M429044 五、新型說明： > :【新型所屬之技術領域】 本創作係涉及燈管旋轉裝置，旨在提供一種可改變照明 角度之燈管旋轉裝置。 【先前技術】 發光二極體係為一種固態之半導體元件，利用電流通過 二極體内產生之二個載子相互結合，將能量以光的形式釋放 ®出來，具有體積輕巧、反應速度快及無污染等優勢，使發光 二極體應用領域逐漸跨足各產業界，雖然初期發展時，面臨 .其亮度不足與發光效率低之瓶頸，但後續之發展出高功率之 發光二極體，解決上述之亮度不足之問題，使二極體逐漸跨 足高效率照明光源市場，並有逐漸取代傳統鎢絲燈之趨勢， 是未來替代傳統照明之潛力產品。 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法使 •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，由於所述燈管通常搭配 一燈座使用，該燈座可以使用相當長久的時間而不會損壞， 但傳統燈管則是一種消耗性用品，往往使用一段時間（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燈管 結構，以使消費使用者能夠在傳統燈座上直接組裝所述LED 燈管使用，藉此達到不需淘汰傳統燈座、節省資源又可先享 M429044 受到LED燈管優點的好處。 惟，在現行燈管的規格下改用發光二極體（LED)為光源 時，雖然能適用現有的電源供應插座卻仍無法改變或調整照 明角度，在使用上難以符合實際需求造成不便。 【新型内容】 有鑑於此，本創作燈管旋轉裝置，係一種可改變照明角 度之燈管旋轉裝置。 本創作之燈管旋轉裝置至少包含有：一透光管體、一發 光模組、二固定端座以及二旋轉組件，該透光管體二端具有 開口部，該發光模組係組設於該透光管體内部，二固定’端座 係各別組合定位於該透光管體二端之開口部，而二旋轉組件 分別設置於該固定端座與該開口部間，且該旋轉組件一側係 與該透光管體相互干涉，使該透光管體藉由該旋轉組件之作 動而相對於該固定端座形成旋轉動作，以構成一構造精簡、 穩固結合、可改變照明角度之燈管旋轉裝置。 【實施方式】 為能使貴審查委員清楚本創作之結構組成，以及整體 運作方式，茲配合圖式說明如下： 如第一圖本創作第一實施例發光二極體之結構分解圖以 及第二圖本創作第一實施例·發光二極體之結構示意圖所示， 本創作之燈管旋轉裝置1係包括有：一透光管體10、一發光模 組20、二固定端座30以及二旋轉組件40 ;其中： 該透光管體10為具有透光性材質所構成的中空管結構， M429044 ..該透光管體10二端具有開口部11，該透光管體内形成有二凸 ,肋 12。 該發光模組20包括電路板21以及設於該電路板21上之複 數發光二極體22，該發光模組20係組設於該透光管體10内 部’該電路板21可設置於該凸肋12上。 二固定端座30係各別組合定位於該透光管體二端之.開口 部U，該固定端座30外側設有二導電端子31。 - 二旋轉組件40係分別設置於談固定端座30與該開口部11 鲁間’如圖所示之實施例中，該旋轉組件40可設有一齒型板41 以及一樞軸42，該齒型板41設有複數凹槽411，該齒型板41 之一侧面朝該開口部Π處且相對於各凸肋12上方形成有定位 枚413 ’使該電路板21可相對設置於各凸肋12與該定位柱413 間’藉此可構成該齒型板41與該透光管體1〇之相互干涉，該 拖軸42係位於該齒型板41之另一側面上，該枢軸42係樞接於 該固定端座30上’該固定端座3〇内側並設有一定位件32，該 定位件32係與該齒型板之凹槽411相對應嚙合，而該旋轉組件 _之齒型板41以及樞軸42設有至少一穿孔47，可供該導電端子 31與該透光管體内部之電路板21連接（圖未示）.。 使用時，利用二端之固定端座3〇固定於一般燈管之燈座 上（圖未示），當一使用者欲調整照明角度時該使用者對該透 光管體10施加一外力，使得該透光管體1〇以二端面上之該枢 軸42為軸心進行該旋轉動作，使二端面上之該齒型板41同時 進订旋轉動作，讓位於二端面上的該定位件32分別由該齒型 板41的初始位置，同時旋轉位移至其他相對應的凹槽411内， 當該定位件32位於其他相對應的凹槽411内，如第三圖所示， 需泉·，使診、0會位在相對應之角度上。故使用者能依據使用 端座形成1^透光管體藉由該旋轉組件之作動而相對於該固定 度以取得動作，進而調整本創作燈管旋轉裝置之照明角 再者 5 ' 持續進行旋齒型板41並設有二止擋面412,當該透光管體10 行旋轉I敕轉動作時’使二端面上之該齒型板41同時繼續進 該透光萬轉。當該定位件32抵靠其中—止擋面412時，能止擋 轉動兮二、巧繼續進行該旋轉動作，以防止該使用者因過度 壞。k、光官體10之角度而導致本創作旋轉燈管裝置的損 第四圖至第六圖所示係為本創作之第三實施例，該旋 組件40設有一本體43以及一導引部44，該本體43之一 則面形成有與該開口部U相符之上、下弧形部435、436， 且士、下弧形部435、436間具有間隙，使該電路板21可相 對叹置於上、下弧形部435、436間之間隙，藉以構成該本體 43與該透光管體10之相互干涉，該導引部44係位於該本體 43之另一側面上，該固定端座3〇内側並設有複數導槽33， # 該導引部44係與該固定端座之導槽33相對應嚙合，而該本 體43上^又有一環槽431，而該固定端座内側並設有至少 卡掣部34，該卡掣部34可相對卡掣於該環槽431内；當 然，該.固定端座内侧之複數卡掣部34可相對設於一環形路徑 上。 使用時’利用二端之固定端座3〇固定於一般燈管之燈座 上（圖未示），當一使用者欲調整照明角度時該使用者對該透 光管體10施加一外力，使得該透光管體1〇以二端面上之該環 M429044 槽431於各卡掣部34上進行旋轉動作，使二端面上之該本體“ 同時進行旋轉動作，讓位於二端面上的該導引部44分別由其 中一導槽33的初始位置，同時旋轉位移至其他相對應的導^ 33内，當該導引部44位於其他相對應的導槽犯内，如 9 所示’該透光管體1G會位在相對應之角度上。故使 = 據使用需求’使該透絲體#由該_組件 此依 該固定端座形餘㈣作，進對於 照明角度以取得最佳的照明度。卿燈^轉農置之 再者’該固定端座30内側並設有二止擒面犯， 光If i°持續進行旋轉動作時，使二端面上之該導弓丨74透4 同時繼繽進仃旋轉位移。當該導引部料抵 4 35時，能止擔該透光管體1〇繼續進行該旋轉動一止擋面 該使用者因過度轉動該透光管體之角度而導致本=止 轉燈管裝置的損壞。 *双本創作 如第八圖至第十圖所示係為本創作 轉組件4。設有一本體43、一樞轴42以上該 該本體43之一側面形成有與該開口部 其中 432，而該透光管體1Q内部則相對應形-目符之弧形板 弧形板片432伸入該開口部11後可卡擎私凸肋12，使 構成該本體43與該透光管體1〇之相互冰―凸肋12上， 於該本體43之另-側面上，該_ 4=’該樞軸42係 上，該板片45係固定於該固㈣座=接於該板片 利用至少一固定件46固定於該固定端座^側，該板片45 體與該板片間設有可相對合之凸部及之内側’而該 例中，該本體43上設有複數環型排列^ ’如圖所示之實 四部433，而該相 M429044 45上則設有一可與該凹部433相對合之凸部451。 使用時，利用二端之固定端座30固定於一般燈管之燈座 上（圖未示）’當一使用者欲調整照明角度時該使用者對該透 光管體10施加一外力，像得該透光管體1〇以二端面上之該樞 軸42為軸心進行該旋轉動作，使二端面上之該本體43同時進 行旋轉動作，讓位於二端面上的該凸部451分別由其中一凹部 433的初始位置，同時旋轉位移至其他相對應的凹部eg内， 當該凸部451位於其他相對應的凹部433内，如第十一圖所 示，該透光管體10會位在相對應之角度上。故使用者能依據 使用需求，使該透光管體藉由該旋轉組件之作動而相對於該 固疋端座形成旋轉動作，進而調整本創作燈管旋轉裝置之照 明=度以取得最佳的照明度；當然，亦可於該板片上設有複 數％型排列之凹部，而該本體上則設有—可與該凹部相對合 之凸部’同樣可達職轉定位之效果。 :再=，該本體43朝板片45 —側形成有一弧形槽434， ^該^疋件可由該固定端座30外部朝該板片45進行鎖 且該固疋件46之末端則可穿出該弧形槽434，當該透光 1触1〇持’進仃旋轉動作時，使二端面上之該弧形槽434隨 槽同時」繼山續進行旋轉位移。當該固定件46抵靠該弧形 二4其中端面時’能止擋該透光管體1〇繼續進行該旋轉 以防止該使用者因過度轉動該透光管體1。 而 致本創作旋轉燈管裝置的損壞。 麦依=型口:另-較佳可行之燈管旋轉裝置’ , 哥衫之申h ;惟，以上之實施說明及圖式所 '、|較佳實施例者，並非以此侷限本創作，是以，M429044 V. New description: > : [New technical field] This creation relates to the lamp rotation device, which aims to provide a lamp rotation device that can change the illumination angle. [Prior Art] A light-emitting diode system is a solid-state semiconductor component that combines two carriers generated by a current through a diode to release energy in the form of light, which is light in size, fast in response, and free. The advantages of pollution, etc., make the application field of light-emitting diodes gradually span various industries. Although the initial development, it faces the bottleneck of insufficient brightness and low luminous efficiency, but the subsequent development of high-power LEDs solves the above. The problem of insufficient brightness makes the diode gradually enter the market of high-efficiency lighting sources, and has gradually replaced the trend of traditional tungsten lamps, and is the potential product to replace traditional lighting in the future. However, since the majority of consumers still use traditional lamps, the traditional lamps used in the short period of time cannot be completely damaged, and most consumers will not immediately switch to brand new LED lamps. In the lamp tube structure widely used in the market, since the lamp tube is usually used with a lamp holder, the lamp holder can be used for a long time without damage, but the conventional lamp tube is a consumable item, often After a period of use (about 1 year), it will be damaged and must be replaced. In view of the situation mentioned in the previous paragraph, the related industry has developed an LED lamp tube structure to enable the consumer users to directly assemble the LED lamp tube on the conventional lamp holder, thereby eliminating the need to eliminate the traditional lamp holder and save resources. You can also enjoy the benefits of the M429044 by the advantages of LED tubes. However, when the light-emitting diode (LED) is used as the light source under the current lamp specifications, although the existing power supply socket can be applied, the lighting angle cannot be changed or adjusted, and it is difficult to meet the actual demand in use. [New content] In view of this, the lamp rotation device of the present invention is a lamp rotation device that can change the illumination angle. The light tube rotating device of the present invention comprises at least: a light-transmissive tube body, a light-emitting module, two fixed end seats and two rotating components, the light-transmitting tube body has an opening at two ends, and the light-emitting module is assembled on Inside the light-transmissive tube body, the two fixed 'end sockets are respectively disposed at the opening end of the two ends of the light-transmitting tube body, and the two rotating components are respectively disposed between the fixed end seat and the opening portion, and the rotating component The one side of the light-transmitting tube body interferes with each other, so that the light-transmitting tube body