M420913 五、新型說明： 【新型所屬之技術領域】 本發明係有關於一種電連接器，特別係指一種具板片型接頭 之電連接線。 【先前技術】 現今電腦設備最普及的訊號傳輸規格莫過於通用序列匯流排 • (Universal Serial Bus，簡稱USB) ’以此規格製作的連接器插座及 傳輸線可使外接於電腦的周邊設備，如滑鼠、鍵盤等，即時為電 腦所測得並立即使用。 目前USB有2.0及3.0兩種規格，請參閱圖卜係為現有之USB2〇 電連接線90，其設有一塑膠座體91、一金屬殼92及一連接線93， 該塑膠座體91前端設有一凸出之連接板94，該金屬外殼92包覆該 連接板94 ,該金屬殼92和該連接板94間形成一套接空間93，該連 Φ 接板94外露於該套接空間93之一面設有一排接點95。 β月參閱圖2，係為申凊人開發出之一種雙面電連接之〇 插座80，其包括有一塑膠座81、一金屬外殼83及二排端子87，該 塑膠座81前端一體設有呈水平延伸之舌片82，該金屬外殼肋定位 於該塑膠座81前端而形成一連接槽84，該舌片肋位於連接槽^中 間位置，該二排端子87皆為4個固定於該塑膠座81並向前延伸排列 於該舌片82 ’其接近末端設有—凸出之接點⑽，該二排端子之 接點88分別凸出該舌片82上下板面，另外，該金屬外殼83之上下 3 M420913 面皆設有一凸向連接槽84之彈性卡扣89。 上述習知之USB2.0電連接線90插人該USB2 0插座8〇時，該套 .接空間93與舌片82套合定位，該接點95即與USB2.0插座8〇之接點 88電連接，由於USB2.0插座80之舌片兩板面皆設有接點88，故該 USB2.0電連接線90正反雙面插入均可電連接，使用上非常方便。 然而，由於電腦之應用，功能之附加日益增加，如需插接滑 鼠、鍵盤、列印機、隨身碟、隨身硬碟、無線網卡.等等，故電腦 鲁 上之USB2.0插座80就不夠使用了。 由於如圖2之USB2.0插座80係舌片上下板面均設有接點，若能 改良USB2.0電連接線，使舌片上、下方均能插入一個仍於〇電連 接線，則一個USB2.0插座80就能電連接二條USB2 〇電連接線，如 此可倍數提升，達到使用上之方便性。 再者，很多電子產品為了易於攜帶或空間配置皆有輕薄短小 之需求，若將電連接母座薄型化，則電連接線之接頭亦需薄型化 • 方可對接。 習知只有USB標準接線接頭和標準母座的電子業界、除了產 品對空間較不要求外、也因業界只有標準高度的插槽母座、再加 上連接線因連接和傳輸的功能需求、其連接線長度和接頭高度也 因連接線接頭薄形化會有訊號延遲問題、所以無法改變。也因沒 有其他薄形插槽介面、所轉無必纽變的情況下，自然對薄形 化連接線接頭沒有需求、所以市面上也沒有薄形化連接線接頭的 見/、有不需要依靠連接線連接和訊號傳輸功能的隨身碟 M420913 儲存卡、其產品功能和產品隨身攜帶適合輕薄短小而有薄片形儲 存卡、市面上並無薄形接頭的連接線、但隨著電子產品愈來愈輕 .薄趨勢、平板電腦、電子書等的出現。本人潛心研發創新薄形化 雙向雙槽USB插座和薄形化USB單向單面插座、都為業界創造薄 形化產品的插座新規格、新標準。同時也為匹配創新插座、本人 再潛心研發創新薄形化連接線接頭新規格標準、除了能插接雙向 雙槽USB插座和薄形化插座外、也能同時相容插接標準USB插座、 鲁以滿足業界的需求、並對薄形化尋找連接線接頭無法訊號正常傳 輸的技術問題、提出完善產品功能的改良結構、也解決了只一味 降低高度而使薄形化接頭無法避免電磁波干擾（Electr〇m聊价 Interference，簡稱EMI )、靜電放電干擾(E丨的此细此⑽伽明 簡稱ESD)等所產生的訊號延遲的產品缺陷，進—步加強完善薄形 化連接接頭的連接線面速傳輸的功能需求，推’進電子業界對產品 輕薄化的發展，做出貧獻。 籲 以前除了電子產品對空間的輕薄短小較不需求、所以之前連 接器業界的USB連接線接頭也並無薄形化連接介面的連接線接頭 的產品和需求、所以市面上並無此一產品、瞭解連接器工藝熟 知連接線cable接頭訊號傳輸電氣特性要求的連接器業者、都知 道若只是考量㈣高度的要求、也將連接線接頭高度降低的薄形 化連接線接頭、是無法滿足正常連接線接頭的訊號傳輸功能。就 因為薄形化介面的連接線接頭結構、有上述潛在產品功能缺陷的 技術無法克服、所以市社並錢形化連齡_連接線接頭產 5 M420913 品、再加上前述電子產品之前對空間要求較不殷切、對標準USB 和RJ45的尺寸高度尚能接受、所以業界也未有提出薄形化連接介 . 面的連接插槽和連接線接頭結構主張者。 但隨著電子產品如〜平板電腦、電子書、輕薄NB等〜對輕薄 短小的需求趨勢愈趨明顯、申請人潛心研發設計的薄形化連接介 面的連接線接頭結構、既能插接USB標準插座、也能插接雙向USB 插座和薄形化USB插座，本人更進一步提出能解決訊號延遲技術 _問題的改良設計薄形化連接雜頭、能滿足連接線接頭正常訊號 傳輸功能的薄形化連接介面的最佳連接線接頭結構、以創新電子 產品輕薄短小和完善產品功能的新規格、新標準。 【新型内容】 本創作之主要目的在於提供一種具板片型接頭之連接線，其 可達到二個同時插接於一雙面電連接插座，且連接介面薄型化可 鲁達到輕薄需求及減少製造成本。 本創作之主要目的在於提供一種具板片型接頭之連接線，其 皆可插接於薄型化USB插座及習知之標準型USB插座。 。本創作之次要目的在於提供一種具板片型接頭之連接線，其 可雙面電連接於一USB2 〇插座，達到使用上之方便性。 μ本創作之次要目的在於提供_種具板卩雜頭之連接線，其 設有補強構造補強連接板之強度。 、本創作之次要目的在於提供—種具板片型接頭之連接線，其 M42Uyi3 。又有金屬殼包覆絕緣座體之⑽及電連接線設有金屬網線層，藉 以達到避免電磁波干擾及靜電電磁干擾。 • 為達上述目的’本創作提供一種具板片型接頭之電連接線， .其包括有：一絕緣座體；—連接板，其狀並凸出舰緣座體前 端，其上下板面至少一板面未被遮蓋而外露；該至少一外露之板 « 面設有一排第一接點，該一排第一接點為USB2 〇之連接介面，其 為-排4個不_之接點；及—電連接線，其設有多條導電線對 % 應該一排第一接點電連接。 如所述之具板片型接頭之電連接線，其中該連接板與該絕緣 座體一體成型。 如所述之具板片型接頭之電連接線，其中更設有一補強構 造，該補強構造設有一底板及兩側板，該補強構造套合該連接板 之下板面及兩侧面，令該連接板之上板面外露。 如所述之具板片型接頭之電連接線，其中該補強構造之兩側 • 板凸出該連接板之上板面。 如所述之具板片型接頭之電連接線，其中該補強構造之底板 設有卡孔’當該連接板插入一電連接插座時，該卡孔可為該電連 接插座所卡定。 如所述之具板片型接頭之電連接線，其中該連接板之上下板 面僅其中之一板面設有該一排第一接點。 如所述之具板片型接頭之電連接線，其中該連接板之上下板 面皆設有該一排第一接點。 7 M420913 如所述之具板片型接頭之電連接線，其中該連接板設有該一 排第一接點之一板面兩側設有凸部凸出板面。 • 如所述之具板片型接頭之電連接線，其中該該至少一外露之 板面更設有一排5個第二端子，該第二端子設有一凸出該板面且 可上下彈動之第二接點，該一排第一接點位於該一排第二接點前 方而形成USB3. 0之連接介面。 如所述之具板片型接頭之電連接線，其中該一排第一接點形 成在一排第一端子。 如所述之具板片型接頭之電連接線，其中該連接板之上下板 面皆設有凸出之限位構造。 如所述之具板片型接頭之電連接線，其中更設有一補強構 造，該補強構造套合該連接板之前端面及兩側面，令該連接板之 上、下板面外露。 如所述之具板片型接頭之電連接線，其中該連接板之兩側之 鲁補強構造設有定位構造，當該連接板插入一電連接母座時該定位 構造可與電連接母座卡定。 如所述之具板片型接頭之電連接線，其中該絕緣座體設有一 内座及一外座，該連接板固定於該内座前端，且更設有一金屬殼 包覆該内座，該金屬te包覆該内座後再固定於該外座内，該金屬 殼之高度大於該連接板之高度。 如所述之具板片型接頭之電連接線，其中該金屬殼包覆至該 電連接線。 8 M420913 如所述之具板片型接頭之電連接線，其中該電連接線内設有 金屬網線包覆該多條導電線。 如所述之具板片型接頭之電連接線，其中該絕緣座體之高度 大於該連接板之高度。 如所述之具板片型接頭之電連接線，其中該絕緣座體之高度 大於3. Omm。 如所述之具板片型接頭之電連接線，其中該金屬殼之高度大 於 3. 0mm。 如所述之具板片型接頭之電連接線，其中該絕緣座體之頂面 咼於該連接板之上板面，該絕緣座體之底面低於該連接板之下板 面。 如所述之具板片型接頭之電連接線，其中該補強構造之後段 延伸至該絕緣座體定位且為該絕緣座體包覆。 如所述之具板片型接頭之電連接線，其中該一排第一接點形 鲁成在’第-端子，該-排第-端子及—排第二端子係由同一金 屬片沖壓形成，該-排[端子及—排第二端子制成同一平面 時完全不重疊’該-排第-端子及―排第二端子歧錯排列且其 中至少-第二端子之第二接點與轉第—端子之第—接點在端子 排列方向之X座標形成重疊。 如所述之具板片型接頭之電連接線，其中該一排第一端子及 -排第二端子係由同-金屬片沖_成並連接—料帶，該第一端 .二子設有-切斷部與該料帶連接，該第二端子設有—切斷部與該料 9 M420913 帶連接’該-排第-端子和-排第二端子組裝於該絕緣座體後再 將相連之料帶取下，該第-端子之切斷部與該第二端子之切斷部 成一直線。 如所述之具板片型接頭之電連接線，其中更設有一補強構 造’該構賴合該連接板—板面錢段延伸至賴緣座體定 位且為該絕緣座體包覆。 再者’本創作提供一種具板片型接頭之電連接線，其包括有： # —絕緣座體；一連接板，其固定並凸出該絕緣座體前端，其上板 面未被遮蓋而外露，該上板面設有一排第一接點，該連接板設有 凹槽，當該連接板插入一對接之電連接母座時該凹槽可被該電連 接母座卡定；及一電連接線，其設有多條導電線對應該一排第一 接點電連接。 如所述之具板片型接頭之電連接線，其中該凹槽設於該連接 板之下板面。 • 如所述之具板片型接頭之電連接線，其中該絕緣座體藉由一 軟帶連接一疊合板，該疊合板可疊合卡定該連接板。 如所述之具板片型接頭之電連接線，其中更設有一補強構 造’該補強構造套合該連接板之下板面及兩側面，令該連接板之 上板面外露。 如所述之具板片型接頭之電連接線，其中該補強構造之兩側 設有凸出連接板上板面之凸緣。 10 本創作本創作之上述及其他目的、 施例之詳細說財並參考@式當可更加 【實施方式】 請參閱圖3、圖4、及圖5，係為本創作第一實施例，其係為 USB2.0電連接線’其包括有：一絕緣座體加、一連接板仙、 排第端子50、-補強構造6〇、及一電連接線65，其中：M420913 V. New description: [Technical field to which the novel technology belongs] The present invention relates to an electrical connector, and more particularly to an electrical connection wire having a plate type joint. [Prior Art] The most popular signal transmission specification for today's computer equipment is the Universal Serial Bus (USB). The connector socket and transmission line made by this specification can be connected to peripheral devices of the computer, such as sliding. Mouse, keyboard, etc., instantly measured by the computer and used immediately. At present, USB has two specifications, 2.0 and 3.0. Please refer to Figure 2 as the existing USB2 power cable 90, which is provided with a plastic body 91, a metal shell 92 and a connecting line 93. The front end of the plastic body 91 is provided. There is a protruding connecting plate 94, the metal casing 92 covers the connecting plate 94, and a connecting space 93 is formed between the metal shell 92 and the connecting plate 94. The connecting Φ connecting plate 94 is exposed in the socket space 93. One row of contacts 95 is provided on one side. Referring to FIG. 2, it is a double-sided electrical connection socket 80 developed by Shenyan, which comprises a plastic seat 81, a metal casing 83 and two rows of terminals 87. The front end of the plastic seat 81 is integrally provided. a horizontally extending tongue 82, the metal shell rib is positioned at the front end of the plastic seat 81 to form a connecting groove 84. The tongue rib is located at a middle position of the connecting groove, and the two rows of terminals 87 are fixed to the plastic seat. 81 and extending forwardly to the tongue piece 82' is provided with a protruding contact point (10) near the end, and the contact points 88 of the two rows of terminals respectively protrude from the upper and lower plate faces of the tongue piece 82. In addition, the metal casing 83 The upper 3 M420913 faces are provided with an elastic buckle 89 