五、新型說明： 【新型所屬之技術領域】 —種使用材 本創作係有關於一種LED燈泡結構，尤指 質為玻璃，利用吹氣成型燈罩之LED燈泡。 【先前技術】 現有技術之LED燈泡結構如圖5所示，該電源座9〇 .底端可與電源或市電相互連接，其頂端可與一中空之支持 • 座91相互連通，該支持座91頂端設置一鋁基座92,該鋁 基座92之頂端平面處設有鋁基片93，其鋁基片93所需之 電源轉換裝置或線路可設置於支持座91之内部空間，該銘 基座92頂端之周緣可與燈罩94相互膠合或卡合固定，贫 燈罩94之開口於與紹基座92相互連接處形成_轉折角^ 較大之平面941，以提高膠合或卡合之功效。 又 進:步請參見圖6所示，因燈罩94之材質多為壓克 力’其成型：¾•式為才甲出成型或塑膝射出成$，該成型方 (f為-模具，其包含有公模具及母模具，利用所設計模且二 -成型模穴與燈罩94相同，待塑料成型於模具固化成燈軍94 形成開口，另於靠近燈罩94之開口處朝向中心形成有 一内環片的平面941 ’因此為了可使模具可從燈罩94之開 口取出脫模，該燈罩94僅製作出小於半圓球型的外型以 為了可於罪近燈罩94之開口處形成一平面％ 1，則必 另外加工成型。 、 而 上方， 此種燈罩94為半圓球體型，出光範圍較小僅集中於 兩侧與下方出光較少，使得現有技術之LED燈泡因 3 結構上的限制’造成LED發光Μ發出之光線無 且有=田之出光關，依前述，現行技術之LED燈泡仍 有啫多缺點需待改善。 【新型内容】 y作者有鑑於現行LED燈泡之燈罩結構具有出光範 圍較小且出光不均勻 1問相予以重新設計，藉由本創作 所。又叶之LED燈泡結構， 本創作目的。 以善出純圍與^不均勾為 為達到本創作之 種LED燈泡結構，其 一鋁基片； 目的所運用的技術手段，即在提供一 包括一支持座、一電源座、一燈罩及 該支持座為一中空管體，底部可與電源座相互連接， 該支持座頂端内部形成有一環型凹槽； 該銘基片可設置於支持座頂端，油基片其上形成有 電路基板，f路基板上設有複數個LED發光元件； .該燈罩，材質為玻璃，其成型方式為吹氣成型其外型 為一球型外罩，1下方且古 „〇 ，、卜方具有一開口，該開口周緣具有一連 接端部’該連接端部為一直瞢壯 ^ 且^狀，可與支持座之凹槽相互 膠合固定。 所述之LED燈泡結構，其中進一步設有—散熱座，該 散熱座^置在該支持座之内部空間處，該銘基片設置於該 散熱座上方。 所述之LED燈泡結構，該散熱座’其為一柱體向外側 突伸複數個環狀間隔排列之W，其外型與支持座頂端之 内部空間相對應、’其頂端面與底端面齊平，續片間設有兩 M396926 固疋部，其位置與支持座之兩固定孔相對應，可以—螺釘 將散熱座與支持座相互結合固定，該散熱座於轴向方向設 有一穿孔從頂端貫穿其本體至底端β βΧ 所述之LED燈泡結構，該支持座之中段處由複數個呈 輻射狀間隔排列之鰭片所組成，可使内、外部空氣相互連 通，該支持座頂端為-環型周、緣，可肖韓片之頂端相互連 接’於縛片之内側底端處形成一固定部，該固定部為兩固 定孔，其固定孔内部具有螺紋。 所述之LED燈泡結構，該鋁基片，該鋁基片之外型與 散熱座之頂端面相當，該鋁基片其上設有一穿孔，其位置與 散熱座之穿孔相對應，可令鋁基片之所需線路經由穿孔穿^ 至支持座底端之内部空間，與電源轉換裝置相互連接。 藉由前述的技術手段本創作可達到以下的優點及功 效：本創作所設計之燈罩為一球體型外罩，其下方開口處 具有一連接端部，與連接端部相互連結處亦為一圓弧面， 此燈罩設計因其採用玻璃材質且利用吹氣成型方式製作， 克服現有&術上製作燈罩外型的限㈣，使得本創作較現有 技術出光更為均勻且有較全幅之出光範圍。 【實施方式】 本創作為-種LED燈泡結構，如圖，及圖2所示，其 包括-支持座1〇、-電源座20、一燈罩3〇、一散熱座4〇 及一鋁基片50。 該支持座10,其為一中空管體，該支持座1〇底端可與 電源座20相互連接，該電源座2〇其底端可與電源或市電 相互連接，該支持座之中段處由複數個環狀間隔排列之 5 M396926 熱座40之頂端面相對於支持座1〇之凹槽ι〇彳之位置為 高’因此可令鋁基片50上電路基板，位於燈罩30内部接 近中心處。 於本創作接上電源使用時，如圖4所示，其LED 51之 出光角度因該燈罩30具有一大面積之圓弧面且於靠近連接 端部31處亦為一圓弧表面，可令LED 51發出之光線因折 射現象有較全幅之出光範圍V. New description: [New technology field] - A kind of material This book is about an LED bulb structure, especially a glass bulb that uses a blow molding lampshade. [Prior Art] The structure of the LED bulb of the prior art is as shown in FIG. 5. The bottom end of the power socket 9 can be connected to a power source or a commercial power source, and the top end thereof can communicate with a hollow support base 91. The support base 91 An aluminum base 92 is disposed at the top end, and an aluminum substrate 93 is disposed at a top end of the aluminum base 92. The power conversion device or circuit required for the aluminum substrate 93 can be disposed in the inner space of the support base 91. The periphery of the top end of the seat 92 can be glued or snap-fitted to the lamp cover 94. The opening of the lamp cover 94 is formed at a joint with the base 92 to form a flat surface 941 having a larger turning angle to improve the bonding or engaging effect. Further advancement: Please refer to Figure 6, as the material of the lampshade 94 is mostly acrylic's molding: 3⁄4• is the shape of the nail or the plastic knee is injected into the $, the molding side (f is - mold, its The utility model comprises a male mold and a female mold, wherein the designed mold and the two-molded mold cavity are the same as the lamp cover 94, and the plastic molding is formed in the mold to form an opening of the lamp army 94, and an inner ring is formed toward the center near the opening of the