[go: up one dir, main page]

CN202695767U - Improved structure of USB3.0 two-way female socket connector - Google Patents

Improved structure of USB3.0 two-way female socket connector Download PDF

Info

Publication number
CN202695767U
CN202695767U CN 201220229976 CN201220229976U CN202695767U CN 202695767 U CN202695767 U CN 202695767U CN 201220229976 CN201220229976 CN 201220229976 CN 201220229976 U CN201220229976 U CN 201220229976U CN 202695767 U CN202695767 U CN 202695767U
Authority
CN
China
Prior art keywords
transmission conductor
difference signal
ground connection
signal transmission
weld part
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN 201220229976
Other languages
Chinese (zh)
Inventor
林昱宏
许志铭
林永常
锺轩禾
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Kuang Ying Computer Equipment Co Ltd
Original Assignee
Kuang Ying Computer Equipment Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Kuang Ying Computer Equipment Co Ltd filed Critical Kuang Ying Computer Equipment Co Ltd
Priority to CN 201220229976 priority Critical patent/CN202695767U/en
Application granted granted Critical
Publication of CN202695767U publication Critical patent/CN202695767U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Images

Landscapes

  • Coupling Device And Connection With Printed Circuit (AREA)

Abstract

The utility model relates to a USB3.0 two-way socket female connector improvement structure, belong to the electron class, by a two-way shared ground connection transmission conductor and first signal transmission conductor, the second signal transmission conductor, first differential signal transmission conductor, the second differential signal transmission conductor, the third ground connection transmission conductor, the third differential signal transmission conductor, the fourth differential signal transmission conductor, first power transmission conductor, the third signal transmission conductor, the fourth signal transmission conductor, the second power transmission conductor, the fourth ground connection transmission conductor, the fifth differential signal transmission conductor, the sixth differential signal transmission conductor, seventh differential signal transmission conductor and the eighth differential signal transmission conductor, make USB male connector all can switch on the advantage of action when the utility model discloses female connector is planted in forward or backward.

Description

USB3.0双向插口母座连接器改良结构Improved structure of USB3.0 two-way female socket connector

技术领域 technical field

本实用新型涉及电子类,为提供一种连接器,尤指一种USB连接器公头正向插置或反向插置皆可导通动作的USB3.0双向插口母座连接器改良结构。 The utility model relates to electronics, in order to provide a connector, in particular to an improved structure of a USB3.0 two-way socket female connector which can conduct conduction action when the male head of the USB connector is inserted forwardly or reversely.

背景技术 Background technique

目前,连接器的运用非常广泛,所及包含USB等连接器,而在于USB3.0连接器方面则是不断的改良、进步,并同时增加了其传输速度。 At present, connectors are widely used, including USB and other connectors, while USB3.0 connectors are constantly improving and advancing, and at the same time increase their transmission speed.

一般现有的USB3.0母座连接器设有一插接口,于插接口内具有一舌片,舌片上设有数个金属导体,通过该些金属导体得以与公头连接器相互插置,且舌片的位置于插接口邻近其中一侧壁处,即为非正中间处,而公头连接器在插置过程中即会藉由所属的隔板与舌片上的金属导体差动连接,以完成一个USB3.0母座连接器数据传输的目的。 Generally, the existing USB3.0 female connector is provided with a plug interface, and there is a tongue in the plug interface, and several metal conductors are arranged on the tongue, through which these metal conductors can be inserted into the male connector, and the tongue The position of the tab is located near one of the side walls of the socket, which is not in the middle, and the male connector will be differentially connected to the metal conductor on the tongue by the associated partition during the insertion process to complete A USB3.0 female connector for data transmission purposes.

然而上述现有USB3.0母座连接器于使用时,为确实存在下列问题与缺失尚待改进: However, when the above-mentioned existing USB3.0 female connector is used, there are indeed the following problems and deficiencies that need to be improved:

因USB3.0母座连接器的舌片位于邻近插接口其中一侧壁处,因此当公头连接器反向插置时亦会发生无法插置,倘若将舌片位置移至中间处且公头连接器反插,则会发生公头连接器无法与金属导体电性连结,因此,使用者在插置时皆必须先行观察USB3.0母座连接器舌片的位置,再调整公头连接器的方向来以正向插置。 Because the tongue of the USB3.0 female connector is located adjacent to one of the side walls of the socket, when the male connector is inserted in reverse, it will also fail to insert. If the position of the tongue is moved to the middle and the male If the male connector is inserted backwards, the male connector cannot be electrically connected to the metal conductor. Therefore, the user must first observe the position of the tongue of the USB3.0 female connector before adjusting the male connector. The orientation of the device is inserted in the forward direction.

实用新型内容 Utility model content

本实用新型的主要目的在于提供一种USB3.0双向插口母座连接器改良结构,藉由数个传输导体的设置与特殊的排列方式,达到使USB公头连接器于正向插置或反向插置本实用新型母座连接器时皆可导通动作的优势。 The main purpose of this utility model is to provide an improved structure of a USB3.0 two-way female socket connector, through the setting and special arrangement of several transmission conductors, the USB male connector can be inserted in the forward direction or reversed. The advantage of conduction action can be achieved when the female connector of the utility model is inserted in any direction.

