M428554 五'新型說明： 【新型所屬之技術領域】M428554 Five's new description: [New technology field]
高解析多媒體數位傳輸介面HDMI是一 高解析度畫祕似多聲道音頻㈣之ς輸種/面^= 之規格是基於數位視訊介面DVI而制㈣，㈣是現人數The high-resolution multimedia digital transmission interface HDMI is a high-resolution picture-like multi-channel audio (4). The specification of the type/face ^= is based on the digital video interface DVI (4), (4) is the current number
在目刖的產品中，傳輸音頻訊號 不然就是使用傳統之A/V端子來傳 ，影像傳輸_最常被❹之鮮規格。DVI軸能使液 晶營幕晝 號的傳輸」 ¥則需要另接一條線，不 送訊號，這在传用 賴就，這在使用上並不是很理想。另外，在數位產品的 棺案傳輸上也會顯得較為㈣，使得液晶電視在與數位產 品或DVD錄放影機和音響設備等連接之間會多了若干的連 接線，連接這些組件時容易產生混淆。 HDMI則可改進上述的缺點，因為在其產品的設計上， Η麵除了符合鮮謂規格之外，亦純位音頻訊號置 入HDMI連糾之斜内’故其不僅在魏上與謂可以 完全相容’並兼具雜數位影像職及數位音頻訊號的功 效，且將所有的_以未經壓_方式傳輸，不易產生失 真。除此之外’HDMI將現在市面上所有使用到的視訊影像 格式皆g含在其規格之内，故其能連接任何不同廠牌與不 同#像傳輸規格的產品’並且HDMI支援了全方位數位影 像訊號之傳輪，故其能將最好的影像品質呈現在消費者家 中之視聽產品内’且在未經壓縮的情況下，使用魏更少， 4/14 M428554 =接;更小。因此，Η〇ΜΙ將是未來視聽細展的— 件。，、補成為未錢聽產業㈣不可缺乏^ 一種要 A η ^而^知的HDMI是使用焊接的方式來遠拄入尸 線及導電端子 士：㈣万式；連接金屬導 兮產的4 ώ 使用谇接的方式，需要較多的人力以刀 又較慢，而且在焊接過程中，如果出現头 使得連接器短败.H ^ X衣出現失誤就會 會降低遠技。 谭將使得訊號傳輸不佳，這此都 中，茜要高度的精密度及準確 ^且政過程 許誤差都容易彦 &如果在接觸的位置有些 【新型内容】 觸不良的情況。 構 j作所要解決的技術問題在於，改良導電端早 構’可使得導電端子雷㈣㈣虹、、民等料子的結 或斷路的情” 妾觸良好，以減少產生電路短路 導電端子，可使用焊接的方式來連接金屬導線及 形。 叫接過封可能產生的轉或空焊的情 體、Γ多媒體介面連接器，其包括絕緣本 括基體部、舌塞塊體及第二塞塊體。絕緣本體包 部則連接義2 :合部’舌板連接基體部的正面，結合 土體口Ρ的背面，祐日古拓目古射, 具有第、有對接凹口，結合部 個導電端子農:凹室。導電端子組包括導電端子，每 :板’電性接觸部突伸於對接凹口中，二=臂伸入於 弟-凹室及M ^ τ叫體分別伸入於 塞塊體卡1 ’並*0'凹狀體可為内凹的形狀。第-於第1室’第—塞塊體具”線槽、通槽及 5/14 M428554 刺破部’通槽分別與導線槽相通’刺破部則分別伸入於通 槽内，以-端延伸人導線槽内，另―端與凹狀體結合。以 及第二塞塊體卡ϋ於第二凹室’第二塞塊體且有導線槽、 通槽及刺破部’通槽分別與導線槽相通，刺破部則分別伸 入於通槽内，以-端延伸人導線槽内，另—端與凹狀體結 合0 綜上所述，本創作多媒體介面連接器，其導電端子的 結構及刺破技術經過設計改良，因此可使用壓合的機器直 接做壓合，以使其能達到一次性以及永久性的結合，並且 電性接觸良好。以及，可取代傳統上人工焊接的方式，可 節省人力的需求’更能大量製造生產，將具有成本上的優 勢。因本創作多媒體介面連接器不使用焊接，除了不易產 生空焊或失誤的情形，更為無鉛無錫的製程，符合環 概念。 為使能更進一步瞭解本創作之特徵及技術内容，請參 閱j下有關本創作之詳細說明與附圖，然而所附圖式僅提 供參考與說明用，並非用來對本創作加以限制者。 【實施方式】 請參考圖1及圖2所示，本創作多媒體介面連接器1Q 包括絕緣本體11、導電端子組12、第一塞塊體13及第二 塞塊體14，其中更包括金屬罩殼15。 立首先，請參考圖3及圖4所示，絕緣本體11包括基體 部1U、舌板112及結合部113,舌板112連接於基體部lu 的正面，結合部113連接基體部111的背面。其中，舌板 具有對接凹口 1121，其凹設於舌板112的前端，結合 部113則具有第—凹室1132及第二凹室1133，第一凹室 6/14 1132及第二凹室1133可分 塊體】4。另夕卜，基體部⑴^；基㈣13及第二塞In the products that are witnessed, the transmission of audio signals is otherwise transmitted using the traditional A/V terminals, and image transmissions are most often used. The DVI axis enables the transmission of the liquid crystal slogan. ¥ ¥ requires another line, no signal, which is used in the transmission, which is not ideal. In addition, the digital product transmission will appear more (4), so that the LCD TV will have a number of connecting lines between the digital product or the DVD recorder and audio equipment connection, which is easy to be confused when connecting these components. . HDMI can improve the above shortcomings, because in the design of its products, in addition to the fresh-speaking specifications, pure-bit audio signals are placed in the HDMI chain. Therefore, it is not only in Wei and can be completely It is compatible with both the function of the digital video and the digital audio signal, and all the _ are transmitted in the uncompressed mode, which is not easy to produce distortion. In addition, HDMI will use all the video image formats currently on the market in its specifications, so it can connect any different brands and different products like transmission specifications and HDMI supports all-round digital The image signal is transmitted, so it can present the best image quality in the audio-visual