TWM507090U - Terminal structure of connector - Google Patents
Terminal structure of connector Download PDFInfo
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- TWM507090U TWM507090U TW104208295U TW104208295U TWM507090U TW M507090 U TWM507090 U TW M507090U TW 104208295 U TW104208295 U TW 104208295U TW 104208295 U TW104208295 U TW 104208295U TW M507090 U TWM507090 U TW M507090U
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Description
本創作係一種連接器之端子結構，尤指一種透過訊號端子組於後端處來延伸組合而成的焊接腳，使訊號端子組在生產過程中能大幅減少焊接工序等效能，而適用於連接器、通用序列匯流排或類似之結構者。 The present invention relates to a terminal structure of a connector, in particular to a soldering leg which is extended and combined at a rear end through a signal terminal group, so that the signal terminal group can greatly reduce the equivalent efficiency of the soldering process in the production process, and is suitable for connection. , general sequence bus or similar structure.
USB(Universal Serial Bus，通用序列匯流排)電連接器是廣泛應用於各類電子資訊產品和行動通訊裝置的電連接器，如常見的隨身碟等儲存裝置即是USB介面。 The USB (Universal Serial Bus) electrical connector is an electrical connector widely used in various electronic information products and mobile communication devices. For example, a common storage device such as a flash drive is a USB interface.
而隨著產品越來越輕薄小型化，USB電連接器的接頭型式也陸續發展有Mini-USB、Micro-USB等不同型態。然，為了因應歐盟及各國政府的要求統一電子產品上的接頭型式下，其USB協會開始著手設計並公開其USB 3.1 Type C規範來讓各電子資訊產品設計商能有所依循。 As the products become thinner and lighter, the connector types of USB electrical connectors have also developed different types such as Mini-USB and Micro-USB. However, in order to unify the connector type on electronic products in response to the requirements of the EU and governments, its USB Association began to design and disclose its USB 3.1 Type C specification to enable electronic information product designers to follow.
另在協會規範下其USB 3.1 Type C必需擁用上排十二支訊號端子及下排十二支訊號端子的型態才行，然，也因尊其協會規範下，在電路板對應位置處需設有二十四片墊片來對應上排十二支訊號端子及下排十二支訊號端子，且透過焊接方式來讓上排十二支訊號端子及下排十二支訊號端子能連貼於電路板對應位置處的二十四片墊片上，便於訊號傳遞，但，也因為總數有多達二十四 支訊號端子，且二十四片墊片乃以前後各十二片墊片的方式呈現，在焊接工序上是非常耗時，一不小心容易有焊接錯誤或形成空焊狀態，而使產能良率無法提高。 In addition, under the association specification, its USB 3.1 Type C must have the type of 12 signal terminals and 12 signal terminals in the lower row. However, due to the association specification, it is necessary to have two at the corresponding position on the circuit board. Fourteen spacers correspond to the twelve signal terminals in the upper row and the twelve signal terminals in the lower row, and the twelve signal terminals and the twelve signal terminals in the lower row can be attached to the corresponding positions of the circuit board by soldering. On the shims, it is easy to transmit signals, but also because the total number is up to 24 The signal terminal, and twenty-four pads are presented in the form of twelve pads in the past and the past. It is very time consuming in the welding process, and it is easy to have welding errors or form an empty welding state, which leads to good productivity. The rate cannot be increased.
因此，本創作人有鑑於上述缺失，期能提出一種能具有減少焊接工序等效能之連接器之端子結構，令使用者可輕易操作組裝，乃潛心研思、設計組製，以提供使用者便利性，為本創作人所欲研創之創作動機者。 Therefore, in view of the above-mentioned deficiencies, the present creator can propose a terminal structure capable of reducing the equivalent energy of the soldering process, so that the user can easily operate the assembly, and is thoughtfully researched and designed to provide user convenience. Sexuality is the creative motive for the creator's desire to create.
本創作之主要目的，在提供一種連接器之端子結構，該連接器係由殼體包覆訊號端子組及隔板所組成，而該訊號端子組於後端處係形成有十二支焊接腳或者是十三支焊接腳，並由上排十二支訊號端子及下排十二支訊號端子中的支訊號端子來延伸組合而成，在不影響原來訊號傳輸功能下，使訊號端子組在生產過程中能具有大幅減少焊接工序等效能，進而增加整體之實用性者。 The main purpose of the present invention is to provide a terminal structure of a connector which is composed of a housing-covered signal terminal group and a spacer, and the signal terminal group is formed with twelve solder joints at the rear end or Thirteen welding feet are extended and combined by the twelve signal terminals in the upper row and the signal terminals in the twelve signal terminals in the lower row. The signal terminal group can be greatly produced in the production process without affecting the original signal transmission function. Reduce the equivalent energy of the welding process, and thus increase the overall practicality.
