M440564 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種高清晰多媒體連接器，特別係指一種可 產生一體成型結構之高清晰多媒體連接器。 【先前技術】 現行電連接器已在通訊領域得到廣泛運用，如中國專利號數 第200720070543· 6號專利案所揭露的技術，該插座連接器包括複 籲數信號端+、複數接地端子、容納信號端子及接地端子的絕緣本 體、容納絕緣本體的外殼和定位構件，其中，該定位構件與該絕 緣本體下表面接合’並設有第一列、第二列、第三列複數孔，每 一接地端子的一端分別穿過位於電路板第三列的預設導通孔與電 路板上的電路形成電性接觸，同時，每一信號端子的一端分別穿 過位於電路板帛_ n的預設孔與電路板上的電路形成電性 接觸；該種結構分三排的設計雖具有可改善端子串擾的功效，但 端子與絕緣本體組裝採插入的方式組裝造成組裝效率不高，更不 鲁用說係將此方式應用於更小尺寸的結構中。 另’該插座連接器具有該定位構件，並使該等信號端子及該 等接地端子可透過該定位構件達到定位效用，且每—接地端子的 -端分別透過上述定位構倾電路板形成紐魏，如此可有效 降低信號端子内的阻抗以及相鄰訊號端子之間的串音，更好的傳 輸差分訊號，唯該定位構件需·模具，會增加製造成本及製程 工序，且因該定位構件係與該絕緣本體相扣接，故端子雜上會 因疋位構件的組裝公差，而導致定位穩定性差。 有鑑於此’便有創作人提出改良，如中華民國專繼書號數 3 M440564 巋 第M380638號專利案所揭露的技術，該案主要係通過利用上下模 組的組裝方式以簡化製程，並提供更佳的組裝效果，其中，該案 電連接器包括-上模組、-下模組及一遮蔽殼體，該上模組包^ -上主座’上主座則包括-上基座，上基座前端面中央向前延伸 出-薄板狀的舌板，複數個第-端子以纽成型的方式以等同間 距佈設於舌板之上表面，於舌板下表面上對應舌板上表面的每: 第-端子的位置成型有供複數個第二端子佈設的端子槽，該下模 _組包括-下主座，下主座包括一下基座，該等第二端子與下基座 以彼設成型，並以等同間距從下基座前端面中央向前延伸。 雖，上述案件通過利用上下模組的組裝方式以簡化製程並 提供更佳的組裝效果，惟，因元件皆有公差問題，故上、下模組 於組接時，容易產生鬆動，產品結構強度不高，$，因該等第二 端子僅係容設至該舌板之端子槽内，故與舌板間並無固定因此， 容易使該等第二端子產线曲變形關題，此外，因該等第一端 子的終端部與上主座間無固定結構，故使該等—端子由上主座開 _始就呈齡狀態，若於終善與-電路板焊接時，此容易造成終 端部與電路板的線路粒穩定性降低；由此可知，f知技術仍有 眾多需待改善之處。 【新型内容】 本創作主要目的在提供一種高清晰多媒體連接器，其具有提 升整體結構強度及穩定性之優點。 本創作次要目的在提供一種高清晰多媒體連接器，其可被應 用於微型結構。 ^ 本創作另一目的在提供一種高清晰多媒體連接器，其可避免 4 端子鍾曲變形。 本創作再一目的在提供一種高清晰多媒體連接器，其具有提 升端子定位穩定性之優點。 本創作高清晰多媒體連接器，其包含有： 一第一端子組，其係具有複數個第一導電端子，該等第一導 電端子於兩相對側係分別界定一第一接觸段及一第一焊接段。 一第一絕緣座體，其係朝外延伸形成一第一舌板，該第一端 鲁子組係部分與該第一絕緣座體相結合為一體，該等第一接觸段係 以嵌設成型的方式間隔設於該第一舌板之一側，且部分外露，又， 該等第一焊接段係延伸外露於該第一絕緣座體外。 一第二端子組，其係具有複數個第二導電端子，該等第二導 電端子於兩相對側係分別界定一第二接觸段及一第二焊接段。 一第二絕緣座體，其係朝外延伸形成一第二舌板且該第一 絕緣座體與該第二絕緣座體係嵌射成型為一體，該第二端子組係 部分與該第二絕緣座體相結合為一體，該等第二接觸段係以嵌設 聲成型的方式間隔設於該第二舌板之一侧，且部分外露，又，該等 第二焊接段係延伸外露於該第二絕緣座體外。 藉此，本創作可透過嵌射成型的方式，將該第一端子組、該 第二端子組、該第一絕緣座體及該第二絕緣座體結合為一體，以 提升整體結構強度及穩定性，另，因該第一端子組及該第二端子 組係直接嵌射成型於該第一絕緣座體及該第二絕緣座體内，故無 端子組裝問題，本創作之結構設計特別可被應用於微型結構中。…、 本創作之上述及其它目的、優點和特色由以下較佳實例 細說明並參考圖式俾得以更深入了解。 【實施方式】 請參閱第一圖至第三圖所示，分別為本創作高清晰多媒體連 接器之立體組合圖、立體部分組合圖及另一立體部分組合圖；該 高清晰多媒體連接器100係包含有： 請同時配合參閱第四圖所示，一第一端子組10，其係具有複 • 數個第一導電端子11，該等第一導電端子11於兩相對側係分別界 定一第一接觸段111及一第一焊接段112 ^ φ 請同時配合參閱第五圖所示，一第一絕緣座體20，其係具有 於兩相對側朝外分別延伸形成一第一舌板21及二侧板22，該第一 絕緣座體20於其表面一侧係設有複數個定位凸部23,且該第一端 子組10係部分與該第一絕緣座體2〇相結合為一體，該等第一接 觸段111係以嵌設成型的方式間隔設於該第一舌板21之一側，且 部分外露’又’該等第一焊接段112係延伸外露於該第一絕緣座 體20外，於本創作實施例中該等第-焊接段112係位於該等侧板 22間。 鲁 賴時配合參閱第七圖所示，-第H組30，其係具有複 數個第二導電端子31 ’該等第二導電端子31於兩相對側係分別界 疋-第一接觸段3i!及一第二焊接段3i 2，於本創作實施例中該等 第一接觸段311係間隔設於該等定位凸部23間而該等第二焊接 #又312係位於該等側板22間，又，該等第一導電端子u及該等 第二導電端子31係呈交錯設置。 第一絕緣座體40 ’其係具有朝外延伸形成-第二舌板4卜 且該第一絕緣座體2〇與該第二絕緣座體4〇係㈣成型為一體， 同時該第H纟3Q係科触帛二_座體仙相結合為一 M440564 ^該等第二接概311係以嵌設_的方朗隔設於該第二舌 板1—之-侧，且部分外露，且該等第二谭接段312係延伸外露於 絕緣座體40外，於本創作實施例中該等第二焊接段312係 位於該等側板22間’又，該第二絕緣座體4〇於對應該等侧板22 間係-體延伸有-定位部42，該定位部42於鄰近該等第二焊接段 312位置處係與該等第二導電端子&相結合為一體。 請同時配合參閱第六圖所示，於本創作實施射更可增加一 籲定位板5〇 ’其係具有複數鑛應該等第一導電端子丨丨數量之定位 穿孔51，該定位板50係以該等定位穿孔51與該等第一導電端子 11相穿設限位’而赌鄰近該等第一焊接段112位置處，同時， 該定位板50係與該第二絕緣座體4〇相結合為一體。 一金屬殼體60 ’係包覆於該第一絕緣座體20及該第二絕緣座 體40外’且該金屬殼體6〇係具有對應該第一舌板21及該第二舌 板41位置之-開口 6卜同時’該等第一焊接段112及該等第二焊 接段312外露於該金屬殼體6〇外。 • 請參閱第四圖至第五圖所示，為本創作高清晰多媒體連接器 的製造方法-實_之示意圖；本創作高清晰多_連接器之製 造方法，其包含以下步驟： 步驟1 :在一第一模具（圖未示）内設置該第一端子組1〇，並 模塑該第一絕緣座體20’而使該第一絕緣座體20及該第一端子組 10嵌射成型為一體，於本創作實施例中該第一絕緣座體2〇於模塑 成型時，更一體凸設形成有該等定位凸部23。 