112之螺紋113外表，並固定二半圓筒體 111及1 12。發光二極體模組2被設置於二半圓筒體i工工 9 M352631 及112之間’而其第一導電接線2 31穿過絕緣座！工（即穿 過半圓筒體111及112上的半圓孔116)後繞接包覆螺紋 113，而與所接合的導電套12作導電性連接，可參見第三圖。 銅録片13，具有位片131及位在中間的弧凸片丄3 2。定位片131被設置於絕緣釘工尾端的夾槽工丄4内，而 弧凸片1 3 2突出於夾槽！ i 4之端面（可參見第三圖）。發光二 極體核組2之第二導電接腳2 3 2油鑼片丨3作導電性連接。 夾槽1 1 4内形成之凹槽1 1 4 a用以卡合銅· ! 3之定位片 131週緣。# ’銅錄片13之定位片131侧緣垂直延伸一對 凸耳13 3，該對凸耳13 3穿過凹槽114 a之壁，且其中之 -凸耳13 3與第二導電接腳2 3 2連接。 本創作在組料，先流IC f路板2 2底狀第 :⑴穿接鋼錄片13的一凸耳133,使得銅錄片13 = 負極。然後’將T型組立件進行_，由二半圓筒體i i i及;; 12組口 ’有如三明治般地將了型組立件包覆於内，再將第 =線231穿出二半圓筒體111及112間之半圓孔u 3，螺紋11 3上’並叫電套1 2旋轉人螺紋1 1 于1 12不僅可緊固結合二半圓筒體iii及工1 ’同時使得導電套！2成為為導電之正極。 M352631 顯然地’本創料魏發光二極體财結射以焊接方 式做導線連接，_可財善傳缝構的缺點，如加与須及製 作成本不易降低等問題1本創作結構中個發光二極體為燈泡 之光源’係屬使則、電流，僅需—般連觀定即可。以本創作的 實施例操作’省去焊接耗能胁染线的程序，使成本降低，並 合乎環保減碳之要求。 I it者，本創作可在發光二極雜組2之發光二極體2 i前固 定-導絲體3 ’該導光柱體3使得發光二極體2 1光線均句分 佈散射。導光柱體3係、利用多數曲面透鏡，使發光二極體2工發 出的光線經折射歧射’而達到絲均勾分佈散射。導光柱體3 係以透光材料-體成型呈-散光聚光狀體，如圖一所示之咖八狀 體具有-頸縮部31及-錐狀部3 2。頸縮部31套於發光二極 體模組2之中位在中央位置的發光二極體2 i。喇σ八狀體在頸口 位置形成一透鏡3 3。錐狀部3 2的内側面形成多數的階狀結 構。又，頸縮部31端面形成多數的凸腳3 4，該多數的凸腳3 4恰伸入發光一極體模組2之發光二極體電路板2 4上開設的缺 口24 1，以固定導光柱體3。 絕緣座11 $端之連接座115連接一圓球狀燈罩4，以封 閉發光二極體模組2。燈罩4具有一罩座41，該罩座41套接 絕緣座11前方之連接座115 ’可參見第三圖或第四圖；罩座 11 M3 52631 4 1内。卩表面係為多數的格狀面組成’並在前方形成—開口 4 1 於開口41a的前方組接—封蓋體4 2，以將開口413封 盍。封盍體4 2内部表面也係為多數的格狀面组成。格狀面具有 將發光二極體2 1之錄折射而擴散的功效。鮮座4 1與該封 蓋體4 2亦可以—體成形的方式製成，更節省製作之成本。、 • 〜、、i也本創作所提供底座結構1，是由兩個對開半圓筒體 111及112組合成一絕緣座1i後，再將螺紋狀的導電筒1 2,接於絕緣座！ ！外部，這將使得整個底觸構的組合動作大 為簡化’以節省製造工時及成本。配合銅剌丨3倾計，使得 本創作整個底座結構！不需任合工具即可完成組合操作，除可大 幅降低成本支出’對任何-位新的組合操作員而言，本創作是極 為安全組合結構H在任何—個元件損壞時，本創作也具有 可替換性，可達到環保功效。 ^ 另，本創作所提供的底座結構1，在前方可組料光柱體3 及燈罩4 ’赠成-發光二鋪燈。藉由導級们將發光二極 體2 1 2發出的光線㈣分佈散射，以大幅增大朗面積，改盖 發光二極體錄照明範圍小的缺點，使得整個發光二極體燈泡: 構’會接近-般燈泡有全照度之效果。並配合燈罩4内的格狀面， 更能使光線分佈均勻。 12 M352631 另外，在第五圖至第七圖所示，本創作之底座結構i之絕緣 座11前端之連接座i i 5上，可連接另一種導光柱體5，該導 光柱體5具有—罩座51與連接座115組接，並在罩座51前 方形成-裝飾形體5 2。此―導光柱體5可以是聚光的結構，使 得發光二極體21的光線集中在導光柱體5的裝飾形體5 2上， 以形成一種燈具，例如作小夜燈使用。 綜上所陳，本創作所提供的發光二極體燈底座結構，其創新 結構將可物組合更為容易及安全之功效，故本創作完全符合專 利要件，爰依法提出申請。 【圖式簡單說明】 第一圖代表本創作應用於發光二極體燈泡之分解圖， 第二圖代表本創作應用於發光二極體燈泡之部份組合圖， 第三圖代表本創作應用於發光二極體燈泡之剖面圖， 第四圖代表本創作應用於發光二極體燈泡之另一方向剖 圖， 。面 第五圖代表本創作應用於另一實施例之分解圖， 第六圖代表本創作應用於另一實施例之組合平面圖。 【主要元件符號說明】 13 'M352631 底座結構1 絕緣座1 1 半圓筒體111及112 螺紋1 1 3 夾槽1 1 4 凹槽1 14 a 連接座115 半圓孔116 導電套1 2 銅鑼片1 3 定位片13 1 弧凸片1 3 2 凸耳1 3 3 發光二極體模組2 發光二極體21 整流1C電路板2 2 第一導電接線2 31 第二導電接腳2 3 2 發光二極體電路板2 4 缺口 2 4 1 導光柱體3 頸縮部3 1 14 M352631 錐狀部3 2 透鏡3 3 凸腳3 4 燈罩4 罩座4 1 開口 4 1 a 封蓋體4 2M3 52631 VIII, new description: [New technology field] - This is a kind of light-emitting diode P-base structure _ new design, especially one with a half-cylinder with two pairs of half-sleeve The bottom of the furnace is formed by a conductive tube. _ [Prior Art] Due to the continuous improvement of the light-emitting diode, the light-emitting diode is used as an illumination lamp to achieve energy-saving effects, so as to become a trend. Finer than the general lighting device still uses the bulb as the main light source. How to design the light-emitting diode structure into a bubble structure, has some related patents. In the case of the creator of the case, the Republic of China has examined 113 "light pack structure" patents as a percentage. The 提供 提供 提供 provides a bulb structure, which includes: - a bulb base with - contact points and - second contact points; The module comprises a plurality of light-emitting two-axis and a circuit board, wherein the circuit board has a wire layout connecting the light-emitting diodes. The light-emitting module has a first pin and a second connection. a first pin is electrically connected to the end of the wire layout and the first __ contact point, and the second pin is electrically connected to the other end of the wire layout and the second contact point; The lamp cover is connected to the bulb base and encloses the illumination module therein. In the previous case, the bulb base utilizes the structure of a conventional conventional bulb, which will be on the manufacturing process of the 6 M352631. Many tools must be used to complete the assembly of the entire polar bulb, such as the first-pin electrical connection. Contact point and second = electrical connection The first contact point material needs to be transferred. This will increase the manufacturing cost. Due to the use of tools, the safety of the assembly operators will require the need for experienced personnel to turn, which is more unfavorable for production costs. , because of the _ the general structure of the base bubble, which makes some parts in the stop time 'can not be replaced, and must be the entire light-emitting diode bulb. For the still usable and expensive LED module, a considerable waste is formed. 