M356290 五、新型說明： 【新型所屬之技術領域】 *本創作储供-種_㈣埠之結構，尤指第―端子組 #第一端子組分別於基座相鄰側設有對正於沖孔之斷面，使 二者可利用單—模具對單—導電片材㈣成型，且可以單一 步驟固設於絕緣座體内，進而降低模具開發成本、節省材料 及簡化製程。 【先前技術】 按’現今科技日新月異，在此時代下之電子裝置越廣泛 應用於日常生活當中，而執行相關作業之處理，且各式電子 裝置間的傳輸方式則為透過具有傳輸線之接頭插接於其上， 而使各電抒置可她傳輸，因此各電 傳輸過程中其傳輸速率便相當重要，現今串列式的傳輸接頭 為包括有通用串列埠（Uni ve rsa 1 ς . 、—n。之形態，=: ^lA5Mblt/s,48 0Mbit/s^ 率’…、，由於電子裳置所需傳輸的資料量越來越多，容量也 越來越龐大’如此情況下，原本的傳輸接頭之傳輸速度將不 敷使用，因此織研_喊喷率之傳輸接 頭’如通用串解3 · ◦，其傳輸速率可高衫G b i尤/ s、’而為使傳統的通用串列埠1.1或2. 〇仍可與細妾 ’達到向下相雜’因此保留原本的連接端子，再新增另外 M356290 、’且連接^子之方式，此即形成目前通用串列琿3 . 〇之型 〜上述，通用串列埠3.〇便具有兩組不同之連接端子， 而目則之Ιέ it方式為將傳統與新增之端子组各自糊不同的 冲顯具’且騎不_導電#材切料軸有傳統與新增之 端子’”且並於各自料後，再將傳統與新增之端子組分別置 入模具中埋人射出或分舰過個於絕緣座體，之後再將此 半成品外解财屏蔽殼體，以戦此通料辦3 · 〇之 傳輸接頭型態。 由上述得知，此種製造方式為具有以下之缺失： (1)其習用之第-端子組和第二端子組為相互並列，並分 別呈上下層餘，而固設於絕緣座體巾，如此第一端 子組和第二端子組便需為分開製造，而獨立開發不同 的冲顯具，並利用各自的沖麵具將導電片材裁切 口此將杧加企業的模具開發之成本、時間。 (2 )其制之第—端子組和第二端子組需分卿造並各自 利用不同之導電片材裁切，之後再將第一端子組和第 二端子組分設於絕緣賴，如此在大量製造下， 其產生之廢料便相當可觀，且將第一端子組和第二端 子齡別固設於絕緣座體之方式，不僅將為企業帶來 更面的材料與組裝成本，亦會形成複雜的製造程序和 更多的製造時間。 σ 是以，根據上述諸點缺失之考量，創作人乃針對逹接器 M356290 之特性上作一澡入分析與探討，並經由多方評估及考量，且 透過苦心鑽研與研發，始設計出此種通用串列埠之結構的創 作專利者。 【新型内容】 是以，創作人有鑑於習用技術之缺失，乃依其從事通用 串列埠之製造經驗和技術累積，針對上述缺失悉心研究各種 解決的方法，在經過不斷的研究與改良後，終於開發設計出 一種全新之通用串列埠之結構的創作誕生者。 本創作之主要目的係使第—端子組和第二端子組之對接 端為分別具有-_，且呈嶋狀之_，而第—端子組和 第二端子组為分別於基部相_設有紅於絕緣座體沖孔之 斷面，則第-端子組和第二端子組於製造時，僅利用單一沖 壓模具對單—導電片材賴即可成形，且第—端子組和第二 端子組間為以一個以上之料橋連接，便可令二者同時固設於 絕緣座體中，再於裝設完成後透過沖孔將料橋去除，以形成 斷面’此_單—沖壓模具針對單—導電片材沖壓的方式， 便可降低模具開發成本、節省材料及簡化組裝程序，進而減 少製造之時間及複雜度。 蚀笛2作之次要目的胁絕緣賴之—側增設有抵持座， 一端子組和第二端子减設於姆座體上之後，可利用 抵持座抵壓於第— — 丑 、 子、.· f弟一鈿子組，使二者之焊接端呈 ”，相使桿接端可確實焊接於外部傳輸線材或預設電 .M356290 路板。 【實施方式】 為達成上述目的及構造，本創作所採用之技術手段及其 功效，茲繪圖就本創作之較佳實施例詳加說明其構造與功能 如下，俾利完全瞭解。 請參閱第一、六圖所示，可由圖中清楚地看出，本創作M356290 V. New description: [New technical field] * The structure of the creation and supply of the _ (four) ,, especially the first terminal group #1 terminal group is located on the adjacent side of the pedestal The cross section of the hole enables the two to be formed by a single-die-to-single-conducting sheet (4), and can be fixed in the insulating body in a single step, thereby reducing mold development cost, material saving and simplifying the process. [Prior Art] According to the trend of today's technology, the more widely used electronic devices in this era are used in daily life, and the processing of related operations is performed, and the transmission method between various electronic devices is through the connector with the transmission line. On top of that, so that each electric device can be transmitted by her, so the transmission rate of each electric transmission process is very important. Today's tandem transmission joints include a universal serial port (Uni ve rsa 1 ς . n. The form, =: ^lA5Mblt/s, 48 0Mbit/s^ rate '...,, due to the increasing amount of data to be transmitted by the electronic device, the capacity is also increasing. 'In this case, the original The transmission speed of the transmission joint will not be enough, so the weaving _ shouting rate transmission joint 'such as the universal string solution 3 · ◦, its transmission rate can be high-shirt G bi especially / s, 'for the traditional universal serial埠 1.1 or 2. 