請同時配合參閱第六圖至第九圖所示，步驟2 :在一第二模具 (圖未示）内設置該第一絕緣座體20,且於該第一絕緣座體2〇上設 7 置該第一端子組3〇，号装笛-道恭 部叫而於从端子31係軸於該等定位凸 定㈣,η 稱實施例中’該第一絕緣座體20上更設有兮 π：Γ50#""^^112- ^ 11方向，以該等定位穿孔51與該等第-導電端子u相 =，Γ莫塑該第二絕緣座體40，而使該第二絕緣座㈣M440564 V. New Description: [New Technology Field] This creation is about a high-definition multimedia connector, especially a high-definition multimedia connector that can produce a one-piece structure. [Prior Art] The current electrical connector has been widely used in the field of communication, such as the technology disclosed in the Chinese Patent No. 200720070543·6 Patent Case, the socket connector includes a complex signal terminal +, a plurality of ground terminals, and accommodates An insulating body of the signal terminal and the grounding terminal, a housing accommodating the insulating body, and a positioning member, wherein the positioning member is engaged with the lower surface of the insulating body and is provided with a plurality of holes of the first column, the second column and the third column, each One end of the grounding terminal is electrically connected to a circuit on the circuit board through a predetermined via hole located in the third column of the circuit board, and one end of each signal terminal passes through a predetermined hole respectively located on the circuit board 帛 n Electrical contact with the circuit on the circuit board; the structure of the three rows of the structure has the effect of improving the crosstalk of the terminal, but the assembly of the terminal and the insulating body is assembled and inserted, resulting in low assembly efficiency, and is not used. This method is applied to structures of smaller size. In addition, the socket connector has the positioning member, and the signal terminals and the ground terminals can achieve the positioning effect through the positioning member, and the end of each of the ground terminals respectively form the New Wei through the positioning tilting circuit board Therefore, the impedance in the signal terminal and the crosstalk between adjacent signal terminals can be effectively reduced, and the differential signal can be better transmitted. Only the positioning member needs the mold, which increases the manufacturing cost and the manufacturing process, and the positioning component is The body is fastened to the insulating body, so that the terminal mismatch may result in poor positioning stability due to assembly tolerance of the clamping member. In view of this, there are creators who propose improvements, such as the technology disclosed in the Patent No. 3 M440564 岿 No. M380638 of the Republic of China. The case is mainly to simplify the process by using the assembly method of the upper and lower modules, and to provide more a good assembly effect, wherein the electrical connector of the case comprises an upper module, a lower module and a shielding shell, wherein the upper module includes an upper base and an upper base. The center of the front end face of the base extends forwardly from the thin plate-shaped tongue plate, and the plurality of first-terminals are arranged on the upper surface of the tongue plate at an equal interval in a neoformed manner, and each of the lower surface of the tongue plate corresponds to the surface of the tongue plate : the position of the first terminal is formed with a terminal slot for a plurality of second terminals, the lower die group includes a lower main seat, the lower main seat includes a lower base, and the second terminal and the lower base are provided Formed and extended forward from the center of the front end face of the lower base at equal intervals. Although the above cases use the assembly method of the upper and lower modules to simplify