forms a rotating motion with respect to the fixed end seat by the action of the rotating component to form a structure with a simple structure, a stable combination, and an illumination angle changeable. Lamp rotation device. [Embodiment] In order to enable the reviewing committee to understand the structural composition of the creation and the overall operation mode, the following diagram is explained as follows: As shown in the first figure, the structural exploded view of the first embodiment of the light-emitting diode and the second The first embodiment of the present invention is shown in the structural diagram of the light-emitting diode. The lamp rotating device 1 of the present invention comprises: a light-transmissive tube body 10, a light-emitting module 20, two fixed end blocks 30 and two. Rotating assembly 40; wherein: the transparent tube body 10 is a hollow tube structure composed of a light transmissive material, M429044. The light transmissive tube body 10 has an opening 11 at both ends thereof, and the transparent tube body is formed with Two convex, rib 12. The light-emitting module 20 includes a circuit board 21 and a plurality of light-emitting diodes 22 disposed on the circuit board 21, and the light-emitting module 20 is disposed inside the light-transmitting tube body 10. On the rib 12 . The two fixed end seats 30 are respectively disposed at the opening U of the two ends of the light-transmitting tube body, and the two ends of the fixed end block 30 are provided with two conductive terminals 31. - two rotating components 40 are respectively disposed between the fixed end seat 30 and the opening portion 11 in the embodiment shown in the figure. The rotating assembly 40 can be provided with a toothed plate 41 and a pivot 42 The stencil 41 is provided with a plurality of grooves 411. One side of the toothed plate 41 faces the opening and is formed with a positioning piece 413 ′ above the ribs 12 so that the circuit board 21 can be oppositely disposed on each rib. 12 and the positioning post 413' can thereby form the tooth plate 41 and the light-transmitting pipe body 1 相互 interfere with each other, the drag shaft 42 is located on the other side of the toothed plate 41, the pivot 42 is The locating member 32 is pivotally connected to the inner side of the fixed end seat 3 and is provided with a positioning member 32. The positioning member 32 is engaged with the groove 411 of the toothed plate, and the rotating component _ is toothed. The plate 41 and the pivot 42 are provided with at least one through hole 47 for connecting the conductive terminal 31 to the circuit board 21 inside the light-transmissive tube body (not shown). In use, the fixed end seat 3〇 of the two ends is fixed on the lamp holder of the general lamp tube (not shown), and when the user wants to adjust the illumination angle, the user applies an external force to the light-transmitting tube body 10, The light-transmitting tube body 1 is rotated by the pivot 42 on the two end faces, and the tooth plate 41 on the two end faces is simultaneously rotated, and the positioning member is located on the two end faces. 