100年05月25日梭正替換頁 五、新型說明： 【新型所屬之技術領域】 [0001] 本案是關於連接器裝置’更特別的是’本案是關於LED燈 具的模組化裝置。On May 25th, 100th, the shuttle is replacing the page. 5. New description: [New technical field] [0001] This case relates to the connector device. More specifically, this is a modular device for LED lamps.
【先前技術]I[Prior Art] I
[0002] 應用發光二極體（LED)的照明技術’通常將複數個led與 電路板焊接在一起（本案稱作LED燈具的光源模組），但為 了增加發光能量或面積時’常將數量較多的led —起串接 在電路平板上，如此將需要較大的電路板面積，在設計 照明模組時較不具彈性。另一種大型化的方式是將複數 個LED燈具的光源模組串接，常用導線焊接或連接的方式 進行’如此方式的模組化效率不佳〇有時為了增加照明 模組的發光角度或範圍，常將複數個LED燈具的光源模組 以不同的角度連接在一起，而連接的方式常用導線焊接 或連接的方式進行，如此方式的模組化效率亦不佳。本 新型提出一連接複數個光源模組的連接器裝置，可簡易 的將光源模組以串聯或並連的方式連接，可簡易大型化 的模組過程’以下為本案提出的連接器以及應用此連接 器的LED照明模組說明 【新型内容】 [0003] 本新型之目的在提供一LED燈具的光源模組連接器裝置， 其包含正極與負極訊號連接端、連接器裝置之固定結構 ° I亥正極訊號連接端連接兩光源模組之正極訊號端，另 —負極訊•號連接端連接兩光源模組之負極訊號端，如此 的連接使兩光源模組達成電訊號並聯的效果；而連接器 表單编號A0101 M420886 100年05月25日梭正替換頁 裝置之固定結構，係將兩光源模組緊密固定。本新型之 另一連接益裝置，包含正極與負極訊號連接端、連接器. 裝置之固定結構。該電極連接導電體將兩光源模組之正 極與負極相聯接，如此的連接方式使該兩光源模組達成 電訊號串聯的效果，而連接器裝置之固定結構，係將兩 光源模組緊密固定。本連接器裝置之正極與負極訊號連 接端，可使用金屬導電體材料，利用喷墨或是導電勝帶 貼附的方式，使之與連接器裝置連結《更可將金屬導電 體製作在電路板上，再與連接器叢置相連結。此正極與 負極訊號連接端，可與彈簧相連結，加強該正極與負極 訊號連接端與光源模組之連接能力。本連接器震置之固 定結構，可使用幾何設計的方式將兩光源模組緊密固定 ，如使用凹凸卡榫，或使用彈性材料。該固定結構更可 使用彈簧機構，或彈簧卡榫，使兩光源模組緊密固定。 本連接器裝置更可擴充成一平面排列的連接板，該連接 板可提供LED燈的光源模組電訊號串聯或並連的排列。將 連接板佈線並裁切成所需要的排列方式，如此將更有彈 性的製作LED燈具。為使本新型能更明顯易懂，下文特舉 實施例’並配合所附圖式，作詳細說明如下： 【實施方式】 [0004] 以下針對本案的連接器裝置與應用此連接器裝置的LED燈 具的光源模組之實施例進行描述，但實際之配置及採行 的方法並不須符合所描述之内容，熟悉本技藝者當能在 不脫離本新型之實際精神及範圍的情況下，做出種種變 化及修改》 表單编號A0101 第4頁/共16頁 M420886 100年05月25日核正替換頁 實施例一：[0002] Lighting technology using a light-emitting diode (LED) 'usually solders a plurality of LEDs to a circuit board (this case is called a light source module of an LED lamp), but in order to increase the luminous energy or area, the number is often More LEDs are connected in series on the circuit board, which will require a larger board area and less flexibility in designing the lighting module. Another way to increase the size is to connect the light source modules of a plurality of LED lamps in series, and commonly use wire bonding or connection. 'The modularization efficiency of this method is not good. Sometimes, in order to increase the illumination angle or range of the illumination module. The light source modules of a plurality of LED lamps are often connected at different angles, and the connection method is usually performed by wire bonding or connection, and the modularization efficiency in this manner is also poor. The present invention proposes a connector device for connecting a plurality of light source modules, which can easily connect the light source modules in series or in parallel, and can be easily and greatly enlarged. The following is the connector proposed in the present application and the application. LED lighting module description of connector [new content] [0003] The purpose of the present invention is to provide a light source module connector device for an LED lamp, which comprises a positive electrode and a negative signal connection end, and a fixed structure of the connector device. The positive signal connection end is connected to the positive signal end of the two light source modules, and the other negative polarity signal connection end is connected to the negative signal end of the two light source modules, such connection enables the two light source modules to achieve the effect of paralleling the electrical signals; and the connector Form No. A0101 M420886 On May 25th, 100th, the shuttle was replacing the fixed structure of the page device, and the two light source modules were tightly fixed. Another connection device of the present invention comprises a positive and negative signal connection