M426709 « 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種發光二極體燈具，特別係關於—種 貼片式發光二極體燈具。 【先前技術】 環保意識抬頭，高效節能的led燈逐漸取代一般傳統 常見燈管如鹵素燈、白熾燈、小型螢光燈(CFL)與T8螢光 # 燈管等’若以LED燈與白熾燈作比較，LED燈能發出與 白熾燈相同的光色兼具同樣發光品質，最重要的是，Led 燈的壽命較標準白熾燈高出25到50倍，長時間使用時 LED燈不會有發熱效應產生，因此不會產生熱能而去損耗 多餘電能，反觀舊型燈管，長時間使用時，舊型燈管本身 的發熱效應高，所以浪費過多的電能產生大量熱能，相較 之下’ LED燈比白熾燈功耗還更低2〇〇/0。 • 由於led所發出的燈光不會閃爍，較傳統燈管產生高 頻的閃爍效應更為柔和，對於長時間使用時，也不易造成 使用者眼睛疲勞，因為各種優點，傳統燈管消費者也紛紛 投向LED燈消費市場。 然而，市售LED燈缺點就是現階段商品價格仍然過 问’不為大眾消費者接受，若以目前LED燈替代傳統燈 泡，LED燈所節約的能源已遠超過其生命週期，但仍不足 以彌補其最初的投入研發製造成本，也是造成目前是市售 3 M426709 LED燈價格居高不下的原因。 目前LED亮度已接近150流明/瓦，成為現有可用的 最亮光源，所以目前LED所面臨的主要問題是如何降低成 本。 【新型内容】 為降低發光二極體燈製作成本及改善發光效率，本創 作係關於一種發光二極體燈具，特別係關於一種貼片式之 • 發光二極體燈具，目的在於減低舊型發光二極體燈管製造 成本；以往舊型發光二極體燈管皆以管狀形式安裝於燈具 底座上，並必須另外配置組裝一散熱鋁座於舊型發光二極 體燈管内以達散熱之功效。 為達到減少材料成本並有效散熱及改善發光效率目 的，本創作提供一種貼片式發光二極體燈具，藉由改良燈 具底座設計，可像舊型發光二極體燈管内附加組裝之散熱 • 鋁座一樣有效散熱，但卻節省了製作成本兼顧環保，另外， 上述貼片式發光二極體燈具底座更包含一折射板，有效的 將發光二極體光源集中，改善發光效率。 為達到上述目的，本創作提供一種貼片式發光二極體 燈具模組，其包含：一燈具底座；一散熱膠，塗佈於上述 燈具底座；一發光二極體基座，藉由上述散熱膠與上述燈 具底座貼合；一發光二極體光源，組裝於上述發光二極體 基座；一折射板，與上述燈具底座係一體成形；一光罩， 4 M426709 組裝於上述折射板。 由上述可知，本創作之燈具底座更包含一折射板，兩 者係一體成形或組裝結合，其可為包括但不限於鋁金屬製 成之基板，且由於發光二極體基座直接藉由散熱膠或散熱 膠帶直接貼合於燈具底座上，達到直接散熱功能，並利用、 折射板將發光二極體光源發光效率有效提昇。 以上所述係用以闡明本創作之目的、達成此目的之技 術手段、以及其產生的優點等等。而本創作可從以下較佳 實施例之敘述並伴隨後附圖式及申請專利範圍使讀者得以 更加清楚了解。 【實施方式】 本創作將以較佳實施例及觀點加以敘述，此類敘述係 解釋本創作之結構及步驟’僅用以說明而非用以限制本創 作之申請專利範圍。因此，除說明書中之較佳實施例以外， 本創作亦可廣泛實行於其他實施例中β 本創作提供一種貼片式發光二極體燈具，其改良在 於，發光二極體燈具底座與發光二極體基座藉由散熱膠或 散熱膠帶直接貼合達到散熱之功能，以取代習知舊型發光 二極體燈管内附加組裝之散熱鋁座，並由折射板藉將發光 二極體光源發光姝率有效提昇，藉此克服發光二極體燈管 製造成本過高，造成發光二極體燈管無法普及之情形。 5 極體燈圖—侧示摘細揭露之發光二 ^燈具_之較佳實施例，包含：光罩⑼、折射板102、 燈^極體光源1()3、發光二極體基座1G4、散熱勝105、 &座1G6。上述之光罩1G1的兩側緣連接折射板1〇2， 夕=成之空間將發光二極體光源1〇3含蓋於其中構成一 =殼體。此外殼體可向紙面與紙外延伸而形成長條狀燈 B 其中可以含蓋複數個發光二極體光源1〇3 ;而此燈具 可以包含複數個別之外殼體單元。形成矩陣式發光陣列。 /、中，發光一極體光源103較佳為發光二極體白光光 源’其他顏色發光二極體光源亦可適用，發光二極體基座 104較佳為FR-4型印刷電路板，燈具底座1〇6較佳為鋁金 屬’其形狀可為長方形、方形或圓形。 燈具底座106與折射板102係一體成形或組裝結合， 一折射板102,其為一可撓曲式金屬，折射板1〇2為一可 φ 撓曲式金屬，用以設置於該燈具底座106上，並圍繞該發 光二極體光源1〇3，以折射該發光二極體光源1〇3之發散 光線。 該可撓曲式金屬頂部可以有一溝槽卡榫用以固定光 罩101 ;燈具底座106頂部塗佈散熱膠105用以貼合發光 二極體基座104 ;發光二極體光源103位於發光二極體基 座104之上以組裝結合二者。上述之散熱膠1〇5以利於將 熱導出，且各散熱膠105個別貼合對應矩陣式發光陣列之 6 M426709 ?·發光二極體光源103，以利各別散熱，且該發光二極體基 座直接貼合於燈具底座H)6，其將做為大型平板散^ 片。基於整個燈具底座H)6提供大量之面積以供散熱，^ 可省略散熱籍片之配置以節省成本與簡化構造。 另外可參閱圖二所示’本圖為發光二極體光源經本創 作折射板之光源折射圖，其中發光二極體光源1〇3藉由折 射板102折射後，有效提昇發光二極體燈源1〇3發光效率。 • 需注意者，此光罩ι〇1係提供光線的一次穿透，而兩側緣 下方的折射板102係提供至少一次的反射，在使被反射之 光線經由光罩101係提供光線的一次穿透，如此運作下可 提升發光二極體之光可利用性，並提升照度；此係先前技 術所無法預期與達到之功效。參第三圖，其所示為二極體 之發光角度圖’可見其發光度與發光角度並非一致；故可 將其主要之照射角度之延伸線大致上對準於光罩101兩側 鲁源以利於收集大部份之主要光線；另外之脫逸之光線則利 用折射板102對其做至少一次之反射使其進入光罩101。 基於每個薇商之二極體主要發光角度不同，故此領域之技 藝者應得以領會以利於調整光罩101與折射板102之物理 參數而達到本創作之效果。 上述敘述係為本創作之較佳實施例。此領域之技藝者 應侍以領會其係用以說明本創作而非用以限定本創作所主 張之專利權利範圍。其專利保護範圍當視後附之申請專利 範圍及其等同領域而定。凡熟悉此領域之技藝者，在不脫 7 所作之更動或潤飾，均屬於本創 之等效改變或設計，且應包含在下 離本專利科或範圍内 —料τ所完成 述之申請專利範圍内。 【圖式簡單說明】 圖一係顯示本創作之_較佳實施例之剖面圖。 二係不發光二極體光源經本創作折射板之光源 圖二係顯示發光二極體光源之發光角度圖。 【主要元件符號說明】 100貼片式發光二極體燈具 101光罩 102折射板 103發光二極體光源 104發光二極體基座 105散熱膠 106燈具底座 107光源折射方向 108光源折射方向 109光源折射方向 110光源折射方向M426709 « V. New description: [New technical field] This creation is about a kind of light-emitting diode lamp, especially about a kind of patch-type light-emitting diode lamp. [Prior technology] Environmental awareness rises, energy-efficient LED lights gradually replace the traditional traditional lamps such as halogen lamps, incandescent lamps, compact fluorescent lamps (CFL) and T8 fluorescent lamps (such as LED