products of consumers'' and in the case of uncompressed, use Wei less, 4/14 M428554 = connected; smaller. Therefore, it will be a part of the future audio-visual exhibition. , to make up the money to listen to the industry (four) can not be lack of ^ A kind of A η ^ and ^ know HDMI is to use welding to look into the corpse and conductive terminals: (four) million; connected metal guides produced 4 ώ The use of the splicing method requires more manpower to make the knives slower, and in the welding process, if the head is made, the connector is short-lived. If the H ^ X clothes are mistaken, the telecom will be reduced. Tan will make the signal transmission poor. In this case, it is highly precise and accurate. And the political process error is easy. If there is some contact in the position [new content] bad contact. The technical problem to be solved by the structure is that the improved conductive end early structure can make the conductive terminal lightning (four) (four) Hong, the people and other materials of the junction or open circuit" good contact, to reduce the short circuit of the conductive terminals, can be used for welding The way to connect the metal wire and the shape. The splicing or air-welding condition that may be generated by the over-sealing, the multimedia interface connector includes the insulating base body portion, the tongue plug block body and the second plug block body. The body package part is connected to the right side 2: the front part of the joint part is connected to the front side of the base part, and the back side of the soil body is combined with the back of the earth body, and the Yuri ancient extension is ancient, having a first butt joint, and a conductive terminal of the joint: The conductive terminal group includes conductive terminals, each of which: the electrical contact portion of the plate protrudes into the butt recess, the second arm extends into the abbreviation chamber, and the M^ τ body extends into the plug body card 1 The 'and *0' concave body can be in the shape of a concave. The first - the first chamber 'the first block body' wire trough, the trough and the 5/14 M428554 puncture 'the trough are respectively connected to the wire trough 'The piercing part is respectively inserted into the trough, and the end is extended in the human wire trough, and the other The end is combined with the concave body. And the second plug block is clamped to the second recess 'the second plug block body and has a wire slot, a through slot and a piercing portion' the through slot respectively communicate with the wire slot, and the piercing portion respectively protrudes into the through slot The end-to-end extension of the human wire slot, the other end and the concave body are combined. In summary, the structure of the conductive terminal and the puncture technology of the creative multimedia interface connector are designed and improved, so that the press fit can be used. The machine is directly pressed to achieve a one-time and permanent bond and good electrical contact. Moreover, it can replace the traditional method of manual welding, which can save manpower requirements. It is more cost-effective to manufacture in large quantities. Because the creative multimedia interface connector does not use soldering, in addition to the situation that it is not easy to produce empty soldering or mistakes, the