protruding toward the connecting groove 84. When the USB2.0 electrical connection 90 of the above-mentioned USB 2.0 socket is inserted into the USB2 0 socket, the socket space 93 is positioned and positioned with the tongue piece 82, and the contact point 95 is connected with the USB 2.0 socket 8 Electrical connection, since the two sides of the tongue of the USB2.0 socket 80 are provided with contacts 88, the USB2.0 electrical connection line 90 can be electrically connected in both front and back double insertion, which is very convenient to use. However, due to the application of the computer, the addition of functions is increasing, such as the mouse, keyboard, printer, flash drive, portable hard drive, wireless network card, etc., so the USB2.0 socket 80 on the computer Not enough to use. As shown in Figure 2, the USB 2.0 socket 80 series tongue and the upper and lower panels are provided with contacts. If the USB2.0 electrical connection cable can be improved, one of the tongues can be inserted into the upper and lower sides of the tongue. The USB2.0 socket 80 can electrically connect two USB2 〇 electrical cables, which can be multiplied to achieve the convenience of use. Furthermore, many electronic products are required to be light and thin in order to be easy to carry or space. If the electrical connection is thinned, the connectors of the electrical connection wires are also required to be thinned. It is known that only the USB standard connector and the standard female electronics industry, in addition to the product is not required for space, but also because the industry only has a standard height of the socket, coupled with the functional requirements of the connection and transmission of the connection line, The length of the cable and the height of the connector are also delayed due to the thinning of the connector. Therefore, it cannot be changed. Because there is no other thin slot interface, and there is no need to change the link, there is no need for thin-shaped connector connectors. Therefore, there is no thin-form connector connector on the market. The USB flash drive M420913 memory card with its connection and signal transmission function, its product functions and products carry a cable suitable for light and short, thin-shaped memory cards, and there are no thin connectors on the market, but with the increasing popularity of electronic products Light, thin trends, the emergence of tablets, e-books, etc. I am concentrating on the development of innovative thin and thin two-way dual-slot USB sockets and thin USB single-sided single-sided sockets, all of which create new specifications and new standards for the sockets of thin products. At the same time, in order to match the innovative sockets, I am also concentrating on the development of innovative thin-shaped connector connectors with new specifications. In addition to plugging two-way dual-slot USB sockets and thin-shaped sockets, they can also be compatible with standard USB sockets. To meet the needs of the industry, and to find the technical problems of the thin-circuited connection of the connector without the normal transmission of the signal, and to propose an improved structure to improve the product function, and to solve the problem of only reducing the height and making the thin-shaped connector unable to avoid electromagnetic interference (Electr 〇mTrading Interference (referred to as EMI), electrostatic discharge interference (E丨's this (10) gamma referred to as ESD), etc., caused by signal delays, and further strengthen the connection surface of the thinned connector The functional requirements of speed transmission, push the development of the electronics industry to light and thin, and make a poor contribution. In the past, in addition to the lack of space for electronic products, there was no need for space, so the USB connector of the connector industry did not have the product and demand for the connection connector of the thin connection interface. Therefore, there is no such product on the market. Understand the connector process, the connector manufacturer who knows the electrical characteristics of the cable connector, and knows that if you only consider the requirements of (4) the height, the thin connector connector that reduces the height of the connector is not able to meet the normal connection. The signal transmission function of the connector. Because the connection structure of the thin-formed interface and the technology of the above-mentioned potential product function defects cannot be overcome, the city has also made a total of 5 M420913 products, plus the aforementioned electronic products. The requirements are less demanding, and the standard USB and RJ45 are still highly acceptable in size, so the industry has not proposed a thin connection interface. The connection slot and connector structure claim. However, with the development of electronic products such as tablet PCs, e-books, thin and light NBs, etc., the trend toward thin and light demand is becoming more and more obvious, and the connector connection structure of the thinned connection interface that the applicant has eagerly developed and designed can be plugged into the USB standard. The socket can also be plugged into the two-way USB socket and the thin USB socket. I further propose that the signal delay technology can be solved. The improved design thinning connection head and the thin signal of the normal signal transmission function of the connector The best connection line connector structure for the interface, new specifications and new standards for innovative electronic products that are light and thin and complete product functions. [New content] The main purpose of this creation is to provide a connection line with a plate type connector, which can be inserted into a double-sided electrical connection socket at the same time, and the connection interface is thinned to achieve the light and thin requirements and reduce manufacturing. cost. The main purpose of this creation is to provide a connector with a plate type connector that can be plugged into a thinned USB socket and a conventional standard USB socket. . The second objective of this creation is to provide a connector with a plate-type connector that can be electrically connected to a USB2 〇 socket on both sides for ease of use. The second purpose of this creation is to provide a connection line with a slab of slabs, which is provided with a reinforcing structure to strengthen the