the process and provide better assembly results, since the components have tolerance problems, the upper and lower modules are prone to loosening when assembled, and the product structure strength Not high, $, because the second terminals are only accommodated in the terminal slots of the tongue plate, so there is no fixation between the tongue plates, so that the second terminal production line is easily deformed. Since there is no fixed structure between the terminal portion of the first terminal and the upper main seat, the terminal is in an aged state when the upper terminal is opened, and if the terminal is soldered to the circuit board, the terminal is likely to be caused. The line grain stability of the part and the circuit board is reduced; thus, it can be seen that there are still many areas to be improved. [New Content] The main purpose of this creation is to provide a high-definition multimedia connector that has the advantages of improving overall structural strength and stability. The secondary objective of this creation is to provide a high definition multimedia connector that can be applied to microstructures. ^ Another object of this creation is to provide a high-definition multimedia connector that avoids distortion of the 4-terminal bell. A further object of the present invention is to provide a high definition multimedia connector which has the advantage of improving the stability of terminal positioning. The high-definition multimedia connector of the present invention comprises: a first terminal set having a plurality of first conductive terminals, wherein the first conductive terminals respectively define a first contact segment and a first Welding section. a first insulating base body extending outwardly to form a first tongue plate, the first end lug portion is integrated with the first insulating seat body, and the first contact segments are embedded The forming manner is spaced apart from one side of the first tongue and partially exposed, and the first welding segments are extended to be exposed outside the first insulating seat. A second terminal set has a plurality of second conductive terminals, and the second conductive terminals respectively define a second contact segment and a second solder segment on opposite sides. a second insulating seat body extending outwardly to form a second tongue plate and the first insulating seat body is integrally formed with the second insulating seat system, the second terminal group portion and the second insulating layer The second contact segments are integrally formed on one side of the second tongue and are partially exposed, and the second welded segments are exposed to the outer portion. The second insulator is outside the body. Therefore, the first terminal group, the second terminal group, the first insulating seat body and the second insulating seat body can be integrated into one body by means of inlay molding to improve the overall structural strength and stability. Further, since the first terminal group and the second terminal group are directly embedded and molded in the first insulating seat body and the second insulating seat body, there is no terminal assembly problem, and the structural design of the present invention is particularly It is used in micro structures. The above and other objects, advantages and features of the present invention are apparent from the following description of the