M430026 * - 五、新型說明： 、 【新型所屬之技術領域】 - 本創作是有關於一種設有發光元件之排線單元，特 別是有關於一種設有發光元件之排線組合結構。 【先前技術】 現今隨著環保意識的高漲，具有省電與符合環保要 求之發光二極體（LED)已逐漸應用於生活中的各項電 子產品中，例如聖誕燈飾、手電筒、車輛信號燈、交通 標誌、手機與顯示器等商品，且未來發展的趨勢也是利 用發光二極體來逐漸替代功能相近之傳統燈泡。 一般發光二極體之基本構造，係在一透明絕緣體之 内部設有不同極性之導電端及一承載部’其承载部處係 固6又有一晶片’其晶片之週邊係設有螢光材料，另設有 金線構成晶片之電極層與導電端之連接，而各導電端並 延伸出透明絕緣體外部成為電源接點。在導電端之通電 作用下’其晶片所產生之光源在穿過螢光材料時，即與 螢光材料之波長結合成為預期之可見光。 現今一般電子裝置（如筆記型電腦）中，需要局部發 光或指示燈處，其一般做法係於鍵盤内之印刷電路板或 軟性電路板上’設置印刷線路以供發光二極體設置當 通以電源時，發光二極體得以發光而產生指示作用。然 而’使用印刷電路板或軟性電路板之成本較高，且需祝 3 發光二極體所設置之位置而設置印刷線路，其作法較為 複雜所以容易導致製作成本的增加。此外，當二個印刷 電路板或軟性電路板在相互電性連接時，一般是利用焊 接板端連接器於電路板上後再搭接—排線的方式來達 成，由於焊接製程需要上錫膏與加熱壓合等步驟，此種 裝程所彳b費的成本與時間較多’不利於產品的競爭力。 【新型内容】 習知之電子產品係使用印刷電路板或軟性電路板以 供發光一極體设置，且印刷電路板或軟性電路板在相互 電f生連接時般疋利用焊接板端連接器於電路板上後 再搭接一排線的方式來達成，如此容易導致製造成本增 加的問題。 本創作提供一種設有發光元件之排線組合結構，包 括一連接裝置及二排線單元，其中連接裝置包括一底座 部、一蓋體部及一對端子，蓋體部組裝於底座部上並且 在蓋體部與底座部之間形成相對設置之二容置空間，容 置空間具有一開口以連通至連接裝置之外側，且容置空 間之開口方向相反於另一容置空間之開口方向，端子具 有一固定部及連接於固定部之一彈性臂，固定部係將端 子干涉固定於連接裝置，彈性臂朝著二開口延伸至二容 置空間内，彈性臂於容置空間内具有―第—接觸點^ 性臂於另一容置空間内具有一第二接觸點。排線單元上 設有複數發光元件，於排線單元末端形成一對導電接 點，排線單元末端置入於容置空間且導電接點接觸於第 一接觸點，另一排線單元末端置入於另—容置空間且另 一導電接點接觸於第二接觸點，使二排線單元經由該對 端子形成電性導通。 係矛•^創作所提供之設有發光元件之排線組合結構，其 性^用敕性排線來取代原先所使用的印刷電路板或軟 如-%板，且利用一連接裝置來電性連接二排線單元， 此不僅結構簡單且節省成本，即可解決習知技術所造 <製造成本增加的問題。 實 施方式 作:參閱第一圖至第四圖所示之—較佳實施例，本釗 a提供〜種設有發光元件2之排線組合結構1，其主要 係' 由一連接裝置3及二排線單元4所組成。 連接裝置3包括一底座部31、一蓋體部32及一對 ，蓋體部32組裝於底座部31上並且在蓋體部 ^輿底座部 31之間形成前後相對設置之二容置空間 3 ’备〜容置空間34具有一開口 35以連通至連接裝爹 ^外側，且容置空間34之開口 35方向相反於另一容 <間34之開口 35方向。端子33具有一固定部33j 及連轾於固定部331之一彈性臂332，固定部331係將 M430026 端子33干涉固定於連接裝置3，彈性臂332朝著二開 口 35延伸至二容置空間34内。 在本實施例中，固定部331係朝向蓋體部32延伸設 置且干涉固定於蓋體部32 ’底座部31之相對設置的二 側壁311上分別設有開口 35，開口 35内側連通於容置 空間34，蓋體部32對應於開口 35外側及容置空間34M430026 * - V. New description: [Technical field of new type] - This work is about a cable unit with a light-emitting element, and in particular, a cable combination structure provided with a light-emitting element. [Prior Art] Nowadays, with the rising awareness of environmental protection, light-emitting diodes (LEDs) with power saving and environmental protection requirements have been gradually applied to various electronic products in life, such as Christmas lights, flashlights, vehicle signal lights, and traffic. Signs, mobile phones and monitors, and the future trend is also the use of light-emitting diodes to gradually replace the traditional light bulbs with similar functions. The basic structure of a general light-emitting diode is provided with a conductive end of different polarity inside a transparent insulator and a carrying portion, which has a wafer 6 at its carrying portion, and a fluorescent material is arranged around the wafer. A gold wire is further formed to form a connection between the electrode layer of the wafer and the conductive end, and each of the conductive ends extends out of the transparent insulator to become a power contact. Under the energization of the conductive terminals, the light source produced by the wafer, when passing through the phosphor material, combines with the wavelength of the phosphor material to become the visible visible light. In today's general electronic devices (such as notebook computers), partial illumination or indicator lights are required. The general practice is to set a printed circuit for the light-emitting diodes on a printed circuit board or a flexible circuit board in the keyboard. At the time of power supply, the light-emitting diodes emit light to give an indication. However, the