M381863 五、新型說明： 【新型所屬之技術領域】 本創作係有關-種能簡單且低成本建構出各種大型尺寸顯示 屏的模組結構，尤指-種發光二極_示屏模組結構。 【先前技術】 按，在建築物等物體上設大型顯示看板，為一種新型態的廣告 -宣傳手法，包括各種活動廣場、運動場絲演場地，亦常見有大 •型顯科的綠，轉達訊息或表現_容；f狀魏示看板 或顯示屏，如LED跑馬燈或LED電子顯示看板或led電子 顯示屏，是使用各種發光二極體之陣列安排，達到可化圖案或是 可直接播放影像的效果’然而’該等大型LED電子顯示屏的型 體尺寸大小，-般係依使㈣地的不同或獨，採訂製的方式來 作’這使每—大型顯示屏的製造成本甚高，既使可以大型尺寸規 格化的形絲量產大型顯示屏’仍會輯雜*高問題，造成庫 # 存壓力過高’這對成本降低，並無明顯助益。 . 【新型内容】 本創作之主要目的係在提供一種發光二極體顯示屏模組結 構’至少包括-透光外框、一基板及—封裝底板片；該透光外框， 是在-多邊形透明面板的每-邊各形成有—邊框，且每—邊框上 具有至少-缺口；該基板，縣設在該透光外㈣，其板體一面 端相對透光外框之透明面板，具有陣列安排的多數個發光二極體 元件，及板體之另-面端，設有多數個以導電線路相互串接的驅 3 動1 c晶片’並使每―驅動1 分別與發光二極體元件呈電 性連接，且板體之側邊相對透光外框之邊框上缺σ，各具有一插 接端子，並使每一插接端子與相互串接的驅動I C晶片電性連 接，该封t底板片’係設在該透糾_，並封蓋在基板底部， 且相對基板之每-插接端子位置各具有一凹缺口，使插接端子在 透=外框之雜上缺口崎顯露；俾多數顯示麵組單元相互間 併H ’麵在併接㈣兩透光外框之雜細處選擇性的以 -電性連接件的兩端在插接端子上插接即驗序的使每一顯示 屏模組相互電性串接，形成大魏示屏；據以使大麵示屏的建 構可不受尺寸的關，且具建構簡單與成本低的效益。 本創作之次-目的係在提供一種發光二極體顯示屏模組結 構’其中，該透光外框為—四方形框體，每—邊框近兩端位置各 /、有缺口，該基板，為對應透光外框形狀的板體其設在透光 卜忙内相對每-邊框近兩端位置上的缺口，分別設有一輸入插 接端子及-輸出插接端子在缺口内緣顯露，並使所有輸入插接端 子以呈並聯_態與相互串接的鶴I 電性連接，及使所 有輸出插接端子’也是以呈並聯魏與相互串接的驅動！ C晶片 電f生連接’俾複數個顯示屏模組單元相互併靠組接呈大型顯示 屏，兩兩透光外框之邊框相互#觸，均能使每―輸人減端子對 〜輸出減端子’據以提供電性連接件兩端近腾減，簡易 達成每一顯示屏模組間之相互電性串接。 本幻作之另目的係在提供一種發光二極體顯示屏模組結 M381863 構，其中，該多邊形透光外框之透明面板每一邊形成有一邊框， 該基板裝設在該透光外框内，板體一面端相對透光外框之透明面 板具有陣列安排的多數發光二極體元件，該透光外框之透明面板M381863 V. New description: [New technical field] This series is about the simple and low-cost construction of various large-size display panels, especially the light-emitting diode-display module structure. [Prior Art] According to the large-scale display kanban on buildings and other objects, it is a new type of advertising-propaganda technique, including various activity plazas, sports venues, and common greens. Message or performance _ capacity; f-shaped Wei kanban or display, such as LED marquee or LED electronic display kanban or led electronic display, is to use a variety of light-emitting diode array arrangement, to achieve a pattern or can be played directly The effect of the image 'however' the size of the large-scale LED electronic display, the general system is based on the difference or the uniqueness of the ground, so that the manufacturing cost of each large display is very high. High, even large-size and large-sized silk can produce large-scale displays, which will still be mixed with high-level problems, resulting in a high inventory pressure. This has no significant benefit on cost reduction. [New content] The main purpose of this creation is to provide a light-emitting diode display module structure that includes at least a light-transmitting outer frame, a substrate, and a package bottom plate; the light-transmissive outer frame is in-polygon Each side of the transparent panel is formed with a frame, and each frame has at least a notch; the substrate, the county is disposed outside the light transmissive (four), and one side of the plate body is opposite to the transparent frame of the transparent frame, having an array A plurality of arranged light-emitting diode elements, and the other-side end of the plate body, are provided with a plurality of driving 1 c-chips which are electrically connected in series with each other and each of the driving units 1 and the light-emitting diode elements respectively Electrically connected, and the side of the plate body is lacking σ on the frame of the transparent outer frame, each has a plug terminal, and each plug terminal is electrically connected to the drive IC chip connected in series with each other. The bottom plate piece is disposed on the bottom plate and is covered at the bottom of the substrate, and each of the mating terminal positions of the opposite substrate has a concave notch, so that the plug terminal is exposed in the gap of the through frame. ; 俾 most display quilt units are connected