preferred embodiments. [Embodiment] Please refer to the first to third figures, which are respectively a three-dimensional combination diagram, a three-dimensional partial combination diagram and another three-dimensional partial combination diagram of the high-definition multimedia connector; the high-definition multimedia connector 100 is Included: Please also refer to the fourth figure, a first terminal set 10 having a plurality of first conductive terminals 11 respectively defining a first one on each of the opposite sides The contact section 111 and a first welding section 112 ^ φ are simultaneously referred to the fifth figure. A first insulating seat body 20 has a first tongue plate 21 and two extending outwardly on opposite sides. The first insulating base body 20 is provided with a plurality of positioning convex portions 23 on one side of the surface of the first insulating base body 20, and the first terminal block 10 is partially integrated with the first insulating base body 2, The first contact segments 111 are spaced apart from one side of the first tongue plate 21 in a manner of being embedded and formed, and the first solder segments 112 are partially exposed and exposed to the first insulating body. 20, in the present embodiment, the first-welding section 112 is in the position Such side panels 22. Referring to the seventh diagram, the second group 30 has a plurality of second conductive terminals 31'. The second conductive terminals 31 are respectively bounded on the opposite sides - the first contact portion 3i! And a second welding section 3i 2, in the present embodiment, the first contact segments 311 are spaced apart between the positioning protrusions 23 and the second welding electrodes 312 are located between the side plates 22, Moreover, the first conductive terminals u and the second conductive terminals 31 are arranged in a staggered manner. The first insulating base 40 ′ has a second tongue plate 4 extending outwardly, and the first insulating seat 2 成型 is integrally formed with the second insulating seat 4 四 (4), and the first H 纟3Q Departmental Touch 帛 _ 体 体 体 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合The second splicing portion 312 is extended outside the insulating base 40. In the present embodiment, the second welded segments 312 are located between the side plates 22, and the second insulating base 4 is slid Correspondingly, the side plate 22 has a body-body extending-positioning portion 42 which is integrated with the second conductive terminals & at a position adjacent to the second welding segments 312. Please also refer to the figure shown in the sixth figure. In this creation, it is possible to add a positioning plate 5', which has a positioning perforation 51 in which the number of first conductive terminals is equal to the number of first conductive terminals, and the positioning plate 50 is The positioning through-holes 51 pass through the limit positions of the first conductive terminals 11 and are adjacent to the positions of the first welding segments 112. At the same time, the positioning plate 50 is combined with the second insulating base 4 As one. A metal shell 60 ′ is wrapped around the first insulating seat body 20 and the second insulating seat body 40 ′ and the metal shell 6 has a corresponding first tongue plate 21 and the second tongue plate 41 . The position-opening 6 is simultaneously 'the first welding