cost of using a printed circuit board or a flexible circuit board is high, and it is necessary to set a position of the light-emitting diode to set a printed circuit, which is complicated in practice and thus tends to increase the manufacturing cost. In addition, when two printed circuit boards or flexible circuit boards are electrically connected to each other, it is generally achieved by using a soldered-plate end connector on the circuit board and then lap-and-wire-connecting, since the soldering process requires solder paste. With the steps of pressing and heating, the cost and time of such a process are not favorable to the competitiveness of the product. [New content] The electronic products of the prior art use a printed circuit board or a flexible circuit board for the light-emitting one, and the printed circuit board or the flexible circuit board is connected to each other by using a soldered-plate connector. This is achieved by arranging a line of wires on the board and later, which easily leads to an increase in manufacturing costs. The present invention provides a cable assembly structure including a light-emitting component, comprising a connecting device and a two-wire cable unit, wherein the connecting device comprises a base portion, a cover portion and a pair of terminals, and the cover portion is assembled on the base portion and Two accommodating spaces are formed between the cover portion and the base portion, and the accommodating space has an opening to communicate with the outer side of the connecting device, and the opening direction of the accommodating space is opposite to the opening direction of the other accommodating space. The terminal has a fixing portion and an elastic arm connected to the fixing portion. The fixing portion is configured to interfere the terminal with the connecting device, and the elastic arm extends toward the two openings into the two accommodating spaces, and the elastic arm has a “first” in the accommodating space. - The contact point has a second contact point in the other accommodating space. A plurality of light-emitting elements are disposed on the cable arranging unit, and a pair of conductive contacts are formed at the end of the wire arranging unit, the end of the wire arranging unit is placed in the accommodating space, and the conductive contact contacts the first contact point, and the other wire arranging unit is disposed at the end The other conductive contact is in contact with the second contact point, so that the two-row line unit is electrically connected via the pair of terminals. It is a combination of a cable assembly with a light-emitting component provided by the creation of a spear, and the use of a flexible cable to replace the previously used printed circuit board or soft-% board, and is electrically connected by a connecting device. The two-row line unit, which is not only simple in structure but also cost-effective, can solve the problem that the manufacturing cost is increased by the conventional technology. Embodiments: Referring to the first embodiment to the fourth embodiment, a preferred embodiment, the present invention provides a cable assembly structure 1 having a light-emitting element 2, which is mainly composed of a connecting device 3 and two. The cable unit 4 is composed of. The connecting device 3 includes a base portion 31, a cover portion 32 and a