M422029 五、新型說明： 【新型所屬之技術領域】 本創作係涉及一種LED燈具，特別是指能夠調整 燈具之照射方向，而提高LED'燈具使用效能之創新型 計者》 土 【先前技術】 按，由於LED燈管較傳統燈泡具有更省電、使用 更長之優點’近年來有逐漸取代傳統曰光燈管及省兩 的發展趨勢。 ' 但現今LED燈管仍有實用上的問題，因LE])燈管 設方向係具有—定方向性，而不像日光燈管之光線二 園可為三百六十度，且LE：D燈管之兩端的二接腳不二 合LED燈管之照射方向，如此導致LE：D燈管裝設鎖緊 座上時，LK)燈管之照射方向可能會不正確，如此即 低LED燈管之使用效能而影響原本預定的燈光設計。 或者，若強制將LED燈管調整至正確的角度，必 由旋鬆LED燈管來達到正確的照射方向，如此一來， 造成LED燈管與燈座之間的固定性處於較差狀態，進 生漏電或安全之疑慮。 是以，針對上述習知LED燈管結構所存在之問題 如何開發一種更具理想實用性之創新結構，實使用者 盼’亦係相關業者須努力研發突破之目標及方向。 有鑑於此’創作人本於多年從事相關產品之製造 與设计經驗，針對上述之目標，詳加設計與審慎評估 LED 態設 壽命 燈座 之昭 射範 定配 於燈 會降 須藉 將會 而產 點， 所企 開發 後， M422029 終得一確具實用性之本創作。 【新型内容】 本創作之主要目的，係在提供一種具可調整光線角 功能之LED燈具結構；其所欲解決之問題點，係針對習 LED燈管所存在方向性限制的問題點加以改良突破； 所述具可調整光線角度功能之LED燈具結構，包括 燈座，包含有一導電端、一組設端；一支軸’呈長形延 型態，相對二端分別為一組接端及一樞設端’該組接端 組設於該燈座之組設端，且該支軸係以其轴心呈可旋轉 態；一旋轉定位構件，設置於該燈座組設端與支軸組接 相對應處，藉以令該支軸旋轉角度變化狀態獲得限位； LED組件組設基板，呈一平板狀而界定形成有一發光側 一背側’所述LED組件組設基板係與該支軸呈垂向設置 .係’且該背側係設置有一樞設座與該支軸之樞設端相對 ;一樞設軸，藉以令該支軸樞設端與該LED組件組設基 樞設座呈枢組狀態，構成該LED組件組設基板能夠以枢 軸為支點呈旋擺狀態；一 LED組件，係設置於該LED組 組設基板之發光側’皂括一電路基板、組設於該電路基 上之複數LED元件所構成；一分格定位構件，係設置於 LED組件組設基板與支軸相對應處，藉以令該LED組件 設基板方疋擺調整狀態獲得多段式分格定位效果；藉此， LED燈具發光側角度呈偏斜狀態時，使用者係能夠同時 轉及旋擺該LED組件組設基板，將LED組件組設基板發 側調整至正確的角度，以令LED組件呈現正.確不偏斜的 度 知 伸 係 狀 端 及 關 位 板 設 件 板 該 組 當 旋 光 狀 4 M422029 態，俾可令Led燈具之照射方向正確，而提高led燈具使 用效能之實用進步性。 【實施方式】 請參閱第1 、2 、3圖所示’係本創作具可調整光線 角度功能之LED燈具結構之較佳實施例，惟此等實施例僅 供說明之用，在專利申請上並不受此結構之限制。所述具 可調整光線角度功能之led燈具結構，包括： 一燈座10，包含有一導電端11、一組設端12 ; 一支軸20 ’呈長形延伸塑態’相對二端分別為一組接 端21及一枢設端22 ’該組接端21係組設於該燈座之組設 端12 ’且該支轴20係以其軸心呈可旋轉狀態； 一旋轉疋位構件30，設置於δ亥燈座10組設端12與支軸 20組接端21相對應處，藉以令邊.支轴20旋轉角度變化狀雖、 獲得限位； 一 LED組件組設基板40，呈一平板狀而界定形成有一 發光側41及一背側42，所述LED組件組設基板40係與該支 車由20呈垂向.§5:置關係，且該背側42係設置有一樞設座43與 該支軸20之樞設端22相對位； 一樞設軸50 ’藉以令該支軸2〇樞設端22與該LEI)組件 組設基板40樞設座43呈樞組狀態，構成該LED組件組設基 板40能夠以樞設軸50為支點呈旋擺狀態； 一 LED組件60 ’係設置於該LED組件組設基板4〇之發 光側41 ’包括一電路基板61、組設於該電路基板61上之複 數LED元件62所構成； M422029 一分格定位構件7〇，係設置於該LED組件組設基板40 與支軸20相對應處，藉以令該LED組件組設基板40旋擺調 整狀態獲得多段式分格定位效果。 其中’該燈座10之組設端12係為一凹槽型態，該凹槽 係相對界定形成有一環周壁121及一端壁122(標示於第3 圖）；所述旋轉定位構件30係包含有等間距環.繞之卡槽31 - 及插接柱32 ’所述卡槽31係形成於該燈座1〇之環周壁121 ’而該插接柱32則相對設於該支轴20之組接端21，又該燈 鲁座10端壁122與支軸20組接端21之間係設置有一彈性件33 〇 其中，該卡槽31與插接柱32相對位置處皆形成有導斜 角.301 ，以提供旋轉定位構件30卡合之順暢性。 其中，如第1圖所示，該支軸20之樞設端22與LED組 件組設基板40之樞設座43係設有相對位之穿孔220 、430 ，藉以供樞設軸50穿組。 其中，該LED組件組設基板40之樞設座43係設有二間 •隔相對之凸耳片431 ’且該凸耳片431 —端係為弧形端緣 :所述分格定位構件70包含有一定位凸柱71及複數定位卡 齒72，該複數定位卡齒72係沿著凸耳片431之弧形端緣設 置塑態，而該定位凸柱71則相對設於該支軸20預定位置， 令該定位卡齒72係能夠與定位凸柱71呈相配合狀態。 藉由上述結構組成譟計’本創作所揭具可調整光線角 度功能之LED燈具結構之核心設計’主要在於該支軸20與 6 M422029 LED組件組設基板40之間係藉由樞設軸50呈 於該支軸20與LED組件組設基板40相對應位 格定位構件70之技術特點，藉此該LK)組件 能夠依樞設軸50為支點呈旋擺狀態（請配.合 揭），並藉由該分格定位構件7〇令該LED組 _ 旋擺狀態獲得定位，藉此係可調整LED組件 光側41之照射方向；又該燈座1〇與支軸2〇相 有該旋轉定位構件30，藉以令該支軸20具有 參（請配合參閱第4圖所示），藉此，當LED 角度呈偏斜狀態時’使用者係能夠同時旋轉 組件組設基板40 ’將LED組件組設基板40發 正確的角度’以令LED組件60呈現正確不偏 功效說明： 本創作功效增進之事實如下： 本創作所揭「具可調整光線角度功能之 」主要特點在於所述支軸與led組件組設基 樞設軸呈樞組狀態，並.於該支轴與led組件 應位置處設置有分格定位構件之結構型態， 軸相對應處係設置有該旋轉定位構件，藉以 旋轉角度變化之創新獨特結構組配型態設計 照【先前技術】所提習知結構而言，當LED 度呈偏斜狀態時，使用者係能夠同時旋轉及 件組設基板，將LED組件組設基板發光側調 度，以令LED組件呈現正確不偏斜的狀態’ 樞組狀態，並 置處設置有分 組設基板40係 參閱第5圖所 件組設基板40 組設基板40發 對應處係設置 旋轉角度變化 燈具發光側41 及旋擺該LED 光側41調整至 斜的狀態。 LED燈具結構 板之間係藉由 組設基板相對 且該燈座與支 令該支軸具有 ’使本創作對 燈具發光側角 旋擺該led組 整至正確的角 俾可令LED燈 7 M422029 具之照射方向正確，而提高LED燈具使用效能之實用 性0 本創作可產生之新功效如下： 從LED燈具結構面而-言，本創作所揭具可調整光 度功能之LED燈具結構之支軸與LED組件組設基板之 .