to each other and H' faces are connected The two-transparent outer frame is selectively connected with the two ends of the electrical connector at the plug terminals, so that each display module is electrically connected in series to form a large Wei screen. According to the structure of the large-screen display, it can be kept out of size, and has the advantages of simple construction and low cost. The second step of the present invention is to provide a light-emitting diode display module structure in which the light-transmissive outer frame is a square frame, and each of the frames is located at the near ends and has a notch, the substrate, The plate body corresponding to the shape of the light-transmissive outer frame is disposed at a position opposite to each of the near ends of each of the frames in the light-transparent shape, and is respectively provided with an input plug terminal and an output plug terminal exposed at the inner edge of the notch, and All the input plug-in terminals are electrically connected in parallel with the cranes I connected in series, and all the output plug-in terminals are also driven in parallel and in series with each other! C-chip electric f-connection 俾 俾 俾 个 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏 显示屏The terminal 'accordingly, the two ends of the electrical connector are provided, and the electrical connection between each display module is easily achieved. Another object of the present invention is to provide a light-emitting diode display module module M381863 structure, wherein the transparent transparent frame of the polygonal transparent frame has a frame formed on each side thereof, and the substrate is disposed in the transparent outer frame. The transparent panel of one side of the board opposite to the transparent frame has a plurality of LED components arranged in an array, and the transparent panel of the transparent frame
上，相對基板之每一發光二極體元件，分別形成有一光學凸透鏡， 據以每一發光二極體元件的發光，能分別透過一光學凸透鏡對外 投射亮光，提昇顯示效果；且上述該每一光學凸透鏡之周圍還具 有一側遮光部，藉由該側遮光部擋止侧光投射的作用，據以能由 光點側光干擾的減少，增加顯示内容的清晰度。 本創作之再一目的係在提供一種發光二極體顯示屏模組結 構’其中，該基板一面端具有陣列安排的多數個發光二極體元件， 該發光二础元件可單色衫色發光二極體元件，據以使建構完 成的大類不屏’可以單色或多色絲絲_示内容。 本創作之又-目的係在提供一種發光二極體顯示屏模組結 二其中，该封裝底板片設在該透光外框内，並封蓋在基板底部， 發封裝底板片可以由具導熱能力的材料來構成，據以使基板上的 打光二極體树及驅動1 的工作溫度能在該封裝板片上建 導出路徑，達成散熱效果。 構，創作之人另—目的係在提供-種發光二極體顯示屏模組結 内&、中’該基板裝設在該透光外框内，該透光外框之透明面板 具有錄娜狀凸柱，職板之板體相每—凸柱具有一套 内筆\據灿基板之套置孔套設在凸柱上，使基板在該透光外框 屐坎，可簡易得到位置的校對。 5 M381863 【實施方式】 —種發光二極體顯示屏模組結構，如圖1、2、3、4， 少包括-透光外框;L〇、-基板20及一封裝底板片3〇 ;該= 光外杧10，疋在一多邊形透明面板1 1的每一邊各形成有—邊 框12 ’且每-邊框！2上具有至少一缺口 i 3 ;該基板2 〇， 係裝設在該透光外框1〇内，其板體一面端相對透光外框1〇之 透明面板11，具有陣列安排的多數個發光二極體元件2 ^，及 •板體之另-面端’設有多數個以印刷導電線路相互串接的驅動I C晶片2 2，並使每一驅動I c晶片2 2分別透過導電穿孔（圖 未示）與發光二極體耕2 i呈電性連接，^板體之側邊相對透 光外框10之邊框12上缺口13 ’各具有-訊號與電源的插接 端子2 3、23A，並使每一插接端子23、23A透過導電線 路（圖未示）與相互串接的驅動I C晶片22電性連接；該封裝 底板片3 0，係設在該透光外框丄〇内，並封蓋在基板2 〇底部， •且相對基板2 0之每-插接端子23、23A位置各具有_凹缺 -口 31，使插接端子2 3在透光外框1〇之邊框i 2上缺口工3 内緣顯露；如圖5、6、7 ’俾多數顯示屏模組單元相互間併靠 組合’僅須在併接的兩兩透光外框丨◦之邊框丨2缺口丨3處選 擇性的以-電性連接件4Q的兩端在插接端子23、23A上插 接，即能依序的使每-顯示屏模_互電料接，形成大型顯示 屏；據以使大鶴示屏的賴可*受尺寸舰制且具建構簡單 與成本低的效益。亦即，如圖5，多數顯示屏·單祕接後所 6 M381863 建構完成的大型顯示屏，顯示屏的控制器5 〇 (或控制電路，圖 未示），其控制汛號與電源亦得由其中一插接端子2 3之電性插 接’達成顯示内容的光訊控制。 根據上述實施例，其中，如圖i、2、3、4，該透光外框丄 0為一四方形框體，每一邊框i 2近兩端位置各具有一缺口工 3，該基板2 0，為對應透光外框工〇形狀的板體，其設在透光 外框10内，相對每-邊框！2近兩端位置上的缺口 i 3，分別 設有-輸人插接端子2 3及—輸出插接端子2 3 A在缺口丄3内 緣顯露，並使所有輸入插接端子2 3以呈並聯的型態由導電線路 (圖未示）與相互串接（印刷導電線路串接，圖未示）的驅動^ C晶片2 2電性連接’及使所有輸出插接端子2 3a，也是以呈 並聯型態由導電線路（圖未示）與相互串接（印刷導線路串接， 圖未示）的驅動i C晶片2 2電性連接；如圖5、6、7，俾複 數個顯示屏模組單灿互併靠_呈大型顯示屏，兩兩透光外框 10之邊框12相互靠觸，均能使每一輸人插接端子2 3對應一 輸出插接端子2 3A，據以提供電性連接件4 〇兩端近距離插 接’簡易達成每-顯示屏模組單元間之相互電性串接。 