1343976 六、發明說明： 【發明所屬之技術領域】 本發明係涉及一種LED燈管，特別是指其透光管體 兩端導電組接端座之間為相對可旋轉調整角度之可調式 新結構型態設計者。 【先前技術】 按，由於LED較傳統燈泡具有更省電、使用壽命更 之優點，近年來有逐漸取代傳統燈具的發展趨勢。 然而，由於廣大的使用消費者仍舊使用著傳統燈具 因此短期間内，由於所使用的傳統燈具尚未完全損壞無 使用，多數使用消費者並不會立即改用全新的LED燈具 以目前市面上廣泛被使用的燈管結構而言，由於所述燈 通常搭配一燈座使用，該燈座可以使用相當長久的時間 不會損壞，但傳統燈管則是一種消耗性用品，往往使用 段時間（約1年）就會毁損而必須更換。 針對前段所述情況，遂有相關業界研發出一種LED 管結構，以使消費使用者能夠在傳統燈座上直接組裝所 LED燈管使用，藉此達到不需淘汰傳統燈座、節省資源 可先享受到LED燈管優點的好處。 習知LED燈管結構設計上仍舊存在一些問題點，例 :傳統燈座供傳統燈管組裝的方式概分為兩種，其一是 壓彈性燈座部將燈管之導電端子卡入定位者，其二則是 燈管組入燈座部後旋轉90度角達成定位者，而所述兩種 與 創 長 法 管 而 燈 述 又 如 内 令 傳 1343976 統燈管之不同組裝方式，由於傳統燈管的光線發散狀態是 沿其燈管周壁的360度發散者，因此燈管的組裝方式不同 並不致影響其光線投射功能，惟，LED燈管之結構組成型 態有別於傳統燈管，LED燈管的各單元LED是被設置分佈 於一電路基板的一侧面上，因此無論該側面是平的或者具 有孤曲型態，都將造成LED燈管之光線投射面積被偏限而 無法達到360度全周式發散照明狀態，也因此，當習知L ED燈管是被組裝於前述卡入定位式之傳統燈座時，其光線 投射方向是呈朝下發散狀態，但當習知LED燈管是被組裝 於前述旋轉90度角定位之傳統燈座時，其光線投射方向將 變成朝側向發散之狀態，如此而造成LED燈管實際應用上 通用性、應變性欠缺而功效不彰之問題點。 是以，針對上述習知LED燈管使用上所存在之問題點 ，如何研發出一種能夠更具理想實用性之創新構造，實有 待相關業界再加以思索突破之目標及方向者。 有鑑於此，發明人本於多年從事相關產品之製造開發 與設計經驗，針對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本發明。 【發明内容】 即，本發明之主要目的，係在提供一種可調式LED燈 管，其所欲解決之問題點，係針對習知LED燈管實際應用 上仍舊存在通用性、應變性欠缺而功效不彰之問題點加以 思索突破； 本發明解決問題之技術特點，在於所述可調式LED燈 警 含 管 韙 端 具 、 電 線 路 座 5 各 別 端 座 包 括 組 頭 係 各 別 所 述 可 調 式 '— 定 位 部 接 該 内 接 則 可 與 所 述 轉 動 調 變 狀 昭 先 前 技 術 態 以 及 使 用 更 加 雷 活 方 [ 實 施 方 式 請 參 閱 施 例 5 惟 此 此 結 構 之 限 一 透 光 所 構 成 的 中 11 又 該 透 光 線 發 散 出 一 發 光 板 22 供 cTt* 透光管體， 開口部；一 ，該發光模 組合定位於 接部、端面 組合於該二 導電組接頭 該導電組接 面與該固定 第一定位部 痛獲得定位 而言’使用 者之光線投 便、組裝通 ] 第 1、2、 等實施例僅 制；所述可 管體10，為 空官結構型 光管體10内 外部時能夠 模組20 ，係 線路23所構 為具透光性 發光模組， 組組設於該 該透光管體 及第一定位 固定端座外 包括有導電 端子與該發 端座之端面 相配合以令 :藉此創新 者將可依據 射方位需求 用性更佳之 3 、4圖所 供說明之用 調式LED燈 具有透光性 態，該透光 壁一般更形 獲得擴散均 包括至少一 成，該發光 材質所構成 包括LE；D燈 透光管體内 二端開口部 部；二可調 端呈可轉動 組接端子、 光模組之供 相對應，該 該可調式導 獨特設計， 燈座之燈管 作調整，進 實用進步性 示，係本發 ，在專利申 管A係包含 材質（如透 管體10二端 成有光線折 勻之效果； LED燈板21 模組20係組 者，該透光 板及電控板 部；二固定 ，所述固定 式導電組接 調變狀態， 内接面及第 電線路相連 第一定位部 電組接頭之 使本發明對 組裝定位型 而達到使用 明之較佳實 5奢上並不受 下述構成： 光壓克力） 具有開口部 射面，以使 以及一電控 設於該透光 5 1343976 管體ίο之内部； 二固定端座30 (註：圖面上僅以其中一組呈現） 各別組合定位於該透光管體10二端開口部11，所述固 座30包括藉以組合於該透光管體10開口部11之組接部 一端面32以及一第一定位部51 ; 二可調式導電組接頭40 (註：圖面上僅以其中一 現），係各別組合於該二固定端座30外端呈可轉動調 態，所述可調式導電組接頭40包括有一導電組接端子 一内接面42以及一第二定位部52，其中，該導電組接 41係與該發光模組20之供電線路23相連接，又該導電 端子41之作用，係藉以組配於既有燈管式燈座所預設 位槽中達成燈管之通電與定位狀態者，又，該内接面 與該固定端座30之端面32相對應，該第二定位部52則 固定端座30之第一定位部51相配合，以令該可調式導 接頭40之轉動調變狀態獲得定位者。 其中，該固定端座30之組接部31該端並可設有一 板承座部33可供該電控板22組合，該電控板承座部33 有定位柱34，以使該電控板22設有對應配合之定位孔 〇 其中，該固定端座30之端面32中央可設有一螺孔 以使該可調式導電組接頭40之内接面42對應設有一貫 420 ，復另設套組有一彈簧61之一螺栓60穿組過該内 42之貫穿孔420復螺合於該固定端座30之螺孔35，藉 該可調式導電組接頭40呈可轉動且具有可彈性外拉並 復位之特性，且令該可調式導電組接頭外拉時，得構 ，係 定端 31、 組呈 變狀 41 ' 端子 組接 之定 42係 可與 電組 電控 並設 220 35， 穿孔 接面 此令 自動 成所 6 1343976 述第一定位部51與第二定位部52呈相互脫離狀態者。 其中，該固定端座30之第一定位部51，可為設於其端 面32偏離中心部位之一凸塊510所構成者，而該可調式導 電組接頭40所設之第二定位部52，則為設於其内接面42偏 離中心部位之複數間隔分佈的嵌插槽520所構成，該等嵌 插槽520係沿著一圓周路徑排列，以當該可調式導電組接 頭40轉動於不同角度位置時，得構成所述凸塊510與不同 嵌插槽520相對位嵌合之多段選擇式定位狀態者。 其中，請參第1 、4圖所示，該固定端座30之端面32 與可調式導電組接頭40之内接面42並設有相對貫通之穿線 孔321 、421 ，以供該發光模組20之供電線路23穿越者。 藉由上述結構組成設計，茲就本發明之使用作動情形 說明如下： 首先如第4圖所示，所述可調式LED燈管於常態時， 其可調式導電組接頭40係受所述彈簧61之彈性頂撐作用而 致使其内接面42朝固定端座30之端面32抵靠，進而構成該 第一定位部51與第二定位部52相嵌卡配合之定位狀態，此 時該可調式導電組接頭40與固定端座30之間係呈定位無法 調轉之狀態。 復如第5圖所示，當使用者欲調變該可調式導電組接 頭40時，係將該可調式導電組接頭40向外拉動，以促使該 内接面42與固定端座30之端面32相分開，同時構成該第一 定位部51與第二定位部52相互脫離之釋放狀態，此時即可 進行該可調式導電組接頭40之調轉動作，此部份請對照第 6 、7圖所揭，即可看出隨著該可調式導電組接頭40調轉 7 1343976 於不同角度位置時，該第一定位部51之凸塊510嵌合 第二定位部52之不同嵌插槽520中之變化狀態者。 而隨著上述該可調式導電組接頭40之調轉狀態變 若換個角度將該可調式導電組接頭40視為固定者，則 構成該固定端座30、透光管體10及發光模組20之角度 轉變之狀態，亦即，藉此而能夠調整LED燈管之光線 角度者。 於該 化， 相對 產生 投射 本發明之優點： 本發明主要藉由該可調式LED燈管具有可調式導 接頭組合於該固定端座外端呈可轉動調變狀態，並藉 述第一、第二定位部可相配合達成定位之創新獨特設 使用者將可依據燈座之燈管組裝定位型態以及使用者 線投射方位需求加以調整變化，進而達到使用更加靈 便、組裝通用性更佳之實用進步性者。 上述實施例所揭示者係藉以具體說明本發明，且 雖透過特定的術語進行說明，當不能以此限定本發明 利範圍；熟悉此項技術領域之人士當可在瞭解本發明 神與原則後對其進行變更與修改而達到等效之目的， 等變更與修改，皆應涵蓋於如后所述之申請專利範圍 定範疇中。 