〇 can still be mixed with the fine 妾 'to achieve the downward phase' so the original connection terminal is retained, and another M356290, 'and the connection ^ ^ method is added, which forms the current universal serial 珲 3 . Type ~ above, universal serial 3. There are two different types of connecting terminals, and the method of it is to make the traditional and new terminal groups different from each other, and the riding and not _ conductive # material cutting shaft has tradition and new After adding the terminal '" and after the respective materials, the traditional and newly added terminal groups are respectively placed in the mold, buried or fired over the insulating body, and then the semi-finished product is shielded from the outer casing. According to the above, the manufacturing method has the following defects: (1) The conventional first-terminal group and the second terminal group are juxtaposed with each other. And the upper and lower layers are respectively fixed, and are fixed on the insulating seat towel, so that the first terminal group and the second terminal group need to be separately manufactured, and different punching tools are independently developed, and the respective punching masks are used to conduct electricity. The cutting of the sheet will increase the cost and time of the company's mold development. (2) The first part of the system and the second terminal group need to be divided and made of different conductive sheets, and then The first terminal group and the second terminal component are disposed on the insulation, so Under the manufacture of quantity, the waste generated by it is considerable, and the way of fixing the first terminal group and the second terminal to the insulating seat body will not only bring more materials and assembly costs to the enterprise, but also form Complex manufacturing procedures and more manufacturing time. σ Therefore, based on the above-mentioned missing points, the creator makes a bath analysis and discussion on the characteristics of the splicer M356290, and evaluates and considers it through multiple parties. Through painstaking research and development, we have designed a patent for the creation of such a universal tandem structure. [New content] Therefore, the creator has a manufacturing experience and technology based on the use of universal serials. Accumulation, in response to the above-mentioned lack of careful study of various solutions, after continuous research and improvement, finally developed and designed a new generation of universal serial 埠 structure of the birth. The main purpose of the present invention is to make the butt ends of the first terminal group and the second terminal group have -_ and have a meandering shape, and the first terminal group and the second terminal group are respectively provided at the base phase. Red in the cross section of the insulating body punching, the first terminal group and the second terminal group are formed by using only a single stamping die for the single-conductive sheet, and the first terminal group and the second terminal are formed. If there is more than one material bridge between the groups, the two can be fixed in the insulating seat at the same time, and then the bridge is removed through the punching after the installation is completed to form a section 'this_single-stamping die For single-conductor sheet stamping, mold development costs, material savings, and assembly procedures can be reduced, reducing manufacturing time and complexity. The second purpose of the eclipse 2 is the insulation. The side is provided with a resisting seat. After the terminal group and the second terminal are reduced on the body of the body, the abutting seat can be used to resist the first-- ugly 。································································································ The technical means and its functions adopted in this creation are described in detail in the preferred embodiment of the creation. The structure and function are as follows, and the full understanding is made. Please refer to the first and sixth figures, which can be clearly seen from the figure. Seeing that this creation