lead-free and tin-free process conforms to the ring concept. In order to further understand the features and technical contents of this creation, please refer to the detailed description and drawings of this creation, but the drawings are provided for reference and explanation only, and are not intended to limit the creation. [Embodiment] Referring to FIG. 1 and FIG. 2, the creative multimedia interface connector 1Q includes an insulative housing 11, a conductive terminal set 12, a first plug block 13 and a second plug block 14, and further includes a metal cover. Shell 15. First, referring to Figs. 3 and 4, the insulative housing 11 includes a base portion 1U, a tongue plate 112, and a joint portion 113. The tongue plate 112 is coupled to the front surface of the base portion lu, and the joint portion 113 is coupled to the back surface of the base portion 111. The tongue plate has abutting recess 1121 recessed at the front end of the tongue plate 112, and the joint portion 113 has a first recess 1132 and a second recess 1133, and the first recess 6/14 1132 and the second alcove 1133 can be divided into blocks] 4. In addition, the base part (1) ^; base (four) 13 and the second plug
分別突出於基體部⑴的上 ^ 1⑴，兩卡勾⑴I 連接器K)更可包括金屬罩殼15，Zf體介面 】12的外圍，且構成插口 151盘^屬罩设15罩設於舌板 相互對應，金屬罩殼]5是以如t板112的對接凹口]】2】 上，來達龍定^ 勾件】52卡糾勾川丨 ⑵的導*=:2包括19個導電端子⑵，然而導電端子 可分成兩八，限。導電端子組12的導電端子121 緣本雜—部分為9個導電端子121其位於絕 於^本部，另—部分為1()個導電端子121其位 於、，，巴、、表本肢11的下半部。導電端子12 並且導電端子⑵具錄f 12u、連接f 12^突伸形成 Γί接Γ212前端的電性接觸部1213、及凹狀體1214所 、=、八巾導電端子121的基臂1211穿設過基體部⑴， 連接臂⑵2伸入於舌板】12内，電性接觸部ΐ2ΐ3突伸於 對接凹口 1121内’散導電端子組12 —部分9個導電端 子121其凹狀體1214伸入於第一凹室，以及導電端子組]2 另-部分ίο個導電端子121其凹狀體1214伸人於第二凹 室1133。凹狀體1214可為内凹的形狀，中間形成凹形的可 容置空間。 更詳細地έ兒，請參考圖5所示，導電端子丨？！的連接 臂1212自基臂1211的一端延伸一段距離而成，並於連接 臂1212的前端形成彎折的電性接觸部1213,用以做電性連 接，凹狀體1214則自基臂1211的另一端延伸而成。並且， 舌板112的内部具有端子槽1122，第一凹室m2及第二凹 7/14 M428554 室1133分別具有插槽1131，因此可使得導電端子121的連 接臂1212插固於相對應的端子槽U22内，一部分9個導 电知子121其凹狀體1214可卡固於相對應的第一凹室丨132 之插槽1131内，另一部分個導電端子121其凹狀體1214 可卡固於相對應的第二凹室1133之插槽1131内。接下來， 如圖6所示，將基體部111與舌板112結合，並使得導電 端子121分別插固於相對應的端子槽1122内。之後，可將 第一塞塊體13卡固在第一凹室1132上，第二塞塊體14卡 固在第二凹室Π33上，如圖1所示，即完成多媒體介面連 接器10的組裝。 請參考圖7所示，第一塞塊體13具有導線槽131、通 槽132及刺破部133。導線槽131是位於第一塞塊體13的 内部，通槽132分別與相對應的導線槽131相通，刺破部 133的一端則伸入於第一塞塊體13通槽132内，以再延伸 入於導線槽131内。另外，第二塞塊體14具有導線槽141、 通槽142及刺破部143。導線槽141是位於第二塞塊體14 的内部，通槽H2與相對應的導線槽141相通，刺破部143 的一端則伸入於第二塞塊體14通槽142内，以再延伸入於 導線槽141内。 更進一步地說，第一塞塊體13的刺破部133具有刺$ 腳1331及突出部1332，刺破腳1331可為尖頭型的形狀 以利刺破腳1331能達成穿刺的目的，突出部1332 ^為) 狀，然而刺破腳1331及突出部1332的形狀不以上述為限 刺破部133與第一塞塊體13的結合方式是為，刺破腳 穿設過通槽132，並且突伸於導線槽131内，突出部 則突出於第-塞塊體13。另外，第二塞塊體14的刺破名 8/14 M428554 143同樣具有刺破腳1431及突出部〗432，刺破部]43與第 二塞塊體14的結合方式是為，刺破腳143】穿設過通槽 142，並且突伸於導線槽14〗内，突出部1432則突出於第 二塞塊體14。 凊復參考圖5以及圖7所示，第一凹室1132具有兩第 一側壁1134，第一側壁1134分別與基體部1丨〗之間具有第 一間隙1136。第二凹室1133則具有兩第二側壁1135，第 二側壁〗〗35分別與基體部111之間具有第二間隙1137。其 φ 中，第一塞塊體丨3具有兩第一定位塊134，當第一塞塊體 13卡合於第一凹室1132時，第一定位塊134則分別卡固於 第一間隙1136。第二塞塊體14也具有兩第二定位塊144， 當第二塞塊體14卡合於第二凹室1133時，第二定位塊丨44 則分別卡固於第二間隙Π37。因此，當第一塞塊體]3卡合 於第一凹室1132,第二塞塊體14卡合於第二凹室Π33時， 將使得刺破部133 —端的突出部1332及刺破部143 一端的 突出部1432’分別嵌固於導電端子121的凹狀體ΐ2ΐ4内， • 並達到充份接觸的效果，以使該導線單元16經由刺破部 133、143電性連接於導電端子〗。 請復參考圖7以及圖8所示，第一塞塊體13的導線槽 131及„第二塞塊體14的導線槽141分別設置導線單元16， 導線單元16具有芯部161及絕緣部162，絕緣部脱包覆 於芯部161的外圍。其中，導線單元16分別與第一塞塊體 • 13及第二塞塊體14的結合方式，是將導線單元16分別置 ' 人於導線槽13卜141内，之後再利用刺破部133、143以 刺破腳1331、1431穿設刺破絕緣部 ⑽、·㈣，因物⑹; 9/14 M428554 刺破部133、143也為導電物體，達到 接第-塞塊體13及第二塞塊體14的效果 1單元丨6電性連 破部133、143電性連接於導電端子ΐ2ι 。因$，透過刺 121的電性傳導與相接㈣—連接 藉由導電端子 的效果。 