本創作之次一目的，在提供一種連接器之端子結構，藉由該訊號端子組於後端處係形成有十二支焊接腳，而該十二支焊接腳係由上排十二支訊號端子中的十支訊號端子及下排十二支訊號端子中的二支訊號端子所延伸組合而成，其中該十二支焊接腳係進一步由上排十二支訊號端子中的第一支訊號端子至第九支訊號端子來延伸成為第一支焊接腳至第九支焊接腳，而由下排十二支訊號端子中的第二支訊號端子及第三支訊號端子來延伸成為第十支焊接腳及第十一支焊接腳，再由上排十二支訊號端子中的第十二支訊號端子來延伸成為第十二支焊接腳，使具有能減少焊接腳的數量，讓進行焊接工序下時能快速作業，且不會影響到原來的訊 號傳輸功能，進而增加整體之便利性者。 The second object of the present invention is to provide a terminal structure of a connector, wherein the signal terminal group is formed with twelve soldering legs at the rear end, and the twelve soldering legs are ten signals of the twelve signal terminals in the upper row. The terminal and the two signal terminals of the twelve signal terminals of the lower row are extended and combined, wherein the twelve soldering legs are further extended by the first signal terminal to the ninth signal terminal of the twelve signal terminals of the upper row to be the first The soldering leg is extended to the ninth soldering leg, and the second signal terminal and the third signal terminal of the twelve signal terminals of the lower row are extended to become the tenth soldering leg and the eleventh soldering leg, and then the upper row The twelfth signal terminal of the twelve signal terminals is extended to become the twelfth soldering leg, so that the number of soldering legs can be reduced, so that the welding process can be performed quickly without affecting the original message. No. Transmission function, which increases the overall convenience.
本創作之再一目的，在提供一種連接器之端子結構，藉由該訊號端子組於後端處係形成有十三支焊接腳，而該十三支焊接腳係由上排十二支訊號端子中的十支訊號端子及下排十二支訊號端子中的三支訊號端子所延伸組合而成，其中該十三支焊接腳係進一步由上排十二支訊號端子中的第一支訊號端子至第九支訊號端子來延伸成為第一支焊接腳至第九支焊接腳，而由下排十二支訊號端子中的第二支訊號端子及第三支訊號端子來延伸成為第十支焊接腳及第十一支焊接腳，再由上排十二支訊號端子中的第十二支訊號端子來延伸成為第十二支焊接腳，另由下排第十二支訊號端子來延伸成為第十三支焊接腳，使具有能減少焊接腳的數量，讓進行焊接工序下時能快速作業，且不會影響到原來的訊號傳輸功能，進而增加整體之便利性者。 A further object of the present invention is to provide a terminal structure of a connector, wherein the signal terminal group is formed with thirteen soldering legs at the rear end, and the thirteen soldering legs are formed by twelve signal terminals in the upper row. The ten signal terminals and the three signal terminals of the lower twelve signal terminals are extended and combined, wherein the thirteen soldering legs are further provided by the first signal terminal to the ninth signal of the twelve signal terminals of the upper row The terminal extends to become the first soldering leg to the ninth soldering leg, and the second signal terminal and the third signal terminal of the twelve signal terminals of the lower row extend to become the tenth soldering leg and the eleventh soldering leg The foot is further extended to the twelfth soldering leg by the twelfth signal terminal of the twelve signal terminals in the upper row, and the thirteenth soldering leg is extended by the twelfth signal terminal of the lower row to enable the energy to be The number of soldering feet is reduced, so that the operation can be performed quickly under the soldering process without affecting the original signal transmission function, thereby increasing the overall convenience.
本創作之另一目的，在提供一種連接器之端子結構，藉由該訊號端子組於後端處係形成有十三支焊接腳，而該十三支焊接腳係由上排十二支訊號端子中的九支訊號端子及下排十二支訊號端子中的四支訊號端子所延伸組合而成，其中該十三支焊接腳係進一步由上排十二支訊號端子中的第一支訊號端子至第七支訊號端子來延伸成為第一支焊接腳至第七支焊接腳，而由下排第一支訊號端子來延伸成為第八支焊接腳，再由上排十二支訊號端子中的第九支訊號端子來延伸成為第九支焊接腳，另由下排十二支訊號端子中的第二支訊號端子及第三支訊號端子來延伸成為第十支焊接腳及第十一支焊接腳，且再由上排十二支訊號端子中的第十二支訊號端子來延伸成為第十二支焊接腳，而最後由下排第十二支 訊號端子來延伸成為第十三支焊接腳，使具有能減少焊接腳的數量，讓進行焊接工序下時能快速作業，且不會影響到原來的訊號傳輸功能，進而增加整體之便利性者。 Another object of the present invention is to provide a terminal structure of a connector, wherein the signal terminal group is formed with thirteen soldering legs at the rear end, and the thirteen soldering legs are formed by twelve signal terminals in the upper row. The nine signal terminals and the four signal terminals of the lower twelve signal terminals are extended and combined, wherein the thirteen soldering legs are further provided by the first signal terminal to the seventh signal of the twelve signal terminals of the upper row The terminal extends to become the first soldering leg to the seventh soldering leg, and is extended from the first signal terminal of the lower row to the eighth soldering leg, and then extended by the ninth signal terminal of the twelve signal terminals of the upper row The ninth welding leg is extended by the second signal terminal and the third signal terminal of the twelve signal terminals in the lower row to become the tenth welding leg and the eleventh welding leg, and the twelve signals in the upper row are further The twelfth signal terminal in the terminal extends to become the twelfth soldering leg, and finally the twelfth branch in the lower row The signal terminal is extended to become the thirteenth soldering leg, so that the number of soldering legs can be reduced, and the operation can be performed quickly under the soldering process without affecting the original signal transmission function, thereby increasing the overall convenience.