之架構係包括有絕緣座體1、穿設於絕緣座體1中之連接端The structure includes an insulating base 1 and a connecting end that is disposed in the insulating base 1
子組2及屏蔽殼體3所組成，故就本案之主要結構詳述如后 ;其中： D 該絕緣座體1一侧為具有對接空間i 〇，而對接空間丄 〇朝另侧貫穿有容置通道！i，且絕緣座體i上亦透穿有一 個以上之沖孔12。 接知子組2為可固設於絕緣座體1内，其包括有第 1子组21和第二端子組2 2，該第-端子組2丄及第二 端子組2 2分別於基部2 1 1、U 1 -舰伸有焊接端2 12、2 2 2 ,而另側則延伸有對接端2丄32 2 3，且 第-端子組21和第二端子組2 2之對接端2 i 3、2 2 3 =具有-間距，且呈間隔狀之陣列，另，第—端子組Η 對^端子組22分別於基部211'221相鄰側為設有 t於絕緣賴1沖孔W之斷面23,上述，第—端子组 21可為通用串列埠(Universal SeMalThe main structure of the present invention is as follows: Set the channel! i, and the insulating base i also penetrates through more than one punching hole 12. The sub-group 2 is fixed in the insulating base 1 and includes a first sub-group 21 and a second terminal set 2 2 . The first-terminal group 2 丄 and the second terminal set 2 2 are respectively at the base 2 1 1. U 1 - the ship has a welded end 2 12, 2 2 2 , and the other side has a butt end 2 丄 32 2 3, and the butt end 2 i 3 of the first terminal set 21 and the second terminal set 2 2 2 2 3 = array having a spacing and spacing, and the first terminal group Η the pair of terminal groups 22 are respectively provided on the adjacent side of the base portion 211'221 with a hole T in the insulating layer 1 Face 23, above, the first terminal group 21 can be a universal serial port (Universal SeMal
Bus ’USB) i .丄或2 · Q之形式，其可具有四個 M356290 或五個端子，而第二端子組2 2為具有五個端子。 a該屏蔽殼體3為包覆於具有連接端子組2之絕緣座體丄 外部’且於屏紐體3—側為具有可與外部連接雜接之對 接口 3 1。 上述各構件於la裝時’第—端子組2 i和第二端子組2 土 P211、221為位於絕緣座體1之容置通道11 中，且基部211、2 21分別於絕緣座體1之-側向外伸 出有焊接端212、2 2 2 ’並於另側之對接空間2 〇處延 設有對接端213、2 2 3。 ★凊同時參閱第二、三、四、五及六圖所示，可由圖中清 楚地看出，本創作通用串列埠之結構之製造流程如下： (1〇 0)將導電片材切料後，即可使連接端子組2產生第 一端子組21和第二端子組2 2，且第—端子組 21和第二端子組2 2間為設有料橋。 (1〇1)連接端子組2固設於絕緣座體工中，而料橋為對 正於沖孔12處。 (1〇2)預設治具4透過貫穿於絕緣座體丄之沖孔王2將 第一端子組21和第二端子組22間之料橋裁切 ，並於料橋去除後，便於第一端子組21和第二 端子組2 2之相鄰側分別形成有斷面2 3。 (1〇 3)將料帶2 4從折斷線2 41處與第一端子組2工 和第一端子組2 2分離。 M356290 (1 Ο 4)將屏蔽殼體3包覆於具有連接端子組2之絕緣座 體1外部，並使屏蔽殼體3之一側形成有可與外 部連接器插接之對接口 31。 上述，當導電片材裁切後，第一端子組21和第二端子 組22之對接端213、2 2 3間為具有-間距，且呈間隔 • 狀之陣列，且二者間為設有料橋，之後再利用埋入射出（ • insert mode)或嵌固等方式，將連接端子組2 ，固設於絕緣座體1，另，導電片材裁切後，可於連接端子組 2之側保留有料帶2 4，此料帶2 4便達到便利連接端子 組2運輸之功效。 而連接端子組2為於導電片材切料後即進行彎折，之後 再透過嵌固或埋人射出等方朗設於絕緣座體i巾，另一方 面’連接端子組2亦可於敌固於絕緣座體1後，再進行彎折 加工程序’然’本案之主要特徵乃在於利用單一模具針對單 導電片材裁切，而可同時製造出符合通用串列埠3 · 〇之 連接端子組2，之後再透過沖孔12將料橋裁切，因此連接 端子組2於導電材裁切後是否保留有料帶2 4可隨設計者 自行決定。 另’第一端子乡且2 1及第二端子組2 2之焊接端2丄2 、2 2 2可為符合表面黏著技術（S u r f a c eBus 'USB' i.丄 or 2 · Q form, which can have four M356290 or five terminals, and the second terminal set 22 has five terminals. a. The shield case 3 is an outer portion of the insulating housing 具有 having the connection terminal group 2 and is disposed on the side of the screen body 3 with a pair of interfaces 3 1 which can be connected to the external connection. When the above-mentioned components are mounted, the first terminal group 2 i and the second terminal group 2 are grounded P211 and 221 are located in the receiving passage 11 of the insulating base 1 , and the base portions 211 and 21 are respectively