end, a connector, and a fixed structure of the device. The electrode is connected to the electric conductor to connect the positive pole and the negative pole of the two light source modules. The connection manner is such that the two light source modules achieve the effect of connecting the electric signals in series, and the fixed structure of the connector device is to fix the two light source modules tightly. . The connector of the positive and negative signals of the connector device can be connected to the connector device by using a metal conductor material, and the metal conductor can be fabricated on the circuit board by means of inkjet or conductive tape attachment. On, and then connected to the connector cluster. The connection between the positive pole and the negative pole signal can be connected with the spring to strengthen the connection between the positive and negative signal terminals and the light source module. The fixed structure of this connector can be used to fix the two light source modules in a geometric design, such as using bump cards or using elastic materials. The fixing structure can further use a spring mechanism or a spring clip to tightly fix the two light source modules. The connector device can be further expanded into a planar array of connecting plates, which can provide LED light source module electrical signals in series or in parallel. The connection board is routed and cut to the desired arrangement so that the LED luminaires can be made more flexibly. In order to make the present invention more obvious and understandable, the following detailed description of the embodiments will be described in detail with reference to the accompanying drawings: [Embodiment] The following relates to the connector device of the present invention and the LED using the connector device. The embodiment of the light source module of the luminaire is described, but the actual configuration and the method of adopting the method are not necessarily in accordance with the description, and those skilled in the art can do without departing from the actual spirit and scope of the novel. Various changes and modifications" Form No. A0101 Page 4 of 16 M420886 100 May 25th Nuclear Replacement Page Example 1:
參照第一圖為並聯連接器裝置。連接器裝置之固定結構 13，將第一LED燈具的光源模組11與第二LED燈具的光源 模組12緊密固定。連接器裝置之正極訊號連接端132，將 第一 LED燈具的光源模組之正極訊號端112與第二LED燈 具的光源模組之正極訊號端122相互連接；連接器裝置之 負磕訊號連接端133，將第一LED燈具的光源模組之負極 訊號端113與第二LED燈具的光源模組之負極訊號端123 相互連接；該連接器裝置更可利用凸塊131，將兩光源模 組更穩固的緊密接合。利用該光源模組並聯連接器裝置 ，將兩一直線排列的L E D燈具的光源模組的電訊號並連連 接。 實施例二： 參照第二圖為串聯連接器裝置。連接器裝置之固定結構.Referring to the first figure is a parallel connector device. The fixing structure of the connector device 13 closely fixes the light source module 11 of the first LED lamp and the light source module 12 of the second LED lamp. The positive signal connection end 132 of the connector device connects the positive signal end 112 of the light source module of the first LED lamp to the positive signal end 122 of the light source module of the second LED lamp; the negative signal connection end of the connector device 133. Connect the negative signal end 113 of the light source module of the first LED lamp to the negative signal end 123 of the light source module of the second LED lamp. The connector device can further utilize the bump 131 to replace the two light source modules. Solid tight joints. The light source module parallel connector device is used to connect the electrical signals of the light source modules of the two line-arranged L E D lamps in parallel. Embodiment 2: Referring to the second figure, a series connector device is used. Fixed structure of the connector device.
