M323569 八、新型說明： 【新型所屬之技術領域】 本創作係為一種燈座結構，特別係為一種承載高功率發光二極 之燈座結構。 — 【先前技術】 隨著發光二極體(Light Emitting Diodes，LED)製作技術不斷進步， 使得發光二極體的發光功率逐漸提高，發光二極體之亮度亦漸^斥掸 •加，因此發光二極體可應用之層面也更加廣泛，可應用於例如日常^ 鲁明或情境照明…等。當發光二極體應用於照明時，其優點為調光性佳 色溫變化時不會產生視覺誤差；冷光源發熱量低，可以安全觸摸；節 能性高，在同樣亮度下，耗電量僅為普通白熾燈的十分之一或螢光^ 管的二分之一，節能效益相當可觀；以及發光二極體内不含污染物質, 製作時不具污染性。 μ 、 由於目前單顆發光二極體功率及發光亮度較低，不符合照明需 求不且單獨使用，所以需將多顆發光二極體同時組裝並配合電路設 计，以製作成實用的發光二極體照明燈具。設計者可根據照明使用和 光通置之需求，決定燈具光學系統的形狀、發光二極體的數目以及發 光功率的大小。其中，燈具之燈座結構設計亦影響了發光二極體燈且 w之實用性及穩定性。 々 - 習知之燈座結構較為簡易，多以日光燈所使用之燈座結構直接套 _用於發光二極體之燈座結構上，但是習知之燈座結構不符合發光二極 體燈座結構之需求，例如，習知之燈座結構並無為承載有發光二極體 之電路基板做特殊之設計，而是直接將電路基板貼合於燈座結構上， 所以碰撞時易使電路基板與燈座結構之結合鬆脫，使 定性不足，亦影_發光二極體燈具之實雜。 【新型内容】 本創作猎由將燈座結構设什成兩侧具有不同深度之Η型燈座，然 M323569 =作巧穌載燈座結合—第二燈罩，使其能轉具有 猎由上述之實施’使得本創作具有多種使用上之結^ 亚可達成多重使用之功能。 口式 為達上述之功效’摘作提供—紐座結構，用 基板上設置有複數個魏料，其包括：—承載燈座， ,體上具有一第一承載部’第一承載部至少之一侧設置二第工 =二及二H型燈座，其具有：—第—板體；—第二板體；以及-連 接板體；弟-板體與第二板體平行，連接板體連接第—板 板，並形成-Η型結構；其中第—板體及第二板體之同_侧端 =弟-結合部處設置有至少—第二結合部，其用以與第—結士 合，使得承載燈座與Η型燈座結合為一體。 〜 為達上述之功效，本創作又提供一種承載燈座結構，係應 種燈座結構中，其包括：-板體，板體板面之—側設有—第—承伊 以及至少一第一結合部，形成於板體上且位於第一承載部至少之一 為達上述之功效’本創作又提供一種燈座結構，用以承載一美 基板上設置有複數個發光單元，其包括：一承載燈座，其為一 ^ 板體上具有一第一承載部，第一承載部至少之一侧設置有一第一垆人 部；以及-第二燈罩’其具有-燈罩板體，於燈罩板體兩側 ^ 於第一結合部之位置設有至少一第三結合部。 Τ 藉由本創作的實施，至少可以達到下列之進步功效： ―、藉由承載燈座與兩側具有不同深度之Η型燈座結合，使产成社接 可依不同需求變化使用。 ι 、、、《構 二、藉由承載燈座與第二燈罩結合，使燈座結構可配合不同需求使 用0 【實施方式】 <第一實施例> M323569 2A 齡雜ί結構2G之立體分解實施例圖一。第 >圖係為本創作之一種燈座結構20之立體實施例圖—。 為第2A圖中沿A-A剖線之剖視實施例圖。第3A圖係 二二 種燈座結構20之立體實施例圖二。第3B圖係為第3A圖 線之剖視實施例圖。 甲/口 ΰ ^ 1圖及第2A圖所示，本實施例係為一種燈座結構％，用以 承載一基板π，基板η上設置有複數個發光單元12，且一 載燈座21 ;以及一 Η型燈座22。 /、匕栝.一承 壯夕fi2Β圖所示’承載燈座21 ’其為一板體，例如為—平面長條 肖板體’承載燈座係可以為-金屬板體。板體上具有 ^ 211，其約位於板體中段之位置。第一承載部211至少之—& 一 二結合部212 ’第-結合部212係由板體向—第—方向延3有又 =-承載部211外側延伸形成之一第一凸條。又第一凸鮮例如一 ^ ，與板體形成—雜之形狀。其中，第—方向係為承載燈 座21朝向Η型燈座22位置之方向。 、查垃燈座22，其具有一第一板體221、一第二板體222、以及一 ίΐΐϊί3:第一板體221係與第二板體222平行，連接板體扭 ，以連接苐-板體221以及第二板體222以形成一 Η型結構，盆中， ίif Γ21、第二板體222以及連接板體223皆為一長條狀之板體， Ϊ Ι Ξ 223之寬度係約略與基板11之寬度相符合。第一板體切及 弟一板體222之同一側端部相對於第一結合部212處設置有至少一 j合部224。第二結合部224係為一第二凸條，其形狀與第一凸條 目付，可與第一凸條相扣合，藉由第二結合部224與第一結合部212 J扣合’使得承載燈座21與Η型燈座22間可緊密^合為二二不易 ^脫其中’第-板體、第二板體、以及第三板體係分別可以金屬製 ,Η型燈座22之第一板體221上設置有一第一凹槽2211，其為一 ’長度可與第一板體221之長度相，，而第二板體U2上相 ;凹槽2211之位置上亦設置有一第二凹槽2221，其形狀係與 M323569 第一凹槽2211 -致，又第一凹槽2211及第 體223相對於承载燈座21之另 位，接板 =以將基板u嵌入，其凹槽高度係約略二= 付基板11可固定於η型燈座22上。 回又相同’使 結構化第-«紙 ^之ΐ構’使紐在_時料賴，進㈣H 3度十補強件2212及第二補強件2222長度可㈣一籌 ^221 222 ^ ^ 發光至_#構20中時，係以焊接方式將 發=:可===可 ίίί 4if料13 朗者需求聰^tut: 為金屬。安裝基板11時，可於基板η底部塗 &古、 =了複數個發先單元12之基板„嵌入第一凹二=第： 緣導歸係用以使發光單元12所產生之熱經由 本實施例之燈座結構20進一步具有一組側板23， f之側邊。於承載燈^ 21上具有至少—第-組合件213 了 i 一、、且S件213係位於第一結合部212之下方，且 可藉由螺絲24將第-組合件213與側板23結合。h型 ^二 體222具有至少—第二組合件奶，第二組合件弟奶 =-具有弧狀之孔洞，可藉由螺絲24將第二組合件您盘侧板幻 二δ，將燈座結構20完整封閉。於承载燈座21上且位於第一社人邛 214, - 第一板體221及第二板體222之同一側端部可以設有至少一支撐 M323569 於f二組合件225及一第四結合部227之間，支 226，用以支撐=_四，合部227係形成一組第三凹槽 燈罩，其設置可減小/ 。弟二燈罩25可以為—平面長條之板狀 發出之光線。第1二^25 ★入發光皁兀12上，而遮蔽發光單元12所 和且柄料》irf也可使得發光單元12所發丨之光線更加柔 笛-4 ί ί 弟2Β圖所示，為了簡化製作Η型燈座22之手# 弟-組^件225亦可作為支標件使用。 仏座22之手績’ 結合所示，H型燈座22可反轉180度後以第四 其軸孫i :: f、、、° &部212結合，第四結合部227係為一第四凸條， 型燈座2Γη^Τ替凸2条相符’可與第一凸條相扣合’使承載燈座21與Η 座22間可緊畨結合為一燈座結構2〇，。第一板 形凹槽’長度可與板體221之長度相等： 槽如中，其凹槽高凹 定於H型燈座22上。 /、土攸11之回度相R，使基板11可固 件(耒^，體甘221及第二板體222之同一側端部亦可設有至少一支撐 件之= 不)/其係位於第二組合件225及第二結合部224之間，支標 228, 凸條罢與第二結合部224係形成一組第六凹槽 前為、、=，^谷f弟罩25。