lamps and incandescent lamps) For comparison, LED lights can emit the same light color as incandescent lamps, and the most important thing is that Led lamps have a lifespan 25 to 50 times higher than standard incandescent lamps. LED lamps do not emit when used for a long time. The thermal effect is generated, so no heat energy is generated to lose excess electric energy. In contrast, the old type of lamp has a high heating effect when used for a long time, so excessive power is wasted to generate a large amount of heat energy, compared to 'LED The lamp consumes 2 〇〇/0 less than the incandescent lamp. • Since the light emitted by LED does not flicker, the high-frequency flicker effect is softer than that of the traditional lamp. It is not easy to cause eye fatigue for users when used for a long time. Because of various advantages, traditional lamp consumers also have Going to the LED lamp consumer market. However, the shortcoming of commercially available LED lights is that the current price of goods still asks 'not accepted by mass consumers. If the current LED lights replace traditional light bulbs, the energy saved by LED lights has far exceeded its life cycle, but it is still not enough to make up for Its initial investment in R&D and manufacturing costs also contributed to the current high price of the commercially available 3 M426709 LED lamps. At present, LED brightness is close to 150 lumens/watt, making it the brightest light source available, so the main problem facing LEDs today is how to reduce costs. [New content] In order to reduce the manufacturing cost and improve the luminous efficiency of the LED light, this creation is about a light-emitting diode lamp, especially for a patch-type light-emitting diode lamp, which aims to reduce the old light. The manufacturing cost of the diode lamp; in the past, the old LED lamp was installed on the base of the lamp in a tubular form, and must be separately assembled and assembled with a heat-dissipating aluminum seat in the old-type LED lamp to achieve heat dissipation. efficacy. In order to reduce material cost, effectively dissipate heat and improve luminous efficiency, the present invention provides a patch-type light-emitting diode lamp, which can be assembled like an old-type LED lamp by using an improved lamp base design. The aluminum seat is equally effective in heat dissipation, but it saves manufacturing costs and environmental protection. In addition, the above-mentioned chip-type LED body base further includes a refracting plate, which effectively concentrates the light-emitting diode light source and improves luminous efficiency. In order to achieve the above object, the present invention provides a chip-type light-emitting diode lamp module, comprising: a lamp base; a heat-dissipating glue applied to the lamp base; and a light-emitting diode base, by the heat dissipation The glue is adhered to the base of the lamp; a light-emitting diode light source is assembled on the base of the light-emitting diode; a refractive plate is integrally formed with the base of the lamp; a mask, 4 M426709 is assembled on the above-mentioned refractive plate. It can be seen from the above that the lamp base of the present invention further comprises a refracting plate, which is integrally formed or assembled, and can be a substrate made of, but not