23，將第一LED燈具的光源模組21與第二LED燈具的光源 模組22緊密固定。連接器裝置之電極訊號連接端232，將 第一LED燈具的光源模組之正極訊號端211與第二LED燈 具的光源模組之負極訊號端221相互連接；另一種申接方 法，是將第一LED燈具的光源模組之負極訊號端212與第 二LED燈具的光源模組之正極訊號端222相互連接；該連 接器裝置更可利用凸塊231，將兩光源模組更穩固的緊密 接合。利用該串聯連接器裝置，將兩個一直線排列的光 源模組的電訊號串連連接。 實施例三： 參照第三圖為並聯連接器裝置。連接器裝置之固定結構 33，可將第一LED燈具的光源模組31與第二LED燈具的光 表單編號A0101 第5頁/共16頁 100年05月25日核正_頁| 源模組3 2緊密固定。遠垃吳壯里> τ上 ^連接盗·裝置.之正極訊號連接端332， 將第LED燈具的^源模組之正極訊號端μ 2與第二⑽ 燈具的光源模組之正極訊號端322相互連接；連接器裝置 之負極訊號連接端333，將第一LED燈具的光源模組之負 極訊號端313與第二LED燈具的光源模組之負極訊號端 323相互連接，該連結器裝置中的正極訊號連接端332與 負極訊號連接端333互相電絕緣隔絕開，避免相互電訊號 的接觸；該連接器裝置更可利用凸塊331，將兩光源模組 更穩固的緊密接合《利用該-並聯連接器裝置，可將複數 個並排排列的光源模組的電訊號並連連接。 實施例四： 參照第四圖為串聯連接器裝置。連接器裝置之固定結構 43 ’將第一LED燈具的光源模組41與第二led燈具的光源 模組42緊密固定。連接器裝置之電極訊號連接端432，將 第一LED燈具的光源模組之正極訊號端η 2與第二LED燈 具的光源模組之負極訊號端423相互連接；另一種串接方 法，是將第一LED燈具的光源模組之負極訊號端413與第 二LED燈具的光源模組之正極訊號端422相互連接；該連 接器裝置更可利用凸塊431，將兩光源模組更穩固的緊密 接合。利用該光源模組串聯連接器裝置，可將複數個並 排排列的光源模組的電訊號串連連接。 實施例五： 參照第五圖為連接器裝置。連接器裝置之固定結構53， 將複數個光源模組緊密固定。連接器裝置之訊號連接端 基座534，承載連接器裝置之正極訊號連接端532，與連 接器裝置之負極訊號連接端533 ;並與連接器裝置之固定 表單編號A0101 第6頁/共16頁 100年05月日梭正替换頁 結構53相結合》 實施例六： 參照第六圖為連接器裝置之訊號連接端結構。.其中連接 益裝置之訊號連接端632，連接兩光源模組之正極或負極 訊號；連接器裝置之訊號連接端隔絕層633與連接器裝置 之訊號連接端632相連結，可避免光源模組之訊號錯接或 干擾。 實施例七： 參照第七圖為連接器裝置之訊號連接端結構β該結構可 包為平面狀結構71，圓弧狀結構72，角錐狀結構73 ;另 一種平面狀結構為複合材料連接端74，將複數個導電球 741埋藏在非導電膠條742中。 實施例八： 參照第八圖為連接器裝置。連接器基座8將複數個光源模 組置放於光源模組槽81中。置放入光源模組槽之光源晶 片，其正極與負桎訊號連接端，與連接器基座8之訊號連 接端82與83相連接；該連接器裝置可切割成不同的串聯 或並連光源模組的排列。以圖中所示為例，可將光源模 組排列成2串聯3並聯，或3串聯2並連的排列結構。 【圖式簡單說明】 [0005]第一圖係直線排列光源模組並聯連接器裝置； 第二圖係直線排列光源模組串聯連接器裝置； 第三圖係並排光源模組並聯連接器裝置； 第四圖係並排光源模組串聯連接器裝置； 第五圖係含連接端基座的連接器裝置； 表單編號A0101 第7頁/共16頁 M420886 100年05月25日按正替换π 第六圖係訊號連接端； 第七圖係含隔絕物之訊號連接端設計； 第八圖係整合串連並連之連接器裝置。 【主要元件符號說明】 [0006] 11 :第一LED燈具的光源模組 12 :第二LED燈具的光源模組 13 :連接器裝置之固定結構 112 :第一LED燈具的光源模組之正極訊號端 113 :第一LED燈具的光源模組之負極訊號端 122 :第二LED燈具的光源模組之正極訊號端 123 :第二LED燈具的光源模組之負極訊號端 132 :連接器裝置之正極訊號連接端 133 :連接器裝置之負極訊號連接端 131 :凸塊 21 :第一LED燈具的光源模組 22 :第二LED燈具的光源模組 23 :連接器裝置之固定結構 211 :第一LED燈具的光源模組之正極訊號端 212 :第一LED燈具的光源模組之負極訊號端 222 :第二LED燈具的光源模組之正極訊號端 221 :第二LED燈具的光源模組之負極訊號端 232 :連接器裝置之電極訊號連接端 231 :凸塊 31 :第一LED燈具的光源模組 32 :第二LED燈具的光源模組 表單编號A0101 第8頁/共16頁 M420886 100年05月25日梭正替換頁 33 :連接器裝置之固定結構 312 :第一LED燈具的光源模組之正極訊號端 313 :第一LED燈具的光源模組之負極訊號端 322 :第二LED燈具的光源模組之正極訊號端 323 :第二LED燈具的光源模組之負極訊號端 332 :連接器裝置之正極訊號連接端 333 :連接器裝置之負極訊號連接端 331 :凸塊 41 :第一LED燈具的光源模組23. The light source module 21 of the first LED lamp is closely fixed to the light source module 22 of the second LED lamp. The electrode signal connection end 232 of the connector device connects the positive signal end 211 of the light source module of the first LED lamp to the negative signal end 221 of the light source module of the second LED lamp; another application method is The anode signal end 212 of the light source module of the LED lamp is connected to the positive signal end 222 of the light source module of the second LED lamp; the connector device can further utilize the bump 231 to more firmly and tightly bond the two light source modules. . With the series connector device, the electrical signals of the two optical modules arranged in a line are connected in series. Embodiment 3: Referring to the third figure, a parallel connector device is shown. The fixing structure 33 of the connector device can light the light source module 31 of the first LED lamp and the light form number of the second LED lamp A0101 page 5 / 16 pages 100 years old 25th page positive _ page | source module 3 2 Tightly fixed.