轉後Η型麵22之深雜未反轉 t此種狀悲—般不·反射罩13於發光單元12上，因此可使 接近第一燈罩25，以減少發光單元12光線之損耗。使 求將h型燈座22反轉或不反轉，以獅不同深度之η i 用。2 &與承載燈座21結合’使得本實施例之燈座結構如可靈活運 ^弟〜實施例> 圖传Ϊ I Γ,ΐ為本創作之一種燈座結構2G，，立體分解實施例圖二。第5 糸為本創作之一種燈座結構20”結合剖視實施例圖。 M323569 本實施例係為一種燈座結構2〇”， 祕ΐΛ4ί及第5圖所示，承載燈座21，其為—板體，俜a工 長條狀之板體，板體係可為一金屬板體 ^二平面 ΐ有n如1之寬綱合第承載 置有弟、、、口 a邛212，第一結合部212係由板I#向一繁_士 口又 後，又向第-承载部211外侧延伸形成之」 ^^伸 例如-凸出之長條，與板體形成—滑執之形=。 承載燈座21朝向第二燈罩26位置之方向。-弟方向係為 相燈ίϋ’其具有一燈罩板體261，於燈罩板體261兩側端部 I L i—弟三凸條’其形狀係與第—凸條相符合，且長ΐϋί 二凸條相同’可滑人第-凸條與板體形成之執道中，使第三^^弟 ^-，合部212相扣*，並使得承载燈座Μ #第二燈罩^ 、、，σ 5。第二燈罩26係為一透光板體，其材質係可以 a 其形ί係弧面板體’可以依使用者需求選擇其曲/t。 2=設，於鄰近第-承載部211之—侧，用以嵌人基二= L相ϊ=ίΓ !^座21，度相同’且其高度係與基板11之 子又相付，可將基板11肷入於弟七凹槽215中。 =於基板11底部塗上-絕緣導熱膏，再將基板u 二” 中，使基板11固定於第一承載部211上。盆中，奶 才曰 光單元12所產生之熱經由燈座結構2G，，加緣導齡係可將發 基板11之設置方式不以上述之實施例為限，亦可於承載产座21 上再设置至少一第五結合部(未顯示）’其設置之位置、一纟士^ ，第一承载部2U帛。第五結合部係為由板體向二延口 0後 向弟-承载部2U之方向延伸’以形成一第八凹槽，二 M323569 槽’第八凹槽之長度與承載燈座21之長度相同且高度亦與基板 厚度相符’可將基板11喪入第八凹槽中，使基板u固定於第一 部211上，不會任意滑動。 戰 播二實施Γ座體結構進一步具有一組側板23，其用以封閉燈座結 構SO〆之侧邊。於承載燈座21上具有一第一組合件213，第一組合 於第一i吉合部212之下方’為一具有弧狀之孔洞，可藉由螺 牛213與侧板23結合，將燈座結構20”完整封閉。 ΪΪ Ϊ上位於第一結合部212之外側具有複數個開謂，其 -可用以將燈座結構20”以螺絲24固定於牆面上。 1 實施例係肋制本創作之特點，其目的在使熟習該技 本創作之内容並據以實施，而非限定本創作之專利範圍， :他未脫離本創作所揭示之精神而完成之等效修飾或修改，仍應 包含在以下所述之申請專利範圍中。 【圖式簡單說明】 = 創作之一種燈座結構之立體分解實施例圖一。 f =圖係為本創作之-種燈座結構之立體實施例圖—。 =圖係為第2A圖中沿A-A剖線之剖視實施例圖。 Ϊ 3 S為本創作之—種燈座結構之立體實施例圖二。 #圖係為第3A圖中沿β-Β剖線之剖視實施例圖。 :本創作之—種燈座結構立體分解實施例圖二。 弟圖係為本創作之一種燈座結構結合剖視實施例圖。 【主要元件符號說明】 11 ...........................基板 12 ........................... 光單元 13 ...........................反射罩 2〇,20’，20”.............燈座結構 11 M323569 21 ...........................承載燈座 211 .........................第一承載部 212 .........................第一結合部 213 .........................第一組合件 214 .........................開孔 215 .........................第七凹槽 22 ...........................Η型燈座 221 .........................第一板體 2211 .......................第一凹槽 2212 .......................第一補強件 2213 .......................第四凹槽 222 .........................第二板體 2221··.....................第二凹槽 2222 .......................第二補強件 2223 .......................第五凹槽 223 .........................連接板體 224 225 226 227 228 第二結合部 第二組合件 第三凹槽 第四結合部 第六凹槽 23 ...........................侧板 24 ...........................螺絲 25 ...........................第一燈罩 26 ...........................第二燈罩 261...................................燈罩板體 M323569 262 第三結合部M323569 VIII. New Description: [New Technology Field] This creation is a lamp holder structure, especially a lamp holder structure that carries high-power light-emitting diodes. — 【Prior Art】 With the continuous advancement in the production technology of Light Emitting Diodes (LED), the luminous power of the LED is gradually increased, and the brightness of the LED is gradually increased. The level of application of the diode is also more extensive, and can be applied to, for example, everyday ^ Lu Ming or context lighting ... and the like. When the light-emitting diode is applied to illumination, the advantage is that the dimming quality does not cause visual error when the color temperature changes; the cold light source has low heat generation and can be safely touched; the energy saving is high, and the power consumption is only under the same brightness. One tenth