電組 由所 計， 之光 活方 文中 之專 之精 而此 所界 s 1343976 '【圖式簡單說明】 第 1 圖 • 本 發 明 結 構 較佳實 施 例 之 分 解 立體圖 0 第 2 圖 • 係 第 1 圖 之 局部構 件 放 大 圖 〇 第 3 圖 ·· 係 發 明 結 構 較佳實 施 例 之 局 部 構件分 解 剖 視 圖 〇 第 4 圖 ： 本 發 明 之 局 部結構 組 合 剖 視 圖 —— ， 係 表 示 該 可 調 式 導 電 組 接 頭定位 之 狀 態 〇 第 5 圖 * 本 發 明 之 局 部結構 組 合 剖 視 圖 二 ， 1係 表 示 該 可 調 式 導 電 組 接 頭釋放 可 調 整 狀 態 〇 第 6 圖 本 發 明 之 第 —、 第 二 定 位 部 對 位狀態 圖 — 〇 第 7 圖 : 本 發 明 之 第 ―― 、 第 二 定 位 部 對 位狀態 圖 二 〇 [ 主 要元件符 號 說 明 ] 可 調 式 L E D 燈 管 A 透 光 管 體 1 0 開 σ 部 1 1 發 光 模 組 2 0 L Ε D 燈 板 2 1 控 板 2 2 定 位 孔 2 2 0 供 電 線 路 2 3 固 定 端 座 3 〇 組 接 部 3 1 端 面 3 2 穿 線 孔 3 2 1 電 控 板 承 座 部 3 3 定 位 柱 3 4 螺 孔 3 5 可 調 式 導 電 組 接 頭 4 0 導 電 組 接 端 子 4 1 内 接 面 4 2 貫 穿 孔 4 2 〇 9 1343976 穿線孔 4 2 1 第一定位部 5 1 凸塊 5 1 0 第二定位部 5 2 喪插槽 5 2 0 彈簧 6 1 螺栓 6 0 101343976 VI. Description of the Invention: [Technical Field] The present invention relates to an LED lamp tube, and more particularly to an adjustable new structure in which a conductive group of two ends of a light-transmitting pipe body is relatively rotatable and adjustable. Type designer. [Prior Art] Press, because LED has more power saving and longer service life than traditional light bulbs, it has gradually replaced the development trend of traditional lamps in recent years. However, since the majority of consumers still use traditional luminaires, in the short term, since the traditional luminaires used have not been completely damaged and are not used, most consumers will not immediately switch to brand new LED luminaires. In terms of the structure of the lamp used, since the lamp is usually used with a lamp holder, the lamp holder can be used for a relatively long period of time without damage, but the conventional lamp is a consumable item, which is often used for a period of time (about 1). Years will be destroyed and must be replaced. In view of the situation mentioned in the previous paragraph, the relevant industry has developed an LED tube structure to enable consumer users to directly assemble LED tubes on traditional lamp holders, thereby eliminating the need to eliminate traditional lamp holders and save resources. Enjoy the benefits of LED tube benefits. There are still some problems in the design of the LED tube structure. For example, the traditional lamp holder is divided into two types for the traditional lamp tube assembly. One is that the elastic lamp holder portion is used to clamp the conductive terminal of the lamp tube into the positioner. The second is that the lamp tube group is rotated into the lamp holder and rotated 90 degrees to achieve the positioning, and the two types of lamp assembly and the lamp are different from the internal assembly of the 1343976 lamp. The light divergence state of the lamp is a 360-degree divergence along the peripheral wall of the lamp tube. Therefore, the different assembly modes of the lamp tube do not affect the light projection function. However, the structural form of the LED lamp tube is different from the traditional lamp tube. Each unit LED of the LED tube is disposed on one side of a circuit substrate, so whether the side is flat or has a solitary shape, the light projection area of the LED tube is limited and cannot be reached. The 360-degree full-circle divergence illumination state, therefore, when the conventional L ED lamp is assembled in the aforementioned conventional positioning bracket, the light projection direction is divergent downward, but when the conventional LED The lamp is assembled When the conventional lamp holder is rotated at a 90-degree angle, the light projection direction will become a state of diverging in the lateral direction, thus