connection plate. The second purpose of this creation is to provide a connection line with a plate type connector, M42Uyi3. In addition, the metal shell is covered with the insulating seat (10) and the electrical connecting line is provided with a metal mesh layer to avoid electromagnetic interference and electrostatic electromagnetic interference. • For the above purpose, the present invention provides an electrical connection wire with a plate type connector, which comprises: an insulating seat body; a connecting plate which protrudes from the front end of the ship's edge body and has at least upper and lower plates a plate surface is uncovered and exposed; the at least one exposed plate «face is provided with a row of first contacts, the first row of contacts is a connection interface of USB2, which is a row of 4 contacts And - electrical connection line, which is provided with a plurality of conductive wire pairs % should be electrically connected to a row of first contacts. The electrical connection wire of the plate type connector as described, wherein the connection plate is integrally formed with the insulation seat. The electrical connection line with the plate-type connector is further provided with a reinforcing structure, the reinforcing structure is provided with a bottom plate and two side plates, and the reinforcing structure fits the lower surface and the two sides of the connecting plate to make the connection The board surface is exposed. The electrical connection line of the plate type connector, wherein the two sides of the reinforcing structure protrude from the upper surface of the connecting plate. The electrical connection cable of the plate type connector, wherein the bottom plate of the reinforcing structure is provided with a card hole. When the connection plate is inserted into an electrical connection socket, the card hole can be locked by the electrical connection socket. The electrical connection line of the plate-type connector is as described, wherein only one of the upper and lower plates of the connecting plate is provided with the first contact of the row. The electrical connection line of the plate type connector is as described, wherein the upper and lower surfaces of the connection plate are provided with the first connection of the row. 7 M420913 The electrical connection line of the plate-type connector as described, wherein the connection plate is provided with a convex protruding plate surface on both sides of one of the first contact points of the row. The electrical connection line of the plate-type connector, wherein the at least one exposed plate surface further comprises a row of five second terminals, the second terminal is provided with a protruding surface and can be bounced up and down The second contact, the first contact of the row is located in front of the second contact of the row to form a connection interface of USB3.0. The electrical connection wire of the plate type connector as described, wherein the first row of the first contacts forms a row of the first terminals. The electrical connection line with the plate type connector as described above, wherein the upper and lower surfaces of the connecting plate are provided with a protruding limiting structure. The electrical connection line with the plate type connector is further provided with a reinforcing structure, and the reinforcing structure is sleeved on the front end surface and the two side surfaces of the connecting plate to expose the upper and lower plate surfaces of the connecting plate. The electrical connection line of the plate type connector, wherein the lug reinforcement structure on both sides of the connection plate is provided with a positioning structure, and the positioning structure can be electrically connected to the base when the connection plate is inserted into an electrical connection base Locked. The electrical connection line of the plate type connector, wherein the insulating seat body is provided with an inner seat and an outer seat, the connecting plate is fixed to the front end of the inner seat, and further comprises a metal shell covering the inner seat. The metal te covers the inner seat and is then fixed in the outer seat. The height of the metal shell is greater than the height of the connecting plate. An electrical connection wire having a plate-type joint as described, wherein the metal casing is covered to the electrical connection wire. 8 M420913 The electrical connection wire of the plate type connector as described, wherein the electrical connection wire is provided with a metal mesh wire to cover the plurality of conductive wires. The electrical connection line of the plate type connector, wherein the height of the insulating seat is greater than the height of the connecting plate. Omm。 The height of the insulating seat is greater than 3. Omm. The electrical connection wire of the plate type connector as described, wherein the height of the metal case is greater than 3. 0 mm. The electrical connection line of the plate-type connector, wherein the top surface of the insulating base is disposed on the upper surface of the connecting plate, and the bottom surface of the insulating base is lower than the lower surface of the connecting plate. The electrical connection line of the plate type connector as described, wherein the reinforcing structure is extended to the insulating seat and is covered by the insulating seat. The electrical connection line with the plate type connector, wherein the first row of the first contact is formed in the 'first terminal, the first row of the terminal and the second terminal are formed by stamping the same metal piece. , the row-terminal [terminal and the second terminal are not overlapped when the same plane is formed in the same plane.] the row-terminal and the second terminal are arranged in an incorrect manner and at least the second contact of the second terminal is turned The first contact of the first terminal overlaps with the X coordinate of the terminal arrangement direction. The electrical connection line of the plate type connector, wherein the first row of the first terminal and the second row of the row are formed by the same metal sheet and connected to the strip, the first end and the second end are provided. a cutting portion is connected to the strip, the second terminal is provided with a cutting portion connected to the material 9 M420913, and the second terminal and the second terminal are assembled to the insulating