in the insulating base 1 - the side ends projecting the welded ends 212, 2 2 2 ' and the butting ends 213, 2 2 3 are extended at the other side of the docking space 2 . ★ 凊 See also the second, third, fourth, fifth and sixth figures, as can be clearly seen from the figure, the manufacturing process of the structure of the universal serial 埠 is as follows: (1〇0) cutting the conductive sheet Thereafter, the first terminal group 21 and the second terminal group 2 2 are generated by the connection terminal group 2, and the bridge between the first terminal group 21 and the second terminal group 22 is provided. (1〇1) The connection terminal group 2 is fixed in the insulating seat body, and the material bridge is aligned with the punching hole 12. (1〇2) The preset jig 4 cuts the bridge between the first terminal group 21 and the second terminal group 22 through the punching king 2 penetrating through the insulating seat body, and is removed after the bridge is removed. The adjacent sides of the one terminal group 21 and the second terminal group 2 2 are respectively formed with a cross section 23. (1〇3) The strip 2 4 is separated from the first terminal group 2 and the first terminal group 2 2 from the broken line 2 41 . M356290 (1 Ο 4) covers the shield case 3 to the outside of the insulating housing 1 having the connection terminal group 2, and one side of the shield case 3 is formed with a pair of interfaces 31 which can be inserted into the external connector. In the above, after the conductive sheet is cut, the butt ends 213 and 2 2 3 of the first terminal group 21 and the second terminal group 22 are arranged in an interval of - spaced, and are provided with materials. After the bridge, the connection terminal group 2 is fixed to the insulating base body 1 by means of burying or inserting (? insert mode) or embedded, and the conductive sheet is cut and can be connected to the side of the terminal group 2 The strip 2 4 is retained, and the strip 24 is convenient for transporting the terminal group 2. The connecting terminal group 2 is bent after the conductive sheet is cut, and then is placed in the insulating seat i towel through the embedded or buried projection. On the other hand, the connecting terminal group 2 can also be enemies. After fixing the insulating base 1 and then performing the bending process, the main feature of the present invention is that the single-die is used for cutting a single conductive sheet, and the connecting terminal conforming to the universal serial 埠3 · 〇 can be simultaneously manufactured. After the group 2, the bridge is then cut through the punching hole 12, so whether or not the connecting terminal group 2 retains the strip 2 after the conductive material is cut can be determined by the designer. The welding ends 2丄2 and 2 2 2 of the first terminal town and the second terminal group 2 2 may be in accordance with the surface adhesion technique (S u r f a c e
Mount Technology，SMT)或穿孔式（Mount Technology, SMT) or perforated (