of ordinary incandescent lamps or one-half of fluorescent tubes, the energy-saving benefits are considerable; and the light-emitting diodes contain no pollutants and are not polluting. μ, due to the current low power and low brightness of a single LED, it does not meet the lighting requirements and is not used alone. Therefore, multiple LEDs must be assembled at the same time and matched with the circuit design to make a practical light. Polar lighting fixtures. The designer can determine the shape of the optical system of the luminaire, the number of illuminating diodes, and the amount of illuminating power, depending on the lighting usage and the requirements of the luminaire. Among them, the lamp holder structure design of the lamp also affects the practicality and stability of the LED lamp. 々 - The structure of the lamp holder is relatively simple, and the lamp holder structure used for the fluorescent lamp is directly set on the lamp holder structure of the light-emitting diode. However, the conventional lamp holder structure does not conform to the structure of the LED lamp holder. Needs, for example, the conventional lamp holder structure does not have a special design for the circuit substrate carrying the light-emitting diode, but directly attaches the circuit substrate to the lamp holder structure, so that the circuit substrate and the lamp holder structure are easily formed during a collision. The combination of loose, so that the qualitative is not enough, also shadow _ light-emitting diode lamps are mixed. [New content] This creation is made up of a lamp holder structure with a different depth of the lamp holder on both sides, but M323569 = combined with the lamp holder - the second lamp cover, so that it can be hunted by the above The implementation of 'this makes the creation of a variety of uses in the end of the system can achieve multiple use of the function. The mouth type is provided for the above-mentioned function's extract--the structure of the button, and the substrate is provided with a plurality of Wei materials, which comprises: a carrying lamp holder, the body having a first carrying portion 'the first carrying portion at least One side is provided with two second working = two and two H type lamp holders, which have: - a first plate body; - a second plate body; and - a connecting plate body; a brother - plate body parallel to the second plate body, connecting the plate body Connecting the first plate and forming a Η-shaped structure; wherein the first plate body and the second plate body are provided with at least a second joint portion at the same side _ side joint portion for the first knot The combination of the lamp holder and the lamp holder is integrated into one. ~ In order to achieve the above-mentioned effects, the present invention also provides a structure for carrying a lamp holder, which is a kind of lamp holder structure, which comprises: - a plate body, a side of the plate body surface - a - Cheng Yi and at least one A joint portion is formed on the plate body and is located at least one of the first load-bearing portions to achieve the above-mentioned effect. The present invention further provides a lamp holder structure for carrying a plurality of light-emitting units on a substrate, comprising: a carrying lamp holder having a first carrying portion on a plate body, a first arm portion being disposed on at least one side of the first carrying portion; and a second lamp cover having a lamp cover plate and a lamp cover The third side of the board body is provided with at least one third joint portion at a position of the first joint portion.