base and then connected The strip is removed, and the cut portion of the first terminal is aligned with the cut portion of the second terminal. The electrical connection line of the plate type connector is further provided with a reinforcing structure. The structure is attached to the connecting plate. The surface of the board extends to the position of the seat and is covered by the insulating seat. Furthermore, the present invention provides an electrical connection line with a plate-type connector, which comprises: #—an insulating base body; a connecting plate which fixes and protrudes the front end of the insulating seat body, and the upper plate surface is uncovered Exposed, the upper plate surface is provided with a row of first contacts, the connecting plate is provided with a groove, the groove can be locked by the electrical connection when the connecting plate is inserted into the pair of electrical connection mating; The electrical connection line is provided with a plurality of conductive lines corresponding to a row of first contacts electrically connected. The electrical connection line of the plate type connector as described, wherein the groove is disposed on a lower surface of the connection plate. • The electrical connection wire of the plate type connector as described, wherein the insulation seat is connected to a laminated board by a flexible tape, and the laminated plate can be folded to lock the connecting plate. The electrical connection line of the plate-type connector is further provided with a reinforcing structure. The reinforcing structure fits the lower surface and the two sides of the connecting plate to expose the upper surface of the connecting plate. The electrical connection wire of the plate type joint as described, wherein the reinforcing structure has flanges protruding from the plate faces of the connecting plate. 10 The details of the above and other purposes and examples of the present creation and the reference to the formula can be further improved. [Embodiment] Please refer to FIG. 3, FIG. 4, and FIG. 5, which are the first embodiment of the creation. The utility model relates to a USB2.0 electrical connection line, which comprises: an insulating seat body, a connecting plate, a row terminal 50, a reinforcing structure 6〇, and an electrical connecting line 65, wherein:
該絕緣座體30及連接板40係、為塑膠—體成型，該絕緣座體 30 β又有-下座31及-上蓋32 ’該下座上設有端子槽33，該連接 板40係凸出該絕緣座體3G前端，其上板面設有端子槽41對應端 子槽33，其兩側面設有卡塊42，其下板面設有二凹部犯。The insulating base body 30 and the connecting plate 40 are plastic-body formed. The insulating base body 30 β has a lower seat 31 and an upper cover 32 ′. The lower seat is provided with a terminal slot 33, and the connecting plate 40 is convex. The front end of the insulating base 3G is provided with a terminal slot 41 corresponding to the terminal slot 33 on the upper surface thereof, and a latching block 42 is disposed on both sides thereof, and the lower surface of the board is provided with two recessed portions.
優點和特色由以下較佳實 明白β 一排第一端子50共有4個，該第一端子5〇設有一固定部51 及一第一接點53,該固定部51固定於該絕緣座體3〇之端子槽33, 該第一接點53平貼該連接板40上板面之端+槽μ，該一排第一 接點53不彈動，其為一 USB2.0之連接介面。 該補強構造60呈一 u形之金屬板，其設有一底板61及兩側 板62，該底板61設有二卡孔63，該補強構造之兩側板62設有固 定孔64，該補強構造60套合該連接板40之下板面及兩側面，僅 令該連接板之上板面外露，該固定孔64與該連接板之卡塊42卡 定，該補強構造之兩側板62凸出該連接板40之上板面，該二卡 孔63對應該連接板之二凹部43。 該電連接線65，其與該絕緣座體30固定，其設有4條導電線 M420913 66對應該4個第一端子電連接。 請參閱圖6，藉由以上構造，一 USB2 〇電連接線3之第一接 點53朝上可插入該USB2 〇插座8〇之舌片82下方而與舌片以下 方之接點88電連接，此時USB2 〇插座8〇之彈性卡扣卯卡扣 USB2. 0電連接線3之卡孔63 ;而另一 USB2 〇電連接線4之第— 接點53朝下可同時插入該USB2.0插座80之舌片82上方而與舌 片82上方之接點88電連接，如此即可使該1^62 〇插座肋達到 φ 倍數連線之效果。 請參閱圖6A，當USB2· 0電連接線3之第一接點53朝下插入 該USB2.0插座80之舌片82下方時，由於該補強構造之兩侧板 62凸出連接板40之上板面，故無法插入，使用人就知道需翻面重 插，然而如圖6八所示能插入之原因，在於該兩側板幻之凸出部 份套合於舌片82之兩側，故不影響插入，故藉由該補強構造之兩 側板62凸出連接板40之上板面之設計可達到防呆效果。 • 請參閱圖7 ’本創作之USB2. 0電連接線3之第一接點53朝上 可插入一習知之標準型USB2.0插座85之舌片82下方而與舌片 82下方之接點88電連接。 請參閱圖7A，本創作之USB2.0電連接線3之第一接點53朝 上可插入一薄型USB2.0插座86之連接槽84而與接點88電連接。 另外，本創作連接板直接呈板片狀，構造簡化易於加工製造， 可降低製造成本。 本實施例可達到以下優點： 12 M420913 1. 連接介面薄型化可達到輕薄需求及減少材料而降低製造成 本。 2. 可達到皆可插接於新規格之薄型化USB插座及習知之標準 型USB插座。 3. 可達到二個同時插接於一雙面電連接插座，達到擴充成雙 倍使用之效果。 4. 設有補強構造可達到補強連接板之強度、防呆及卡定之效 • 果。 5. 本創作雖可插接於薄型化USB插座，然仍可適用於習知之 標準型USB插座’故本創作構造之推行不致令現行使用中 之標準型USB插座直接淘汰，而仍可繼續配合本創作產品 使用’避免資源之浪費。 本創作之具板片型接頭之電連接線電連接各種電子產品如滑 鼠、鍵盤、列印機、風扇、燈具…等等。 # 請參閱圖8，係本創作第二實施例，其大致與第一實施例相 同’其差異在於本實施例之補強構造60之兩侧板62與該連接板 40之上板面齊平，此型式就沒有防呆效果了。 請參閱圖9及圖1〇，係本創作第三實施例，其大致與第一實 施例相同’其差異在於本實施例之連接板4〇沒有套設一補強構 造’該連接板40之下板面亦設有二凹部43讓USB2.0插座80之 捧性卡扣89卡扣。 _ ,请參閱圖11 ’係本創作第四實施例，其大致與第三實施例相 13 M420913 同，其差異在於本實施例之連接板4〇之上板面二側皆設有凸部^ 凸出該上板面，藉由該凸部44達到防呆效果。 . 請參閱圖12及圖13 ’係本創作第五實_，其為雙面電連接 之臟.0電連接線，其大致與第三實施例相同，其差異在於本實 施例之連接板40之上下板面皆設有一排第一端子5〇之第一接點 53該一排第_接點53係為姻之連接介面且電路序號相互為反 向排列’上板面之電路序號由右至左為卜2 , 3，4，而下板面之 鲁電路序號由右至左則為4，3 ’ 2小二排第一接點53相同電路序 號者電連接該電子單元4之同-電線，另外，該連接板4〇之上下 板面皆設有凸出之限位構造46。 藉由以上構造，本實施例可雙面電連接於一 USB2 〇插座達 到使用上之方便性’且藉由該限位構造46凸出該二排第一端子 之第-接點53，可防止沒有連接之一排第一接點53碰觸隨〇 插座之彈性卡扣而造成短路。 修 請參閱目14 ’係本創作第六實施例，其大致與第二實施例相 同，其差異在於本實施例之電連接線65 一端是電連接一單向 USB2. 0 插座 1〇〇。 晴參閱圖15、圖16及圖16A，係為本創作第七實施例，其係 為一 USB3. 0電連接線，其包括有：一絕緣座體3〇、一連接板4〇、 一排第一端子50、一排第二端子70 一補強構造6〇、一電連接線 65及一金屬殼68，其中： 該絕緣座體30設有一内座35及一外座邪，該連接板40係凸 M420913 出該絕緣座體30前端且與該内座35 一體成型，其上板面設有5 個端子槽47，其下板面設有二凹部。 請配合參閱圖17及圖17A，該一排第一端子5〇共有4個， 該第一端子50由一端一至另一端設有一接腳54、一固定部51、 延伸部52及一第一接點53及，該固定部51固定於該絕緣座體 3〇之端子槽33，該延伸部52及第一接點53平貼該連接板4〇上 板面之端子槽41，故該一排第一接點53不彈動。 該一排第二端子70共有5個，該第二端子7〇由一端一至另 —端設有一接腳74、一固定部71、一延伸部72及一第二接點73， 該固定部71固定於該絕緣座體3〇之端子槽34,該延伸部72可於 該連接板40上板面之端子槽41上下彈動，該一排第二接點73凸 出該連接板40上板面且位於該一排第一接點53之後。 該一排第一端子50及一排第二端子70係由同一金屬片沖壓 形成並連接-料帶78,該第-端？ 50之固定部後端兩側設有一切 斷部55與該料帶78連接，該第二端子70之固定部71後端兩侧 亦設有一切斷部75與該料帶78連接，該一排第一端子5〇和一排 第一端子70係與連接板4〇及内座35 —起埋入射出後再將相連之 料帶78取下，該第-端子之切斷部55與該第二端子之切斷部75 成一直線，該一排第一端子50及一排第二端子7〇展開成同一平 面時元全不重叠，該-排第-端子5G及—排第二端子7()成交錯 排歹j且其中至少一第二端子之第二接點73與相鄰第一端子5〇 -之第一接點53在端子排列方向之χ座標形成重疊。 15 M420913 其中該第' —端子之切斷部55與該第二端子之切斷部75在，·中 壓時可先預切一半，如此在組裝後可易於直接折斷，若沒有預切 則需以切割機具切斷。 該電連接線65 ’其設有9條導電線66對應該4個第一端子 50之接腳54及5個第二端子70之接腳74電連接，該電連接線 内設有金屬網線層67包覆該多條導電線66。 該補強構造60和該金屬殼68為金屬片一體沖麗而成，該補 φ 強構造60呈一u形之金屬板，其設有一底板61及兩側板62，該 底板61設有二卡孔63’該補強構造60套合該連接板4〇之下板面 及兩側面’僅令該連接板40之上板面外露，該補強構造之兩側板 62凸出該連接板40之上板面’該二卡孔63對應該連接板之底面 之二凹部；該金屬殼68包覆該内座35，將該一排第一端子50及 一排第二端子70之後段遮敞’該金屬殼68後端設有一夹線部69, 該夾線部69夾持且包覆該電連接線65。 該金屬殼68包覆該内座35後再固定於該外座36内，可以熱 封方式固定’該絕緣座體30及該金屬殼68之高度皆大於該連接 板40之高度，該連接板40大致位於該絕緣座體3〇之中間高度該 絕緣座體30之頂面高於該連接板40之上板面，該絕緣座體3〇之 底面低於該連接板40。 在設計上’該連接板40之高度以USB協會所定為2. 25腿，該 金屬殼68之高度採用3. 0mm以上，該絕緣座體3〇之高度採用 3. 5mm以上為較佳。 M420913 藉由以上說明本實施例除了第一實施例之優點外更具有以 下優點： 1. 該一排第一端子5〇及一排第二端子7〇係由同一金屬片沖 壓形成’故在沖壓及組裝上皆較為省工且省料。 2. 補強構造60結合金屬殼68延伸至絕緣座體30内可達到對 ’ 該連接板提供補強效果。 3·該金屬殼68包覆絕緣座體30之内座35，將該一排第一端 • 子50及一排第二端子之後段遮敞，該電連接線65設有金屬網 線層67，如此可達到避免電磁波干擾及靜電電磁干擾。 