藉由樞設軸呈樞組狀態，並配合該分格定位構件達到 LED組件組設基板旋擺定位狀態，故令該LED組件組 鲁板於作動過程中之狀態趨於穩定，且不但具有極佳穩 又兼具有旋擺定位之特點。 上述實施例所揭示者係藉以具體說明本創作，且 雖透過特定的術語進行說明，當不能以此限定本新型 之專利範圍；熟悉此項技術領域之人士當可在瞭解本 之精神與原則後對其進行變更與修改而達到等效目的 此等變更與修改，皆應涵蓋於如后所述申請專利範圍 進步 線角 間係 控制 設基 固性 文中 創作 創作 ，而 所界 M422029 【圖式簡單說明】 第1圖：本創作較佳實施例之分解立體圖。 第2圖：本創作較佳實施例之組合立體圖。 第3圖：本創作較佳實施例之平面示意圖。 第4圖：本創作支轴呈旋轉狀態之示意圖。 第5圖：本創作LED組件組設基板呈旋擺狀態之示意圖。 【主要元件符號說明】M422029 V. New description: [New technology field] This creation relates to an LED lamp, especially an innovative meter that can adjust the illumination direction of the lamp and improve the performance of the LED's lamp. [Previous technology] Because LED lamps have more power saving and longer use than traditional bulbs, 'there has been a tendency to replace traditional diurnal lamps and provinces in recent years. 'But today's LED tubes still have practical problems, because LE]) the direction of the lamp tube has a directionality, unlike the light tube of the fluorescent tube can be three hundred and sixty degrees, and LE: D lamp The two pins at the two ends of the tube do not match the illumination direction of the LED tube, so that when the LE:D tube is mounted on the locking seat, the illumination direction of the LK) tube may be incorrect, thus the low LED tube The use of performance affects the originally intended lighting design. Or, if the LED tube is forcibly adjusted to the correct angle, the LED tube should be loosened to achieve the correct illumination direction. As a result, the fixation between the LED tube and the lamp holder is in a poor state, and leakage occurs. Or safety concerns. Therefore, in view of the problems existing in the above-mentioned conventional LED tube structure, how to develop an innovative structure that is more ideal and practical, and the user is hopeful that the relevant industry must strive to develop the breakthrough goal and direction. In view of this, the creators have been engaged in the manufacturing and design experience of related products for many years. In view of the above objectives, the design and careful evaluation of the LED state-set lamp holders will be allocated to the lanterns. Point, after the development of the enterprise, M422029 will have a practical and practical creation. [New content] The main purpose of this creation is to provide an LED lamp structure with adjustable ray angle function; the problem to be solved is to improve the problem of the directional limitation of the LED lamp tube. The LED lamp structure with adjustable light angle function includes a lamp holder including a conductive end and a set of end ends; one axis 'has a long extended shape, and the opposite ends are respectively a set of ends and one The pivoting end portion is disposed at the assembly end of the lamp holder, and the support shaft is in a rotatable state with its axis; a rotating positioning member is disposed on the lamp holder assembly end and the support shaft group Corresponding to the corresponding position, so that the rotation angle of the fulcrum is changed to obtain a limit; the LED assembly is provided with a substrate, which is formed into a flat shape and defines a light-emitting side and a back side. The