根據上述實施例，本創作針對透光外框1〇，可由以下實施Each of the light-emitting diode elements of the opposite substrate is respectively formed with an optical convex lens. According to the light emission of each of the light-emitting diode elements, the light can be externally projected through an optical convex lens to enhance the display effect; and each of the above The side of the optical convex lens further has a light-shielding portion on one side, and the side light-shielding portion blocks the projection of the side light, thereby increasing the sharpness of the display content by reducing the interference of the light on the light spot side. A further object of the present invention is to provide a light-emitting diode display module structure in which one side of the substrate has a plurality of light-emitting diode elements arranged in an array, and the light-emitting two-component element can be colored in a single color. The polar body component, according to the construction of the large class does not screen 'can be monochrome or multi-color silk _ display content. The purpose of the present invention is to provide a light-emitting diode display module module 2, wherein the package bottom plate is disposed in the transparent outer frame and is sealed at the bottom of the substrate, and the package bottom plate can be thermally conductive. The material of the capability is constructed so that the operating temperature of the light-emitting diode tree and the driving 1 on the substrate can be formed on the packaging board to achieve a heat dissipation effect. The other is to provide a light-emitting diode display module in the junction of the light-emitting diode display module, and the substrate is mounted in the transparent outer frame, and the transparent panel of the transparent outer frame is recorded. Na-shaped studs, the plate body phase of the job board has a set of inner pens. The sleeve hole of the can substrate is sleeved on the stud, so that the substrate is in the transparent outer frame ridge, and the position can be easily obtained. Proofreading. 5 M381863 [Embodiment] A light-emitting diode display module structure, as shown in Figures 1, 2, 3, and 4, includes a light-transmitting outer frame; an L-, a substrate 20, and a package bottom plate 3; The light outer cymbal 10 is formed on each side of a polygonal transparent panel 1 1 with a border 12' and a border each! 2 has at least one notch i 3 ; the substrate 2 〇 is mounted in the transparent outer frame 1 ,, and one side of the plate body is opposite to the transparent panel 11 of the transparent outer frame 1 , and has a plurality of array arrangements The light-emitting diode element 2^, and the other-side end of the board body are provided with a plurality of driving IC chips 2 2 connected in series by printing conductive lines, and each driving IC chip 2 2 is respectively transmitted through the conductive perforations. (not shown) is electrically connected to the light-emitting diode 2i, and the side of the plate body is opposite to the gap 12 of the frame 12 of the transparent outer frame 10, and has a signal terminal and a power supply terminal 2 3 . 23A, and each of the plug terminals 23, 23A is electrically connected to the driver IC chip 22 connected in series through a conductive line (not shown); the package bottom plate 30 is disposed in the transparent frame 丄〇 And covering the bottom of the substrate 2, and the position of each of the interposing terminals 23, 23A with respect to the substrate 20 has a recess-port 31, so that the plug-in terminal 2 is in the transparent frame 1 The inner edge of the notch 3 on the frame i 2 is exposed; as shown in Figures 5, 6, and 7 '俾 most of the display module units are combined with each other' only need to be connected in pairs The frame of the light-transmissive outer frame 丨 2 notch 丨 3 selectively connects the two