远拉吴壮里> τ上^ connected to the thief device. The positive signal connection end 332, the positive signal terminal μ 2 of the ^ source module of the LED lamp and the positive signal end of the second (10) lamp source module The 322 is connected to each other; the negative signal connection end 333 of the connector device connects the negative signal end 313 of the light source module of the first LED lamp and the negative signal end 323 of the light source module of the second LED lamp to the connector device. The positive signal connection end 332 and the negative signal connection end 333 are electrically insulated from each other to avoid mutual electrical contact; the connector device can further utilize the bumps 331 to make the two light source modules more firmly and tightly engaged. The parallel connector device can connect the electrical signals of a plurality of light source modules arranged side by side in parallel. Embodiment 4: Referring to the fourth figure, a series connector device is used. The fixing structure of the connector device 43 ′ closes the light source module 41 of the first LED lamp and the light source module 42 of the second LED lamp. The electrode signal connection end 432 of the connector device connects the positive signal end η 2 of the light source module of the first LED lamp to the negative signal end 423 of the light source module of the second LED lamp; another serial connection method is The negative signal end 413 of the light source module of the first LED lamp is connected to the positive signal end 422 of the light source module of the second LED lamp; the connector device can further utilize the bump 431 to make the two light source modules more stable and tight. Engage. The light source module serial connector device can connect the electrical signals of a plurality of light source modules arranged side by side in series. Embodiment 5: Refer to the fifth figure for the connector device. The fixing structure 53 of the connector device tightly fixes the plurality of light source modules. The signal connection end base 534 of the connector device carries the positive signal connection end 532 of the connector device, and the negative signal connection end 533 of the connector device; and the fixed form number of the connector device A0101 page 6 / 16 pages In May, 100, the Japanese shuttle replacement page structure 53 is combined. Embodiment 6: Refer to the sixth figure for the signal connection structure of the connector device. The signal connection end 632 of the connection benefit device connects the positive or negative signal of the two light source modules; the signal connection end isolation layer 633 of the connector device is coupled with the signal connection end 632 of the connector device to avoid the light source module Signal misconnection or interference. Embodiment 7: Referring to FIG. 7 , the signal connection end structure β of the connector device may be a planar structure 71 , an arc-shaped structure 72 , a pyramidal structure 73 , and another planar structure is a composite connection end 74 . A plurality of conductive balls 741 are buried in the non-conductive strip 742. Embodiment 8: Referring to the eighth figure, the connector device is shown. The connector base 8 places a plurality of light source modules in the light source module slot 81. The light source chip placed in the light source module slot has a positive and negative signal connection end connected to the signal connection ends 82 and 83 of the connector base 8; the connector device can be cut into different series or parallel light sources. The arrangement of the modules. Taking the example shown in the figure as an example, the light source modules can be arranged in a series arrangement of 2 series 3 parallels, or 3 series 2 parallel connections. [Simple description of the drawing] [0005] The first figure is a linear arrangement of the light source module parallel connector device; the second picture is a linear arrangement of the light source module series connector device; the third picture is a side-by-side light source module parallel connector device; The fourth picture is a side-by-side light source module serial connector device; the fifth picture is a connector device with a connection end base; Form No. A0101 Page 7 of 16 M420886 