M310304M310304
♦ I 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種可擴充式模組化燈具結構，尤指 一種將複數燈殼加以組合連接的可擴充式模組化燈且姓 才冓。 八口 【先前技術】 _ ^由於發光二極體（led)具有亮度高、省電、壽命長等 4夕優點’而被廣泛地應用在燈具的照明上，其通常係將 多數LED燈連結在—電路板上，以組合成—LED燈組，再 藉由複數LED燈組的串聯或並聯設置以構成燈具結構，以 作大面積的照射與高亮度之使用需求，並可將其作為室内 或戶外的照明。 習知燈具結構，主要包括一燈殼、一透光罩、一分隔 板、- LED模組，其中燈殼開設有通風槽，透光罩係與燈 籲殼相互連接，而分隔板則係呈水平方式結合於燈殼及透光 罩之間，並區隔有第一盥第—处門，另/八卩_4 士遗九 ，、乐一工間，另在分隔板之中央設 置有開口，该LED模組包含電路板、分別固接在電路板 之上、下兩平面的散熱器及複數⑽燈，電路板係封合在 分：板之開口處，並使各LED燈容設於第二空間中，而散 熱裔則形成於第一空間中，且其係由熱管及套接於熱管的 夕數政熱片所構成，該等散熱片係相互堆量組合而成，·如 此，以組合成一燈具結構。 際使用上仍存在有下述之 然而，習知燈具結構，在實 ；M310304 問題點，由於其燈殼不具有與相鄰燈殼組合的連接機構， 並無法依實際照明需求來擴增燈殼數量，而大幅降低其實 用性及使用Ιϋ »#，另，其在生產各種不同規格或功率的燈 具結構時，需依各燈具結構之需求分別開設相應的模具來 製作，如此將增加模具的開設成本及延長開發製作時間； 又，其燈殼、分隔板及散熱片組等皆個別製作，不僅有元 件之模具的設置成本，且在組裝製程方面亦相當的複雜盘 繁瑣’而大幅增加製造與組裝成本；再者，其僅以敎管來 作為導熱，能與LED燈直接貼接的表面積相當有限，因此 所能帶離的熱量有其侷限性，而亟待加以改善者。 【新型内容】♦ I VIII. New description: [New technical field] This creation is about an expandable modular luminaire structure, especially an expandable modular lamp that combines multiple lamp shells and has a surname ten billions. Eight Ports [Prior Art] _ ^ Because LEDs have the advantages of high brightness, power saving, long life, etc., they are widely used in the illumination of lamps, which usually connect most LED lamps. - on the circuit board, to be combined into a LED light group, and then connected in series or in parallel by a plurality of LED light groups to form a lamp structure for large-area illumination and high-brightness use, and can be used as indoor or Outdoor lighting. The conventional lamp structure mainly comprises a lamp housing, a translucent cover, a partition plate, and an LED module, wherein the lamp housing is provided with a ventilation slot, and the transmissive cover is connected with the lamp cover shell, and the partition plate is connected. It is horizontally combined between the lamp housing and the translucent cover, and is separated by a first 盥 first door, another 八 卩 4 遗 , , , , , , , , , , , , , , , , , The LED module comprises a circuit board, a heat sink fixed on the circuit board and the lower two planes, and a plurality of (10) lamps, the circuit board is sealed at the opening of the sub-board, and each LED lamp is arranged The heat dissipating body is formed in the first space, and the heat dissipating body is formed in the first space, and the heat dissipating heat sink is formed by combining the heat pipe and the heat pipe which is sleeved on the heat pipe. · So, to combine into a luminaire structure. However, there are still the following. However, the conventional lamp structure is in fact; the problem of M310304 is that the lamp housing does not have a connection mechanism with the adjacent lamp housing, and the lamp housing cannot be amplified according to actual lighting requirements. Quantity, but greatly reduce its practicability and use Ιϋ »#, in addition, in the production of various specifications or power of the lamp structure, it is necessary to open the corresponding mold according to the needs of each lamp structure, so will increase the opening of the mold Cost and extension of development and production time; In addition, the lamp housing, the partition plate and the heat sink group are individually produced, which not only has the installation cost of the component mold, but also complicates the complicated assembly process in the assembly process, and greatly increases the manufacturing cost. And assembly cost; in addition, it only uses the manifold as the heat conduction, and the surface area that can be directly attached to the LED lamp is quite limited, so the heat that can be carried away has its limitations, and it needs to be improved. [New content]