1 To be improved. In addition, due to the directionality of the light emitted by the light-emitting diode, the Zhaoming area is small and cannot be as rich as money. Especially in the previous case, • Since the base system uses the traditional bulb base 'the purpose of electrically connecting to the bulb holder', but the LED module is combined in the base, the operation steps are difficult. 'Reducing the birth rate and increasing manufacturing costs. This is the subject of the problem, all of which are waiting for [new content]. The reason for this is that the strip is provided with a kind of illuminating dipole _ base structure, which is mainly composed of two split semi-cylindrical bodies combined into an insulating seat, and the inside is stored for illuminating. a diode pull group; the two semi-cylinders are formed with a thread on the outer surface and formed at the tail portion; and the 7 M352631 is connected to the outer semi-cylindrical body of the insulating seat by a conductive sleeve formed by a surface. The threaded appearance 'and the mosquitoes are the two halves; and then the copper plaque is placed at the end of the insulating seat. The first conductive wiring of the light-emitting diode set passes through the insulating seat and is connected with the conductive sleeve, and the second conductive pin and the copper plate are electrically conductive. After the two split semi-cylindrical bodies are combined into an insulating seat, the re-strip-shaped conductive tube is sleeved on the outside of the pedestal, which will simplify the combined operation of the entire base structure, thereby saving manufacturing man-hours and costs. With the design of the matte (10), the entire base structure of the creation can be combined without any tools, which can greatly reduce the cost. For any new combination operator, this creation is an extremely safe combination structure. In addition, in any one of the ploughing damages, the arresting is also difficult, and it can be environmentally friendly. =, the silk structure provided by this _ can be used to cover the wire body and cover to form a light-emitting diode bulb. With the shortcomings of near=circle, the entire light-emitting diode structure will be wired: it has the effect of full illumination. In conjunction with the lattice surface in the lampshade, it is possible to make the structure and work of the light below the implementation of the fine surface. [Embodiment] "Monday refers to the first to third figures, the present invention is a light-emitting diode lamp base structure 1 assembled on a general bulb holder to make a light-emitting diode module 2 light-emitting diode 21 is redundant, and the LED module 2 has a 组-type assembly, which is formed by a rectified 1C circuit board 2 2 and a light-emitting diode circuit board 2; A first conductive connection 23 1 and a second conductive pin 2 3 2 extend from the circuit board 2 2 . The base structure 1 is mainly composed of an insulating seat 11, a conductive sleeve i2 and a copper sheet 13. The insulating base 1 1 is composed of two split semi-cylindrical bodies (that is, left and right semicircles of the insulating seat) 111 and 1 12, and is internally housed to house the light-emitting diode module 2. The outer semi-cylindrical bodies 1 11 and 112 are formed with a thread 1 χ 3, and a clamping groove 1 14 is formed at the tail portion, and a connecting seat 1 15 is formed at the front end. A groove 114a is formed in the clamping groove 114 of the insulating seat 11. The