4.該金屬殼68及絕緣座體30之高度均大於該連接板4〇，如 此能有效設置電連接線及避免電磁波干擾及靜電放電干擾。 請參閱圖18，係本創作第八實施例，其大致與第七實施例相 同，其差異在於本實施例之一排第一端子5〇之接腳54及一排第 二端子70之接腳74係連接料帶78 ’ 一排第一端子5〇之切斷部 隹55設在接腳54末端，該一排第二端子70之切斷部75設在接腳 74末端。 另外，如圖12 ’第五實施例所示者，其亦可增設有二排各5 個第二端子，該二排第二端子設有一可上下彈動之第二接點凸出 連接板之上下板面，該一排第一接點位於該一排第二接點前方， 如此即為雙面電連接之USB3.0電連接線。 請參閱圖19及圖20，係本創作第九實施例，其大致與第一實 施例相同，其差異在於本實施例之絕緣座體3〇設有一内座祁及 M420913 一外座36，該連接板40 —體成型於該内座35前端，且更設有一 金屬殼68包覆該内座35,該金屬殼68包覆該内座35後再固定於 該外座36内，該金屬殼68與該補強構造60係為一金屬片一體沖 壓彎折而成，該金屬殼68包覆至該電連接線65與内座35定位處， 該電連接線65内設有金屬網線包覆該多條導電線，該金屬殼68 包覆該内座35後之高度大致與該連接板4〇等高，約為2 25咖， 該絕緣座體30僅前段約略高約為2. 5至3. 5mm。 • 請參閱圖2丨及圖22 ’係本創作第十實施例，其大致與第九實 施例相同，其差異在於本實施例之絕緣座體30較高且内部空間較 大’該金屬殼68包覆該内座35後之高度大於該連接板40之高度， 約為4. 5mm。 請參閱圖23及圖24，係本創作第^•一實施例，其大致與第五 實施例及第九實施例相同，其差異在於本實施例之該補強構造6〇 套合該連接板40之前端面及兩側面，令該連接板4〇之上、下板 • 面外露，本實施例如同第九實施例，該金屬殼68包覆該内座35， 該金屬殼68包覆該内座35後再固定於該外座36内，該金屬殼68 與該補強構造60係為一金屬片一體沖壓彎折而成，該連接板4〇 之兩側之補強構造60設有定位凹槽610,當該連接板40插入一電 連接母座時該定位凹槽610可與電連接母座卡定。 請參閱圖25，係本創作第十二實施例，其大致與第六實施例 相同，其差異在於本實施例之絕緣座體30内設有一電子元件 615 ’該電子元件615具有控制EMI功能，如同具有鐵殼之遮敝效 M420913 果’該電連接線65 -端是電連接一雙向USB2 〇插座1〇5，該雙向 USB2.0插座1()5内設有—控制Ια〇6。 請參閱圖26 ’係本創作第十三實施例，其大致與第十一實施 例相同’其差異在於本實施例之絕緣座體3〇 Θ更設有一儲存單元 116該儲存單元包括一記憶體及一控制電路，該記憶體之容量大 小不限，該控制電路係控制該記憶體之運作，該連接板4〇上板面 之一排第一接點53電連接該電連接線65，該連接板4〇下板面之 % 一排第一接點53則電連接該儲存單元116。 明參閱圖27及圖28，係本創作第十四實施例，其大致與第一 實施例相同，其差異在於本實施例為一 RJ45連接線，連接板4〇 上之一排第一接點53為8個且為不彈動，其為一 RJ45之連接介 面，該排第一接點53形成在一排第一端子5〇，該一排第一端子 50設置在該連接板40上之一排端子槽41，該連接板之下板面設 有二凹槽43，該補強構造60亦設有開孔對應該凹槽43，補強構 • 造60前端兩侧設有凸出連接板40上板面之凸緣612,藉由該凸緣 612可防呆，即當反向插入母座時則無法插入。該連接板4〇套合 該補強構造60之咼度小於5. 5mm，較習知之RJ45之公接頭之高度 6· 6πππ 為小。 請參閱圖29 ’係為一種配合本實施例之薄型RJ45母座12〇， 其设有一塑膠座121、金屬殼122及一排端子123,該一排端子123 排列設於該塑膠座121，每一端子123設有一可上下彈動之接點 124凸出該塑膠座121之一接合面127,該金屬殼122包覆該塑膠 M420913 座121之一接合面127而形成一連接槽125,該金屬殼122之上板 向連接槽125凸設有二彈性卡扣126。 請參閱圖30，本實施例之薄型之RJ45連接線係第一接點53 朝下插入該薄型RJ45母座120，該第一接點53與接點124電連 接，該防呆之凸緣612則套合於該塑膠座121之接合面127二側， 該二彈性卡扣126則卡扣於連接板之下板面之43凹槽。 請參閱圖31，係本創作第十五實施例，其大致與第十四實施 %例相同，其差異在於本實施例之連接板40不套設有補強構造，電 連接線65—端是電連接一習知之標準型耵45母座11()，該RJ45 母座110設有一連接槽111可連接一高度為6 6mm之接頭。 請參閱圖32及圖33，係本創作第十六實施例，其大致與第十 五實施例相同，其差異在於本實施例之絕緣座體3〇藉由一軟帶38 連接一疊合板310，該疊合板31〇設有卡塊311，該連接板4〇下板面 設有凹槽43，當該卡塊311卡入凹槽43而使該疊合板310疊合該連 馨接板40時即形成一高度約為6. 6腿之接頭，如圖34所示，如此即可 插入如圖31所示之習知之RJ45母座11〇，故本實施例可適用薄型 RJ45母座及習知之標準型RJ45母座11〇。 請參閱圖35 ’係本創作第十七實施例，其大致與第十實施例 相同’其差異在於本實施例之連接板4〇大致位於該絕緣座體30之 中間高度’該絕緣座體30之頂面高於該連接板40之上板面，該絕 緣座體30之底面低於該連接板4〇。 請參閱圖36，係本創作第十八實施例，其大致與第一實施例 20 M420913 相同，其差異在於本實施例之補強構造6〇係延伸至該絕緣座體30 内而為該絕緣座體包覆，如此補強構造60與絕緣座體30固定可達 到補強該連接板40 ’避免使用者不當操作使該連接板4〇受太大力 量而折斷’該絕緣座體30之頂面高於該連接板40之上板面，該絕 緣座體30之底面低於該連接板4〇 ’另外補強構造6〇後端設有一夾 線部69，該夾線部69夾持且包覆該電連接線65。 凊參閱圖37，係本創作第十九實施例，其大致與第四實施例 • 相同，其差異在於本實施例之絕緣座體30設有一内座35及一外座 36，該連接板4〇係凸出該絕緣座體3〇前端且與該内座35一體成 型’本實施例之連接板40大致位於該絕緣座體3〇之中間高度，該 絕緣座體30之頂面高於該連接板4〇之上板面，該絕緣座體3〇之底 面低於該連接板40，該絕緣座體之高摩大於3. 〇醒。 在較佳實施例之詳細說明中所提出之具體的實施例僅為了易 於說明本創作之技術内容，而並非將本創作狹義地限制於該實施 •例，在不超出本創作之精神及以下申請專利範圍之情況，可作種 種變化實施。 【圖式簡單說明】 圖1係習知之USB2.0電連接線立體圖。 圖2係習知USB2.0插座側視剖面圖。 圖3係本創作第一實施例之立體分解圖。 圖4係本創作第一實施例正面之立體組合圖。 21The advantages and the features are as follows. The first terminal 5 is provided with a fixed portion 51 and a first contact 53. The fixed portion 51 is fixed to the insulating base 3. The terminal slot 33 of the cymbal, the first contact 53 is flatly attached to the end of the upper surface of the connecting plate 40 + slot μ, and the first row of the first contact 53 is not bounced, which is a USB2.0 connection interface. The reinforcing structure 60 is a U-shaped metal plate, and is provided with a bottom plate 61 and two side plates 62. The bottom plate 61 is provided with two card holes 63. The two side plates 62 of the reinforcing structure are provided with fixing holes 64, and the reinforcing structure is 60 sets. The lower surface of the connecting plate 40 is exposed, and only the upper surface of the connecting plate is exposed. The fixing hole 64 is locked with the block 42 of the connecting plate, and the two sides of the reinforcing structure protrude from the connecting plate 62. On the upper surface of the plate 40, the two card holes 63 correspond to the two recesses 43 of the connecting plate. The electrical connection line 65 is fixed to the insulating base 30 and is provided with four conductive wires M420913 66 electrically connected to the four first terminals. Referring to FIG. 6, with the above configuration, the first contact 53 of a USB2 〇 electrical connection line 3 can be inserted upwardly under the tongue 82 of the USB2 〇 socket 8 而 to be electrically connected to the contact 88 below the tongue. At this time, the USB2 〇 socket 8〇 elastic buckle 卯 buckle USB2. 0 electrical connection line 3 card hole 63; and the other USB2 〇 electrical connection line 4 - the contact point 53 downwards can simultaneously insert the USB2. The top of the tab 82 of the socket 80 is electrically connected to the contact 88 above the tab 82, so that the 1^62 〇 socket rib can achieve the effect of φ multiple connection. Referring to FIG. 6A, when the first contact 53 of the USB 2.0 electrical connector 3 is inserted downwardly under the tab 82 of the USB 2.0 socket 80, the two side plates 62 of the reinforcing structure protrude from the connecting plate 40. The upper plate surface can not be inserted, and the user knows that the surface needs to be re-inserted. However, the reason why the insertion can be inserted as shown in FIG. 6 is that the convex portions of the two side plates are fitted on both sides of the tongue piece 82. Therefore, the insertion is not affected, so that the two side plates 62 of the reinforcing structure protrude from the upper surface of the connecting plate 40 to achieve a foolproof effect. • Please refer to Fig. 7 'The first contact 53 of the USB cable of this creation is turned upwards and can be inserted under the tongue 82 of a conventional standard USB2.0 socket 85 and the contact below the tongue 82. 88 electrical connection. Referring to FIG. 7A, the first contact 53 of the USB2.0 electrical connection 3 of the present invention can be inserted into the connection slot 84 of a thin USB 2.0 socket 86 to be electrically connected to the contact 88. In addition, the creation connecting plate is directly in the form of a sheet, and the structure is simplified and easy to manufacture, which can reduce the manufacturing cost. This embodiment can achieve the following advantages: 12 M420913 1. The thinning of the connection interface can achieve thin and light requirements and reduce materials and reduce manufacturing costs. 2. It can reach a thin USB socket that can be plugged into the new specification and a standard USB socket that is known. 