K未知)達成電性連接 綜上所述，本創作多媒體介面 機器直接使得刺破部與導電端子钟八"可使用壓合的 果，且為一次性及永久性的結二二 產，並取代傳統人工焊接的方式， 里农k生 成本上的優勢。並且由於導電 ：的需求，具有 結合，更能增加電性的接觸，降二3與刺破部 況發生糊作多媒體介二 無錯無錫的製程，符合環柄概S。 &故為 創作本’非意欲偈限本 為::::化’均同理皆包含於本創作的權利保護範 【圖式簡單說明】 媒體介面連接器其中-視角的立體圖； 圖2為=多媒體介面連接器另-視角的立體圖； ==多4體介面連接器其中-視角的分解示意圖; ^ 岭㈣ρ視角的分解示意圖； i闰 媒齡岭_之鐘部與結合部結合的 示意圖， f6為本解多媒齡面連妓之基體部與錢結合的示 意圖， 10/14 M428554 圖7為本創作多媒體介面連接器之刺破部與結合部結合的 剖面圖； 圖8為本創作多媒體介面連接器的剖面圖。 【主要元件符號說明】 10多媒體介面連接器 11 絕缘本體 111 基體部 1111卡勾 • 112 舌板 1121 對接凹口 1U2端子槽 113 結合部 1131插槽 1132 第一凹室 1133 第二凹室 1134 第一側壁 ^ 1135 第二側壁 1136 第一間隙 1137 第二間隙 12 導電端子組 121導電端子 1211 基臂 . 1212連接臂 - 1213 電性接觸部 1214 凹狀體 13第一塞塊體 11/14 M428554 131導線槽 132通槽 133 刺破部 1331 刺破腳 1332 突出部 134 第一定位塊 14第二塞塊體 141導線槽 142 通槽 143 刺破部 1431刺破腳 1432 突出部 144 第二定位塊 15金屬罩殼 151 插口 152扣勾件 16 導線早元 161 芯部 162 絕緣部 12/14The upper part 1(1) of the base part (1) is respectively protruded, and the two hooks (1)I connector K) may further comprise a metal cover 15 and a periphery of the Zf body interface 12, and the socket 151 is provided with a cover 15 disposed on the tongue plate. Corresponding to each other, the metal cover]5 is such as the butt notch of the t-plate 112]] 2], to the Longding ^ hook] 52 card to correct the hook of the hook (2) *=: 2 includes 19 conductive terminals (2) However, the conductive terminals can be divided into two or eight. The conductive terminal 121 of the conductive terminal group 12 has the same edge portion as the nine conductive terminals 121 which are located at the inner portion, and the other portion is the one (1) conductive terminal 121 which is located at the bottom of the body and the body 11 The lower half. The conductive terminal 12 and the conductive terminal (2) have a recording f 12u, the connection f 12 ^ protrudes to form an electrical contact portion 1213 of the front end of the contact 212, and the concave body 1214, =, the base arm 1211 of the eight-piece conductive terminal 121 is pierced Through the base portion (1), the connecting arm (2) 2 protrudes into the tongue plate 12, and the electrical contact portion ΐ2ΐ3 protrudes into the butting recess 1121. The radiating terminal group 12 is partially connected to the conductive terminal group 12. The concave portion 1214 extends into the concave portion 1214. In the first recess, and the conductive terminal group 2, another conductive portion 121 has a concave body 1214 extending from the second recess 1133. The concave body 1214 may have a concave shape with a concave accommodating space formed therebetween. For more details, please refer to Figure 5, conductive terminals? ! The connecting arm 1212 extends from one end of the base arm 1211 and forms a bent electrical contact portion 1213 at the front end of the connecting arm 1212 for electrical connection. The concave body 1214 is from the base arm 1211. The other end is extended. Moreover, the inside of the tongue 112 has a terminal slot 1122, and the first recess m2 and the second recess 7/14 M428554 have a slot 1131, respectively, so that the connecting arm 1212 of the conductive terminal 121 can be inserted into the corresponding terminal. In the slot U22, a part of the nine conductive tangs 121 of the conductive body 121 can be locked in the slot 1131 of the corresponding first recess 丨 132, and the other part of the conductive terminal 121 can be locked by the concave body 1214. The corresponding second recess 1133 is in the slot 1131. Next, as shown in Fig. 6, the base