藉 With the implementation of this creation, at least the following advancements can be achieved: ― By combining the lamp holder with the 灯-type lamp holders with different depths on both sides, the production community can be used according to different needs. ι , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Decompose the embodiment Figure 1. The > diagram is a perspective embodiment of a lamp holder structure 20 of the present invention. It is a cross-sectional view of the embodiment taken along line A-A in Fig. 2A. Fig. 3A is a perspective view of a two-dimensional embodiment of two lamp holder structures 20. Fig. 3B is a cross-sectional view of the third embodiment of Fig. 3A. A / mouth ΰ ^ 1 and 2A, the present embodiment is a lamp holder structure % for carrying a substrate π, a plurality of light-emitting units 12 are disposed on the substrate η, and a lamp holder 21 is mounted; And a lamp holder 22. / 匕栝 一 一 一 fi fi fi fi fi fi fi ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ The plate has ^ 211, which is located approximately at the middle of the plate. The first bearing portion 211 is at least - and the second coupling portion 212' of the first coupling portion 212 is formed by the plate body extending toward the first direction and the outer portion of the carrier portion 211 to form a first ridge. Further, the first convex shape is, for example, a ^, which forms a shape of a miscellaneous shape with the plate body. The first direction is the direction in which the lamp holder 21 faces the position of the cymbal holder 22. The lamp holder 22 has a first plate body 221, a second plate body 222, and a second plate body 221 which are parallel to the second plate body 222, and the connecting plate body is twisted to connect the 苐- The plate body 221 and the second plate body 222 form a Η-shaped structure. In the basin, the ίif Γ 21, the second plate body 222 and the connecting plate body 223 are all elongated strips, and the width of the Ϊ Ξ 223 is approximately It conforms to the width of the substrate 11. The same side end portion of the first plate body and the second plate body 222 is provided with at least one j joint portion 224 with respect to the first joint portion 212. The second joint portion 224 is a second rib, and the shape is matched with the first convex portion, and can be engaged with the first ridge, and the second joint portion 224 is engaged with the first joint portion 212 J. The bearing socket 21 and the cymbal holder 22 can be tightly combined to be two or two, and the 'first board body, the second board body, and the third board system can be made of metal, respectively. A first recess 2211 is disposed on a