Througt! Hole)等型式，藉以固設於外部傳輸 M356290 子組2 2之對接端213、2 2 3為分別具有—間距，且呈 間隔狀之陣列’而第—端子Μ 1和第二端子組2 2分別於 基4211 221相鄰側為設有對正於絕緣座體1沖孔1 2之斷面2 3 ’即為賴作之主要特徵，而此結構為可適用 於公頭或母頭，且連接端子組2之第—端子組2 1#σ第二端 子組2 2為符合料者之需求，而可具有不同彎折之型態， 3 ’其它未麟本創作賴紅技藝精神下所絲之均等變 化與修飾變更，均應包含於本創作所涵蓋之專利範圍中。 氣丁、上所述，本創作上述通用串列埠之結構於使用時，為 具有下列之優點： (1)本創作第一端子組21和第二端子組2 2之對接端2 13、2 2 3間為具有一間距，且呈間隔狀之陣列， 且第一端子組21和第二端子組2 2為分別於基部2 > 11、2 21相鄰側設有對正於絕緣座體1沖孔12 之斷面2 3，如此第一端子組21和第二端子組2 2 於製造時，便只需設計出一套沖壓模具即可同時形成 具有第一端子組21和第二端子組21之連接端子組 2，而不需針對不同的第一端子組2丄和第二端子組 2 2開發獨立之模具，即可有效節省開發模具的成本 〇 (2)本創作第一端子組21和第二端子組2 2為分別於基 部211、2 21相鄰側設有對正於絕緣座體1沖孔 M356290 12之斷面2 3，如此不僅可利用單一導電片材同時 製造出第一端子組21和第二端子組2 2，在大量製 造下，便可大大降低廢料的產生，如此將可節省材料 成本。 (3) 本創作第一端子組21和第二端子組2 2間為於沖壓 後產生有料橋，如此便可將第一端子組2 第二端Througt! Hole) and the like, whereby the butting ends 213, 2 2 3 fixed to the external transmission M356290 subgroup 2 2 are arrays having a spacing and a spacing, respectively, and the first terminal Μ 1 and the second terminal group 2 2 is a main feature on the adjacent side of the base 4211 221 which is provided with a section 2 3 ′ which is aligned with the punching hole 1 of the insulating base 1 , and the structure is applicable to the male or female head. And the second terminal group 2 2 of the connection terminal group 2 is the material of the second terminal group 2 2 σ, which can meet the needs of the material, and can have different types of bending, 3 'other unseen creations under the spirit of the red art Equivalent changes and modifications to the product should be included in the scope of the patent covered by this creation. In the above, the structure of the above-mentioned universal serial port 本 has the following advantages when used: (1) The docking end 2 13 and 2 of the first terminal group 21 and the second terminal group 2 2 of the present creation 2 3 are arrays having a spacing and a spacing, and the first terminal group 21 and the second terminal group 2 2 are respectively aligned with the insulating seat on the adjacent sides of the bases 2 > 1 The section 2 3 of the punching hole 12, so that the first terminal group 21 and the second terminal group 2 2 are manufactured, and only one set of stamping dies can be designed to simultaneously form the first terminal group 21 and the second terminal The connection terminal group 2 of the group 21 can effectively save the cost of developing the mold without developing separate molds for the different first terminal group 2丄 and the second terminal group 2 2 (2) the first terminal group of the creation 21 and the second terminal group 2 2 are respectively provided on the adjacent sides of the base portions 211, 2 21 with a section 2 3 aligned with the punching hole M356290 12 of the insulating base body 1, so that not only a single conductive sheet can be simultaneously manufactured. A terminal group 21 and a second terminal group 2 2 can greatly reduce the generation of waste materials in a large number of manufacturing, which will save Material costs. (3) Between the first terminal group 21 and the second terminal group 2 2 of the present invention, a material bridge is formed after pressing, so that the second end of the first terminal group 2 can be
子組2 2同時固設於絕緣座體丄，之後再透過沖孔1 2將料橋去除而形成斷面2 3，此方式不僅可節省組 裝成本，亦可簡化製造的時間及程序。 (4) 本創作絕緣座體χ上可增設有抵持座i 3，該抵持座 13可使第—端子組21和第二端子組2 2之焊接端 212、2 2 2產生共平面’而確實焊接於外部傳輪 線材或預設電路板。The sub-group 2 2 is simultaneously fixed to the insulating body 丄, and then the material bridge is removed through the punching hole 12 to form the section 2 3, which not only saves the assembly cost, but also simplifies the manufacturing time and procedure. (4) The insulative housing body can be provided with a resisting seat i3, which can make the welding end 212, 2 2 2 of the first terminal group 21 and the second terminal group 2 2 coplanar It is indeed soldered to the external transfer wire or the preset circuit board.