3. It can be connected to two double-sided electrical connection sockets at the same time, which can be expanded to double the effect. 4. With reinforcing structure, it can achieve the strength of the reinforcing connecting plate, anti-dwelling and locking effect. 5. Although this creation can be plugged into a thin USB socket, it can still be applied to the standard USB socket of the prior art. Therefore, the implementation of this creation structure will not directly eliminate the standard USB socket in use, but it can continue to cooperate. This creative product uses 'avoiding waste of resources. The electrical connection of the plate-type connector of this creation is electrically connected to various electronic products such as a mouse, a keyboard, a printer, a fan, a lamp, and the like. Referring to FIG. 8, a second embodiment of the present invention is substantially the same as the first embodiment. The difference is that the two side plates 62 of the reinforcing structure 60 of the present embodiment are flush with the upper surface of the connecting plate 40. This type has no foolproof effect. Referring to FIG. 9 and FIG. 1 , a third embodiment of the present invention is substantially the same as the first embodiment. The difference is that the connecting plate 4 本 of the present embodiment does not have a reinforcing structure under the connecting plate 40 . The board surface is also provided with two recesses 43 for the USB 2.0 socket 80 to buckle 89 buckles. _ , please refer to FIG. 11 'the fourth embodiment of the present invention, which is substantially the same as the third embodiment 13 M420913, the difference is that the connecting plate 4 本 of the embodiment has a convex portion on both sides of the board surface ^ The upper plate surface is protruded, and the convex portion 44 achieves a foolproof effect. Please refer to FIG. 12 and FIG. 13 for the fifth embodiment of the present invention, which is a double-sided electrical connection dirty. 0 electrical connection line, which is substantially the same as the third embodiment, and the difference lies in the connection plate 40 of the embodiment. The upper and lower plates are provided with a row of first terminals 5 第一 the first contacts 53. The row of _ contacts 53 is the interface of the marriage and the circuit numbers are arranged in opposite directions. The circuit number of the upper plate is right. To the left is Bu 2, 3, 4, and the circuit number of the lower board is 4, 3 ' 2 small 2 rows of the first contact 53 the same circuit number is electrically connected to the electronic unit 4 - In addition, the upper plate surface of the connecting plate 4 is provided with a protruding limiting structure 46. With the above configuration, the embodiment can be electrically connected to a USB2 〇 socket on both sides to achieve the convenience of use ′, and the limit structure 46 protrudes from the first contact point 53 of the second row of the first terminal, thereby preventing A short circuit is caused by the first contact 53 of one of the rows not touching the elastic buckle of the socket. The second embodiment of the present invention is substantially the same as the second embodiment, and the difference is that one end of the electrical connection line 65 of the embodiment is electrically connected to a one-way USB2.0 socket. Referring to FIG. 15, FIG. 16 and FIG. 16A, it is a seventh embodiment of the present invention, which is a USB3.0 electrical connection line, which comprises: an insulating base 3〇, a connecting plate 4〇, a row The first terminal 50, the second terminal 70, a reinforcing structure 6〇, an electrical connecting line 65 and a metal shell 68, wherein: the insulating base 30 is provided with an inner seat 35 and an outer seat, the connecting plate 40 The protrusion M420913 is formed at the front end of the insulating base 30 and integrally formed with the inner seat 35. The upper plate surface is provided with five terminal grooves 47, and the lower plate surface is provided with two concave portions. Referring to FIG. 17 and FIG. 17A, there are four rows of first terminals 5 ,. The first terminal 50 is provided with a pin 54 , a fixing portion 51 , an extending portion 52 and a first connection from one end to the other end. Point 53 and the fixing portion 51 are fixed to the terminal slot 33 of the insulating base 3, and the extending portion 52 and the first contact 53 are flatly attached to the terminal slot 41 of the upper surface of the connecting plate 4, so the row The first contact 53 does not spring. There are a total of five second terminals 70. The second terminal 7 is provided with a pin 74, a fixing portion 71, an extending portion 72 and a second connecting portion 73 from one end to the other end. The fixing portion 71 The terminal slot 34 is fixed to the terminal block 34 of the insulating base 3, and the extending portion 72 can be bounced up and down on the terminal groove 41 of the upper surface of the connecting plate 40. The row of second contacts 73 protrudes from the upper plate of the connecting plate 40. And behind the row of first contacts 53. The row of first terminals 50 and the row of second terminals 70 are stamped and formed by the same metal sheet and connected to the strip 78, the first end? A cutting portion 55 is connected to the strip 78 on both sides of the rear end of the fixed portion of the fixing portion of the fixing portion 71. The cutting portion 75 of the fixing portion 71 of the second terminal 70 is also connected with the strip 78. The first terminal 5〇 and the first row of the terminal 70 are separated from the connecting plate 4〇 and the inner seat 35, and then the connected strip 78 is removed, and the cut-off portion 55 of the first terminal is The cutting portion 75 of the second terminal is in a straight line, and the row of the first terminal 50 and the row of the second terminal 7 are not overlapped when they are unfolded into the same plane. The row of the first terminal 5G and the row of the second terminal 7 () is staggered and the second contact 73 of at least one of the second terminals overlaps with the first contact 53 of the adjacent first terminal 5〇 in the direction of the terminal arrangement. 