portion 111 is coupled to the tongue plate 112, and the conductive terminals 121 are respectively inserted into the corresponding terminal grooves 1122. Thereafter, the first plug block 13 can be fastened on the first recess 1132, and the second plug block 14 can be fastened on the second recess chamber 33, as shown in FIG. 1, that is, the multimedia interface connector 10 is completed. Assembly. Referring to Fig. 7, the first plug body 13 has a wire groove 131, a through groove 132, and a piercing portion 133. The wire slot 131 is located inside the first plug block 13, and the through slot 132 is respectively communicated with the corresponding wire slot 131. One end of the piercing portion 133 extends into the through slot 132 of the first plug block 13 to Extending into the wire slot 131. Further, the second plug body 14 has a wire groove 141, a through groove 142, and a piercing portion 143. The wire slot 141 is located inside the second plug block 14, the through slot H2 is in communication with the corresponding wire slot 141, and one end of the piercing portion 143 extends into the through slot 142 of the second plug block 14 to extend Into the wire slot 141. Further, the puncturing portion 133 of the first plug body 13 has a thorn $1313 and a protruding portion 1332. The punctured leg 1331 can be a pointed shape to facilitate the puncture of the foot 1331. The shape of the portion 1332 is a shape, but the shape of the piercing leg 1331 and the protruding portion 1332 is not limited to the above-described manner. The piercing portion 133 is coupled to the first plug block 13 so that the piercing foot passes through the through groove 132. And protruding in the wire groove 131, the protruding portion protrudes from the first plug body 13. In addition, the piercing name 8/14 M428554 143 of the second plug body 14 also has a piercing leg 1431 and a protrusion 432, and the combination of the piercing portion 43 and the second plug block 14 is to puncture the foot. 143] is passed through the through groove 142 and protrudes in the wire groove 14 , and the protruding portion 1432 protrudes from the second plug body 14 . Referring to Figures 5 and 7, the first recess 1132 has two first side walls 1134, and the first side wall 1134 has a first gap 1136 between the base portion 1 and the base portion, respectively. The second recess 1133 has two second side walls 1135, and the second side wall 35 has a second gap 1137 between the base portion 111 and the base portion 111, respectively. In the φ, the first plug block 3 has two first positioning blocks 134. When the first plug block 13 is engaged with the first recess 1132, the first positioning block 134 is respectively engaged in the first gap 1136. . The second plug block 14 also has two second positioning blocks 144. When the second plug block 14 is engaged with the second recess 1133, the second positioning block 丨44 is respectively locked to the second gap Π37. Therefore, when the first plug body 3 is engaged with the first recess 1132 and the second plug body 14 is engaged with the second recess chamber 33, the protruding portion 1332 and the piercing portion of the piercing portion 133 will be caused. The protruding portion 1432' at one end is respectively embedded in the concave body ΐ2ΐ4 of the conductive terminal 121, and achieves a sufficient contact effect, so that the wire unit 16 is