为达上述目的,本实用新型主要结构包括一接地传输导体、第一讯号传输导体、第二讯号传输导体、第一差分讯号传输导体、第二差分讯号传输导体、第三接地传输导体、第三差分讯号传输导体、第四差分讯号传输导体、第一电源传输导体、第三讯号传输导体、第四讯号传输导体、第二电源传输导体、第四接地传输导体、第五差分讯号传输导体、第六差分讯号传输导体、第七差分讯号传输导体与第八差分讯号传输导体,当使用者将USB公头连接器以正向插置时,其USB公头连接器上的金属传输导体则与该接地传输导体、第一讯号传输导体、第二讯号传输导体、第一差分讯号传输导体、第二差分讯号传输导体、第三接地传输导体、第三差分讯号传输导体、第四差分讯号传输导体及第一电源传输导体电性接触导通,倘若使用者将USB公头连接器反向插置时,则金属传输导体即与接地传输导体、第三讯号传输导体、第四讯号传输导体、第二电源传输导体、第四接地传输导体、第五差分讯号传输导体、第六差分讯号传输导体、第七差分讯号传输导体与第八差分讯号传输导体电性接触导通,藉此以达到USB公头连接器不管是正向插置或反向插置皆可电性导通的优势。 In order to achieve the above purpose, the main structure of the utility model includes a ground transmission conductor, a first signal transmission conductor, a second signal transmission conductor, a first differential signal transmission conductor, a second differential signal transmission conductor, a third ground transmission conductor, a third Differential signal transmission conductor, fourth differential signal transmission conductor, first power transmission conductor, third signal transmission conductor, fourth signal transmission conductor, second power transmission conductor, fourth ground transmission conductor, fifth differential signal transmission conductor, fourth The six differential signal transmission conductors, the seventh differential signal transmission conductor and the eighth differential signal transmission conductor, when the user inserts the USB male connector in the forward direction, the metal transmission conductor on the USB male connector is in contact with the USB male connector. a ground transmission conductor, a first signal transmission conductor, a second signal transmission conductor, a first differential signal transmission conductor, a second differential signal transmission conductor, a third ground transmission conductor, a third differential signal transmission conductor, a fourth differential signal transmission conductor, and The first power transmission conductor is in electrical contact and conduction. If the user inserts the USB male connector in reverse, the metal transmission conductor is connected to the ground transmission conductor, the third signal transmission conductor, the fourth signal transmission conductor, the second The power transmission conductor, the fourth ground transmission conductor, the fifth differential signal transmission conductor, the sixth differential signal transmission conductor, the seventh differential signal transmission conductor and the eighth differential signal transmission conductor are in electrical contact and conduction, so as to achieve the USB male head The advantage that the connector can be electrically conducted regardless of whether it is inserted forward or reversed.

本实用新型的优点在于:藉由数个传输导体的设置与特殊的排列方式,使USB公头连接器于正向插置或反向插置本实用新型母座连接器时皆可导通动作的优势。 The utility model has the advantage that: through the setting and special arrangement of several transmission conductors, the USB male connector can be turned on when it is inserted forwardly or reversely inserted into the female connector of the utility model. The advantages.

附图说明 Description of drawings

图1为本实用新型较佳实施例的立体图。 Fig. 1 is a perspective view of a preferred embodiment of the utility model.

图2为本实用新型较佳实施例的剖视图。 Fig. 2 is a cross-sectional view of a preferred embodiment of the present invention.

图3为本实用新型较佳实施例的局部示意图一。 Fig. 3 is a partial schematic diagram 1 of a preferred embodiment of the present invention.

图4为本实用新型较佳实施例的局部示意图二。 Fig. 4 is a partial schematic diagram II of a preferred embodiment of the present invention.

图5为本实用新型USB公头连接器正向插置的实施示意图。 Fig. 5 is a schematic diagram of the implementation of the USB male connector of the present invention inserted in the forward direction.

图6为本实用新型USB公头连接器反向插置的实施示意图。 Fig. 6 is a schematic diagram of implementation of reverse insertion of the USB male connector of the present invention.

图7为本实用新型结合印刷电路板的实施示意图。 Fig. 7 is a schematic diagram of the implementation of the utility model combined with a printed circuit board.

图8为本实用新型印刷电路板接设转接端子组的实施示意图。 Fig. 8 is a schematic diagram of the implementation of the connection of the printed circuit board with the transfer terminal group of the present invention.

图9为本实用新型再一较佳实施例的局部示意图一。 Fig. 9 is a partial schematic diagram 1 of yet another preferred embodiment of the present invention.

图10为本实用新型再一较佳实施例的局部示意图二。 Fig. 10 is a second partial schematic diagram of yet another preferred embodiment of the present invention.

具体实施方式 Detailed ways

如附图1至附图4所示,为本实用新型较佳实施例的立体图、剖视图、局部示意图,由图中可清楚看出本实用新型主要结构包括: As shown in accompanying drawing 1 to accompanying drawing 4, it is the perspective view, sectional view, partial schematic diagram of preferred embodiment of the present utility model, can clearly find out that the main structure of the present utility model comprises from the figure:

一第一绝缘基体1; a first insulating substrate 1;

一设于该第一绝缘基体1上的接地传输导体20,其一端设有一呈反向弯折形态的第一接地接触部201,该第一接地接触部201由一端叉开分别延伸有第一接地延伸部202及第二接地延伸部203,该第一接地延伸部202上设有一第一接地弯曲部2021及一第一接地焊接部2022,而第二接地延伸部203上则设有一与该第一接地弯曲部2021朝反方向弯曲的第二接地弯曲部2031及一第二接地焊接部2032,又接地传输导体20另一端则呈反向弯折延伸以形成一第二接地接触部204; A grounding transmission conductor 20 arranged on the first insulating base 1 has a first grounding contact portion 201 in a reversely bent shape at one end, and the first grounding contact portion 201 extends from one end to a first The ground extension part 202 and the second ground extension part 203, the first ground extension part 202 is provided with a first ground bending part 2021 and a first ground welding part 2022, and the second ground extension part 203 is provided with a The first grounding bending portion 2021 bends in the opposite direction to the second grounding bending portion 2031 and a second grounding welding portion 2032 , and the other end of the grounding transmission conductor 20 is bent in the opposite direction to form a second grounding contact portion 204 ;

一设于该第一绝缘基体1上、并位于该第一接地延伸部202及该第二接地延伸部203之间的第一讯号传输导体21,该第一讯号传输导体21设有一与该第一接地弯曲部2021朝同方向弯曲的第一讯号弯曲部211,且该第一讯号传输导体21一端设有一第一讯号焊接部212; A first signal transmission conductor 21 disposed on the first insulating base 1 and between the first ground extension 202 and the second ground extension 203, the first signal transmission conductor 21 is provided with a A ground bending portion 2021 is bent toward the first signal bending portion 211 in the same direction, and one end of the first signal transmission conductor 21 is provided with a first signal welding portion 212;