causing problems in the practical application of the LED lamp tube, lack of strain and inefficiency. Therefore, in view of the problems existing in the use of the above-mentioned conventional LED lamps, how to develop an innovative structure that can be more ideal and practical, and it is necessary to consider the goals and directions of the relevant industries. In view of this, the inventor has been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation of the above objectives, the inventor has finally obtained the practical invention. SUMMARY OF THE INVENTION That is, the main object of the present invention is to provide an adjustable LED lamp tube, and the problem to be solved is that the practical application of the conventional LED lamp tube still has versatility and lack of strain. The technical problem of solving the problem is that the adjustable LED lamp has a tube end, and the electric circuit block 5 has different end blocks including the group heads. When the positioning part is connected to the internal connection, the rotation state can be changed with the prior art state and the use of the internal connection is more flexible. [For the implementation method, please refer to the embodiment 5, but the structure of the structure is a light transmission. The light illuminates a illuminating plate 22 for the cTt* light-transmitting tube body, and the opening portion; the illuminating mode combination is positioned at the connecting portion, the end surface is combined with the conductive group connecting surface of the two conductive group joints and the fixed first positioning portion In terms of pain, the user's light is light, and the assembly is completed. 2. The embodiment is only for the system; the tube body 10 is a module 20 for the inner and outer parts of the hollow structure light pipe body 10, and the line 23 is configured to have a light-transmitting light-emitting module, and the group is set in The light-transmissive tube body and the first positioning fixed end seat include a conductive terminal and an end surface of the hair-emitting seat to match: thereby, the innovator can use the lens according to the orientation requirement better. The modulating LED lamp has a light transmissive state, and the light transmissive wall generally comprises at least one component for forming a diffusion, wherein the illuminating material comprises LE; D light transmissive tube body has two end openings; The end is provided with a rotatable assembly terminal and an optical module. The adjustable guide has a unique design, and the lamp holder of the lamp holder is adjusted, and the utility model is shown in the present invention. The present invention is in the patent application A system. (For example, the effect of the light distribution on the two ends of the pipe body 10; the LED lamp plate 21 module 20 is a group, the light transmission plate and the electric control plate portion; two fixed, the fixed conductive group is connected to the modulation state , the inner connecting surface and the first electric line are connected to the first positioning part The joint of the present invention is suitable for assembly and positioning, and is not limited to the following: Light acrylic has an opening surface so that an electric control is provided in the light transmission 5 1343976 The inside of the tubular body ίο; two fixed end seats 30 (note: only one of the layers is presented on the drawing). The respective combinations are positioned at the two end openings 11 of the transparent tube body 10, and the fixed seat 30 includes the combination An end face 