LED component assembly substrate system and the fulcrum Vertically disposed. The rear side is provided with a pivoting seat opposite to the pivoting end of the supporting shaft; a pivoting shaft for pivoting the pivoting end and the base assembly of the LED assembly In a pivoted state, the LED assembly substrate can be configured The pivoting member is in a slewing state; the LED component is disposed on the light emitting side of the LED group assembly substrate, and comprises a plurality of LED components assembled on the circuit base; The LED component assembly substrate is disposed at a position corresponding to the support shaft, so that the LED component is set to adjust the state of the substrate to obtain a multi-segment lattice positioning effect; thereby, when the illumination side angle of the LED lamp is skewed, The user can simultaneously turn and sway the LED component assembly substrate, and adjust the LED component assembly substrate to the correct angle, so that the LED component exhibits positive and unbiased degrees of the extension end and the closure panel. The set of the set plate is in the state of optical rotation 4 M422029, which can make the illumination direction of the Led lamp correct, and improve the practical progress of the performance of the led lamp. [Embodiment] Please refer to the first embodiment shown in Figures 1, 2, and 3 for the preferred embodiment of the LED lamp structure with the adjustable light angle function. However, these embodiments are for illustrative purposes only. Not limited by this structure. The LED lamp structure with adjustable light angle function comprises: a lamp holder 10 comprising a conductive end 11 and a set of end ends 12; a shaft 20' is elongated and extended in a plastic state, and the opposite ends are respectively The assembly end 21 and a pivot end 22' are assembled to the assembly end 12' of the socket and the support shaft 20 is rotatable with its axis; a rotary clamp member 30 The set end 12 of the δ hai lamp holder 10 is corresponding to the set end 21 of the fulcrum 20, so that the rotation angle of the fulcrum 20 is changed, and the limit is obtained; A light-emitting side 41 and a back side 42 are defined in a flat shape, and the LED component assembly substrate 40 is perpendicular to the vehicle 20, and the back side 42 is provided with a pivot. The mounting seat 43 is opposite to the pivoting end 22 of the support shaft 20; a pivoting shaft 50' is used to pivot the pivoting end of the pivoting shaft 22 and the LEI) assembly 40 The LED component assembly substrate 40 can be swung in a pivotal state with the pivot axis 50 as a fulcrum; an LED component 60' is disposed on the LED component assembly substrate 4 The side 41' includes a circuit board 61 and a plurality of LED elements 62 disposed on the circuit board 61. The M422029 one-frame positioning member 7 is disposed on the LED unit assembly substrate 40 and corresponds to the support shaft 20. Wherein, the LED component assembly substrate 40 is rotated to adjust the state to obtain a multi-segment cell positioning effect. Wherein the assembly end 12 of the socket 10 is a