一设于该第一绝缘基体1上、并位于该第一讯号传输导体21及该第二接地延伸部203之间的第二讯号传输导体22,该第二讯号传输导体22设有一与该第一讯号弯曲部211朝同方向弯曲的第二讯号弯曲部221,且该第二讯号传输导体22一端设有一第二讯号焊接部222; A second signal transmission conductor 22 disposed on the first insulating substrate 1 and between the first signal transmission conductor 21 and the second ground extension 203, the second signal transmission conductor 22 is provided with a A signal bending portion 211 is bent toward the second signal bending portion 221 in the same direction, and one end of the second signal transmission conductor 22 is provided with a second signal welding portion 222;

一设于该第一绝缘基体1上、并位于该接地传输导体20一侧的第一差分讯号传输导体23,该第一差分讯号传输导体23设有一与该第一接地弯曲部2021朝同方向弯曲的第一差分讯号弯曲部231,且该第一差分讯号传输导体23一端设有一位于该第一接地焊接部2022背离该第一讯号焊接部212侧的第一差分讯号焊接部232; A first differential signal transmission conductor 23 disposed on the first insulating substrate 1 and located on one side of the ground transmission conductor 20, the first differential signal transmission conductor 23 is provided with a A curved first differential signal bending portion 231, and one end of the first differential signal transmission conductor 23 is provided with a first differential signal welding portion 232 located on the side of the first grounding welding portion 2022 away from the first signal welding portion 212;

一设于该第一绝缘基体1上、并位于该第一差分讯号传输导体23背离该接地传输导体20一侧的第二差分讯号传输导体24,该第二差分讯号传输导体24设有一与该第 一差分讯号弯曲部231朝同方向弯曲的第二差分讯号弯曲部241,且该第二差分讯号传输导体24一端设有一第二差分讯号焊接部242; A second differential signal transmission conductor 24 located on the first insulating substrate 1 and located on the side of the first differential signal transmission conductor 23 away from the ground transmission conductor 20, the second differential signal transmission conductor 24 is provided with a The first differential signal bending portion 231 bends toward the second differential signal bending portion 241 in the same direction, and one end of the second differential signal transmission conductor 24 is provided with a second differential signal welding portion 242;

一设于该第一绝缘基体1上、并位于该第二差分讯号传输导体24背离该第一差分讯号传输导体23一侧的第三接地传输导体25,该第三接地传输导体25设有一与该第二差分讯号弯曲部241朝同方向弯曲的第三接地弯曲部251,且该第三接地传输导体25一端设有一第三接地焊接部252; A third ground transmission conductor 25 located on the first insulating substrate 1 and located on the side of the second differential signal transmission conductor 24 away from the first differential signal transmission conductor 23, the third ground transmission conductor 25 is provided with a The second differential signal bending portion 241 is bent toward the third grounding bending portion 251 in the same direction, and one end of the third grounding transmission conductor 25 is provided with a third grounding welding portion 252;

一设于该第一绝缘基体1上、并位于该接地传输导体20背离第一差分讯号传输导体23一侧的第三差分讯号传输导体26,该第三差分讯号传输导体26设有一与该第二接地弯曲部2031朝同方向弯曲的第三差分讯号弯曲部261,且该第三差分讯号传输导体26一端设有一第三差分讯号焊接部262; A third differential signal transmission conductor 26 located on the first insulating substrate 1 and located on the side of the ground transmission conductor 20 away from the first differential signal transmission conductor 23, the third differential signal transmission conductor 26 is provided with a The second ground bending portion 2031 is bent toward the third differential signal bending portion 261 in the same direction, and one end of the third differential signal transmission conductor 26 is provided with a third differential signal welding portion 262;

一设于该第一绝缘基体1上、并位于该第三差分讯号传输导体26背离该接地传输导体20一侧的第四差分讯号传输导体27,该第四差分讯号传输导体27设有一与该第三差分讯号弯曲部261朝同方向弯曲的第四差分讯号弯曲部271,且该第四差分讯号传输导体27一端设有一第四差分讯号焊接部272; A fourth differential signal transmission conductor 27 located on the first insulating substrate 1 and located on the side of the third differential signal transmission conductor 26 away from the ground transmission conductor 20, the fourth differential signal transmission conductor 27 is provided with a The third differential signal bending portion 261 bends towards the fourth differential signal bending portion 271 in the same direction, and one end of the fourth differential signal transmission conductor 27 is provided with a fourth differential signal welding portion 272;

一设于该第一绝缘基体1上、并位于该第四差分讯号传输导体27背离该第三差分讯号传输导体26一侧的第一电源传输导体28,该第一电源传输导体28设有一与该第四差分讯号弯曲部271朝同方向弯曲的第一电源弯曲部281,且该第一电源传输导体28一端设有一第一电源焊接部282; A first power transmission conductor 28 located on the first insulating substrate 1 and located on the side of the fourth differential signal transmission conductor 27 away from the third differential signal transmission conductor 26, the first power transmission conductor 28 is provided with a The fourth differential signal bending portion 271 bends in the same direction as the first power bending portion 281, and one end of the first power transmission conductor 28 is provided with a first power welding portion 282;

一与该第一绝缘基体1堆栈结合的第二绝缘基体3; A second insulating base 3 stacked and combined with the first insulating base 1;

一设于该第二绝缘基体3上、并位于该第一讯号传输导体21一面的第三讯号传输导体40,该第三讯号传输导体40设有一与该第一讯号弯曲部211朝反方向弯曲的第三讯号弯曲部401,且该第三讯号传输导体40一端设有一位于该第二讯号焊接部222与该第二接地焊接部2032之间的第三讯号焊接部402; A third signal transmission conductor 40 disposed on the second insulating base 3 and located on one side of the first signal transmission conductor 21, the third signal transmission conductor 40 is provided with a bending portion opposite to the first signal bending portion 211 The third signal bending part 401, and one end of the third signal transmission conductor 40 is provided with a third signal welding part 402 between the second signal welding part 222 and the second grounding welding part 2032;