limited to, aluminum metal, and the heat-emitting diode base is directly radiated. The glue or heat-dissipating tape is directly attached to the base of the lamp to achieve the direct heat-dissipating function, and the use of the refracting plate effectively improves the luminous efficiency of the light-emitting diode source. The above description is used to clarify the purpose of the creation, the technical means for achieving the object, the advantages thereof, and the like. The present invention can be more clearly understood from the following description of the preferred embodiments and the accompanying drawings and claims. The present invention will be described with reference to the preferred embodiments and the accompanying drawings, which are intended to illustrate and not to limit the scope of the invention. Therefore, in addition to the preferred embodiments in the specification, the present invention can also be widely practiced in other embodiments. The present invention provides a patch-type light-emitting diode lamp, and the improvement thereof is that the base of the light-emitting diode lamp and the light-emitting diode are The pole base is directly attached to the heat sink by means of a heat-dissipating glue or a heat-dissipating tape, so as to replace the heat-dissipating aluminum seat additionally assembled in the conventional light-emitting diode lamp tube, and the light-emitting diode light source is borrowed by the refracting plate The luminous efficiency is effectively improved, thereby overcoming the high manufacturing cost of the light-emitting diode lamp, and the situation that the light-emitting diode lamp cannot be popularized. 5 Electrode lamp diagram - a preferred embodiment of the illuminating illuminator </ RTI> flanked by a reticle, comprising: a reticle (9), a refracting plate 102, a lamp body light source 1 () 3, a illuminating diode pedestal 1G4 , heat dissipation wins 105, & seat 1G6. The two sides of the reticle 1G1 are connected to the refracting plate 1 〇 2, and the space of the illuminating diode 1 〇 3 is covered therein to form a housing. In addition, the housing can extend to the outside of the paper and the paper to form a long strip light B, which can cover a plurality of light emitting diode light sources 1〇3; and the luminaire can comprise a plurality of individual outer casing units. A matrix light emitting array is formed. In the middle, the light-emitting one-pole light source 103 is preferably a light-emitting diode white light source. Other color-emitting diode light sources are also applicable. The light-emitting diode base 104 is preferably an FR-4 type printed circuit board. The base 1 6 is preferably aluminum metal 'which may be rectangular, square or circular in shape. The lamp base 106 is integrally formed or assembled with the refracting plate 102. A refracting plate 102 is a flexible metal. The refracting plate 1 〇 2 is a φ flexible metal for being disposed on the lamp base 106. And surrounding the light-emitting diode light source 1〇3 to refract the divergent light of the light-emitting diode light source 1〇3. The flexible metal top may have a groove latch for fixing the photomask 101; the top of the lamp base 106 is coated with a heat-dissipating glue 105 for attaching to the light-emitting diode base 104; and the light-emitting diode light source 103 is located at the light-emitting diode Above the pole body base 104 to assemble and bond the two. The heat dissipating glue 1〇5 is used to facilitate the heat extraction, and each of the heat dissipating glues 105 is individually attached to the 6 M426709?