groove type, the groove is oppositely defined to define a circumferential wall 121 and an end wall 122 (indicated in FIG. 3); the rotary positioning member 30 includes The card slot 31 is formed on the peripheral wall 121 ′ of the socket 1 而 and the insertion post 32 is opposite to the fulcrum 20 An elastic member 33 is disposed between the assembly end 21 and the end wall 122 of the lamp holder 10 and the assembly end 21 of the support shaft 20. The guide slot 31 and the insertion post 32 are formed with a guide rail. The angle .301 is provided to provide smoothness of the engagement of the rotary positioning member 30. As shown in Fig. 1, the pivoting end 22 of the fulcrum 20 and the pivoting seat 43 of the LED assembly substrate 40 are provided with opposite holes 220, 430 for the pivoting shaft 50 to pass through. Wherein, the pivoting seat 43 of the LED assembly substrate 40 is provided with two opposite lugs 431 ' and the end of the lug 431 is an arc end: the compartment positioning member 70 The positioning protrusion 71 and the plurality of positioning teeth 72 are disposed, and the plurality of positioning teeth 72 are disposed along the curved end edge of the lug piece 431, and the positioning protrusion 71 is oppositely disposed on the support shaft 20. The position is such that the positioning latch 72 can be engaged with the positioning boss 71. The core design of the LED lamp structure with the adjustable light angle function disclosed by the above-mentioned structure is mainly based on the pivot axis 50 between the support shaft 20 and the 6 M422029 LED component assembly substrate 40. The technical feature of the support member 70 corresponding to the LED assembly unit substrate 40 is formed by the support shaft 70, whereby the LK) assembly can be swivel according to the pivot axis 50 (please match and uncover). And the positioning of the LED group _ the swing state is obtained by the compartment positioning member 7 , whereby the illumination direction of the light side 41 of the LED assembly can be adjusted; and the rotation of the socket 1 〇 with the fulcrum 2 该Positioning member 30, so that the support shaft 20 has a parameter (please refer to FIG. 4), thereby, when the LED angle is skewed, the user can rotate the component assembly substrate 40 at the same time. The substrate 40 is set to the correct angle 'to make the LED assembly 60 correct and unbiased. Description: The fact that the creation effect is improved is as follows: The main feature of the "adjustable light angle function" disclosed in the present invention is that the support shaft and the led The assembly of the component group is pivoted State, and the structural type of the positioning member is disposed at the position where the fulcrum and the led component are disposed, and the rotating positioning member is disposed corresponding to the shaft, thereby adopting an innovative unique structure combination design of the rotation angle change According to the conventional structure proposed in the prior art, when the LED degree is skewed, the user can rotate and assemble the substrate at the same time, and arrange the LED