一设于该第二绝缘基体3上、并位于该第二讯号传输导体22一面的第四讯号传输导体41,该第四讯号传输导体41设有一与该第三讯号弯曲部401朝同方向弯曲的第四讯号弯曲部411,且该第四讯号传输导体41一端设有一位于该第三讯号焊接部402与该第二接地焊接部2032之间的第四讯号焊接部412; A fourth signal transmission conductor 41 disposed on the second insulating base 3 and located on one side of the second signal transmission conductor 22, the fourth signal transmission conductor 41 is provided with a bending portion 401 in the same direction as the third signal transmission conductor The fourth signal bending part 411, and one end of the fourth signal transmission conductor 41 is provided with a fourth signal welding part 412 between the third signal welding part 402 and the second grounding welding part 2032;

一设于该第二绝缘基体3上、并位于该第三接地传输导体25一面的第二电源传输导体42,该第二电源传输导体42设有一与该第三接地弯曲部251朝同方向弯曲的第二电源弯曲部421,且该第二电源传输导体42一端设有一位于该第二差分讯号焊接部242与该第三接地焊接部252之间的第二电源焊接部422; A second power transmission conductor 42 disposed on the second insulating base 3 and located on one side of the third ground transmission conductor 25, the second power transmission conductor 42 is provided with a bending portion 251 bent in the same direction as the third ground transmission conductor 251 The second power supply bending part 421, and one end of the second power transmission conductor 42 is provided with a second power supply welding part 422 between the second differential signal welding part 242 and the third ground welding part 252;

一设于该第二绝缘基体3上、并位于该第一电源传输导体28一面的第四接地传输导体43,该第四接地传输导体43设有一与该第一电源弯曲部281朝同方向弯曲的第四接地弯曲部431,且该第四接地传输导体43一端设有一位于该第四差分讯号焊接部272与第一电源焊接部282之间的第四接地焊接部432; A fourth ground transmission conductor 43 disposed on the second insulating base 3 and located on one side of the first power transmission conductor 28, the fourth ground transmission conductor 43 is provided with a bending portion 281 that is bent in the same direction as the first power supply bending portion 281 The fourth ground bending part 431, and one end of the fourth ground transmission conductor 43 is provided with a fourth ground welding part 432 between the fourth differential signal welding part 272 and the first power welding part 282;

一设于该第二绝缘基体3上、并位于该第一差分讯号传输导体23一面的第五差分讯号传输导体44,该第五差分讯号传输导体44设有一与该第一差分讯号弯曲部231朝同方向弯曲的第五差分讯号弯曲部441,且该第五差分讯号弯曲部441向一端延伸以设有一位于该第二电源传输导体42一侧的第五差分讯号延伸部442,而该第五差分讯号延伸部442一端设有一位于该第二电源焊接部422与该第三接地焊接部252之间的第五差分讯号焊接部443; A fifth differential signal transmission conductor 44 disposed on the second insulating substrate 3 and located on one side of the first differential signal transmission conductor 23, the fifth differential signal transmission conductor 44 is provided with a bending portion 231 connected to the first differential signal transmission conductor The fifth differential signal bending portion 441 bent in the same direction, and the fifth differential signal bending portion 441 extends to one end to provide a fifth differential signal extending portion 442 on one side of the second power transmission conductor 42 , and the first One end of the five differential signal extension part 442 is provided with a fifth differential signal welding part 443 located between the second power supply welding part 422 and the third ground welding part 252 ;

一设于该第二绝缘基体3上、并位于该第二差分讯号传输导体24一面、且与该第五差分讯号传输导体44并排的第六差分讯号传输导体45,该第六差分讯号传输导体45设有一与该第五差分讯号弯曲部441朝同方向弯曲的第六差分讯号弯曲部451,且该第六差分讯号弯曲部451向一端延伸以设有一位于该第五差分讯号延伸部442背离该第二电源传输导体42一侧的第六差分讯号延伸部452,而该第六差分讯号延伸部452一端设有一位于该第五差分讯号焊接部443与该第三接地焊接部252之间的第六差分讯号焊接部453; A sixth differential signal transmission conductor 45 arranged on the second insulating substrate 3, located on one side of the second differential signal transmission conductor 24, and parallel to the fifth differential signal transmission conductor 44, the sixth differential signal transmission conductor 45 is provided with a sixth differential signal bending portion 451 bent in the same direction as the fifth differential signal bending portion 441, and the sixth differential signal bending portion 451 extends toward one end to provide a The sixth differential signal extension 452 on one side of the second power transmission conductor 42, and one end of the sixth differential signal extension 452 is provided with a connection between the fifth differential signal soldering portion 443 and the third ground soldering portion 252. The sixth differential signal welding part 453;

一设于该第二绝缘基体3上、并位于该第三差分讯号传输导体26一面的第七差分讯号传输导体46,该第七差分讯号传输导体46设有一与该第三差分讯号弯曲部261朝同方向弯曲的第七差分讯号弯曲部461,且该第七差分讯号弯曲部461向一端延伸以设有一位于该第四接地传输导体43一侧的第七差分讯号延伸部462,而该第七差分讯号延伸部462一端设有一位于该第四接地焊接部432与该第一电源焊接部282之间的第七差分讯号焊接部463; A seventh differential signal transmission conductor 46 disposed on the second insulating substrate 3 and located on one side of the third differential signal transmission conductor 26, the seventh differential signal transmission conductor 46 is provided with a bending portion 261 connected to the third differential signal transmission conductor The seventh differential signal bending portion 461 bent in the same direction, and the seventh differential signal bending portion 461 extends toward one end to provide a seventh differential signal extending portion 462 on one side of the fourth ground transmission conductor 43 , and the first One end of the seven differential signal extension portion 462 is provided with a seventh differential signal soldering portion 463 between the fourth grounding soldering portion 432 and the first power soldering portion 282 ;