本創作之連接器之端子結構的第一種實施方式為該連接器係由殼體包覆訊號端子組及隔板所組成，而該訊號端子組係分有上排十二支訊號端子及下排十二支訊號端子，且該隔板係位於上排十二支訊號端子及下排十二支訊號端子之間，其特徵在於：該訊號端子組於後端處係形成有十二支焊接腳，而該十二支焊接腳係由上排十二支訊號端子中的十支訊號端子及下排十二支訊號端子中的二支訊號端子所延伸組合而成者。 The first embodiment of the terminal structure of the connector of the present invention is that the connector is composed of a casing-covered signal terminal group and a partition, and the signal terminal group is divided into twelve rows of signal terminals and twelve rows of lower rows. a signal terminal, wherein the partition is located between the twelve signal terminals in the upper row and the twelve signal terminals in the lower row, wherein the signal terminal group is formed with twelve soldering legs at the rear end, and the twelve soldering legs are The ten signal terminals of the twelve signal terminals and the two signal terminals of the twelve signal terminals of the lower row are extended and combined.
本創作之連接器之端子結構的第二種實施方式為該連接器係由殼體包覆訊號端子組及隔板所組成，而該訊號端子組係分有上排十二支訊號端子及下排十二支訊號端子，且該隔板係位於上排十二支訊號端子及下排十二支訊號端子之間，其特徵在於：該訊號端子組於後端處係形成有十三支焊接腳，而該十三支焊接腳係由上排十二支訊號端子中的十支訊號端子及下排十二支訊號端子中的三支訊號端子所延伸組合而成者。 The second embodiment of the terminal structure of the connector of the present invention is that the connector is composed of a casing-covered signal terminal group and a partition, and the signal terminal group is divided into twelve rows of signal terminals and twelve rows of lower rows. a signal terminal, wherein the partition is located between the twelve signal terminals in the upper row and the twelve signal terminals in the lower row, wherein the signal terminal group is formed with thirteen soldering legs at the rear end, and the thirteen soldering The foot system is formed by extending ten signal terminals of the twelve signal terminals in the upper row and three signal terminals of the twelve signal terminals in the lower row.
本創作之連接器之端子結構的第三種實施方式為該連接器係由殼體包覆訊號端子組及隔板所組成，而該訊號端子組係分有上排十二支訊號端子及下排十二支訊號端子，且該隔板係位於上排十二支訊號端子及下排十二支訊號端子之間，其特徵在於：該訊號端子組於後端處係形成有十三支焊接腳，而該十三支焊接腳係由上排十二支訊號端子中的九支訊號端子及下排十二支訊號端子中的四支訊號端子所延伸組合而成者。 A third embodiment of the terminal structure of the connector of the present invention is that the connector is composed of a casing-covered signal terminal group and a partition, and the signal terminal group is divided into twelve rows of signal terminals and twelve rows of lower rows. a signal terminal, wherein the partition is located between the twelve signal terminals in the upper row and the twelve signal terminals in the lower row, wherein the signal terminal group is formed with thirteen soldering legs at the rear end, and the thirteen soldering The foot is formed by extending the nine signal terminals of the twelve signal terminals in the upper row and the four signal terminals of the twelve signal terminals in the lower row.
1‧‧‧連接器 1‧‧‧Connector
10‧‧‧殼體 10‧‧‧shell
20‧‧‧訊號端子組 20‧‧‧ Signal Terminal Group
21‧‧‧上排十二支訊號端子 21‧‧‧Twelve signal terminals in the upper row
2111‧‧‧第一支訊號端子 2111‧‧‧First signal terminal
2112‧‧‧第二支訊號端子 2112‧‧‧second signal terminal
2113‧‧‧第三支訊號端子 2113‧‧‧3rd signal terminal
2114‧‧‧第四支訊號端子 2114‧‧‧fourth signal terminal
2115‧‧‧第五支訊號端子 2115‧‧‧5th signal terminal
2116‧‧‧第六支訊號端子 2116‧‧‧6th signal terminal
2117‧‧‧第七支訊號端子 2117‧‧‧ seventh signal terminal
2118‧‧‧第八支訊號端子 2118‧‧‧8th signal terminal
2119‧‧‧第九支訊號端子 2119‧‧‧The ninth signal terminal
2120‧‧‧第十支訊號端子 2120‧‧‧10th signal terminal
2121‧‧‧第十一支訊號端子 2121‧‧‧The eleventh signal terminal
2122‧‧‧第十二支訊號端子 2122‧‧‧Twelfth signal terminal
22‧‧‧下排十二支訊號端子 22‧‧‧12 rows of signal terminals
2211‧‧‧第一支訊號端子 2211‧‧‧First signal terminal
2212‧‧‧第二支訊號端子 2212‧‧‧second signal terminal
2213‧‧‧第三支訊號端子 2213‧‧‧The third signal terminal
2214‧‧‧第四支訊號端子 2214‧‧‧fourth signal terminal