ends of the electrical connector 4Q on the plug terminals 23, 23A, so that each display mode can be sequentially The mutual electric material is connected to form a large-scale display screen; according to the reason, the Dahe display screen of the Dahe* is subject to the size of the ship and has the advantages of simple construction and low cost. That is, as shown in Figure 5, most of the display screens are connected to the large display of 6 M381863, the display controller 5 〇 (or control circuit, not shown), its control nickname and power supply also The optical connection of one of the plug terminals 2 3 is used to achieve the optical control of the display content. According to the above embodiment, wherein the transparent outer frame 丄0 is a square frame as shown in FIGS. i, 2, 3, and 4, each of the two ends of the frame i 2 has a notch 3, and the substrate 2 0, which is a plate body corresponding to the shape of the transparent outer frame, which is disposed in the light-transmitting outer frame 10, opposite each frame! 2 The notches i 3 at the near end positions are respectively provided with the input terminal 2 3 and the output plug terminal 2 3 A are exposed at the inner edge of the notch 丄 3, and all the input terminals 2 3 are The parallel type is electrically connected to each other by a conductive line (not shown) and a driving circuit C 2 2 connected in series with each other (printing conductive lines are connected in series, not shown), and all output terminals 2 3a are also In the parallel mode, the conductive circuit (not shown) is electrically connected to the driving i C chip 2 2 which is connected in series (printing wiring is connected in series, not shown); as shown in FIGS. 5, 6, and 7, a plurality of displays are shown. The screen module can be connected to each other _ in a large display screen, and the frame 12 of the two transparent frames 10 are in contact with each other, and each input terminal 2 3 can correspond to an output plug terminal 2 3A. In order to provide electrical connection 4 〇 both ends of the short-distance plugging 'simple to achieve the electrical interconnection between each-display module unit. According to the above embodiment, the present invention is directed to the light-transmitting outer frame 1〇, which can be implemented as follows
例得到更佳發摘示效果；其中，如圖8、9、！ q，該多邊开I 透光外框1 〇之透明面板1〗各一邊 板丄1母邊形成有一邊框12，該基板 0裝权在該透光外框1 0内’板體一面端相對透光外框i 〇之 透明面板安排的多數發k極體树21，該透光 7 M381863 外框10之透明面板11上’相對基板2 0之每-發光二極體元 .件21 ’分別形成有—光學凸透鏡110，據以每-發光二極體 70件2 1的發光’能分別透過-光學*透鏡1 1 Q對外投射亮 光’提昇顯示效果；且上述該每一光學凸透鏡丄工〇之周圍還具 有一側遮光部1 11 ’藉由該側遮光部111擋止側光投射的作 用，據以能由光點側光干擾的減少，增加顯示内容的清晰度。 ' 根據上述實施例，其中，如圖1，該基板20—面端具有陣列 鲁女排的多數個發光二極體元件21，該發光二極體元件21可為 單色或多色發光二極體元件2i，如圖5，據以使建構完成的大 型顯示屏’可以單色或多色亮光來表現顯示内容。 根據上述實施例，其中，如圖1、2、3、4,該封裝底板片 3 0設在該透光外框1〇内，並封蓋在基板2 〇底部，該封裝底 板片3 0可以由具導熱能力的材料來構成，據以使基板2 〇上的 發光二極體元件21及驅動IC晶片2 2的工作溫度能在該封裝 • 板片3 0上建立導出路徑’達成散熱效果。 • 根據上述實施例，其中，如圖1、2、4 ,該基板2 0裝設在 s玄透光外框10内，該透光外框10之透明面板11内面具有多 數個階級狀凸柱14，該基板2 0之板體相對每一凸柱14具有 一套置孔2 4，據以由基板2 0之套置孔2 4套設在凸柱14 上’使基板2 0在該透光外框10内裝設，可簡易得到位置的校 對。 以上說明對本創作而言只是說明性的，而非限制性的，本領域 8 2術心解’在痛所附竭所 情况下，可做出許多修改'變化或等效，但都固的 護範圍内。 洛入本創作的仅 【圖式簡單說明】 圖1係本創作結構分解示意圖 圖2係本創作結構組合外觀平面示意圖 圖3係圖2A—A截斷面結構示意圖 圖4係圖2B-B截斷面結構示意圖 圖5係本創作建構成大_示屏之狀態示意圖 圖6係圖5C-C截斷面結構示意圖 圖7係圖5D-D截斷面結構示意圖 圖8係本創作透光外框另—實施例 圖9係本創作透光外框 取體不思 實％例構造外觀平面示意 圖10係圖9E-E截斷面結構示意圖 【主要元件符號說明】 凸柱1 4 發光二極體元件21 插接端子2 3、2 3A 封裝底板片3 0 透光外框1〇 光學凸鏡110 邊框1 2 透明面板11 側遮光部111 缺口 1 3 基板2 0 驅動IC晶片2 2 套置孔2 4 凹缺口 3 1 M381863 電性連接件4 Ο 控制器5 ΟFor better results, the results are shown in Figure 8, 9,! q, the transparent open-panel outer frame 1 透明 transparent panel 1 〗 Each side plate 丄 1 female side is formed with a frame 12, the substrate 0 is privileged in the light-transmitting outer frame 10 