plate body 221, and the length of the first plate body 221 is opposite to the length of the first plate body 221, and the second plate body U2 is disposed on the second plate body U2; The groove 2221 has a shape corresponding to the first groove 2211 of the M323569, and the first groove 2211 and the second body 223 are opposite to the bearing lamp holder 21, and the plate is inserted to embed the substrate u, and the groove height thereof is Approximately two = the substrate 11 can be fixed to the n-type socket 22. Back to the same 'make the structure of the first - « paper ^ ΐ ' 使 使 纽 纽 纽 纽 纽 纽 纽 进 进 进 进 进 进 进 进 进 进 进 进 进 进 进 , , 进 进 进 进 进 进 进 进 进 进 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四#构造20, when the welding method will be issued =: can === can be ίίί 4if material 13 lang demand Cong ^tut: for metal. When the substrate 11 is mounted, the substrate can be coated on the bottom of the substrate η, and the substrate of the plurality of precursor units 12 is embedded in the first concave second = the first: the edge is used to cause the heat generated by the light-emitting unit 12 to pass through the present The lamp holder structure 20 of the embodiment further has a plurality of side plates 23, a side of the f. The carrier lamp 21 has at least a first assembly 213, and the S member 213 is located at the first coupling portion 212. Bottom, and the first assembly 213 can be combined with the side plate 23 by the screw 24. The h-type two body 222 has at least a second assembly milk, and the second assembly member milk has a curved hole, which can be borrowed. The second assembly member is slanted by the screw 24, and the lamp holder structure 20 is completely closed. On the carrying lamp holder 21, the first body 214, the first plate body 221 and the second plate body are located on the carrying lamp holder 21. The same side end portion of the 222 may be provided with at least one support M323569 between the f-two assembly 225 and a fourth joint portion 227, the branch 226 for supporting =_4, and the joint portion 227 forming a set of third grooves The lampshade can be set to reduce /. The second lampshade 25 can be a light of a flat strip of strips. The first two ^ 25 ★ into the light兀12, while shielding the light-emitting unit 12 and the handle "irf" can also make the light emitted by the light-emitting unit 12 more whistling - 4 ί ί Β Β , , , , , , , , , , , , , , , , , , , , , , #弟-组^件225 can also be used as a standard. The performance of the scorpion 22' is shown in combination. The H-type lamp holder 22 can be reversed by 180 degrees and then the fourth axis: i: f, ,, The combination portion of the ° and the portion 212 is a fourth ridge, and the lamp holder 2 Γ Τ Τ Τ Τ 凸 2 ' ' ' ' ' 可 可 可 使 使 使 使 使 使 承载 承载 承载 承载 承载 承载 承载 承载 承载 承载 承载 承载 承载 承载 承载22 can be tightly combined into a lamp holder structure 2〇. The length of the first plate-shaped groove can be equal to the length of the plate body 221: the groove is, for example, the groove is concavely defined on the H-shaped lamp holder 22. /, the back phase of the soil 11 is R, so that the substrate 11 can be made into a firmware (the same side end of the