2215‧‧‧第五支訊號端子 2215‧‧‧5th signal terminal
2216‧‧‧第六支訊號端子 2216‧‧‧6th signal terminal
2217‧‧‧第七支訊號端子 2217‧‧‧The seventh signal terminal
2218‧‧‧第八支訊號端子 2218‧‧‧8th signal terminal
2219‧‧‧第九支訊號端子 2219‧‧‧The ninth signal terminal
2220‧‧‧第十支訊號端子 2220‧‧‧Ten signal terminal
2221‧‧‧第十一支訊號端子 2221‧‧‧Eleventh signal terminal
2222‧‧‧第十二支訊號端子 2222‧‧‧Twelfth signal terminal
30‧‧‧隔板 30‧‧‧Baffle
31‧‧‧凹槽 31‧‧‧ Groove
40‧‧‧十二支焊接腳 40‧‧‧12 welding feet
411‧‧‧第一支焊接腳 411‧‧‧First welding feet
412‧‧‧第二支焊接腳 412‧‧‧Second welding feet
413‧‧‧第三支焊接腳 413‧‧‧The third welding leg
414‧‧‧第四支焊接腳 414‧‧‧fourth welding foot
415‧‧‧第五支焊接腳 415‧‧‧5th welded foot
416‧‧‧第六支焊接腳 416‧‧‧6th welded foot
417‧‧‧第七支焊接腳 417‧‧‧ seventh welding feet
418‧‧‧第八支焊接腳 418‧‧‧8th welding foot
419‧‧‧第九支焊接腳 419‧‧‧The ninth welding foot
420‧‧‧第十支焊接腳 420‧‧‧10th welding foot
421‧‧‧第十一支焊接腳 421‧‧‧ eleventh welding foot
422‧‧‧第十二支焊接腳 422‧‧‧ twelfth welding feet
50‧‧‧十二支焊接腳 50‧‧‧12 welding feet
511‧‧‧第一支焊接腳 511‧‧‧First welding feet
512‧‧‧第二支焊接腳 512‧‧‧Second welding feet
513‧‧‧第三支焊接腳 513‧‧‧The third welding leg
514‧‧‧第四支焊接腳 514‧‧‧fourth welding foot
515‧‧‧第五支焊接腳 515‧‧‧ fifth welding feet
516‧‧‧第六支焊接腳 516‧‧‧6th welding foot
517‧‧‧第七支焊接腳 517‧‧‧ seventh welding feet
518‧‧‧第八支焊接腳 518‧‧‧8th welding foot
519‧‧‧第九支焊接腳 519‧‧‧The ninth welding foot
520‧‧‧第十支焊接腳 520‧‧‧The tenth welding foot
521‧‧‧第十一支焊接腳 521‧‧‧ eleventh welding foot
522‧‧‧第十二支焊接腳 522‧‧‧ twelfth welding feet
第1圖係本創作第一種實施方式之立體外觀示意圖。 Fig. 1 is a perspective view showing the stereoscopic appearance of the first embodiment of the present invention.
第2圖係本創作第一種實施方式之元件分解示意圖。 Fig. 2 is a schematic exploded view of the first embodiment of the present invention.
第3圖係本創作第二種實施方式之立體外觀示意圖。 Figure 3 is a perspective view of the second embodiment of the present invention.
第4圖係本創作第二種實施方式之元件分解示意圖。 Figure 4 is a schematic exploded view of the second embodiment of the present invention.
第5圖係本創作第二種實施方式之焊接腳焊接於電路板上示意圖。 Fig. 5 is a schematic view showing the soldering of the second embodiment of the present invention soldered to a circuit board.
第6圖係本創作第二種實施方式之隔板延伸出凹槽示意圖。 Figure 6 is a schematic view of the partition of the second embodiment of the present invention extending out of the groove.
第7圖係本創作第三種實施方式之立體外觀示意圖。 Figure 7 is a perspective view of the third embodiment of the present invention.
第8圖係本創作第三種實施方式之元件分解示意圖。 Figure 8 is a schematic exploded view of the third embodiment of the present invention.
第9圖係本創作第三種實施方式之焊接腳焊接於電路板上示意圖。 Figure 9 is a schematic view showing the soldering of the third embodiment of the present invention soldered to a circuit board.
第10圖係本創作第三種實施方式之隔板延伸出凹槽示意圖。 Fig. 10 is a schematic view showing the partition of the third embodiment of the present invention extending out of the groove.
請參閱第1~10圖，係為本創作實施例之示意圖。本創作之連接器之端子結構最佳實施方式係應用在連接器、通用序列匯流排或類似之結構上，該連接器1係由殼體10包覆訊號端子組20及隔板30所組成，而該訊號端子組20係分有上排十二支訊號端子21及下排十二支訊號端子22，且該隔板30係位於上排十二支訊號端子21及下排十二支訊號端子22之間，使訊號端子組20能透過上排十二支訊號端子21及下排十二支訊號端子22來進行接觸，以能進行訊號傳遞。 Please refer to Figures 1~10 for a schematic diagram of the present embodiment. The preferred embodiment of the terminal structure of the connector of the present invention is applied to a connector, a universal serial bus or the like, and the connector 1 is composed of a housing 10 covering the signal terminal group 20 and the partition 30. The signal terminal group 20 is divided into twelve signal terminals 21 and twelve signal terminals 22 in the upper row, and the partition 30 is located between the twelve signal terminals 21 in the upper row and the twelve signal terminals 22 in the lower row, so that the signal terminal group 20 can be contacted through the upper twelve signal terminals 21 and the lower twelve signal terminals 22 for signal transmission.