0' side of the plate body is relatively transparent The majority of the k-pole tree 21 arranged in the transparent frame of the light-emitting frame i is formed on the transparent panel 11 of the light-transmissive 7 M381863 outer frame 10, and each of the opposite substrate 20-light-emitting diode elements. There is an optical convex lens 110, according to each of the light-emitting diodes 70, the light-emitting 'can be respectively transmitted through the optical* lens 1 1 Q to project the bright light' to enhance the display effect; and each of the optical convex lenses described above is completed There is also a side light-shielding portion 1 11 ' that blocks the side light projection by the side light-shielding portion 111, whereby the sharpness of the light-side light can be reduced, and the sharpness of the display content is increased. According to the above embodiment, wherein, as shown in FIG. 1, the substrate 20 has a plurality of light-emitting diode elements 21 of the array of female rows, and the light-emitting diode element 21 can be a single-color or multi-color light-emitting diode. The component 2i, as shown in Fig. 5, is such that the constructed large display 'can be monochromatic or multi-color bright to express the display content. According to the above embodiment, wherein, as shown in FIGS. 1, 2, 3, and 4, the package bottom plate 30 is disposed in the transparent outer frame 1 , and is covered at the bottom of the substrate 2, and the package bottom plate 30 can be The heat-dissipating material is configured such that the operating temperature of the light-emitting diode element 21 and the driving IC chip 22 on the substrate 2 can establish a derivation path on the package/plate 30 to achieve a heat dissipation effect. According to the above embodiment, in FIG. 1, 2, and 4, the substrate 20 is disposed in the s-transparent outer frame 10, and the inner surface of the transparent panel 11 of the transparent outer frame 10 has a plurality of class-like studs. 14. The substrate of the substrate 20 has a set of holes 24 for each of the protrusions 14 , and the sleeves 24 of the substrate 20 are sleeved on the protrusions 14 to make the substrate 20 The light outer frame 10 is installed inside, and the proofreading of the position can be easily obtained. The above description is merely illustrative and not restrictive for this creation. In the case of the pain, it is possible to make many modifications, changes or equivalents. Within the scope. Luo Yiben's creation only [schematic description of the schema] Figure 1 is a schematic diagram of the decomposition of the creation structure. Figure 2 is a schematic diagram of the appearance of the combination of the creation structure. Figure 3 is a schematic diagram of the cross-sectional structure of Figure 2A-A. Figure 4 is a cross-section of Figure 2B-B. Figure 5 is a schematic diagram showing the state of the construction of the large-screen display. Figure 6 is a schematic view of the cross-sectional structure of Figure 5C-C. Figure 7 is a schematic diagram of the cross-sectional structure of Figure 5D-D. Figure 8 is a light-transmissive outer frame of the creation. Example Figure 9 is a light-transmissive outer frame taken out of the body. Example of a structure. Plane view 10 series Figure 9E-E cross-sectional structure diagram [Main component symbol description] Stud 1 4 Light-emitting diode element 21 Plug-in terminal 2 3, 2 3A package backplane sheet 3 0 light transmissive frame 1 〇 optical convex mirror 110 frame 1 2 transparent panel 11 side opaque portion 111 notch 1 3 substrate 2 0 drive IC wafer 2 2 arranging hole 2 4 concave notch 3 1 M381863 Electrical Connector 4 Ο Controller 5 Ο