一设于该第二绝缘基体3上、并位于该第四差分讯号传输导体27一面、且与该第七差分讯号传输导体46并排的第八差分讯号传输导体47,该第八差分讯号传输导体47设有一与该第七差分讯号弯曲部461朝同方向弯曲的第八差分讯号弯曲部471,且该第八差分讯号弯曲部471向一端延伸以设有一位于该第七差分讯号延伸部462背离该第四接地传输导体43一侧的第八差分讯号延伸部472,而该第八差分讯号延伸部472一端设有一位于该第七差分讯号焊接部463与该第一电源焊接部282之间的第八差分讯号焊接部473;及 An eighth differential signal transmission conductor 47 arranged on the second insulating substrate 3, located on one side of the fourth differential signal transmission conductor 27, and parallel to the seventh differential signal transmission conductor 46, the eighth differential signal transmission conductor 47 is provided with an eighth differential signal bending portion 471 bent in the same direction as the seventh differential signal bending portion 461, and the eighth differential signal bending portion 471 extends toward one end to provide a The eighth differential signal extension 472 on one side of the fourth ground transmission conductor 43, and one end of the eighth differential signal extension 472 is provided with a connection between the seventh differential signal welding portion 463 and the first power supply welding portion 282. The eighth differential signal welding part 473; and

一屏蔽壳体5,该屏蔽壳体5将该第一绝缘基体1及该第二绝缘基体3进行包覆。 A shielding shell 5 , the shielding shell 5 covers the first insulating base 1 and the second insulating base 3 .

藉由上述的结构,兹就本实用新型的使用情形说明如下: By above-mentioned structure, explain as follows with regard to the use situation of the present utility model hereby:

如附图1至附图6所示,为本实用新型较佳实施例的立体图、剖视图、局部示意图、USB公头连接器正向插置的实施示意图及USB公头连接器反向插置的实施示意图,由图中可清楚看出,当USB公头连接器6以正向插置本实用新型的母座连接器时,其USB公头连接器6上的金属传输导体则与接地传输导体20、第一讯号传输导体21、第二讯号传输导体22、第一差分讯号传输导体23、第二差分讯号传输导体24、第三接地传输导体25、第三差分讯号传输导体26、第四差分讯号传输导体27及第一电源传输导体28电性接触导通,若USB公头连接器6以反向插置本实用新型的母座连接器时,其USB公头连接器6上的金属传输导体则与接地传输导体20、第三讯号传输导体40、第四讯号传输导体41、第二电源传输导体42、第四接地传输导体43、第五差分讯号传输导体44、第六差分讯号传输导体45、第七差分讯号传输导体46与第八差分讯号传输导体47电性接触导通,并且由图可清楚看出,其接地传输导体20作为USB公头连接器6正向插置或反向插置的共同使用的传输导体,因此本实用新型提供了双向插置皆可导通的优势。 As shown in accompanying drawings 1 to 6, it is a perspective view, a cross-sectional view, a partial schematic diagram of a preferred embodiment of the present invention, a schematic diagram of the implementation of the USB male connector inserted in the forward direction, and a USB male connector inserted in the reverse direction. Implementation schematic diagram, it can be clearly seen from the figure that when the USB male connector 6 is inserted into the female connector of the present utility model in the forward direction, the metal transmission conductor on the USB male connector 6 is connected to the grounding transmission conductor. 20. First signal transmission conductor 21, second signal transmission conductor 22, first differential signal transmission conductor 23, second differential signal transmission conductor 24, third ground transmission conductor 25, third differential signal transmission conductor 26, fourth differential signal transmission conductor The signal transmission conductor 27 and the first power transmission conductor 28 are electrically contacted and conducted. If the USB male connector 6 is inserted into the female connector of the present utility model in reverse, the metal transmission on the USB male connector 6 will The conductor is connected to the ground transmission conductor 20, the third signal transmission conductor 40, the fourth signal transmission conductor 41, the second power transmission conductor 42, the fourth ground transmission conductor 43, the fifth differential signal transmission conductor 44, and the sixth differential signal transmission conductor. 45. The seventh differential signal transmission conductor 46 is in electrical contact with the eighth differential signal transmission conductor 47, and it can be clearly seen from the figure that the ground transmission conductor 20 is inserted forward or reversed as the USB male connector 6 The commonly used transmission conductor is inserted, so the utility model provides the advantage that both directions of insertion can be conducted.

如附图7所示,为本实用新型结合印刷电路板的实施示意图,由图中可清楚看出,该接地传输导体、第一讯号传输导体、第二讯号传输导体、第一差分讯号传输导体、第二差分讯号传输导体、第三接地传输导体、第三差分讯号传输导体、第四差分讯号传输导体、第一电源传输导体、第三讯号传输导体、第四讯号传输导体、第二电源传输导体、第四接地传输导体、第五差分讯号传输导体、第六差分讯号传输导体、第七差分讯号传输导体及第八差分讯号传输导体于一端处共同接设一印刷电路板7,其接设方式为单排表面贴附(SMT)、单排插接设置(DIP)、双排表面贴附(SMT)、双排插接设置(DIP)、向上弯折延伸(板上)、向下弯折延伸(板下)、连续弯折延伸(沉板)其中之一,又其板上包含有板上平贴或板上垫高其中之一,而其板下又包括有板下平贴或板下垫高其中之一,另其沉板包括有正向沉板或反向沉板其中之一,又接设方式可为垂直平贴、垂直垫高、垂直沉板、直立垫高、直立平贴或直立沉板其中之一,而本图以连续弯折延伸(沉板)为代表。 As shown in accompanying drawing 7, it is a schematic diagram of the implementation of the utility model combined with a printed circuit board. It can be clearly seen from the figure that the ground transmission conductor, the first signal transmission conductor, the second signal transmission conductor, and the first differential signal transmission conductor , the second differential signal transmission conductor, the third ground transmission conductor, the third differential signal transmission conductor, the fourth differential signal transmission conductor, the first power transmission conductor, the third signal transmission conductor, the fourth signal transmission conductor, the second power transmission conductor The conductor, the fourth grounding transmission conductor, the fifth differential signal transmission conductor, the sixth differential signal transmission conductor, the seventh differential signal transmission conductor and the eighth differential signal transmission conductor are connected to a printed circuit board 7 at one end, and a printed circuit board 7 is connected to it. The method is single-row surface mount (SMT), single-row socket arrangement (DIP), double-row surface mount (SMT), double-row socket arrangement (DIP), upward bending extension (board), downward bending Bending extension (under the board), continuous bending extension (sinking board), and its board contains one of the flat on the board or the pad on the board, and the bottom of the board includes the flat on the board or the board One of the lower pad heights, and the sinking board includes one of the forward sinking board or the reverse sinking board, and the connection method can be vertical flat sticking, vertical padding, vertical sinking board, upright padding, upright flat One of sticking or upright sinking plate, and this figure is represented by continuous bending extension (sinking plate).