15 M420913, wherein the cut portion 55 of the '- terminal and the cut portion 75 of the second terminal can be pre-cut half at the middle pressure, so that it can be easily broken directly after assembly, if not pre-cut Cut off with a cutting machine. The electrical connection line 65' is provided with 9 conductive lines 66 electrically connected to the pins 54 of the four first terminals 50 and the pins 74 of the five second terminals 70. The electrical connection line is provided with a metal wire. Layer 67 encloses the plurality of electrically conductive lines 66. The reinforcing structure 60 and the metal shell 68 are formed by integrally forming a metal sheet. The reinforcing φ structure 60 is a U-shaped metal plate, and is provided with a bottom plate 61 and two side plates 62. The bottom plate 61 is provided with two card holes. 63' the reinforcing structure 60 sets the bottom plate and the two side faces of the connecting plate 4' to expose only the upper surface of the connecting plate 40, and the two side plates 62 of the reinforcing structure protrude from the upper surface of the connecting plate 40 'The two card holes 63 correspond to the two recesses of the bottom surface of the connecting plate; the metal shell 68 covers the inner seat 35, and the first row of the first terminal 50 and the second row of the second terminal 70 are obscured. A rear end portion 68 is provided with a wire clamping portion 69 that sandwiches and covers the electrical connecting wire 65. The metal shell 68 is covered in the inner seat 35 and then fixed in the outer seat 36, and can be fixed in a heat-sealing manner. The height of the insulating seat body 30 and the metal shell 68 are both greater than the height of the connecting plate 40. The top surface of the insulating base 30 is higher than the upper surface of the connecting plate 40, and the bottom surface of the insulating base 3 is lower than the connecting plate 40. In the design, the height of the connecting plate 40 is set to 2.25 legs by the USB Association, and the height of the metal shell 68 is 3. 0 mm or more, and the height of the insulating base 3 is preferably 3. 5 mm or more. M420913, by the above description, has the following advantages in addition to the advantages of the first embodiment: 1. The first row of terminals 5〇 and the row of second terminals 7 are formed by stamping the same metal sheet. And assembly is more labor-saving and material-saving. 2. The reinforcing structure 60 is joined to the metal shell 68 to extend into the insulating seat 30 to provide a reinforcing effect on the connecting plate. 3. The metal shell 68 covers the inner seat 35 of the insulating base 30, and the first end of the row 50 and the second row of the second terminal are covered. The electrical connecting line 65 is provided with a metal mesh layer 67. This can avoid electromagnetic interference and electrostatic electromagnetic interference. 4. The height of the metal shell 68 and the insulating base 30 are larger than the connecting plate 4〇, so that the electrical connecting line can be effectively disposed and electromagnetic interference and electrostatic discharge interference can be avoided. Referring to FIG. 18, the eighth embodiment of the present invention is substantially the same as the seventh embodiment, and the difference is that the pin 54 of the first terminal 5〇 and the row of the second terminal 70 are arranged in one row of the embodiment. The 74-series connecting strip 78' is provided at the end of the pin 54 with a cutting portion 55 of the first terminal 5 of the row, and the cutting portion 75 of the second terminal 70 of the row is provided at the end of the pin 74. In addition, as shown in the fifth embodiment of FIG. 12, it may be further provided with two rows of five second terminals, and the second row of second terminals is provided with a second contact protruding connecting plate that can be bounced up and down. The upper and lower plates are located in front of the second contact of the row, so that the double-sided electrical connection is a USB3.0 electrical connection. Referring to FIG. 19 and FIG. 20, the ninth embodiment of the present invention is substantially the same as the first embodiment. The difference is that the insulating base 3 of the present embodiment is provided with an inner seat and an outer seat 36. The connecting plate 40 is integrally formed on the front end of the inner seat 35, and further comprises a metal shell 68 covering the inner seat 35. The metal shell 68 covers the inner seat 35 and is fixed in the outer seat 36. The reinforcing structure 60 is formed by integrally stamping and bending a metal sheet, and the metal shell 68 is wrapped around the electrical connection line 65 and the inner seat 35. The electrical connecting line 65 is covered with a metal mesh.至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至至3. 5mm. Referring to FIG. 2A and FIG. 22, a tenth embodiment of the present invention is substantially the same as the ninth embodiment, and the difference is that the insulating base 30 of the present embodiment is high and the internal space is large. 5mm。 The height of the height of the connecting plate 40 is about 4. 5mm. Referring to FIG. 23 and FIG. 24, the first embodiment of the present invention is substantially the same as the fifth embodiment and the ninth embodiment, and the difference is that the reinforcing structure 6 of the embodiment is configured to fit the connecting plate 40. The front end surface and the two side surfaces are used to expose the upper and lower surfaces of the connecting plate 4, and the present embodiment is the same as the ninth embodiment. The metal shell 68 covers the inner seat 35, and the metal shell 68 covers the inner seat. After the 35 is fixed in the outer seat 36, the metal shell 68 and the reinforcing structure 60 are integrally stamped and bent by a metal piece, and the reinforcing structure 60 on both sides of the connecting plate 4 is provided with a positioning groove 610. The positioning groove 610 can be locked with the electrical connection base when the connecting plate 40 is inserted into an electrical connection base. Referring to FIG. 25, a twelfth embodiment of the present invention is substantially the same as the sixth embodiment. The difference is that the insulating member 30 of the embodiment is provided with an electronic component 615. The electronic component 615 has an EMI function. As with the concealer effect of the iron shell M420913, the electrical connection 65-end is electrically connected to a bidirectional USB2 〇 socket 1〇5, and the bidirectional USB2.0 socket 1() 5 is provided with a control Ια〇6. Referring to FIG. 26, a thirteenth embodiment of