conductive sleeve 12 is externally formed with a thread, and is spirally fitted to the outer surface of the thread 113 of the semi-circular body 111 and 112 of the insulating seat 1 1 and fixes the two semi-cylindrical bodies 111 and 112. The LED module 2 is disposed between the two semi-cylindrical bodies 9 M352631 and 112' and its first conductive connection 2 31 passes through the insulating seat! After the work (i.e., through the semi-circular holes 116 in the semi-cylindrical bodies 111 and 112), the coated threads 113 are wound and electrically connected to the joined conductive sleeve 12, see Fig. 3. The copper recording sheet 13 has a position piece 131 and an arcing piece 丄32 in the middle. The positioning piece 131 is disposed in the slotting work 4 of the end of the insulating nail, and the arc piece 1 3 2 protrudes from the clamping groove! The end face of i 4 (see the third figure). The second conductive pin 2 3 2 of the light-emitting diode core group 2 is electrically connected. The groove 1 1 4 a formed in the clamping groove 1 1 4 is used for engaging the periphery of the positioning piece 131 of the copper. # 'The positioning edge of the positioning piece 131 of the copper recording sheet 13 vertically extends a pair of lugs 13 3 , the pair of lugs 13 3 pass through the wall of the groove 114 a , and the lug 13 3 and the second conductive pin 2 3 2 connections. The creation is in the composition, first flow IC f road plate 2 2 bottom shape: (1) through a lug 133 of the steel recording sheet 13, so that the copper recording sheet 13 = negative. Then, 'the T-shaped assembly is carried out _, and the two semi-cylindrical bodies iii and; 12 sets of mouths' are sandwiched with the type of standing members, and the second line 231 is passed out of the two semi-cylindrical bodies 111. And 112 semi-circular holes u 3, thread 11 3 'and called electric sleeve 1 2 rotating human thread 1 1 to 1 12 can not only fasten the combination of the two semi-cylindrical iii and the work 1 ' at the same time make the conductive sleeve! 2 becomes the positive electrode for conduction. M352631 Obviously 'this creative material Wei luminescent diodes are shot by soldering to make wire connections, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The diode is the light source of the bulb, which is the current, current, and only needs to be connected. The operation of the present embodiment is omitted to eliminate the process of welding the energy-consumption dye line, thereby reducing the cost and meeting the requirements of environmental protection and carbon reduction. In the case of I it, the present invention can be fixed in front of the light-emitting diode 2i of the light-emitting diode 2, and the light-guiding body 3 scatters the light-emitting diodes 1 1 evenly. The light guide cylinder 3 system uses a plurality of curved lenses to cause the light emitted by the light-emitting diodes 2 to be refracted by the refracting ′ to reach the distribution of the filaments. The light guiding cylinder 3 is formed of a light-transmitting material-body-forming astigmatism concentrating body, and the octagonal body shown in Fig. 1 has a neck portion 31 and a tapered portion 32. The neck portion 31 is sleeved in the light-emitting diode 2 in the central position of the light-emitting diode module 2. The sigma octet forms a lens 33 at the neck position. The inner side surface of the tapered portion 32 forms a plurality of stepped structures. Moreover, a plurality of protrusions 34 are formed on the end faces of the neck portions 31, and the plurality of protrusions 3 4 extend into the notches 24 1 formed in the LED board 2 of the LED module 2 to be fixed. Light guide cylinder 3. The socket 115 of the insulating base 11 is connected to a spherical lamp cover 4 to seal the LED module 2. The lamp cover 4 has a cover 41 which is sleeved in front of the insulating seat 11 and can be seen in the third or fourth figure; the cover 11 M3 52631 4 1 . The surface of the crucible is composed of a plurality of lattice faces 'and formed in front—the opening 4 1 is joined to the front of the opening 41a - the capping body 42 to seal the opening 413. The inner surface of the sealing body 4 2 is also composed of a plurality of lattice surfaces. The lattice surface has the effect of diffusing and diffusing the recording of the light-emitting diode 2 1 . The fresh seat 41 and the cover body 42 can also be formed in a body-formed manner, which saves the manufacturing cost. 