如附图8所示,为本实用新型印刷电路板接设转接端子组的实施示意图,由图中可清楚看出,该印刷电路板7上进一步接设有转接端子组71,而印刷电路板7与该转接端子组71的接设方式可为表面贴附(SMT)、插接设置(DIP)或夹板设置(Clamp)其中之一,本图以插接设置(DIP)为代表。 As shown in accompanying drawing 8, it is a schematic diagram of implementing a transfer terminal group connected to a printed circuit board of the present invention. It can be clearly seen from the figure that the printed circuit board 7 is further connected with a transfer terminal group 71, and the printed circuit board 7 is further connected with a transfer terminal group 71, and the printed circuit board The connection between the circuit board 7 and the transfer terminal group 71 can be one of surface mount (SMT), plug-in configuration (DIP) or splint configuration (Clamp). This figure is represented by plug-in configuration (DIP) .

如附图9及附图10所示,为本实用新型再一较佳实施例的局部示意图一及二,由图中可清楚看出,主要包括: As shown in accompanying drawing 9 and accompanying drawing 10, it is partial schematic diagram 1 and 2 of another preferred embodiment of the present utility model, can be seen clearly from the figure, mainly comprises:

一第一绝缘基体; a first insulating matrix;

一设于该第一绝缘基体上的接地传输导体20a,其一端设有一呈反向弯折形态的第一接地接触部201a,该第一接地接触部201a由一端叉开分别延伸有第一接地延伸部202a及第二接地延伸部203a,该第一接地延伸部202a上设有一第一接地弯曲部2021a及一第一接地焊接部2022a,而第二接地延伸部203a上则设有一与该第一接地弯曲部2021a朝反方向弯曲的第二接地弯曲部2031a及一第二接地焊接部2032a,又接地传输导体20a另一端则呈反向弯折延伸以形成一第二接地接触部204a; A grounding transmission conductor 20a provided on the first insulating substrate, one end of which is provided with a first grounding contact portion 201a in the form of reverse bending, and the first grounding contact portion 201a is branched from one end and extended with first grounding contact portions respectively. The extension part 202a and the second ground extension part 203a, the first ground extension part 202a is provided with a first ground bending part 2021a and a first ground welding part 2022a, and the second ground extension part 203a is provided with a A second grounding bending portion 2031a and a second grounding welding portion 2032a bent from a grounding bending portion 2021a in the opposite direction, and the other end of the grounding transmission conductor 20a is bent in the opposite direction to form a second grounding contact portion 204a;

一设于该第一绝缘基体上、并位于该第一接地延伸部202a及该第二接地延伸部203a之间的第一讯号传输导体21a,该第一讯号传输导体21a设有一与该第一接地弯曲部2021a朝反方向弯曲的第一讯号弯曲部211a,且该第一讯号传输导体21a一端设有一第一讯号焊接部212a; A first signal transmission conductor 21a disposed on the first insulating substrate and between the first ground extension 202a and the second ground extension 203a, the first signal transmission conductor 21a is provided with a The ground bending portion 2021a is a first signal bending portion 211a bent in the opposite direction, and one end of the first signal transmission conductor 21a is provided with a first signal welding portion 212a;

一设于该第一绝缘基体上、并位于该第一讯号传输导体21a及该第二接地延伸部203a之间的第二讯号传输导体22a,该第二讯号传输导体22a设有一与该第一讯号弯曲部211a朝同方向弯曲的第二讯号弯曲部221a,且该第二讯号传输导体22a一端设有一第二讯号焊接部222a; A second signal transmission conductor 22a located on the first insulating substrate and between the first signal transmission conductor 21a and the second ground extension 203a, the second signal transmission conductor 22a is provided with a The signal bending part 211a is bent toward the second signal bending part 221a in the same direction, and one end of the second signal transmission conductor 22a is provided with a second signal welding part 222a;

一设于该第一绝缘基体上、并位于该接地传输导体20a一侧的第一差分讯号传输导体23a,该第一差分讯号传输导体23a设有一与该第一接地弯曲部2021a朝同方向弯曲的第一差分讯号弯曲部231a,且该第一差分讯号传输导体23a一端设有一位于该第一接地焊接部2022a背离该第一讯号焊接部212a侧的第一差分讯号焊接部232a; A first differential signal transmission conductor 23a disposed on the first insulating substrate and located on one side of the ground transmission conductor 20a, the first differential signal transmission conductor 23a is provided with a bending portion 2021a bent in the same direction as the first ground transmission conductor 20a The first differential signal bending portion 231a, and one end of the first differential signal transmission conductor 23a is provided with a first differential signal soldering portion 232a on the side of the first ground soldering portion 2022a away from the first signal soldering portion 212a;

一设于该第一绝缘基体上、并位于该第一差分讯号传输导体23a背离该接地传输导体20a一侧的第二差分讯号传输导体24a,该第二差分讯号传输导体24a设有一与该第一差分讯号弯曲部231a朝同方向弯曲的第二差分讯号弯曲部241a,且该第二差分讯号传输导体24a一端设有一第二差分讯号焊接部242a; A second differential signal transmission conductor 24a located on the first insulating substrate and located on the side of the first differential signal transmission conductor 23a away from the ground transmission conductor 20a, the second differential signal transmission conductor 24a is provided with a A differential signal bending portion 231a is bent toward the second differential signal bending portion 241a in the same direction, and one end of the second differential signal transmission conductor 24a is provided with a second differential signal welding portion 242a;