32 of the opening portion 11 of the light-transmitting pipe body 10 and a first positioning portion 51; two adjustable conductive group joints 40 (note: only one of the faces on the drawing) are separately combined The outer end of the fixed end seat 30 is in a rotatable state. The adjustable conductive set joint 40 includes a conductive connecting terminal, an inner connecting surface 42 and a second positioning portion 52. The power supply line 23 of the light-emitting module 20 is connected, and the function of the conductive terminal 41 is formed by being assembled in the preset position slot of the existing lamp-type lamp holder to achieve the energization and positioning state of the lamp tube, and The inner connecting surface corresponds to the end surface 32 of the fixed end seat 30, and the second positioning portion 52 is The first positioning portion 51 of the fixed end seat 30 cooperates to obtain the position of the rotationally modulated state of the adjustable joint 40. The mounting portion 31 of the fixed end seat 30 can be provided with a board socket portion 33 for the electronic control board 22 to be combined. The electric control board socket portion 33 has a positioning post 34 for the electronic control. The plate 22 is provided with a corresponding positioning hole. The center of the end surface 32 of the fixed end seat 30 can be provided with a screw hole so that the inner surface 42 of the adjustable conductive group connector 40 is consistently provided with a uniform 420. One of the springs 61 has a bolt 60 that is threaded through the through hole 420 of the inner portion 42 and is screwed into the screw hole 35 of the fixed end seat 30. The adjustable conductive group joint 40 is rotatably and elastically stretchable. The characteristics of the reset, and the adjustable conductive group connector is pulled out, the structure is fixed, the fixed end 31, the group is changed 41 ' The terminal set is connected to the 42 series and can be electrically controlled with the electric group 220 35, perforated In this way, the first positioning portion 51 and the second positioning portion 52 are separated from each other in a state in which the first positioning portion 51 and the second positioning portion 52 are separated from each other. The first positioning portion 51 of the fixed end seat 30 can be formed by a bump 510 disposed at an off-center portion of the end surface 32, and the second positioning portion 52 of the adjustable conductive group connector 40 is disposed. The socket 520 is disposed at a plurality of spaced apart intervals from the central portion of the inner surface 42. The sockets 520 are arranged along a circumferential path to rotate the adjustable conductive group connector 40. In the angular position, the plurality of selective positioning states in which the bumps 510 are fitted in opposite positions with the different fitting slots 520 are formed. The end face 32 of the fixed end seat 30 and the inner connecting surface 42 of the adjustable conductive group connector 40 are provided with through holes 321 and 421 for the light emitting module. 