M304792 八、新型說明： 【新型所屬之技術領域】 糊作係有關於—種圓USB傳輸 良可 器結構改：。成本，改採塑膠包覆成型技術取代之連接 【先前技術】 按，如第_同仏— 1 干立円』圖所不，係為一種習知連接器、内部構造之 不思圖。该連接器為mi 頭la、以菸其包括一連接器接 \ ^ %性連結於該接頭la後端之傳輸線2a ;該接 頭la具有—絕緣本體10a，於絕緣本體1〇 = .二寺知子&末端由絕緣本體l〇a後端延伸而 出亚進—步焊接於一雷敗, ,、 路板12a上之銅箔電路120a處， 20a焊接而連,士。㈣^路12〇a_m之線蕊 金屬殼體^並=路^該絕緣本體伽外包覆一層 蝴1¾血屑& ' 反2a外再包覆一連接於金屬殼 =者/、線2a之間的絕緣外们如，藉以形成一連接 蕊路:於其端子1Ia與傳輸線2a之線 .^ 再透過电路板i2a作為電性連結，故並成太 咼且製造過程較為够雜，As 设/、成本 120a因為成刑I谷勿使電路板】2a之銅箔電路 又^ 土之絕緣外殼14a於高溫高壓下，導致電 12a之銅箔電路〗2〇a脫落， 、 砗★六届古扁土 化成紐路和恶信號等問題，同 "也合易㈣輪線2a與電路板❿間之脫線問題。 M3 04792 有鑑於此，本創作人係為 特潛心研究並配合學理之運用 有效改善上述缺失之本創作。 【新型内容】 改善並解決上述之缺失，乃 ，終於提出一種設計合理且 之連接器結構改良，其係 器内部之電路板，如,卜成型取代以往連接 蚪還可減少以往使用電 衣“夬逮，同 脫落和傳輸線脫線之問題成本，更可解決與電路銅箱 幹繞成上述之目的，本創作係提供—種職咖傳 季則線之連接器結構改良， ^得 塊之絕緣本體、一由二 後側一體成型有-絕緣板 所紐成之金屬殼體;其中，端丄 本體後側延伸==體内部之插接部、以及由絕緣 於絕緣 ” I伸邛，而各端子之延伸部係被包覆 外而構成者内’並以金屬殼體罩設於絕緣本體與絕緣板塊 【實施方式】 貝杳宜委員能 步瞭解本創作之特徵及 之洋細說明與附圖，然 並非用來對本創作加以 技術内容，請參閱以下有關 而所附圖式僅提供參考與說 限制者。 〃 ΰ 本創作係提供 請參閱第二圖所 —種MINI USB傳輸線之連接器結構改良 示，首先，準備一端子料帶1 ，並於該 M304792 端子料帶！上預先沖製端子組2，各端子組2係由複數端 子排列而成，其大致可包含一供電端子2〇、二訊號端子a 、22(正、負極）、一預留端子23及一接地端子以等，且 各、子皆具有设置於連接器3、絕緣本體3〇内部之插接部^ 、以及由絕緣本體3G後側延伸而出之延伸部％，其中之供 電端子20與接地端子24更於其延伸部％後端形成」較寬: 連接端27，用以與一傳輸線4之線蕊4〇 (如第五圖所示） ^干接而連結。而在接地端子24之延伸部％上，可形成— 見度較寬之详接區28，以供一電阻元件29 (如第三 )焊接其上。 ' 承上所述，再於上述端子組2之插接部以上以塑膠包 復而形成連接器3之絕緣本體3〇。同時，本創作主要即在 H緣本❹被包覆成型時’亦一併將端子組2之延伸部 2“塑膠包覆形成—絕緣板⑽，該絕緣板㈣係一 =絕緣本體30後侧處，僅令端子組2之供電端子％與接 ^而^後端的連接端27突伸而出，隹後才將端子組2由 而子料▼ 1上裁斷而取下，即形成如第三圖所示者。 再印茶閱弟三圖及第四圖所示，如同前文所述，端子 、、且Si於接地端子24之延伸部26上形成-所述焊接區28 ,曰人；;'阻凡件29焊置。故在此種需焊接該電阻元件2 9的 :口 :至少有兩種製造上的流程：第—種即如第三圖所 '、，，、係於絕緣板塊31包覆形成時，預先 上形成-供電阻元件29容置之凹槽31。二;;= 之焊接區28於該凹…露出’如此即可=:= M304792 31成形後將電阻元件29焊接於焊接區28之間（如第四圖所 不），第二種係於絕緣板塊31未包覆形成前，即先將電阻 兀件29焊接於焊接區28上，再令該絕緣板31於包覆成形時 一併將電阻元件29連同端子組2之延伸部26包覆於内（圖 略）〇 最後，如第五圖所示，令供電端子2〇與接地端子24之 連接端27分別與一傳輸線4之二線蕊4〇相焊接以作電性連 結，再將絕緣本體30與絕緣板塊31共同設置於一金屬殼體 2内°玄金屬喊體32可包含一殼體座320與一殼體蓋321 所組成，f金屬殼體32罩設於絕緣本體3〇與絕緣板塊料 後，再經由最後一道塑膠包覆成型作業，以於該金屬殼體 32與傳輸線4形成一絕緣外殼34，即可如第六圖所示以完 成本發明連接器3之成品。 凡 疋以，藉由上述之構造組成，即可得到本創作Mini USB傳輸線之連接器結構改良。 因此，藉由本創作Μ腿USB傳輸線之連接器結構改良 ，即不需再以電路板作為連接器端子與傳輸線間之電性連 結組件，如此不僅可使連接器内部之構件更為簡化，在製 ^上也較為簡便而快速，同時還可減少以往使用電路板之 ^更可有效解決連接"電路㈣脫落和傳輸線脫線 综上所述，本創作實為不可多得之新型創作產品，並 確可達到預期之使用目的，而解 /、 新穎性及進步性，完全符人斩之缺失，又因極具 w付合新型專獅請要件，f依專利 M304792 法提出申請 權利。 敬請詳查 龙踢准本案專利 以保障創作人之 准以上所述僅為本倉 拘限本創作之專利範圍，故：1=亍實施例，非因此即 内，d構變化’均同理皆包含於本創作之範圍 M3 04792 【圖式簡早說明】 第一圖 係習知連接器内部構造之示意圖。 第二圖 係本創作端子料帶之局部示意圖。 第三圖 係本創作連接器内部構造與電阻元件之立體 分解圖。 第四圖 係本創作連接器内部構造與電阻元件之立體 組合圖。 第五圖 係本創作連接器與金屬殼體之立體分解圖。 第六圖 係本創作連接器成品之立體外觀示意圖。 【主要元件符號說明】 <習知> 連接器接頭 la 絕緣本體 10a 端子 11a 電路板 12a 銅箔電路120a 金屬殼體 13a 絕緣外殼14a 傳輸線 2a 線蕊 20a <本創作> 端子料帶 1 2 端子組 10 M3 04792 供電端子 20 訊號端子 21 訊號端子 22 預留端子 23 接地端子 24 插接部 25 延伸部 26 連接端 27 焊接區 28 電阻元件 29 連接器 3 絕緣本體 30 絕緣板塊 31 凹槽 310 金屬殼體 32 殼體座 320 殼體盖 321 傳輸線 4 線/品 40M304792 VIII. New description: [New technical field] The paste is related to the kind of round USB transmission. The cost is replaced by the plastic overmolding technology. [Prior Art] According to the figure, it is a kind of conventional connector and internal structure. The connector is a mi head, and the transmission line 2a is connected to the rear end of the connector la by a connector; the connector la has an insulative body 10a, and the insulative body 1〇=. The end of the & body extends from the rear end of the insulating body 10a, and is sub-step welded to a copper foil circuit 120a on the board 12a, 20a is soldered and connected. (4) ^路12〇a_m line core metal shell ^ and = road ^ the insulation body is covered with a layer of butterfly 13⁄4 blood scraps & 'reverse 2a outer recoating one connected to the metal shell = / / line 2a For example, in order to form a connection core path: the line between the terminal 1Ia and the transmission line 2a. ^ is further electrically connected through the circuit board i2a, so that it is too sturdy and the manufacturing process is relatively complicated, As set / , cost 120a because the penalties I Valley do not make the