〜 , , i Also, the base structure 1 provided by the present invention is formed by combining two split semi-cylindrical bodies 111 and 112 into an insulating seat 1i, and then connecting the threaded conductive tube 12 to the insulating seat! ! Externally, this will greatly simplify the combined action of the entire bottom contact structure to save manufacturing man-hours and costs. With the copper cymbal 3 tilting, this creation makes the entire base structure! The combination operation can be completed without any tools, except that the cost can be greatly reduced. 'For any new combination operator, this creation is extremely safe. The structure H is damaged when any component is damaged. Replaceability, can achieve environmental protection. ^ In addition, the base structure 1 provided by the present invention is provided with a light-emitting two-spot lamp in front of the light-collecting light column 3 and the lampshade 4'. By the guides, the light (4) emitted by the light-emitting diodes 2 1 2 is distributed and scattered to greatly increase the area of the light, and the short-range illumination range of the light-emitting diode is changed, so that the entire light-emitting diode bulb: Will be close to - the bulb has the effect of full illumination. And with the lattice surface in the lampshade 4, the light distribution can be evenly distributed. 12 M352631 In addition, as shown in the fifth to seventh figures, on the connecting seat ii 5 of the front end of the insulating base 11 of the base structure i of the present invention, another light guiding cylinder 5 can be connected, and the light guiding cylinder 5 has a cover. The seat 51 is coupled to the connecting seat 115, and a decorative body 52 is formed in front of the cover 51. The light guiding cylinder 5 may be a condensed structure, so that the light of the light emitting diode 21 is concentrated on the decorative body 52 of the light guiding cylinder 5 to form a lamp, for example, used as a night light. In summary, the innovative structure of the base structure of the LED lamp provided by this creation will make the combination of objects easier and safer. Therefore, this creation is in full compliance with the patent requirements and is submitted in accordance with the law. [Simple diagram of the diagram] The first diagram represents the exploded view of the light-emitting diode bulb, the second diagram represents the partial combination of the creation of the light-emitting diode bulb, and the third diagram represents the application of the creation. A cross-sectional view of the light-emitting diode bulb, and the fourth figure represents a cross-sectional view of the other direction of the light-emitting diode bulb. The fifth diagram represents an exploded view of another embodiment applied to another embodiment, and the sixth diagram represents a combined plan view of the present application applied to another embodiment. [Main component symbol description] 13 'M352631 Base structure 1 Insulation base 1 1 Semi-cylindrical body 111 and 112 Thread 1 1 3 Clamping groove 1 1 4 Groove 1 14 a Connection seat 115 Semi-circular hole 116 Conductive sleeve 1 2 Brass sheet 1 3 Positioning piece 13 1 Arc piece 1 3 2 Lug 1 3 3 Light-emitting diode module 2 Light-emitting diode 21 Rectifier 1C circuit board 2 2 First conductive wire 2 31 Second conductive pin 2 3 2 Light-emitting diode Body board 2 4 notch 2 4 1 light guide 3 necking 3 1 14 M352631 cone 3 2 lens 3 3 foot 3 4 lamp cover 4 cover 4 1 opening 4 1 a cover body 4 2
導光柱體5 罩座5 1 裝飾形體5 2Light guide cylinder 5 Cover 5 1 Decorative shape 5 2