另本創作的第一種實施方式(如第1圖及第2圖所示)為該訊號端子組20於後端處係形成有十二支焊接腳40，而該十二 支焊接腳40係由上排十二支訊號端子21中的十支訊號端子及下排十二支訊號端子22中的二支訊號端子所延伸組合而成，其中該十二支焊接腳40乃由上排十二支訊號端子21中的第一支訊號端子2111、第二支訊號端子2112、第三支訊號端子2113、第四支訊號端子2114、第五支訊號端子2115、第六支訊號端子2116、第七支訊號端子2117、第八支訊號端子2118第九支訊號端子2119來延伸成為第一支焊接腳411、第二支焊接腳412、第三支焊接腳413、第四支焊接腳414、第五支焊接角415、第六支焊接腳416、第七支焊接腳417、第八支焊接腳418、第九支焊接腳419，而由下排十二支訊號端子22中的第二支訊號端子2212及第三支訊號端子2213來延伸成為第十支焊接腳420及第十一支焊接腳421，再由上排十二支訊號端子21中的第十二支訊號端子2122來延伸成為第十二支焊接腳422，而其餘的上排十二支訊號端子21及下排十二支訊號端子22中所剩餘不用的支訊號端子(如上排十二支訊號端子中的第十支訊號端子2120及第十一支訊號端子2121及下排十二支訊號端子中22的第一支訊號端子2211和第四支訊號端子2214至第十二支訊號端子2222)皆於中段處進行裁切，使剩餘不用的支訊號端子不用延伸成為焊接腳，且該訊號端子組20的前端處亦保有上排十二支訊號端子21及下排十二支訊號端子22的型態，以能與現有接頭(圖未示)來對接***，並不會影響到現有連接器1結構，另隔板30上係延伸出凹槽31以供剩餘不用的支訊號端子(上排十二支訊號端子中的第十支訊號端子2120及第十一支訊號端子2121及下排十二支訊號端子中22的第 一支訊號端子2211和第四支訊號端子2214、第五支訊號端子2215、第六支訊號端子2216、第七支訊號端子2217、第八支訊號端子2218、第九支訊號端子2219、第十支訊號端子2220、第十一支訊號端子2221、第十二支訊號端子2222)嵌合(圖未示)，便於對支訊號端子形成支撐，讓所剩餘不用的支訊號端子能穩固不晃動，並且具有在不影響原來訊號傳輸功能下，使訊號端子組20在生產過程中能具有大幅減少焊接工序等效能者。 In addition, the first embodiment of the present invention (as shown in FIGS. 1 and 2) has twelve soldering legs 40 formed at the rear end of the signal terminal group 20, and the twelve The soldering leg 40 is formed by extending ten signal terminals of the twelve signal terminals 21 of the upper row and two signal terminals of the twelve signal terminals 22 of the lower row, wherein the twelve soldering legs 40 are twelve signal terminals of the upper row. The first signal terminal 2111, the second signal terminal 2112, the third signal terminal 2113, the fourth signal terminal 2114, the fifth signal terminal 2115, the sixth signal terminal 2116, and the seventh signal terminal of 21 2117, the eighth signal terminal 2118, the ninth signal terminal 2119 is extended to become the first soldering leg 411, the second soldering leg 412, the third soldering leg 413, the fourth soldering leg 414, and the fifth soldering angle. 415, the sixth welding leg 416, the seventh welding leg 417, the eighth welding leg 418, the ninth welding leg 419, and the second signal terminal 2212 and the third branch of the twelve signal terminals 22 of the lower row The signal terminal 2213 extends into the tenth soldering leg 420 and the eleventh soldering leg 421, and then extends from the twelfth signal terminal 2122 of the twelve twelve signal terminals 21 to the twelfth soldering leg 422. The remaining 12 in the upper row No. of the remaining signal terminals in the terminal 21 and the lower twelve signal terminals 22 (the tenth signal terminal 2120 and the tenth signal terminal 2121 and the lower twelve signal terminals 22 of the twelve signal terminals in the above row) A signal terminal 2211 and a fourth signal terminal 2214 to a twelfth signal terminal 2222 are all cut at the middle portion, so that the remaining unused signal terminals do not extend into soldering legs, and the front end of the signal terminal group 20 The shape of the upper 12 signal terminals 21 and the lower 12 signal terminals 22 is also maintained, so as to be able to be inserted into the existing connector (not shown), and the existing connector 1 structure is not affected. Extending the groove 31 for the remaining unused signal terminals (the tenth signal terminal 2120 and the tenth signal terminal 2121 of the upper twelve signal terminals and the second of the twelve signal terminals of the lower row) A signal terminal 2211 and a fourth signal terminal 2214, a fifth signal terminal 2215, a sixth signal terminal 2216, a seventh signal terminal 2217, an eighth signal terminal 2218, a ninth signal terminal 2219, and a tenth The signal terminal 2220, the eleventh signal terminal 2221, and the twelfth signal terminal 2222 are fitted (not shown) to facilitate support for the signal terminal, so that the remaining unused signal terminals can be stably swayed. Moreover, the signal terminal group 20 can greatly reduce the equivalent efficiency of the soldering process in the production process without affecting the original signal transmission function.