32 is respectively rotated from the initial position of the toothed plate 41 into the other corresponding grooves 411. When the positioning member 32 is located in the other corresponding groove 411, as shown in the third figure, , the diagnosis, 0 meeting in the corresponding perspective. Therefore, the user can use the end seat to form a light-transmissive tube body to obtain an action relative to the fixing degree by the action of the rotating component, thereby adjusting the illumination angle of the rotating device of the present lamp tube and then continuing to rotate. The toothed plate 41 is provided with two stop faces 412. When the light-transmitting pipe body 10 rotates, the toothed plate 41 on the two end faces continues to enter the light transmission. When the positioning member 32 abuts against the stop surface 412, it can stop the rotation and continue the rotation to prevent the user from being excessively damaged. k, the angle of the light body 10 causes the damage of the present rotating light tube device. The fourth to sixth figures are the third embodiment of the present invention. The rotary unit 40 is provided with a body 43 and a guiding portion. 44, one of the main body 43 is formed with a lower curved portion 435, 436 corresponding to the opening U, and a gap between the lower and lower curved portions 435, 436, so that the circuit board 21 can be relatively slanted The gap between the upper and lower curved portions 435 and 436 is formed to interfere with the light-transmitting tube body 10, and the guiding portion 44 is located on the other side of the body 43. The fixed end seat The inner side of the crucible is provided with a plurality of guide grooves 33, and the guide portion 44 is engaged with the guide groove 33 of the fixed end seat, and the main body 43 has a ring groove 431 on the inner side of the fixed end seat. At least the latching portion 34 is disposed, and the latching portion 34 can be relatively latched in the ring groove 431; of course, the plurality of latching portions 34 on the inner side of the fixed end seat can be oppositely disposed on an annular path. When used, the fixed end seat 3〇 of the two ends is fixed on the lamp holder of the general lamp tube (not shown), and when the user wants to adjust the illumination angle, the user applies an external force to the light-transmitting tube body 10, The light-transmissive tube body 1 旋转 rotates the ring M429044 groove 431 on the two end faces on each of the latching portions 34, so that the body on the two end faces “rotate simultaneously, so that the two end faces are located The guiding portion 44 is respectively rotated from the initial position of one of the guiding grooves 33 into the other corresponding guides 33. When the guiding portion 44 is located in other corresponding guiding grooves, as shown in FIG. The light-transmissive tube body 1G will be at a corresponding angle. Therefore, according to the use requirement, the light-transmitting body # is made of the _ component according to the fixed end seat shape (four), and the illumination angle is optimized. Illumination degree. Qing light ^ turn to the farmer's re-integration 'the fixed end seat 30 inside and has two stop-faced crimes, light If i ° continuous rotation action, so that the guide bow 二 74 on the two end faces 4 At the same time, the slewing displacement of the ridge is in progress. When the guiding part is pressed to 4 35, the light-transmitting pipe body can be stopped. Continued to rotate the stop surface of the user due to excessive rotation of the angle of the