一设于该第一绝缘基体上、并位于该第二差分讯号传输导体24a背离该第一差分讯号传输导体23a一侧的第三接地传输导体25a,该第三接地传输导体25a设有一与该第二差分讯号弯曲部241a朝同方向弯曲的第三接地弯曲部251a,且该第三接地传输导体25a一端设有一第三接地焊接部252a; A third ground transmission conductor 25a located on the first insulating substrate and located on the side of the second differential signal transmission conductor 24a away from the first differential signal transmission conductor 23a, the third ground transmission conductor 25a is provided with a The second differential signal bending portion 241a bends toward the third grounding bending portion 251a in the same direction, and one end of the third grounding transmission conductor 25a is provided with a third grounding welding portion 252a;

一设于该第一绝缘基体上、并位于该接地传输导体20a背离第一差分讯号传输导体23a一侧的第三差分讯号传输导体26a,该第三差分讯号传输导体26a设有一与该第二接地弯曲部2031a朝同方向弯曲的第三差分讯号弯曲部261a,且该第三差分讯号传输导体26a一端设有一第三差分讯号焊接部262a; A third differential signal transmission conductor 26a located on the first insulating substrate and located on the side of the ground transmission conductor 20a away from the first differential signal transmission conductor 23a, the third differential signal transmission conductor 26a is provided with a The grounding bending portion 2031a is a third differential signal bending portion 261a bent in the same direction, and a third differential signal welding portion 262a is provided at one end of the third differential signal transmission conductor 26a;

一设于该第一绝缘基体上、并位于该第三差分讯号传输导体26a背离该接地传输导体20a一侧的第四差分讯号传输导体27a,该第四差分讯号传输导体27a设有一与该第三差分讯号弯曲部261a朝同方向弯曲的第四差分讯号弯曲部271a,且该第四差分讯号传输导体27a一端设有一第四差分讯号焊接部272a; A fourth differential signal transmission conductor 27a located on the first insulating substrate and located on the side of the third differential signal transmission conductor 26a away from the ground transmission conductor 20a, the fourth differential signal transmission conductor 27a is provided with a The third differential signal bending portion 261a bends toward the fourth differential signal bending portion 271a in the same direction, and one end of the fourth differential signal transmission conductor 27a is provided with a fourth differential signal welding portion 272a;

一设于该第一绝缘基体上、并位于该第四差分讯号传输导体27a背离该第三差分讯号传输导体26a一侧的第一电源传输导体28a,该第一电源传输导体28a设有一与该第四差分讯号弯曲部271a朝同方向弯曲的第一电源弯曲部281a,且该第一电源传输导体28a一端设有一第一电源焊接部282a; A first power transmission conductor 28a located on the first insulating substrate and located on the side of the fourth differential signal transmission conductor 27a away from the third differential signal transmission conductor 26a, the first power transmission conductor 28a is provided with a The fourth differential signal bending portion 271a bends in the same direction as the first power bending portion 281a, and one end of the first power transmission conductor 28a is provided with a first power welding portion 282a;

一与该第一绝缘基体堆栈结合的第二绝缘基体; a second insulating base stacked with the first insulating base;

一设于该第二绝缘基体上、并位于该第一讯号传输导体21a一面的第三讯号传输导体40a,该第三讯号传输导体40a设有一与该第一讯号弯曲部211a朝反方向弯曲的第三讯号弯曲部401a,且该第三讯号传输导体40a一端设有一位于该第一讯号焊接部212a与该第一接地焊接部2022a之间的第三讯号焊接部402a; A third signal transmission conductor 40a disposed on the second insulating substrate and located on one side of the first signal transmission conductor 21a, the third signal transmission conductor 40a is provided with a bending portion 211a opposite to the first signal transmission conductor a third signal bending portion 401a, and one end of the third signal transmission conductor 40a is provided with a third signal welding portion 402a between the first signal welding portion 212a and the first grounding welding portion 2022a;

一设于该第二绝缘基体上、并位于该第二讯号传输导体22a一面的第四讯号传输导体41a,该第四讯号传输导体41a设有一与该第三讯号弯曲部401a朝同方向弯曲的第四讯号弯曲部411a,且该第四讯号传输导体41a一端设有一位于该第三讯号焊接部402a与该第一讯号焊接部212a之间的第四讯号焊接部412a; A fourth signal transmission conductor 41a disposed on the second insulating substrate and located on one side of the second signal transmission conductor 22a, the fourth signal transmission conductor 41a is provided with a bending part 401a bent in the same direction as the third signal transmission conductor 41a a fourth signal bending part 411a, and one end of the fourth signal transmission conductor 41a is provided with a fourth signal welding part 412a between the third signal welding part 402a and the first signal welding part 212a;

一设于该第二绝缘基体上、并位于该第三接地传输导体25a一面的第二电源传输导体42a,该第二电源传输导体42a设有一与该第三接地弯曲部251a朝同方向弯曲的第二电源弯曲部421a,且该第二电源传输导体42a一端设有一位于该第二差分讯号焊接部242a与该第三接地焊接部252a之间的第二电源焊接部422a; A second power transmission conductor 42a disposed on the second insulating base and located on one side of the third ground transmission conductor 25a, the second power transmission conductor 42a is provided with a curved portion bent in the same direction as the third grounding bending portion 251a The second power supply bending part 421a, and one end of the second power transmission conductor 42a is provided with a second power supply welding part 422a between the second differential signal welding part 242a and the third ground welding part 252a;

一设于该第二绝缘基体上、并位于该第一电源传输导体28a一面的第四接地传输导体43a,该第四接地传输导体43a设有一与该第一电源弯曲部281a朝同方向弯曲的第四接地弯曲部431a,且该第四接地传输导体43a一端设有一位于该第四差分讯号焊接部272a与第一电源焊接部282a之间的第四接地焊接部432a; A fourth ground transmission conductor 43a arranged on the second insulating substrate and located on one side of the first power supply transmission conductor 28a, the fourth ground transmission conductor 43a is provided with a curved portion 281a bent in the same direction as the first power supply bending portion 281a The fourth ground bending part 431a, and one end of the fourth ground transmission conductor 43a is provided with a fourth ground welding part 432a between the fourth differential signal welding part 272a and the first power welding part 282a;