另本創作的第二種實施方式為該訊號端子組20於後端處係形成有十三支焊接腳50(如第3圖所示)，而該十三支焊接腳50係由上排十二支訊號端子21中的十支訊號端子及下排十二支訊號端子22中的三支訊號端子所延伸組合而成，其中該十三支焊接腳50乃由上排十二支訊號端子21中的第一支訊號端子2111、第二支訊號端子2112、第三支訊號端子2113、第四支訊號端子2114、第五支訊號端子2115、第六支訊號端子2116、第七支訊號端子2117、第八支訊號端子2118第九支訊號端子2119來延伸成為第一支焊接腳511、第二支焊接腳512、第三支焊接腳513、第四支焊接腳514、第五支焊接角515、第六支焊接腳516、第七支焊接腳517、第八支焊接腳518、第九支焊接腳519，而由下排十二支訊號端子22中的第二支訊號端子2212及第三支訊號端子2213來延伸成為第十支焊接腳520及第十一支焊接腳521，再由上排十二支訊號端子21中的第十二支訊號端子2212來延伸成為第十二支焊接腳522，另由下排第十二 支訊號端子2222來延伸成為第十三支焊接腳523(如第4圖所示)，而其餘的上排十二支訊號端子21及下排十二支訊號端子22中所剩餘不用的支訊號端子(如上排十二支訊號端子21中的第十支訊號端子2120及第十一支訊號端子2121及下排十二支訊號端子22中的第一支訊號端子2211和第四支訊號端子2214至第十一支訊號端子2221)皆於中段處進行裁切(如第5圖所示)，使剩餘不用的支訊號端子不用延伸成為焊接腳，且該訊號端子組20的前端處亦保有上排十二支訊號端子21及下排十二支訊號端子22的型態，以能與現有接頭(圖未示)來對接***，並不會影響到現有連接器1結構，另隔板30上係延伸出凹槽31以供剩餘不用的支訊號端子(上排十二支訊號端子中的第十支訊號端子2120及第十一支訊號端子2121及下排十二支訊號端子中22的第一支訊號端子2211和第四支訊號端子2214、第五支訊號端子2215、第六支訊號端子2216、第七支訊號端子2217、第八支訊號端子2218、第九支訊號端子2219、第十支訊號端子2220、第十一支訊號端子2221)嵌合(如第6圖所示)，便於對支訊號端子形成支撐，讓所剩餘不用的支訊號端子能穩固不晃動，並且具有在不影響原來訊號傳輸功能下，使訊號端子組20在生產過程中能具有大幅減少焊接工序等效能者。 In another second embodiment of the present invention, the signal terminal group 20 is formed with thirteen soldering legs 50 (as shown in FIG. 3) at the rear end, and the thirteen soldering legs 50 are twelve in the upper row. The ten signal terminals in the signal terminal 21 and the three signal terminals in the lower twelve signal terminals 22 are extended and combined, wherein the thirteen solder legs 50 are the first signals in the twelve signal terminals 21 in the upper row. Terminal 2111, second signal terminal 2112, third signal terminal 2113, fourth signal terminal 2114, fifth signal terminal 2115, sixth signal terminal 2116, seventh signal terminal 2117, and eighth signal terminal 2118 ninth signal terminal 2119 extends to become the first welding leg 511, the second welding leg 512, the third welding leg 513, the fourth welding leg 514, the fifth welding angle 515, and the sixth welding leg 516, the seventh welding leg 517, the eighth welding leg 518, the ninth welding leg 519, and the second signal terminal 2212 and the third signal terminal 2213 of the lower twelve signal terminals 22 are extended to be the first Ten welding feet 520 and eleventh welding feet 521, and then Twelve rows of the signal contacts 21 in the Twelfth signal terminals 2212 extending to become Twelfth welding pin 522, the other by the twelfth row The signal terminal 2222 extends to become the thirteenth soldering leg 523 (as shown in FIG. 4), and the remaining twelve signal terminals 21 and the lower twelve signal terminals 22 are unused signal terminals (upper row The first signal terminal 2120 and the eleventh signal terminal 2121 of the twelve signal terminals 21 and the first signal terminal 2211 and the fourth signal terminal 2214 to the eleventh signal terminal 2221 of the lower twelve signal terminals 22 The cutting is performed at the middle section (as shown in Fig. 5), so that the remaining unused signal terminals are not extended to the soldering legs, and the front end of the signal terminal group 20 also has the upper row of twelve signal terminals 21 and the lower row. The shape of the twelve signal terminals 22 can be inserted into the existing connector (not shown), and does not affect the structure of the existing connector 1. The spacer 30 extends over the recess 31 for the remaining unused branches. Signal terminal (the first signal terminal 2120 and the eleventh signal terminal 2121 of the upper twelve signal terminals and the first signal terminal 2211 and the fourth signal terminal 2214, the fifth branch of the lower twelve signal terminals 22 Signal end 2215, the sixth signal terminal 2216, the seventh signal terminal 2217, the eighth signal terminal 2218, the ninth signal terminal 2219, the tenth signal terminal 2220, the eleventh signal terminal 2221) are fitted (such as 6 is shown), which facilitates the formation of support for the signal terminals, so that the remaining unused signal terminals can be stably swayed, and the signal terminal group 20 can be greatly produced in the production process without affecting the original signal transmission function. Reduce the equivalent of the welding process.