circuit board] 2a copper foil circuit ^ soil insulation shell 14a under high temperature and high pressure, resulting in electricity 12a copper foil circuit〗 2〇a shedding, 砗 ★ six-year ancient flat The problem of soilization into the New Road and the evil signal is the same as the problem of the off-line between the wheel 2a and the circuit board. M3 04792 In view of this, the creator is dedicated to research and use the use of academics to effectively improve the above-mentioned creations. [New content] To improve and solve the above-mentioned shortcomings, finally, a reasonable design and improved connector structure has been proposed. The circuit board inside the system, for example, can replace the previous connection and reduce the use of electric clothes. The cost of the problem of catching, off-line and off-line of the transmission line can solve the above-mentioned purpose of winding the copper box with the circuit. The creation department provides the structure improvement of the connector of the class-based coffee season, and the insulative body of the block a metal shell formed by an insulating plate integrally formed by the rear side of the second body; wherein the rear side of the end body extends == the plug portion inside the body, and the insulation is insulated, and the terminals are The extension is covered and formed inside the body and is covered by the metal casing on the insulating body and the insulating plate. [Embodiment] The members of the committee can understand the characteristics of the creation and the detailed description and drawings. However, it is not intended to be used for the technical content of this creation. Please refer to the following related drawings, and the drawings only provide reference and limit. 〃 ΰ This creation is provided. Please refer to the second figure for the MINI USB transmission line connector structure improvement. First, prepare a terminal strip 1 and the M304792 terminal strip! The terminal group 2 is pre-punched, and each terminal group 2 is formed by a plurality of terminals, which may substantially include a power supply terminal 2, two signal terminals a, 22 (positive and negative), a reserved terminal 23 and a ground. The terminals are equal, and each has a plug portion disposed in the connector 3, the inside of the insulative housing 3, and an extension portion extending from the rear side of the insulative housing 3G, wherein the power supply terminal 20 and the ground terminal 24 is formed at the rear end of the extension portion %. The connection end 27 is connected to the wire core 4 of a transmission line 4 (as shown in FIG. 5). On the extension portion % of the ground terminal 24, a wider contact area 28 can be formed for soldering a resistive element 29 (e.g., third). As described above, the insulating body 3 of the connector 3 is formed by plastic wrapping over the plug portion of the terminal group 2 described above. At the same time, the creation is mainly when the H-edge is overmolded, and the extension 2 of the terminal group 2 is plastically coated to form an insulating plate (10), which is a rear side of the insulating body 30. At this point, only the power supply terminal % of the terminal group 2 and the connection end 27 of the rear end of the terminal group 2 are protruded out, and then the terminal group 2 is cut off by the sub-material ▼ 1 and removed, that is, formed as a third As shown in the figure, in the third and fourth figures of the reprinted tea, as described above, the terminal, and Si is formed on the extension 26 of the grounding terminal 24 - the lands 28, squatting; 'Resistance 29 is soldered. Therefore, in this case, the resistance element is required to be soldered: Port: There are at least two manufacturing processes: the first type is as shown in the third figure, and is