100 May 25 Pressing Positive π Sixth Figure 7 is the signal connection; the seventh picture is the design of the signal connection with the isolation; the eighth picture is the integration of the serial connection device. [Main component symbol description] [0006] 11: Light source module 12 of the first LED lamp: Light source module 13 of the second LED lamp: Fixed structure of the connector device 112: Positive signal of the light source module of the first LED lamp End 113: the negative signal end 122 of the light source module of the first LED lamp: the positive signal end 123 of the light source module of the second LED lamp: the negative signal end 132 of the light source module of the second LED lamp: the positive electrode of the connector device Signal connection terminal 133: negative electrode signal connection end 131 of the connector device: bump 21: light source module 22 of the first LED lamp: light source module 23 of the second LED lamp: fixing structure of the connector device 211: first LED The positive signal end 212 of the light source module of the luminaire: the negative signal end 222 of the light source module of the first LED illuminator: the positive signal end 221 of the light source module of the second LED illuminator: the negative signal of the light source module of the second LED luminaire End 232: Electrode signal connection end 231 of the connector device: Bump 31: Light source module 32 of the first LED lamp: Light source module of the second LED lamp Form No. A0101 Page 8 of 16 M420886 100 years 05 On the 25th of the month, the shuttle is replacing page 33: connector installed The fixed structure 312 is: the positive signal end 313 of the light source module of the first LED lamp: the negative signal end 322 of the light source module of the first LED lamp: the positive signal end 323 of the light source module of the second LED lamp: second The negative signal terminal 332 of the light source module of the LED lamp: the positive signal connection end 333 of the connector device: the negative signal connection end of the connector device 331: the bump 41: the light source module of the first LED lamp
42 :第二LED燈具的光源模組 43 :連接器裝置之固定結構 412 :第一LED燈具的光源模組之正極訊號端 413 :第一LED燈具的光源模組之負極訊號端 422 :第二LED燈具的光源模組之正極訊號端 423 :第二LED燈具的光源模組之負極訊號端 432 :連接器裝置之電極訊號連接端 431 :凸塊42: The light source module 43 of the second LED lamp: the fixing structure of the connector device 412: the positive signal end 413 of the light source module of the first LED lamp: the negative signal end 422 of the light source module of the first LED lamp: second Positive signal terminal 423 of the light source module of the LED lamp: negative electrode terminal 432 of the light source module of the second LED lamp: electrode signal connection end 431 of the connector device: bump
53 :連接器裝置之固定結構 532 :連接器裝置之正極訊號連接端 533 :連接器裝置之負極訊號連接端 534 :連接器裝置之訊號連接端基座 632 :連接器裝置之訊號連接端 633 :連接器裝置之訊號連接端隔絕層 71 :平面狀結構 72 :圓弧狀結構 73 :角錐狀結構 表單編號A0101 第9頁/共16頁 M420886 100年05月25日按正替换頁 74 :複合材料連接端 741 :導電球 742 :非導電膠條 8:連接器基座’ 81 :光源模組槽 82 :連接器基座之訊號連接端 83 :連接器基座之訊號連接端 表單编號A0101 第10頁/共16頁53: fixing structure of the connector device 532: positive signal connection end 533 of the connector device: negative signal connection end 534 of the connector device: signal connection end base 632 of the connector device: signal connection end 633 of the connector device: Connector connector signal isolation layer 71: planar structure 72: arc-shaped structure 73: pyramidal structure form number A0101 page 9 / total 16 pages M420886 100 years of May 25, according to the replacement page 74: composite material Connection end 741: conductive ball 742: non-conductive rubber strip 8: connector base '81: light source module slot 82: connector base signal connection end 83: connector base signal connection end form number A0101 10 pages / total 16 pages