pair. The cover portion 32 is assembled on the base portion 31 and defines two accommodating spaces 3 which are disposed opposite to each other between the cover portion 31 and the base portion 31. The spare-mounting space 34 has an opening 35 for communicating to the outside of the connecting device, and the opening 35 of the receiving space 34 is opposite to the opening 35 of the other opening 34. The terminal 33 has a fixing portion 33j and an elastic arm 332 connected to the fixing portion 331. The fixing portion 331 interposes and fixes the M430026 terminal 33 to the connecting device 3, and the elastic arm 332 extends toward the two openings 35 to the two accommodating spaces 34. Inside. In the present embodiment, the fixing portion 331 is disposed to extend toward the cover portion 32 and is oppositely disposed on the opposite side walls 311 of the base portion 31 of the cover portion 32. The space 34, the cover portion 32 corresponds to the outside of the opening 35 and the accommodation space 34
分別設有加壓部321，加壓部321係抵壓於排線單元4 使排線單元4被挾持固定於底座部31與加壓部321之 間。底座部31與蓋體部32之間設有一卡合機構36， 蓋體部32設有卡勾322，底座部31設有凹槽312，卡 勾322與凹槽312係互相卡合以形成卡合機構36，藉 由此卡合機構36以將蓋體部32固定卡合於底座部^ 上。底座部31上設有一定位部313，該定位部313係 位於容置空間34與另一容置空間34之間。此外，蓋體 部32上裝設有-對干涉片37，干涉片37係對應於容 置空間34内之排線單元4設置，且干涉片37設有干平 點奶可干涉固定排線單以，以增加排線單元4被= 涉固定於連接裝置3内的作用力。 在本實施例中，彈性臂332包括—前臂333盘一後 臂334，前臂333與後臂334相對於固定部= ==空間34内’固定邹331連接於彈性 # 332的中間位置’使得彈性臂332與固定部3 合係呈-倒τ字形結構。前臂333於容置空間具且 6 有一第一接觸點335，後臂334於另一容置空間34内 具有一第二接觸點336，且第一接觸點335與第二接觸 點336係皆朝向底座部31設置。 每一棑線單元4包括平行排列之複數金屬導線（未 繪示）及包圍該些金屬導線之絕緣層所組成，複數發光 元件2設置於排線單元4上並與該些金屬導線形成電性 連接，於排線單元4末端形成一對導電接點41，此二 導電接點41包括一正極接點及一負極接點。 在蓋體部32組裝於底座部31之前，排線單元4末 端先置入於容置空間34中且抵靠於定位部313，其中 排線單元4上之導電接點41係朝向蓋體部以的方向設 置，在蓋體部32組裝於底座部31後，可使得導電接點 41接觸於第一接觸點335。同樣地，另一排線單元4末 端亦同時置入於另一容置空間34中且抵靠於定位部 313，其中另一導電接點41亦同時接觸於端子％之第 二接觸點336，使得此二排線單元4可經由一對端子33 形成電性導通並藉由加壓部321與干涉片37的雙重作 用使得二排線單元4固定於蓋體部32與底座部31之間 的二容置空間34内。 請參閱第五圖至第八圖所示之另一較佳實施例，本 創作提供另一種連接裝置5，此連接裝置5的結構雖然 不同於前述之連接裝置3，但是一樣可以應用在設有發 光元件2之排線組合結構〗中。 M430026 此連接裴置5包括一底座部51、組裝於底座部5i 上之一蓋體部52及一對端子53 ,在蓋體部52與底座 部51之間形成前後相對設置之二容置空間54，每一容 置空間54具有一開口 55以連通至連接裝置5之外側， 底座部51與蓋體部52之間的兩侧分別形成開口 且 容置空間54之開口 55方向相反於另一容置空間54之 開口 55方向。端子53具有一固定部531及連接於固定 部531之一彈性臂532，固定部531係朝向底座部51 延伸設置且將端子53干涉固定於底座部51，彈性臂532 包括一前臂533與一後臂534，前臂533與後臂534係 分別朝著二開口 55延伸至二容置空間54内且相對於固 定部531呈對稱設置，使得彈性臂532與固定部531的 組合係呈一 T字形結構。前臂533於容置空間54内具 有一第一接觸點535，後臂534於另一容置空間54内 具有一第二接觸點536 ’且第一接觸點535與第二接觸 點536係皆朝向底座部51設置。 蓋體部52對應於二容置空間54内之彈性臂532之 第一接觸點535及第二接觸點536分別設有一對加壓部 521 ’各對加壓部521係可分別抵壓於第一接觸點535 及第二接觸點536，以使第一接觸點535及第二接觸點 536抵壓於排線單元4末端，如此使得排線單元4被抉 持固定於底座部51與該對端子33之間。 8 M430026 在本實施例中，底座部51與蓋體部52之間設有一 滑動機構56以及一卡合機構57，藉由滑動機構％以 將蓋體部52滑設於底座部51上，藉由卡合機構57以 將蓋體部52卡合固定於底座部51上，其中底座部51 6又有一溝槽511及一干涉部512 ,蓋體部52設有一凸 塊522及一卡合部523，凸塊522與溝槽511係互相耦 合以形成滑動機構56，干涉部512與卡合部523係互 相卡合以形成卡合機構57。 由於連接裝置5設有滑動機構56，因此蓋體部52 可先於排線單元4組裝於底座部51上且*會從底座部 脫落接著將一排線單元4末端分別經由底座部 與蓋體部52之間的兩側開口 55置入於二容置空間54 ，抵靠於定位部513 ’最後將蓋體部52下；1使得蓋體 透過卡合機構57卡合固定於底座部51上，此時 ，體部52之加壓部521係抵壓於彈性臂532，並使得 :f # 532之第一接觸點535及第二接觸點536抵壓於 線單70 4末端，如此使得二排線單元4被挾持固定 於盍^部52與底座部51之間的二容置空間54内。 :上所述，本創作之設有發光元件的排線組合結 /、系矛J用軟性排線來取代原先印刷電路板 或軟性電料’且 元生如此不僅結構簡單且節省成本，即可解決習知技術 所k成之製造成本增加的問題。 9 上述詳細說明為針對本創作一種較佳之可行實施例 說明而已，惟該實施例並非用以限定本創作之申請專利 範圍，凡其它未脫離本創作所揭示之技藝精神下所完成 之均等變化與修飾變更，均應包含於本創作所涵蓋之專 利範圍中。 【圖式簡單說明】 第一圖係本創作之設有發光元件之排線組合結構的立 體示意圖。 第二圖係第一圖之連接裝置的立體分解示意圖。 第三圖係第一圖之設有發光元件之排線組合結構沿著 AA線段的剖面示意圖。 第四圖係第一圖之設有發光元件之排線組合結構沿著 BB線段的剖面示意圖。 第五圖係本創作之另一種連接裝置應用於設有發光元 件之排線組合結構的立體示意圖。 