body 221 and the second plate 222 can also be provided with at least one support member = no) / the system is located Between the second assembly 225 and the second joint portion 224, the rib 228, the rib and the second joint portion 224 form a set of sixth grooves before, and =, ^ 谷 f f hood 25. After the turn The deep surface of the Η-shaped surface 22 is not reversed. Generally, the reflector 13 is disposed on the light-emitting unit 12, so that the first lamp cover 25 can be approached to reduce the loss of light of the light-emitting unit 12. The h-type lamp holder 22 is reversed or not reversed, and the lion is different in depth. η i is used in conjunction with the carrying lamp holder 21 to make the lamp holder structure of the present embodiment flexible, and can be used as an embodiment. Fig. 2 is a three-dimensional exploded embodiment. The fifth embodiment is a cross-sectional embodiment of a lamp holder structure 20" of the present invention. M323569 This embodiment is a lamp holder structure 2〇”, the secret 4ΐΛ and the 5th figure, the bearing lamp holder 21 is a plate body, a bar-shaped plate body, and the plate system can be a metal. The plate body ^2 plane ΐ has n such as the width of the first frame is placed with the younger brother, and the mouth a 邛 212, the first joint portion 212 is from the plate I# to a complex _ _ mouth and then to the first - The outer side of the carrying portion 211 is formed to extend, for example, a long strip that protrudes from the plate body to form a slippery shape. The lamp holder 21 is oriented in the direction of the position of the second lamp cover 26. - The direction of the brother is a phase lamp ϋ 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 其 IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL IL In the same way as the 'slidable person's first-convex strip and the plate body, the third ^^^^, the joint portion 212 is interlocked*, and the carrying lamp holder Μ #second lampshade ^, ,, σ 5 . The second lamp cover 26 is a light-transmissive plate body, and the material thereof can be a shape of the arc-shaped panel body. 2=Setting, adjacent to the side of the first-bearing portion 211, for embedding the base 2 = L phase ϊ = Γ ^ ^ ^ seat 21, the same degree ' and its height is paid with the sub-board of the substrate 11, the substrate can be 11 breaks into the VII groove 215. Applying an insulating thermal paste to the bottom of the substrate 11, and then fixing the substrate 11 to the first carrying portion 211 in the substrate. In the basin, the heat generated by the calendering unit 12 passes through the lamp holder structure 2G. The method of setting the base plate 11 is not limited to the above embodiment, and at least one fifth joint portion (not shown) may be disposed on the bearing base 21, and the position thereof is set. a gentleman ^, the first bearing portion 2U帛. The fifth joint portion is extended from the plate body to the second extension port 0 to the direction of the brother-bearing portion 2U to form an eighth groove, two M323569 slots The length of the eight grooves is the same as the length of the carrying lamp holder 21 and the