另本創作的第三種實施方式為該訊號端子組20於後端處係形成有十三支焊接腳50(如第7圖所示)，而該十三支焊接腳50係由上排十二支訊號端子21中的九支訊號端子及下排十二支訊號端子22中的四支訊號端子所延伸組合而成，其中該十三 支焊接腳50乃由上排十二支訊號端子21中的第一支訊號端子2111、第二支訊號端子2112、第三支訊號端子2113、第四支訊號端子2114、第五支訊號端子2115、第六支訊號端子2116、第七支訊號端子2117來延伸成為第一支焊接腳511第一支焊接腳511、第二支焊接腳512、第三支焊接腳513、第四支焊接腳514、第五支焊接角515、第六支焊接腳516、第七支焊接腳517，而由下排十二支訊號端子22中的第一支訊號端子2211來延伸成為第八支焊接腳518，再由上排十二支訊號端子21中的第九支訊號端子2119來延伸成為第九支焊接腳519，另由下排十二支訊號端子22中的第二支訊號端子2212及第三支訊號端子2213來延伸成為第十支焊接腳520及第十一支焊接腳521，且再由上排十二支訊號端子21中的第十二支訊號端子2122來延伸成為第十二支焊接腳522，而最後由下排十二支訊號端子22中的第十二支訊號端子2222來延伸成為第十三支焊接腳523(如第8圖所示)，而其餘的上排十二支訊號端子21及下排十二支訊號端子22中所剩餘不用的支訊號端子(如上排十二支訊號端子21中的第八支訊號端子2118、第十支訊號端子2120和第十一支訊號端子2121及下排十二支訊號端子22中第四支訊號端子2214至第十一支訊號端子2221)皆於中段處進行裁切(如第9圖所示)，使剩餘不用的支訊號端子不用延伸成為焊接腳，且該訊號端子組20的前端處亦保有上排十二支訊號端子21及下排十二支訊號端子22的型態，以能與現有接頭(圖未示)來對接***，並不會影響到現有連接器1結構，另隔板30上係延伸出凹槽31以供剩餘不用的支訊號端子 (上排十二支訊號端子中的第八支訊號2118、第十支訊號端子2120、第十一支訊號端子2121和下排十二支訊號端子中22的第四支訊號端子2214、第五支訊號端子2215、第六支訊號端子2216、第七支訊號端子2217、第八支訊號端子2218、第九支訊號端子2219、第十支訊號端子2220、第十一支訊號端子2221)嵌合(如第10圖所示)，便於對支訊號端子形成支撐，讓所剩餘不用的支訊號端子能穩固不晃動，並且具有在不影響原來訊號傳輸功能下，使訊號端子組20在生產過程中能具有大幅減少焊接工序等效能者。 In the third embodiment of the present invention, the signal terminal group 20 is formed with thirteen soldering legs 50 (as shown in FIG. 7) at the rear end, and the thirteen soldering legs 50 are twelve in the upper row. The nine signal terminals in the signal terminal 21 and the four signal terminals in the lower twelve signal terminals 22 are extended and combined, wherein the thirteen The soldering leg 50 is the first signal terminal 2111, the second signal terminal 2112, the third signal terminal 2113, the fourth signal terminal 2114, and the fifth signal terminal 2115 of the twelve signal terminals 21 in the upper row. The six signal terminals 2116 and the seventh signal terminals 2117 are extended to become the first soldering leg 511, the first soldering leg 511, the second soldering leg 512, the third soldering leg 513, the fourth soldering leg 514, and the first soldering leg 511. Five welding angles 515, a sixth welding leg 516, and a seventh welding leg 517 are extended from the first signal terminal 2211 of the lower twelve signal terminals 22 to the eighth welding leg 518, and then the upper row The ninth signal terminal 2119 of the twelve signal terminals 21 extends to become the ninth soldering leg 519, and the second signal terminal 2212 and the third signal terminal 2213 of the lower twelve signal terminals 22 extend to become the tenth. The soldering leg 520 and the eleventh soldering leg 521 are further extended by the twelfth signal terminal 2122 of the twelve signal terminals 21 of the upper row into the twelfth soldering leg 522, and finally the twelve signal terminals of the lower row Twelfth in 22 The terminal 2222 extends to become the thirteenth soldering leg 523 (as shown in FIG. 8), and the remaining twelve signal terminals 21 and the lower twelve signal terminals 22 have unused signal terminals (the above twelve signals) The eighth signal terminal 2118, the tenth signal terminal 2120, and the eleventh signal terminal 2121 in the terminal 21 and the fourth signal terminal 2214 to the eleventh signal terminal 2221 in the lower twelve signal terminals 22 are all The middle section is cut (as shown in Fig. 9), so that the remaining unused signal terminals are not extended to the soldering legs, and the front end of the signal terminal group 20 also has the upper row of twelve signal terminals 21 and the lower row of twelve signal terminals. The type of 22 can be inserted into the existing joint (not shown), and does not affect the structure of the existing connector 1. The partition 30 extends over the groove 31 for the remaining unused signal terminals. (the eighth signal signal 2118, the tenth signal terminal 2120, the tenth signal terminal 2121, and the fourth signal terminal 2214 of the lower twelve signal terminals 22, and the fifth signal terminal 2215 of the twelve signal terminals in the upper row The sixth signal terminal 2216, the seventh signal terminal 2217, the eighth signal terminal 2218, the ninth signal terminal 2219, the tenth signal terminal 2220, and the eleventh signal terminal 2221 are fitted (for example, the tenth As shown in the figure, it is convenient to form support for the signal terminal, so that the remaining unused signal terminals can be stably and without shaking, and the signal terminal group 20 can be greatly reduced in the production process without affecting the original signal transmission function. The welding process is equivalent.