attached to the insulating plate. When the cladding is formed, a recess 31 for accommodating the resistive element 29 is formed in advance. The soldering region 28 of the second;;= is exposed to the recess... so that =:= M304792 31 is formed by soldering the resistive element 29 Between the lands 28 (as in the fourth figure), the second type is before the insulating slabs 31 are uncoated, that is, the resistors 29 are first soldered to the lands 28. When the insulating plate 31 is overmolded, the resistive element 29 is covered with the extension portion 26 of the terminal group 2 (not shown). Finally, as shown in the fifth figure, the power supply terminal 2 is grounded and grounded. The connecting ends 27 of the terminals 24 are respectively soldered to the two wires 4 of the transmission line 4 for electrical connection, and the insulating body 30 and the insulating plate 31 are disposed together in a metal casing 2. The utility model comprises a housing base 320 and a housing cover 321 . The metal housing 32 is disposed on the insulating body 3 〇 and the insulating slab material, and then is subjected to a final plastic overmolding operation to the metal housing 32 . Forming an insulative housing 34 with the transmission line 4, as shown in the sixth figure, to complete the finished product of the connector 3 of the present invention. The connector structure of the present Mini USB transmission line can be obtained by the above-mentioned configuration. Therefore, the connector structure of the USB cable of the present invention is improved, that is, the circuit board is not required to be an electrical connection component between the connector terminal and the transmission line, so that the components inside the connector can be simplified. In the system ^ is also relatively It is quick and easy, and it can also reduce the use of the circuit board in the past. It can effectively solve the connection. The circuit (4) is off and the transmission line is off-line. This is a rare new creative product, and it can meet expectations. The purpose of use, and solution /, novelty and progressiveness, is completely inconsequential, and because of the need to pay for the new lion, please apply for the patent according to the law M304792. The patent in this case is only for the protection of the creator. The above is only the patent scope of this creation. Therefore, 1: 亍 embodiment, not so, the d-structure change is included in the scope of this creation. M3 04792 [Description of the drawings] The first figure is a schematic diagram of the internal structure of the conventional connector. The second figure is a partial schematic view of the terminal strip of the creation. The third figure is a three-dimensional exploded view of the internal structure of the authoring connector and the resistive element. The fourth figure is a three-dimensional combination of the internal structure of the authoring connector and the resistive element. The fifth figure is an exploded view of the original connector and the metal casing. The sixth figure is a schematic view of the stereoscopic appearance of the finished connector. [Description of main component symbols] <General knowledge> Connector connector la Insulating body 10a Terminal 11a Circuit board 12a Copper foil circuit 120a Metal case 13a Insulating housing 14a Transmission line 2a Wire core 20a <This creation> Terminal strip 1 2 Terminal group 10 M3 04792 Power supply terminal 20 Signal terminal 21 Signal terminal 22 Reserved terminal 23 Ground terminal 24 Plug-in part 25 Extension part 26 Connection end 27 Soldering area 28 Resistive element 29 Connector 3 Insulating body 30 Insulating plate 31 Groove 310 Metal housing 32 housing base 320 housing cover 321 transmission line 4 line / product 40
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