section 112 and the second welding section 312 are exposed outside the metal casing 6'. • Please refer to the fourth to fifth figures, which is a schematic diagram of the manufacturing method of the high-definition multimedia connector, and the manufacturing method of the high-definition multi-connector, which comprises the following steps: Step 1: The first terminal block 1 设置 is disposed in a first mold (not shown), and the first insulating base 20 ′ is molded to inject the first insulating base 20 and the first terminal set 10 into a molding process. In one embodiment, in the present embodiment, the first insulating base 2 is integrally formed with the positioning protrusions 23 when being molded. Please refer to FIG. 6 to FIG. 9 at the same time. Step 2: The first insulating base 20 is disposed in a second mold (not shown), and 7 is disposed on the first insulating base 2 The first terminal group 3 is disposed, and the number of the horn-channel is called from the terminal 31 to the positioning protrusion (four), and in the η embodiment, the first insulating body 20 is further provided with 兮π:Γ50#""^^112- ^ 11 direction, with the positioning perforations 51 and the first conductive terminals u =, the second insulating body 40 is molded, and the second insulation is made Block (four)
細G、該定位板5G及該第—絕緣麵20相嵌射 成為一體，同時，該第二絕緣座體4G模塑成型時’亦與該等定 位=部23相嵌射成型，且該第二絕緣座體4〇於鄰近該等第二焊 接段312位置處係一體模誠型有該定位部42，該定位部似係與 該等第二焊接段312減合為-體，最後，再於該第—絕緣座體 20及該第二絕緣座體4〇外包覆該金屬殼體。 為供進-步瞭解本創作構造特徵、運用技術手段及所細達 成之功效，歸本創作使用方式加以敘述，相信#可由此而對本 創作有更深入且具體之瞭解，如下所述： 仍請參閱第三圖及第四圖所示，本創作係透過嵌射成型的方 鲁式，將該第一端子組10、該第二端子組30、該第一絕緣座體20 及該第二絕緣座體40結合為一體，且因無組裝公差問題，故可提 升整體結構強度及穩定性，此外’因該等定位凸部23係凸設於該 第一絕緣座體20表面’故於該第二絕緣座體4〇嵌射成型時，可 增加結合強度，同時，因該等第一接觸段111及該等第二接觸段 311係分別結合於該第一舌板21及該第二舌板41上，而結合為一 體的第一舌板21及該第二舌板41會因該等第一接觸段Hi及該 等第二接觸段311的應力分散’進而增加結構強度，另，因該等 第一接觸段111及該等第二接觸段311皆係嵌射成型於該第一舌 8 M440564 板21及該第二舌板41上，故不會產生赵曲變形的問題，又因 該定位部42於鄰近該等第二焊接段312位置處係與該等第二導電 端子31相結合為一體，而使該等第二焊接段312外露的部分變 短’並得以增加該等第二焊接段312的穩定性，更值得一提的^， 因該第一端子組10及該第二端子組30係直接嵌射成型於該第一 絕緣座體20及該第二絕緣座體40内，故無端子組裝問題，本創 作之結構設計特別可被應用於微型結構中，又，因該定位板5〇係 鲁一體包覆於該第一絕緣座體20及該第二絕緣座體4〇間，故無組 裝公差問題，可提供端子穩定定位效果。 在較佳實施例之詳細說中所提出之具體實施例僅為易於明暸 本創作之技術内容’並非將本創作狹義地限制於實施例，凡依本 創作之精神及以下申請專利範圍之情況所作之種種變化實施均屬 本創作之範圍。The fine G, the positioning plate 5G and the first insulating surface 20 are integrally formed into a single body, and at the same time, the second insulating seat 4G is molded in the same manner as the positioning portion 23, and the first The two insulating bases 4 are adjacent to the second welding segments 312 and are integrally formed with the positioning portion 42. The positioning portions are similar to the second welding segments 312 and are reduced to a body. Finally, The metal housing is covered on the first insulating base 20 and the second insulating base 4 . In order to understand the structure characteristics of the creation, the use of technical means and the effect achieved by the creation, the use of the creation method is described. I believe that # can have a deeper and more specific understanding of the creation, as follows: Referring to the third and fourth figures, the present invention is to insulate the first terminal group 10, the second terminal group 30, the first insulating base 20 and the second insulation by injecting the square-shaped form. The base body 40 is integrated into one body, and the overall structural strength and stability can be improved because there is no assembly tolerance problem, and the 'the positioning convex portion 23 is convexly disposed on the surface of the first insulating seat body 20'. When the two insulating bases are formed by injecting, the bonding strength can be increased. At the same time, the first contact segments 111 and the second contact segments 311 are respectively coupled to the first tongue plate 21 and the second tongue plate. 