第六圖係第五圖之連接裝置的立體分解示意圖。 第七圖係第五圖之設有發光元件之排線組合結構沿著 CC線段的剖面示意圖。 第八圖係第五圖之設有發光元件之排線組合結構沿著 DD線段的剖面示意圖。 【主要元件符號說明】 M430026Each of the pressurizing portions 321 is provided, and the pressurizing portion 321 is pressed against the wire arranging unit 4 so that the wire arranging unit 4 is held between the base portion 31 and the pressurizing portion 321. An engaging mechanism 36 is disposed between the base portion 31 and the cover portion 32. The cover portion 32 is provided with a hook 322. The base portion 31 is provided with a recess 312. The hook 322 and the recess 312 are engaged with each other to form a card. The engaging mechanism 36 is configured to securely engage the lid portion 32 with the base portion by the engaging mechanism 36. A positioning portion 313 is disposed on the base portion 31, and the positioning portion 313 is located between the accommodating space 34 and the other accommodating space 34. In addition, the cover portion 32 is provided with a pair of interference plates 37, the interference plate 37 is disposed corresponding to the wire arranging unit 4 in the accommodating space 34, and the interference plate 37 is provided with a dry flat milk interference interference fixed wire list In order to increase the force of the wire arranging unit 4 to be fixed in the connecting device 3. In the present embodiment, the elastic arm 332 includes a forearm 333 disk and a rear arm 334, and the forearm 333 and the rear arm 334 are fixed relative to the fixed portion === in the space 34, the fixed position 331 is connected to the intermediate position of the elastic #332. The arm 332 and the fixing portion 3 are in an inverted-T-shaped structure. The forearm 333 is in the accommodating space and has a first contact point 335. The rear arm 334 has a second contact point 336 in the other accommodating space 34, and the first contact point 335 and the second contact point 336 are both oriented. The base portion 31 is provided. Each of the twisting unit 4 includes a plurality of metal wires (not shown) arranged in parallel and an insulating layer surrounding the metal wires. The plurality of light emitting elements 2 are disposed on the wire unit 4 and form electrical properties with the wire wires. A pair of conductive contacts 41 are formed at the end of the cable unit 4, and the two conductive contacts 41 include a positive contact and a negative contact. Before the cover portion 32 is assembled to the base portion 31, the end of the wire arranging unit 4 is first placed in the accommodating space 34 and abuts against the positioning portion 313, wherein the conductive contact 41 on the wire arranging unit 4 faces the cover portion In the direction provided, after the cover portion 32 is assembled to the base portion 31, the conductive contact 41 can be brought into contact with the first contact point 335. Similarly, the end of the other cable unit 4 is simultaneously placed in the other accommodating space 34 and abuts against the positioning portion 313, wherein the other conductive contact 41 also contacts the second contact point 336 of the terminal %. The two-wire unit 4 can be electrically connected via a pair of terminals 33 and the two-wire unit 4 is fixed between the cover portion 32 and the base portion 31 by the dual action of the pressing portion 321 and the interference piece 37. Two accommodation spaces 34. Referring to another preferred