the present invention is substantially the same as that of the eleventh embodiment. The difference is that the insulating body 3 of the present embodiment further includes a storage unit 116. The storage unit includes a memory. And a control circuit, the size of the memory is not limited, the control circuit controls the operation of the memory, and the first contact 53 of one of the upper plates of the connecting plate 4 is electrically connected to the electrical connecting line 65, % of the lower plate surface of the connecting plate 4 is electrically connected to the storage unit 116. Referring to FIG. 27 and FIG. 28, the fourteenth embodiment of the present invention is substantially the same as the first embodiment, and the difference is that the embodiment is an RJ45 connecting line, and one of the first contacts on the connecting board 4〇 53 is 8 and is not elastic, which is a connection interface of an RJ45. The first contact 53 of the row is formed in a row of first terminals 5〇, and the row of first terminals 50 is disposed on the connecting plate 40. A row of terminal slots 41, the lower surface of the connecting plate is provided with two recesses 43. The reinforcing structure 60 is also provided with an opening corresponding to the recess 43. The reinforcing structure 60 has a protruding connecting plate 40 on both sides of the front end. The flange 612 of the upper plate surface can be prevented from being stuck by the flange 612, that is, it cannot be inserted when the female seat is inserted in the reverse direction. The height of the male connector of the conventional RJ45 is less than 5. 5mm, which is smaller than the height of the male connector of the conventional RJ45. Referring to FIG. 29, a thin RJ45 female seat 12 配合 is provided, which is provided with a plastic seat 121, a metal shell 122 and a row of terminals 123. The row of terminals 123 are arranged in the plastic seat 121. A terminal 123 is provided with a joint 124 that protrudes up and down to protrude from a joint surface 127 of the plastic seat 121. The metal shell 122 covers a joint surface 127 of the plastic M420913 seat 121 to form a connecting groove 125. Two elastic buckles 126 are protruded from the upper plate of the shell 122 to the connecting groove 125. Referring to FIG. 30, the thin RJ45 connecting wire of the present embodiment is inserted into the thin RJ45 female socket 120 downward, and the first contact 53 is electrically connected to the contact 124. The foolproof flange 612 Then, the two elastic snaps 126 are fastened to the recesses of the lower surface of the connecting plate. Referring to FIG. 31, the fifteenth embodiment of the present invention is substantially the same as the fourteenth embodiment. The difference is that the connecting plate 40 of the embodiment does not have a reinforcing structure, and the electrical connection line 65 is electrically connected. A conventional standard 耵45 female seat 11() is connected. The RJ45 female seat 110 is provided with a connecting slot 111 for connecting a joint having a height of 6 6 mm. Referring to FIG. 32 and FIG. 33, the sixteenth embodiment of the present invention is substantially the same as the fifteenth embodiment. The difference is that the insulating base 3 of the present embodiment is connected to a laminated board 310 by a flexible tape 38. The stacking plate 31 is provided with a block 311. The connecting plate 4 is provided with a groove 43 on the lower plate surface. When the block 311 is engaged with the groove 43, the laminated plate 310 is overlapped with the connecting plate 40. When a joint having a height of about 6.6 legs is formed, as shown in FIG. 34, the conventional RJ45 female seat 11A shown in FIG. 31 can be inserted, so that the embodiment can be applied to the thin RJ45 female seat and the habit. Know the standard RJ45 female seat 11〇. Referring to FIG. 35, a seventeenth embodiment of the present invention is substantially the same as the tenth embodiment. The difference is that the connecting plate 4 of the present embodiment is substantially at the intermediate height of the insulating base 30. The insulating base 30 The top surface of the insulating base 30 is lower than the connecting plate 4〇. Referring to FIG. 36, an eighteenth embodiment of the present invention is substantially the same as the first embodiment 20 M420913, except that the reinforcing structure 6 of the present embodiment extends into the insulating base 30 as the insulating seat. The body coating, such that the reinforcing structure 60 is fixed to the insulating base 30, the reinforcing connecting plate 40 can be reinforced to prevent the user from improperly operating the connecting plate 4 to be broken by too much force. The top surface of the insulating base 30 is higher than The bottom surface of the connecting plate 40, the bottom surface of the insulating base 30 is lower than the connecting plate 4'', and the rear end of the reinforcing structure 6 is provided with a clamping portion 69. The clamping portion 69 clamps and covers the electricity. Connection line 65. Referring to FIG. 37, the nineteenth embodiment of the present invention is substantially the same as the fourth embodiment. The difference is that the insulating base 30 of the present embodiment is provided with an inner seat 35 and an outer seat 36. The connecting plate 4 The yoke protrudes from the front end of the insulating base 3 and is integrally formed with the inner seat 35. The connecting plate 40 of the embodiment is located substantially at the middle height of the insulating base 3, and the top surface of the insulating base 30 is higher than the The upper surface of the connecting plate 4 is lower than the connecting plate 40, and the high friction of the insulating base is greater than 3. The specific embodiments set forth in the detailed description of the preferred embodiments are merely illustrative of the technical content of the present invention, and are not intended to limit the scope of the present invention to the embodiments. The scope of the patent can be implemented in various changes. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a conventional USB 2.0 electrical connection cable. Figure 2 is a side cross-sectional view of a conventional USB 2.0 socket. Figure 3 is an exploded perspective view of the first embodiment of the present creation. Figure 4 is a perspective assembled view of the front side of the first embodiment of the present invention. twenty one