lamp cover 94. The plane 941' of the sheet is therefore such that in order to allow the mold to be removed from the opening of the lampshade 94, the lampshade 94 is only made to have a smaller than semi-spherical shape in order to form a plane %1 at the opening of the lampshade 94. In addition, the lampshade 94 is a semi-spherical type, and the light-emitting range is small, focusing only on the two sides and the lower part, so that the LED lamp of the prior art is caused by the 3 structural limitation. According to the above, there are still many shortcomings in the current technology of LED bulbs that need to be improved. [New content] The author of the current LED bulb has a light-emitting range and Out Uneven 1 question phase was redesigned, with this creation office. And the LED bulb structure of Ye, the purpose of this creation. To achieve the LED bulb structure of this creation, the aluminum base The technical means used for the purpose is to provide a support base, a power base, a lamp cover and the support base as a hollow pipe body, and the bottom portion can be connected with the power base, and the top of the support base is formed inside a ring-shaped groove; the Ming substrate can be disposed on the top of the support base, the oil substrate is formed with a circuit substrate thereon, and the f-channel substrate is provided with a plurality of LED light-emitting elements; the lamp cover is made of glass, and the molding method is The shape of the air blow molding is a spherical outer cover, 1 is lower and the old one is 〇, and the side has an opening, and the periphery of the opening has a connecting end portion. The connecting end portion is always strong and ^ shape, and can be The recess of the support base is glued and fixed to each other. The LED light bulb structure further includes a heat sink seat disposed at an inner space of the support base, and the front substrate is disposed above the heat sink. LED The blister structure, the heat dissipating block is a column body protruding outwardly from the plurality of annularly spaced W, the outer shape of which corresponds to the inner space of the top end of the support seat, and the top end surface and the bottom end surface are flush with each other, There are two M396926 fixing parts, which are located corresponding to the two fixing holes of the support base. The screw can fix the heat sink and the support base to each other. The heat sink has a perforation in the axial direction from the top end to the body thereof. The LED lamp structure of the bottom end β βΧ, the middle portion of the support block is composed of a plurality of fins arranged in a radial interval, and the inner and outer air are connected to each other, and the top of the support seat is a ring-shaped circumference. The edge of the Korean piece is connected to each other to form a fixing portion at the inner bottom end of the binding piece, and the fixing portion is two fixing holes, and the fixing hole has a thread inside. In the LED light bulb structure, the aluminum substrate has an outer shape corresponding to a top end surface of the heat sink, and the aluminum substrate is provided with a through hole corresponding to the perforation of the heat sink to make the aluminum The desired wiring of the substrate is connected to the power conversion device via a