由以上詳細說明，可使熟知本項技藝者明瞭本創作的確可達成前述目的，實已符合專利法之規定，爰提出專利申請。 From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the aforementioned objectives, and has been in compliance with the provisions of the Patent Law, and has filed a patent application.
惟以上所述者，僅為本創作之較佳實施例而已，當不能以此限定本創作實施之範圍；故，凡依本創作申請專利範圍及創作說明書內容所作之簡單的等效變化與修飾，皆應仍屬本創作專利涵蓋之範圍內。 However, the above is only the preferred embodiment of the present invention, and the scope of the creation of the present invention cannot be limited by this; therefore, the simple equivalent changes and modifications made by the scope of the patent application and the content of the creation specification are All should remain within the scope of this creation patent.
1‧‧‧連接器 1‧‧‧Connector
10‧‧‧殼體 10‧‧‧shell
20‧‧‧訊號端子組 20‧‧‧ Signal Terminal Group
22‧‧‧下排十二支訊號端子 22‧‧‧12 rows of signal terminals
2211‧‧‧第一支訊號端子 2211‧‧‧First signal terminal
2212‧‧‧第二支訊號端子 2212‧‧‧second signal terminal
2213‧‧‧第三支訊號端子 2213‧‧‧The third signal terminal
2214‧‧‧第四支訊號端子 2214‧‧‧fourth signal terminal
2215‧‧‧第五支訊號端子 2215‧‧‧5th signal terminal
2216‧‧‧第六支訊號端子 2216‧‧‧6th signal terminal
2217‧‧‧第七支訊號端子 2217‧‧‧The seventh signal terminal
2218‧‧‧第八支訊號端子 2218‧‧‧8th signal terminal
2219‧‧‧第九支訊號端子 2219‧‧‧The ninth signal terminal
2220‧‧‧第十支訊號端子 2220‧‧‧Ten signal terminal
2221‧‧‧第十一支訊號端子 2221‧‧‧Eleventh signal terminal
2222‧‧‧第十二支訊號端子 2222‧‧‧Twelfth signal terminal
30‧‧‧隔板 30‧‧‧Baffle
40‧‧‧十二支焊接腳 40‧‧‧12 welding feet
411‧‧‧第一支焊接腳 411‧‧‧First welding feet
412‧‧‧第二支焊接腳 412‧‧‧Second welding feet
413‧‧‧第三支焊接腳 413‧‧‧The third welding leg
414‧‧‧第四支焊接腳 414‧‧‧fourth welding foot
415‧‧‧第五支焊接腳 415‧‧‧5th welded foot
416‧‧‧第六支焊接腳 416‧‧‧6th welded foot
417‧‧‧第七支焊接腳 417‧‧‧ seventh welding feet
418‧‧‧第八支焊接腳 418‧‧‧8th welding foot
419‧‧‧第九支焊接腳 419‧‧‧The ninth welding foot
420‧‧‧第十支焊接腳 420‧‧‧10th welding foot
421‧‧‧第十一支焊接腳 421‧‧‧ eleventh welding foot
422‧‧‧第十二支焊接腳 422‧‧‧ twelfth welding feet
Claims (8)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104208295U TWM507090U (en) | 2015-05-27 | 2015-05-27 | Terminal structure of connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104208295U TWM507090U (en) | 2015-05-27 | 2015-05-27 | Terminal structure of connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM507090U true TWM507090U (en) | 2015-08-11 |
Family
ID=54340310
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW104208295U TWM507090U (en) | 2015-05-27 | 2015-05-27 | Terminal structure of connector |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM507090U (en) |
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2015
- 2015-05-27 TW TW104208295U patent/TWM507090U/en not_active IP Right Cessation
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MM4K | Annulment or lapse of a utility model due to non-payment of fees |