!·隹，以上所述僅為本創作之較佳實施例❿已，非因此即 心之專利犯圍’故舉凡運用本創作說明書及圖式内 之專效結構變化，均應_包含於本創作 之辱利乾圍内，合予陳明。 創作，為符合創作專利創作誠為-實用性優異之 審委障創作人之辛苦創作，倘若鈞局 委有任何積疑，請不吝來函指示，創作人定當竭力配合， M356290 實感公便。 M356290 【圖式簡單說明】 第一圖係為本創作較佳實施例之立體分解圖。 第二圖係為本創作之製造流程圖。 第三圖係為本創作較佳實施例之立體外觀圖。 第四圖係為本創作較佳實施例製造過程之動作示意圖。 第五圖係為本創作較佳實施例之俯視剖面圖。 第六圖係為本創作較佳實施例之立體剖面圖。 ►第七圖係為本創作另一實施例之立體分解圖。 第八圖係為本創作另一實施例製造過程之動作示意圖。 【主要元件符號說明】 1、絕緣座體 10、對接空間 11、容置通道 12、沖孔 13、抵持座 2、連接端子組 21、第一端子組 2 211、連接段 211、基部 2 2 2、焊接端 2111、連接段 2 2 3、對接端 212、焊接端 2 3、斷面 213、對接端 2 4、料帶 2 2、第二端子組 2 41、折斷線 13 M356290 2 21、基部 3、屏蔽殼體 31、對接口 4、治具!·隹, the above is only the preferred embodiment of this creation. It is not the case that the patents of the authors are not included in the design of the manual and the changes in the structure of the drawings. In the humiliation of the creation, he was given to Chen Ming. Creation, in order to meet the creative creation of the creation of patents - the practicality of the dynasty creator of the hard work of creation, if there is any doubts in the bureau, please do not hesitate to give instructions, the creators will try their best to cooperate, M356290 feels comfortable. M356290 [Simple Description of the Drawings] The first drawing is an exploded perspective view of a preferred embodiment of the present invention. The second picture is the manufacturing flow chart of this creation. The third drawing is a three-dimensional appearance of the preferred embodiment of the present invention. The fourth figure is a schematic diagram of the action of the manufacturing process of the preferred embodiment of the present invention. The fifth drawing is a top cross-sectional view of a preferred embodiment of the present invention. Figure 6 is a perspective cross-sectional view of a preferred embodiment of the present invention. ►The seventh figure is an exploded perspective view of another embodiment of the present creation. The eighth figure is a schematic diagram of the action of the manufacturing process of another embodiment of the present invention. [Main component symbol description] 1. Insulating housing 10, docking space 11, receiving passage 12, punching hole 13, abutting seat 2, connecting terminal group 21, first terminal group 2 211, connecting portion 211, base portion 2 2 2. Welded end 2111, connecting section 2 2 3, butt end 212, welded end 23, section 213, butt end 2 4, strip 2 2, second terminal set 2 41, broken line 13 M356290 2 21, base 3. Shielding shell 31, pair of interfaces 4, fixture