embodiment shown in the fifth to eighth embodiments, the present invention provides another connecting device 5. The structure of the connecting device 5 is different from the connecting device 3 described above, but can be applied to the same. In the cable combination structure of the light-emitting element 2. M430026 The connecting device 5 includes a base portion 51, a cover portion 52 assembled on the base portion 5i, and a pair of terminals 53. The two housing spaces are formed between the cover portion 52 and the base portion 51. Each of the accommodating spaces 54 has an opening 55 to communicate with the outer side of the connecting device 5, and an opening is formed on each side between the base portion 51 and the cover portion 52, and the opening 55 of the accommodating space 54 is opposite to the other The opening 55 of the accommodation space 54 is oriented. The terminal 53 has a fixing portion 531 and an elastic arm 532 connected to the fixing portion 531. The fixing portion 531 extends toward the base portion 51 and interferes and fixes the terminal 53 to the base portion 51. The elastic arm 532 includes a forearm 533 and a rear portion. The arm 534, the forearm 533 and the rear arm 534 extend into the two accommodating spaces 54 and are symmetrically disposed with respect to the fixing portion 531, respectively, so that the combination of the elastic arms 532 and the fixing portion 531 has a T-shaped structure. . The front arm 533 has a first contact point 535 in the accommodating space 54. The rear arm 534 has a second contact point 536 ′ in the other accommodating space 54 and the first contact point 535 and the second contact point 536 are oriented. The base portion 51 is provided. The first body contact portion 535 and the second contact point 536 of the elastic arm 532 corresponding to the elastic body 532 in the two accommodating spaces 54 are respectively provided with a pair of pressing portions 521 ′, and the pair of pressing portions 521 are respectively pressed against the first portion a contact point 535 and a second contact point 536, so that the first contact point 535 and the second contact point 536 are pressed against the end of the wire arranging unit 4, such that the wire arranging unit 4 is clamped and fixed to the base portion 51 and the pair Between terminals 33. 8 M430026 In the embodiment, a sliding mechanism 56 and an engaging mechanism 57 are disposed between the base portion 51 and the cover portion 52. The sliding mechanism is used to slide the cover portion 52 on the base portion 51. The engaging portion 57 is configured to engage and fix the cover portion 52 to the base portion 51. The base portion 516 has a groove 511 and an interference portion 512. The cover portion 52 is provided with a protrusion 522 and a engaging portion. 523, the bump 522 and the groove 511 are coupled to each other to form a sliding mechanism 56, and the interference portion 512 and the engaging portion 523 are engaged with each other to form the engaging mechanism 57. Since the connecting device 5 is provided with the sliding mechanism 56, the cover portion 52 can be assembled on the base portion 51 prior to the cable arranging unit 4 and * will be detached from the base portion, and then the end of the wire arranging unit 4 can be respectively passed through the base portion and the cover portion. The two sides of the opening 52 between