-light emitting diode light source 103 corresponding to the matrix type light emitting array, so as to separately dissipate heat, and the light emitting diodes The pedestal is directly attached to the base H) of the luminaire, which will be used as a large flat sheet. Based on the entire lamp base H)6 provides a large amount of area for heat dissipation, the configuration of the heat sink can be omitted to save cost and simplify construction. In addition, as shown in FIG. 2, this figure is a refraction diagram of the light source of the light-emitting diode light source through the refracting plate of the present invention. The light-emitting diode light source 〇3 is refracted by the refracting plate 102, thereby effectively improving the light source of the light-emitting diode. 1〇3 luminous efficiency. • It should be noted that the reticle ι〇1 provides a single penetration of light, while the refracting plate 102 below the two sides provides at least one reflection, providing light to the reflected light through the reticle 101. Penetration, in this way, can improve the light availability of the light-emitting diode and enhance the illumination; this is the effect that the prior art cannot expect and achieve. Referring to the third figure, it is shown that the illuminance angle of the diode is not consistent with the illuminance angle; therefore, the extension line of the main illuminating angle can be substantially aligned with the luma source on both sides of the reticle 101. In order to facilitate the collection of most of the main light; the light that escapes is reflected by the refracting plate 102 at least once to enter the reticle 101. Based on the different illuminating angles of each of the Dimensional Dimensions, the skilled artisan should be able to understand the physical parameters of the reticle 101 and the refracting plate 102 to achieve the effect of the creation. The above description is a preferred embodiment of the present invention. Artists in this field should be able to understand the scope of their patents and not to limit the scope of their patent rights. The scope of patent protection is subject to the scope of the patent application and its equivalent. Anyone who is familiar with the field, the change or refinement made by the company is the equivalent change or design of the creation, and should be included in the patent application or scope within the scope of the patent. Inside. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional view showing a preferred embodiment of the present invention. The second-system non-light-emitting diode source is the light source of the refracting plate. The second diagram shows the illuminating angle of the light-emitting diode source. [Major component symbol description] 100 SMD LED illuminator 101 reticle 102 refracting plate 103 illuminating diode source 104 illuminating diode pedestal 105 thermal ray 106 illuminator base 107 source refraction direction 108 source refraction direction 109 source Refraction direction 110 source refraction direction