electrically connected to the conductive terminal via the puncturing portions 133 and 143. . Referring to FIG. 7 and FIG. 8 , the wire slot 131 of the first plug block 13 and the wire slot 141 of the second plug block 14 are respectively provided with a lead unit 16 having a core portion 161 and an insulating portion 162 . The insulating portion is uncoated on the outer periphery of the core portion 161. The wire unit 16 is respectively combined with the first plug block body 13 and the second plug block body 14, and the wire unit 16 is respectively disposed in the wire slot. 13 141, after the piercing portions 133, 143 are used to pierce the feet 1331, 1431 through the piercing insulation portion (10), (4), the object (6); 9 / 14 M428554 piercing portions 133, 143 are also conductive objects The effect of connecting the first plug block 13 and the second plug block 14 is to electrically connect the electrical breaks 133, 143 to the conductive terminals ΐ2ι. Because of $, the electrical conduction and phase through the thorns 121 Connect (4) - the effect of the connection by the conductive terminal. K unknown) to achieve the electrical connection in summary, the creation of the multimedia interface machine directly makes the puncture part and the conductive terminal clock eight "can use the pressure of the fruit, and once Sexual and permanent knots and replace the traditional artificial welding method, Li Nong k generation The advantages of the above. And because of the need for electrical conductivity, with a combination, can increase the electrical contact, the second and the third, and the puncturing of the situation, the process of making a multimedia, two error-free Wuxi, in line with the ring handle S. Therefore, for the creation of this 'non-intentional limit, this is::::ization' is the same as the protection of the rights of this creation [simplified description] media interface connector - perspective view of the perspective; Figure 2 = multimedia Fig. 3 is a perspective view of the interface connector; == decomposition diagram of the multi-body interface connector; angle of view; ^ decomposition diagram of ridge (four) ρ angle of view; i 闰 龄 岭 _ 之 之 与 与 与 示意图 示意图 示意图A schematic diagram of the combination of the base body and the money of the multi-media ageing face, 10/14 M428554 Figure 7 is a cross-sectional view of the combination of the piercing portion and the joint portion of the creative multimedia interface connector; Figure 8 is a multimedia interface connection of the creation Cross-sectional view of the device. [Main component symbol description] 10 multimedia interface connector 11 Insulating body 111 Base portion 1111 hook • 112 tongue plate 1121 docking recess 1U2 terminal slot 113 joint portion 1131 slot 1132 first recess 113 3 second recess 1134 first side wall ^ 1135 second side wall 1136 first gap 1137 second gap 12 conductive terminal set 121 conductive terminal 1211 base arm. 1212 connecting arm - 1213 electrical contact 1214 concave body 13 first plug Block 11/14 M428554 131 wire guide 132 through groove 133 piercing portion 1331 piercing foot 1332 protruding portion 134 first positioning block 14 second plug block 141 wire groove 142 through groove 143 piercing portion 1431 piercing foot 1432 protruding 144 second positioning block 15 metal cover 151 socket 152 buckle hook 16 wire early element 161 core 162 insulation 12/14