且社t創作之主要目的’在於提供—種可擴充式模組化燈 八、，、°構，其係藉由各燈殼與連接架的相互連接，可依每p 二、明而求來擴增燈殼數量，不僅組裴簡單、方便，且处 效的降低模具成本及開發成本。 ^ 植化成上述之㈣’本創作係提供—種可擴充式模 二t 包括至少二_型燈殼、咖 多St二 燈殼具有一座體，在座體上延伸成形有 人」：且於其外側成形有承接部；該等LE1D模组包 二It'一固接於固定座一側的燈罩及複數容設於燈 物二1 固定座係固接在前述各座體内部；該 互固設^接絲有對應於各燈殼之承接部的連接部，以相 M310304 【實施方式】 有關本創作之詳細說明及技術内纟，配合圖式說明如 下’然而所_式僅提供參考與說明用，並非用來對本創 作加以限制者。 請參照第一至四圖所示，係分別為本創作之燈殼與 LED模組局部立體分解圖、燈殼、LED模組與各罩蓋立體 分解圖、第二圖之組合示意圖及組合剖視圖，本創作係提 供-種可擴充式模組化燈具結構’其主要包括至少二鋁擠 型燈殼10、複數LED模組20及一連接架60(如第五圖所 示），其中： 該燈殼10係以鋁材直接一體擠製成型，其具有一近 、η」形座體η’於座體r水平板上方延伸成形有多數 散熱片12，並在任二相鄰散熱片12之間形成有一散熱通道 13，另在座體11之水平板下方成形有容置槽14，於容置槽 Η之左、右兩侧分別形成有相互平行的凸條巧，於各凸條 15上設有複數螺孔16 ;又，在座體丨丨之縱向板外侧分別成 形有承接部17，本實施例之承接部17係為一「τ」形槽， 以供螺絲之頭部嵌入固定；再者，於座體丨丨之縱向板^、 上分別成形有内嵌槽18、19。 該LH)模組20包含一平板形固定座21、—固接於固定 座21外側的燈罩22及複數容設於燈罩22内部的LED燈23， 於固定座21上設有對應座體η之螺孔16的穿孔211 ，以供 螺絲穿設連接；此外，該LED模組20更包含—均溫板24及 M310304 一溫度感測器25 ,此均溫板24係固接在固定座21與座 之容置槽14内’且其上、下二平面分別與座體^之水平板 及各LED燈23之背面相互貼接’該溫度感測器25之一面係 與均溫板24相互貼接，用以感測均溫板以之溫度之變化， 亚產生相應之通電或斷電作動；可在座體丨丨與均溫板以之 接觸面間塗佈有導熱膏（圖未示），以增加其熱傳導效 此外本創作更包括有複數端蓋3Q、複數透光罩仙及 複數上蓋50，該端蓋30係可為一圓形板，其分別封合連接 於燈殼ίο之前、後二側，端蓋30上開設有通風槽31及通孔 =該通風槽31係對應於燈㈣之散熱⑽設置，以與外 部氣流相互流通，通孔32則供螺絲等固定元件穿設螺固； 另可在端蓋3G與座體11之端面間夾設有—墊片％，以達成 燈殼10内部的密封效果。該透光罩4〇係可為透明或半透明 ?才質所製成’其具有一弧形板41及二從弧形板41末端向 夕水平延伸的平板42所構成，此透光罩耗藉由防水膠條 、套。又於平板42上’再對應於座體n之内嵌槽以置入，藉 :防止外部水氣的滲人。該上蓋5G亦具有—弧形板51及: :弧形板51末端向τ延伸的側板52所構成，於側板52之末 而成开/有圓柱53 ’此圓柱53係用以嵌人座體1](内嵌 而連接。 u 請參照第五圖所示，係為本創作燈具之組合剖視圖， I山接架60具有一圓筒形架體61及二從架體61表面向外凸 的延伸臂62，於各延伸臂62之末端分別成形有固接板 •M310304 63，並在固接板63上設有對應燈殼1〇之承接部17的連接部 64，本貫施例之連接部64係為通孔，以供螺絲及螺帽穿設 固接。 "The main purpose of the company's creation is to provide an expandable modular lamp, eight, and structure, which can be connected to each other by means of the interconnection of the lamp housings and the connector frames. Amplifying the number of lamp envelopes is not only simple and convenient, but also reduces mold cost and development cost. ^ Planting into the above (4) 'This creation provides a kind of expandable mold 2 t including at least two _ type lamp housing, the coffee s St two lamp housing has a body, extending on the body to form a person": and formed on the outside There is a receiving portion; the LE1D module package 2 is a light-shielded fixed to one side of the fixed seat and a plurality of fixings are fixed to the inside of the respective seat body; the mutual fixing is connected The wire has a connecting portion corresponding to the receiving portion of each of the lamp housings, and the phase M310304. [Embodiment] The detailed description and technical intent of the present invention are described below with reference to the drawings. However, only the reference and the description are provided, and Used to limit the creation of this creation. Please refer to the first to fourth figures, which are respectively a partial exploded view of the lamp housing and the LED module, a lamp housing, an exploded view of the LED module and each cover, a combination diagram of the second figure, and a sectional view of the combination. The present invention provides an expandable modular luminaire structure that mainly includes at least two aluminum extruded lamp housings 10, a plurality of LED modules 20, and a connector frame 60 (as shown in FIG. 5), wherein: The lamp housing 10 is directly extruded into an aluminum material, and has a near, n"-shaped seat body η' extending over the horizontal plate of the seat body r to form a plurality of fins 12, and in any two adjacent fins 12 A heat dissipating channel 13 is formed between the two, and a receiving