the portions 52 are placed in the two accommodating spaces 54 to abut the positioning portion 513 ′ and finally the cover portion 52 is lowered; 1 such that the cover is engaged and fixed to the base portion 51 through the engaging mechanism 57 At this time, the pressing portion 521 of the body portion 52 is pressed against the elastic arm 532, and the first contact point 535 and the second contact point 536 of the f # 532 are pressed against the end of the wire sheet 70 4, thus making two The wire arranging unit 4 is held and fixed in the two accommodating spaces 54 between the dam portion 52 and the base portion 51. : As mentioned above, the cable assembly with the light-emitting components of this creation/, the spear J replaces the original printed circuit board or the soft electric material with a flexible cable, and the Yuansheng is not only simple in structure but also cost-effective. The problem of increasing the manufacturing cost of the prior art is solved. The detailed description of the present invention is intended to be a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Modifications should be included in the scope of the patent covered by this creation. [Simple description of the drawing] The first figure is a schematic view of the assembly structure of the cable with the light-emitting elements. The second figure is a perspective exploded view of the connecting device of the first figure. The third figure is a schematic cross-sectional view of the cable assembly structure of the first figure provided with the light-emitting elements along the line AA. The fourth figure is a schematic cross-sectional view of the cable assembly structure of the first embodiment with the light-emitting elements along the BB line. The fifth figure is a perspective view of another connection device of the present invention applied to a cable combination structure provided with a light-emitting element. Figure 6 is a perspective exploded view of the connecting device of the fifth figure. The seventh figure is a schematic cross-sectional view of the cable assembly structure of the fifth embodiment with the light-emitting elements along the CC line segment. The eighth figure is a schematic cross-sectional view of the cable assembly structure of the fifth embodiment with the light-emitting elements along the DD line. [Main component symbol description] M430026
1 排線組合結構 2 發光元件 3 連接裝置 31 底座部 311 側壁 312 凹槽 313 定位部 32 蓋體部 321 加壓部 322 卡勾 33 端子 331 固定部 332 彈性臂 333 前臂 334 後臂 335 第一接觸點 336 第二接觸點 34 容置空間 35 開口 36 卡合機構 37 干涉片 371 干涉點 4 排線單元 M430026 導電接點 連接裝置 底座部 溝槽 干涉部 定位部 蓋體部 加壓部 凸塊 卡合部 端子 固定部 彈性臂 前臂 後臂 第一接觸點 第二接觸點 容置空間 開口 滑動機構 卡合機構1 Cable combination structure 2 Light-emitting element 3 Connecting device 31 Base portion 311 Side wall 312 Groove 313 Positioning portion 32 Cover portion 321 Pressing portion 322 Buckle 33 Terminal 331 Fixing portion 332 Elastic arm 333 Front arm 334 Rear arm 335 First contact Point 336 second contact point 34 accommodating space 35 opening 36 engaging mechanism 37 interference piece 371 interference point 4 wire arranging unit M430026 conductive contact connecting device base portion groove interference portion positioning portion cover body portion press portion bump engagement Terminal fixing portion elastic arm forearm rear arm first contact point second contact point accommodation space opening sliding mechanism engagement mechanism