through hole to the internal space of the bottom end of the support. The above-mentioned technical means can achieve the following advantages and effects: the lampshade designed by the present invention is a spherical outer cover having a connecting end portion at the lower opening, and an arc connecting the connecting end portion. The lampshade design is made of glass material and is formed by blow molding. Overcoming the limitations of the existing & manufacturing of the lampshade, the creation is more uniform and has a wider range of light than the prior art. [Embodiment] The present invention is an LED bulb structure, as shown in FIG. 2 and FIG. 2, which includes a support base 1 , a power socket 20 , a lamp cover 3 , a heat sink 4 , and an aluminum substrate . 50. The support base 10 is a hollow tube body, and the bottom end of the support base 1 can be connected to the power base 20, and the bottom end of the power base 2 can be connected with a power source or a commercial power. The position of the top surface of the 5 M396926 hot seat 40 arranged in a plurality of annular intervals is higher than the position of the groove ι of the support base 1 so that the circuit substrate on the aluminum substrate 50 is located near the center of the lamp cover 30. . When the power supply is used in the present invention, as shown in FIG. 4, the light exit angle of the LED 51 is a circular arc surface of the light cover 30 and a circular arc surface near the connecting end portion 31. The light emitted by LED 51 has a wider range of light due to the phenomenon of refraction.
以上所述僅是本創作之較佳實施例，並非對本創作作 任何形式上的限制，雖然本創作已以較佳實施例揭露如 ί ’然而並非用以限定本料，任何熟悉本專業之技術人 貝，在不脫離本創作技術方案的範圍内，當可利用上述揭 示的技術内容作些許更動或修斜為等同變化的等效實施 例，但凡是未脫離本創作之技術方案内容， ^ 技術實質對以上實施例作的任何簡單修：到作的 飾，均仍屬於本創作技術方案的範圍内。 化與修The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, although the present invention has been disclosed in the preferred embodiments, however, it is not intended to limit the material, any technology familiar to the art. In the scope of the technical solution, the above-mentioned technical content may be used to make some modifications or modifications to the equivalent embodiment, but the technical solutions without departing from the creation, ^ technology Any simple repairs made to the above embodiments are still within the scope of the present technical solution. And repair
【圖式簡單說明】 圖1係為本創作之立體外觀圖。 圖2係為本創作之立體分解圖。 圖3係為本創作之平面局部剖面圖。 圖4係為本創作之燈罩平面剖面圖。 圖5係為現有技術之平面剖面圖。 圖6係為現有技術之燈罩平面到面圖 【主要元件符號說明】 1 〇1凹槽 1()支持座 M396926 102 固定孑L 11 鰭片 20 電源座 30 燈罩 31 連接端部 40 散熱座 41 韓片 42 固定部 43 穿孔 50 銘基片 51 LED 52 穿孔 90 電源座 91 支持座 92 隹呂基座 93 銘基片 94 燈罩 941 平面[Simple description of the drawing] Figure 1 is a three-dimensional appearance of the creation. Figure 2 is a perspective exploded view of the creation. Figure 3 is a plan partial cross-sectional view of the creation. Figure 4 is a plan sectional view of the lampshade of the present invention. Figure 5 is a plan sectional view of the prior art. Figure 6 is a plan view of the prior art lamp cover. [Main component symbol description] 1 〇1 groove 1 () support seat M396926 102 fixed 孑 L 11 fin 20 power supply seat 30 lamp cover 31 connection end 40 heat sink 41 Sheet 42 Fixing part 43 Perforation 50 Ming base sheet 51 LED 52 Perforation 90 Power socket 91 Support base 92 Lulu base 93 Ming base sheet 94 Shade 941 plane