groove 14 is formed under the horizontal plate of the seat body 11. The left and right sides of the receiving groove are respectively formed with parallel convex strips, and are arranged on each of the convex strips 15 There are a plurality of screw holes 16; further, a receiving portion 17 is formed on the outer side of the longitudinal plate of the seat body, and the receiving portion 17 of the embodiment is a "τ"-shaped groove for inserting and fixing the head of the screw; The inner grooves 18 and 19 are respectively formed on the longitudinal plates of the seat body. The LH module 20 includes a flat-shaped fixing base 21, a lamp cover 22 fixed to the outside of the fixing base 21, and a plurality of LED lamps 23 accommodated in the inside of the lamp cover 22. The corresponding seat body η is disposed on the fixing base 21. The through hole 211 of the screw hole 16 is connected by a screw; the LED module 20 further includes a temperature equalizing plate 24 and an M310304 temperature sensor 25, and the temperature equalizing plate 24 is fixed to the fixing seat 21 and The upper and lower planes of the seat are respectively attached to the horizontal plate of the seat body and the back surface of each LED lamp 23, and one surface of the temperature sensor 25 and the temperature equalizing plate 24 are attached to each other. Connected to sense the temperature change of the temperature equalizing plate, and correspondingly generate corresponding electric or power-off operation; the thermal conductive paste (not shown) may be coated between the contact surface of the seat body and the temperature equalizing plate, In addition, the present invention further includes a plurality of end caps 3Q, a plurality of translucent covers and a plurality of upper covers 50, and the end caps 30 can be a circular plate which is respectively sealed and connected to the lamp housing ίο before and after On the two sides, the end cover 30 is provided with a ventilation slot 31 and a through hole = the ventilation slot 31 is corresponding to the heat dissipation (10) of the lamp (4), and The airflows are mutually circulated, and the through holes 32 are provided with screw fixing members such as screws; and the spacers are interposed between the end caps 3G and the end faces of the bases 11 to achieve a sealing effect inside the lamp housing 10. The translucent cover 4 can be made of transparent or translucent material. It has a curved plate 41 and two flat plates 42 extending horizontally from the end of the curved plate 41 to the horizontal. With waterproof rubber strips and sleeves. Further, it is placed on the flat plate 42 to correspond to the inner groove of the seat body n to be inserted, thereby preventing the infiltration of external moisture. The upper cover 5G also has a curved plate 51 and a side plate 52 extending from the end of the curved plate 51 toward the τ, and is formed at the end of the side plate 52/cylinder 53'. The cylinder 53 is used for embedding the human body. 1] (Inline and connected. u Please refer to the fifth figure, which is a sectional view of the combination of the creative lamps. The I-mount 60 has a cylindrical frame 61 and two extensions from the surface of the frame 61. The arm 62 is formed with a fixing plate M310304 63 at the end of each extending arm 62, and a connecting portion 64 corresponding to the receiving portion 17 of the lamp housing 1 is formed on the fixing plate 63. The connecting portion of the present embodiment is provided. The 64 series is a through hole for the screw and nut to be fixed.