height is also consistent with the thickness of the substrate. The substrate 11 can be lost in the eighth recess, so that the substrate u is fixed on the first portion 211 without any sliding. The second embodiment of the pedestal structure further has a set of side plates 23 for closing the side edges of the lamp holder structure SO. The first lamp assembly 21 has a first assembly member 213, and the first combination is combined with the first assembly. The lower part of the portion 212 is an arc-shaped hole which can be combined with the side plate 23 by the snail 213, and the lamp holder The structure 20" is completely enclosed. The outer side of the first joint portion 212 has a plurality of openings, which can be used to fix the socket structure 20" to the wall surface with screws 24. 1 Embodiments The characteristics of the ribs of the present invention are The content of the literary creation is familiar with and is not intended to limit the scope of the invention, and the equivalent modifications or modifications that are not made without departing from the spirit of the invention should still be included in the application described below. In the scope of patents [Simplified description of the drawing] = A three-dimensional decomposition example of a lamp holder structure created in Fig. 1. f = Figure is a three-dimensional embodiment of the lamp holder structure of the creation - Fig. 2A is a cross-sectional view of the embodiment taken along line AA. Ϊ 3 S is a three-dimensional embodiment of the lamp holder structure. Figure 2 is a section along the line β-Β in Figure 3A. Embodiment Fig.: The two-dimensional decomposition embodiment of the lamp holder structure of the present invention is shown in Fig. 2. The figure is a combination of a lamp holder structure and a cross-sectional embodiment of the creation. [Main component symbol description] 11 ..... ......................substrate 12 .......................... Light unit 13 .... .......................reflector 2〇, 20', 20”.............lamp base structure 11 M323569 21 ........................... Carrying lamp holder 211 ................. ........first load bearing portion 212.........................first joint portion 213 ....... ..................first assembly 214 .........................opening 215 ......................... Seventh groove 22 ................... ........Η型灯座221..............................The first board 2211...... ................ First groove 2212 ....................... First reinforcement member 2213 . ......................fourth groove 222 ....................... .. second plate 2221··..................... second groove 2222 ............... ........The second reinforcement 2223 .......................The fifth groove 223 ......... ................Connecting plate body 224 225 226 227 228 Second joint portion Second assembly member Third groove Fourth joint portion Sixth groove 23 ..... ......................Side panels 24.............................. ..screw 25 ...........................first lampshade 26 ............... ...... ...the second lampshade 261............................. lampshade plate M323569 262 Third joint