20 power supply lines 23 passers. With the above structural composition design, the operation of the present invention will be described as follows: First, as shown in FIG. 4, when the adjustable LED lamp is in a normal state, the adjustable conductive group connector 40 is subjected to the spring 61. The elastic gusseting action causes the inner connecting surface 42 to abut against the end surface 32 of the fixed end seat 30, thereby forming a positioning state in which the first positioning portion 51 and the second positioning portion 52 are in engagement with each other. Between the conductive group connector 40 and the fixed end seat 30, the positioning cannot be reversed. As shown in FIG. 5, when the user wants to modulate the adjustable conductive set connector 40, the adjustable conductive set connector 40 is pulled outward to urge the end face 42 and the end face of the fixed end block 30. The 32 phases are separated, and at the same time, the release state of the first positioning portion 51 and the second positioning portion 52 is separated from each other. At this time, the adjustable conductive group connector 40 can be rotated, and this part is compared with the sixth and seventh figures. It can be seen that the bump 510 of the first positioning portion 51 is fitted into the different insertion slot 520 of the second positioning portion 52 as the adjustable conductive group connector 40 is rotated 7 1343976 at different angular positions. Change status. The fixed end socket 30, the light-transmitting tube body 10 and the light-emitting module 20 are formed as the adjustment state of the adjustable conductive group connector 40 is changed to a fixed angle. The state of the angle change, that is, the angle of the light of the LED tube can be adjusted by this. In this embodiment, the advantages of the present invention are relatively produced. The present invention is mainly characterized in that the adjustable LED tube has an adjustable lead joint and is rotatably modulated at the outer end of the fixed end socket, and the first and the first The two positioning parts can cooperate with each other to achieve the unique positioning of the user. The user can adjust and change according to the lamp assembly orientation type of the lamp holder and the user's line projection orientation requirement, thereby achieving practical improvement in more flexible use and better assembly versatility. Sex. The above embodiments are intended to be illustrative of the present invention, and are not to be construed as limiting the scope of the present invention, and those skilled in the art can understand the principles and principles of the present invention. Changes and modifications are made to the equivalent purpose, and such changes and modifications are to be included in the scope of the patent application as described later. The electric power unit is calculated by the meter, and the light is in the essence of the text. s 1343976 '[Simple description of the drawing] Fig. 1 • The exploded perspective view of the preferred embodiment of the present invention 0 Fig. 2 Figure 3 is an enlarged sectional view of a partial member of the preferred embodiment of the invention. Fig. 4 is a cross-sectional view of the partial structure of the present invention, showing the state of positioning of the adjustable conductive group joint 〇5 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图: The invention - the second positioning part alignment state diagram II [main component symbol description] adjustable LED tube A transparent tube body 1 0 open σ part 1 1 light Module 2 0 L Ε D Light board 2 1 Control board 2 2 Positioning hole 2 2 0 Power supply line 2 3 Fixed end seat 3 〇 Assembly part 3 1 End face 3 2 Threading hole 3 2 1 Electric control board socket part 3 3 Positioning post 3 4 Screw hole 3 5 Adjustable conductive group connector 4 0 Conductive assembly terminal 4 1 Inscribed surface 4 2 Through hole 4 2 〇9 1343976 Threading hole 4 2 1 First positioning part 5 1 Bump 5 1 0 Two positioning parts 5 2 slotted slot 5 2 0 spring 6 1 bolt 6 0 10