組合時係將燈殼10、LED模組20、端蓋30、透光罩4〇 及上蓋50先行組配後，次將螺絲之頭部置入各座體〗1之承 接部17内，並使螺絲之螺牙凸伸露出，將連接架6〇之通孔 64套接於各螺牙上，再以螺帽蜾固連接；由於各主要構件 皆為規格品，因此可依各種不同規格或功率的燈具結構， 作相應的擴增組接，不僅在組裝方面簡單、方便，且能有 效的降低模具成本及開發成本。 使用時對各LED燈23通入電流，而各Lm)燈23發光並 士生熱量’該等熱量可經由均溫板24之大面積貼附接觸及 π液相熱傳機制，以將熱量快速帶至均溫板24之頂面，再 傳導至燈殼10之散熱片12上，並令熱量可由各散熱片12導 出，而使各LED燈23能在一較低的溫度下發光， 其使用壽命。 、凊翏照第六圖所示’係為本創作之另一實施例組合剖 、固本創作之連接架6〇除可為上述實施例之型態外，其 =可為—具有四方筒形的架體61，於架體61之相互對應面 刀別幵/成有U接板β3，並在固接板63上設有對應燈殼之 承接部Π的連接部64，以相互固設連接；藉纟乡數燈殼⑺ f多數架體61的相互連接，及將多數LED模組2〇等分別裝 、垃成10内、外部，即可組合成本實施例之矩陣型燈具 結構，以作為大面積的照射。 :M310304 且有il:二生當:°本創作之可擴充式模組化燈具結構已 ，、百屋菜利用性、新穎性與 曾見於同類產品及公開使二，本創作之構造亦未 件，麦依專料提’完全符合難專财請要 【圖式簡單說明】 第一圖 第二圖 係本創作之燈殼與 係本創作之燈殼、 圖0 LED模組局部立體分解圖。 LED模組與各罩蓋立體分解 第三圖 第四圖 第五圖 第六圖 係第二圖之組合示意圖。 係本創作之組合剖視圖。 係本創作燈具之組合剖視圖。 係本創作之另一實施例組合剖視圖。 【主要元件符號說明】 【本創作】 散熱片12 容置槽14 螺孔16 内嵌槽18、19 穿孔211 LED 燈 23 燈殼10 座體11 散熱通道13 凸條15 承接部17 LED模組20 固定座21 燈罩22 10 M310304 均溫板24 端蓋30 溫度感測器25 通風槽31 墊片33 透光罩40 通孔32 弧形板41 防水膠條43 上蓋50 平板42 弧形板51 圓形條53 連接架60 侧板52 架體61 延伸臂62 固接板63 連接部64In the combination, the lamp housing 10, the LED module 20, the end cover 30, the translucent cover 4〇 and the upper cover 50 are first assembled, and then the head of the screw is placed into the receiving portion 17 of each seat body, and The screw of the screw is protruded, and the through hole 64 of the connecting frame 6 is sleeved on each screw, and then the nut is firmly connected; since each main component is a specification, it can be various specifications or The structure of the power lamp is correspondingly expanded and assembled, which is not only simple and convenient in assembly, but also can effectively reduce the mold cost and development cost. In use, each LED lamp 23 is supplied with current, and each Lm) lamp 23 emits light and generates heat. The heat can be attached to the large area of the temperature equalizing plate 24 and the π liquid phase heat transfer mechanism to quickly dissipate heat. It is brought to the top surface of the temperature equalizing plate 24, and then transmitted to the heat sink 12 of the lamp housing 10, and the heat can be led out from the heat sinks 12, so that the LED lamps 23 can emit light at a lower temperature, and the use thereof life. According to the sixth figure, the connection frame 6 of another embodiment of the present invention is a combination of the cross-section and the solid creation, and the frame 6 can be a quadrilateral cylinder. The frame body 61 has a U-shaped plate β3 on the corresponding surface of the frame body 61, and a connecting portion 64 corresponding to the receiving portion 灯 of the lamp housing is provided on the fixing plate 63 to be fixedly connected to each other. The matrix type lamp structure of the embodiment can be combined with the mutual connection of the plurality of frame bodies 61 and the plurality of LED modules 2, etc., respectively. Large area of illumination. :M310304 and il: two students: ° The structure of the expandable modular lighting of this creation, the use and novelty of Baiwu cuisine, and the products that have been seen in the same category and open to the public, the structure of this creation is also not , Mai Yi special mentions 'completely meet the difficult to special wealth please [simplified description of the diagram] The first picture of the second picture is the lamp shell of the creation and the lamp shell of the creation, Figure 0 partial exploded view of the LED module. The LED module and each cover are exploded. The third figure The fourth picture The fifth picture The sixth picture is the combination diagram of the second picture. A sectional view of the combination of the creations. A sectional view of the combination of the created lamps. A cross-sectional view of another embodiment of the present invention is combined. [Main component symbol description] [This creation] Heat sink 12 accommodating groove 14 Screw hole 16 Inner groove 18, 19 Perforation 211 LED lamp 23 Lamp housing 10 Seat 11 Heat dissipation channel 13 Bump 15 Receiving portion 17 LED module 20 Fixing seat 21 Lampshade 22 10 M310304 Temperature equalizing plate 24 End cap 30 Temperature sensor 25 Ventilation slot 31 Gasket 33 Translucent cover 40 Through hole 32 Curved plate 41 Waterproof strip 43 Upper cover 50 Flat plate 42 Curved plate 51 Round Strip 53 connecting frame 60 side plate 52 frame body 61 extension arm 62 fixing plate 63 connecting portion 64