light-transmissive tube body, resulting in damage to the light-stop tube device. * The double creation is as shown in the eighth to the tenth The present invention is provided with a body 43 and a pivot 42 or more. One side of the body 43 is formed with the opening portion 432, and the inner portion of the transparent tube body 1Q is shaped like a curved shape. After the arc-shaped plate 432 extends into the opening portion 11, the private rib 12 can be slid, so that the body-shaped flange 43 and the light-transmissing pipe body 1 are disposed on each other on the ice-convex rib 12, and the body 43 is further- On the side, the plate 42 is fixed to the solid (four) seat = the plate is fixed to the fixed end of the plate by at least one fixing member 46, the plate The body of the 45 and the plate are provided with a corresponding convex portion and an inner side thereof. In this example, the body 43 is provided with a plurality of ring-shaped arrays ′ as shown in the figure, and the phase M 429 044 45 The upper part is provided with a convex portion 451 which can be opposite to the concave portion 433. In use, the fixed end seat 30 of the two ends is fixed on the lamp socket of the general lamp tube (not shown) When the user wants to adjust the illumination angle, the user applies an external force to the light-transmitting tube body 10, and the light-transmitting tube body 1 is rotated about the pivot shaft 42 on the two end faces. The main body 43 on the two end faces are simultaneously rotated, so that the convex portions 451 located on the two end faces are respectively rotated from the initial position of one of the concave portions 433 into the other corresponding concave portions eg when the convex portion The portion 451 is located in the other corresponding recess 433. As shown in FIG. 11 , the light-transmissive tube 10 is positioned at a corresponding angle. Therefore, the user can make the light-transmissive tube body according to the use requirement. Actuating the rotating assembly to form a rotating motion with respect to the fixed end seat, thereby adjusting the illumination=degree of the original lamp rotating device to obtain an optimum illumination; of course, a plurality of types can also be provided on the plate. The concave portion is arranged, and the body is provided with a convex portion which can be combined with the concave portion to achieve the effect of the positional rotation. Further, the body 43 is formed with an arcuate groove 434 on the side of the plate 45. The member can be locked from the outside of the fixed end seat 30 toward the plate 45 and the end of the fixing member 46 can be worn. The arcuate groove 434 is opened, and when the light transmission 1 is held by the 'turning rotation', the arcuate groove 434 on the two end faces is continuously displaced along with the groove. When the fixing member 46 abuts against the end surface of the curved portion 4, the light-transmitting tube body 1 can be stopped to continue the rotation to prevent the user from excessively rotating the light-transmitting tube body 1. The damage to the rotating lamp unit was created. Maiyi = port: another - preferred lamp tube rotation device', the application of the brothers; however, the above implementation description and the drawings, 'the preferred embodiment, is not limited to this creation, Yes,