41, the first tongue plate 21 and the second tongue plate 41 combined together may increase the structural strength due to the stress dispersion of the first contact segments Hi and the second contact segments 311, and Waiting for the first contact segment 111 and the second contact segments 311 to be embedded into Formed on the first tongue 8 M440564 plate 21 and the second tongue plate 41, so that the problem of distortion of the cam is not generated, and the position of the positioning portion 42 adjacent to the second welding segments 312 is The second conductive terminals 31 are integrated into one body, and the exposed portions of the second welded segments 312 are shortened' and the stability of the second welded segments 312 is increased, which is more worth mentioning. The terminal group 10 and the second terminal group 30 are directly embedded and molded in the first insulating base 20 and the second insulating base 40, so that there is no terminal assembly problem, and the structural design of the present invention can be applied to the miniature. In the structure, since the positioning plate 5 is integrally wrapped between the first insulating seat body 20 and the second insulating seat body 4, there is no assembly tolerance problem, and the terminal stable positioning effect can be provided. The specific embodiments of the present invention are set forth in the Detailed Description of the Detailed Description of the Detailed Description of the Invention, which is not intended to limit the scope of the present invention to the embodiments. The implementation of all kinds of changes is within the scope of this creation.
9 M440564 • · 【圖式簡單說明】 第一圖為本創作高清晰多媒體連接器之立體組合圖。 第二圖為本創作高清晰多媒體連接器之立體部分組合圖。 第三圖為本創作高清晰多媒體連接器之另一立體部分組合圖。 第四圖至第九圖為本創作高清晰多媒體連接器的製造方法一實 施例之示意圖。 【主要元件符號說明】 100 高清晰多媒體連接器 10 第一端子組 11 第一導電端子 111 第一接觸段 112 第一焊接段 20 第一絕緣座體 21 第一舌板21 22 側板 23 定位凸部 30 第二端子組 31 第二導電端子 311 第二接觸段 312 第二焊接段 40 第二絕緣座體 41 第二舌板 42 定位部 50 定位板 51 定位穿孔 60 金屬殼體 61 開口9 M440564 • · [Simple description of the diagram] The first picture is a three-dimensional combination of the creation of high-definition multimedia connectors. The second figure is a combination of the three-dimensional parts of the high-definition multimedia connector. The third picture is a combination of another three-dimensional part of the creative high-definition multimedia connector. The fourth to ninth drawings are schematic views of an embodiment of a method of manufacturing a high definition multimedia connector. [Main component symbol description] 100 High-definition multimedia connector 10 First terminal group 11 First conductive terminal 111 First contact segment 112 First welded segment 20 First insulating seat 21 First tongue 21 22 Side plate 23 Positioning convex portion 30 second terminal set 31 second conductive terminal 311 second contact segment 312 second welded segment 40 second insulating seat 41 second tongue 42 positioning portion 50 positioning plate 51 positioning perforation 60 metal housing 61 opening