component group to illuminate the side of the substrate to make the LED component appear correctly. Unbiased state 'Pivot group state, and a grouping substrate 40 is provided at the juxtaposition. Referring to FIG. 5, the assembly substrate 40 is assembled, the substrate 40 is provided, the rotation angle is changed, the lamp illumination side 41, and the LED light is rotated. Side 41 is adjusted to an oblique state. The LED luminaire structural board is formed by arranging the substrate relative to each other and the lamp holder and the fulcrum of the fulcrum have the 'right side angle of the illuminating side of the luminaire to the correct angle of the LED group to make the LED lamp 7 M422029 The correct direction of illumination, and the practicality of improving the performance of LED lamps. 0 The new functions that can be created by this creation are as follows: From the structure of LED lamps, the core of the LED lamp structure with adjustable photometric function is released. Forming a substrate with the LED component. By pivoting the axis in a state of being pivoted, and matching the spacer positioning member to achieve a state in which the LED component assembly substrate is swung, so that the LED assembly is in a state of being in the process of actuation It tends to be stable, and it not only has excellent stability but also has the characteristics of swivel positioning. The disclosures of the above embodiments are intended to be illustrative of the present invention, and the description of the specific terms may not limit the scope of the patents of the present invention; those skilled in the art can understand the spirit and principles of the present invention. Modifications and modifications to achieve equivalent purposes These changes and modifications shall be covered in the creation of the patented range as described later in the context of the line-of-line control system, and the M422029 is defined. Fig. 1 is an exploded perspective view of a preferred embodiment of the present invention. Fig. 2 is a perspective view showing the combination of the preferred embodiment of the present invention. Figure 3 is a plan view of a preferred embodiment of the present invention. Figure 4: Schematic diagram of the rotation of the creation fulcrum. Figure 5: The schematic diagram of the LED assembly of the present invention is in a state of being swung. [Main component symbol description]
11 導電端 121 環周壁 2 1 組接端 2 2 0 穿孔 301 導斜角 3 2 插接柱 4 1 發光側 4 3 框設座 431 凸耳片 6 1 電路基板 7 1 定位凸柱 10 燈座 12 組設端 12 2 端壁 2 0 支軸 2 2 枢設端 3 0 旋轉定位構件 3 1 卡槽 3 3 彈性件 4 0 LED組件組設基板 4 2 背侧 4 3 0 穿孔 5 0 柩設軸 6 0 LED組件 6 2 LED元件 7 0 分格定位構件 7 2 定位卡齒 911 Conductive end 121 Peripheral wall 2 1 Set end 2 2 0 Perforation 301 Leading angle 3 2 Plug post 4 1 Illuminated side 4 3 Frame 431 Lug 6 1 Circuit board 7 1 Positioning stud 10 Lamp holder 12 Assembly end 12 2 End wall 2 0 Support shaft 2 2 Pivot end 3 0 Rotary positioning member 3 1 Card slot 3 3 Elastic member 4 0 LED assembly group substrate 4 2 Back side 4 3 0 Perforation 5 0 轴 Set shaft 6 0 LED component 6 2 LED component 7 0 compartment positioning member 7 2 positioning clamp 9