一设于该第二绝缘基体上、并位于该第一差分讯号传输导体23a一面的第五差分讯号传输导体44a,该第五差分讯号传输导体44a设有一与该第一差分讯号弯曲部231a朝同方向弯曲的第五差分讯号弯曲部441a,且该第五差分讯号弯曲部441a向一端延伸以设有一位于该第二电源传输导体42a一侧的第五差分讯号延伸部442a,而该第五差分讯号延伸部442a一端设有一位于该第二电源焊接部422a与该第三接地焊接部252a之间的第五差分讯号焊接部443a; A fifth differential signal transmission conductor 44a disposed on the second insulating substrate and located on one side of the first differential signal transmission conductor 23a, the fifth differential signal transmission conductor 44a is provided with a The fifth differential signal bending portion 441a bent in the same direction, and the fifth differential signal bending portion 441a extends to one end to provide a fifth differential signal extending portion 442a on one side of the second power transmission conductor 42a, and the fifth One end of the differential signal extension portion 442a is provided with a fifth differential signal soldering portion 443a located between the second power soldering portion 422a and the third grounding soldering portion 252a;

一设于该第二绝缘基体上、并位于该第二差分讯号传输导体24a一面、且与该第五差分讯号传输导体44a并排的第六差分讯号传输导体45a,该第六差分讯号传输导体45a设有一与该第五差分讯号弯曲部441a朝同方向弯曲的第六差分讯号弯曲部451a,且该第六差分讯号弯曲部451a向一端延伸以设有一位于该第五差分讯号延伸部442a背离该第二电源传输导体42a一侧的第六差分讯号延伸部452a,而该第六差分讯号延伸部452a一端设有一位于该第五差分讯号焊接部443a与该第三接地焊接部252a之间的第六差分讯号焊接部453a; A sixth differential signal transmission conductor 45a arranged on the second insulating substrate, located on one side of the second differential signal transmission conductor 24a, and parallel to the fifth differential signal transmission conductor 44a, the sixth differential signal transmission conductor 45a There is a sixth differential signal bending portion 451a bent in the same direction as the fifth differential signal bending portion 441a, and the sixth differential signal bending portion 451a extends toward one end to provide a The sixth differential signal extension portion 452a on one side of the second power transmission conductor 42a, and one end of the sixth differential signal extension portion 452a is provided with a second differential signal welding portion 443a and the third grounding welding portion 252a. Six differential signal welding parts 453a;

一设于该第二绝缘基体上、并位于该第三差分讯号传输导体26a一面的第七差分讯号传输导体46a,该第七差分讯号传输导体46a设有一与该第三差分讯号弯曲部261a朝同方向弯曲的第七差分讯号弯曲部461a,且该第七差分讯号弯曲部461a向一端延伸以设有一位于该第四接地传输导体43a一侧的第七差分讯号延伸部462a,而该第七差分讯号延伸部462a一端设有一位于该第四接地焊接部432a与该第一电源焊接部282a之间的第七差分讯号焊接部463a; A seventh differential signal transmission conductor 46a disposed on the second insulating substrate and located on one side of the third differential signal transmission conductor 26a, the seventh differential signal transmission conductor 46a is provided with a The seventh differential signal bending portion 461a bent in the same direction, and the seventh differential signal bending portion 461a extends to one end to provide a seventh differential signal extending portion 462a on one side of the fourth ground transmission conductor 43a, and the seventh One end of the differential signal extension portion 462a is provided with a seventh differential signal soldering portion 463a located between the fourth ground soldering portion 432a and the first power soldering portion 282a;

一设于该第二绝缘基体上、并位于该第四差分讯号传输导体27a一面、且与该第七差分讯号传输导体46a并排的第八差分讯号传输导体47a,该第八差分讯号传输导体47a设有一与该第七差分讯号弯曲部461a朝同方向弯曲的第八差分讯号弯曲部471a,且该第八差分讯号弯曲部471a向一端延伸以设有一位于该第七差分讯号延伸部462a背离该第四接地传输导体43a一侧的第八差分讯号延伸部472a,而该第八差分讯号延伸部472a一端设有一位于该第七差分讯号焊接部463a与该第一电源焊接部282a之间的第八差分讯号焊接部473a; An eighth differential signal transmission conductor 47a arranged on the second insulating substrate, located on one side of the fourth differential signal transmission conductor 27a, and parallel to the seventh differential signal transmission conductor 46a, the eighth differential signal transmission conductor 47a There is an eighth differential signal bending portion 471a bent in the same direction as the seventh differential signal bending portion 461a, and the eighth differential signal bending portion 471a extends toward one end to provide a The eighth differential signal extension 472a on one side of the fourth ground transmission conductor 43a, and one end of the eighth differential signal extension 472a is provided with a first power supply welding portion 282a between the seventh differential signal welding portion 463a and the first power supply welding portion 282a. Eight differential signal welding parts 473a;

一屏蔽壳体,该屏蔽壳体将该第一绝缘基体及该第二绝缘基体进行包覆。 A shielding shell, the shielding shell wraps the first insulating base and the second insulating base.

而上述的接地传输导体20a、第一讯号传输导体21a、第二讯号传输导体22a、第一差分讯号传输导体23a、第二差分讯号传输导体24a、第三接地传输导体25a、第三差分讯号传输导体26a、第四差分讯号传输导体27a、第一电源传输导体28a、第三讯号传输导体40a、第四讯号传输导体41a、第二电源传输导体42a、第四接地传输导体43a、第五差分讯号传输导体44a、第六差分讯号传输导体45a、第七差分讯号传输导体46a及第八差分讯号传输导体47a于一端处共同接设一印刷电路板,其接设方式为单排表面贴附(SMT)、单排插接设置(DIP)、双排表面贴附(SMT)、双排插接设置(DIP)、向上弯折延伸(板上)、向下弯折延伸(板下)、连续弯折延伸(沉板)其中之一,又其板上包含有板上平贴或板上垫高其中之一,而其板下又包括有板下平贴或板下垫高其中之一,另其沉板包括有正向沉板或反向沉板其中之一,又接设方式可为垂直平贴、垂直垫高、垂直沉板、直立垫高、直立平贴或直立沉板其中之一,且印刷电路板上进一步接设有转接端子组,该转接端子组可为表面贴附(SMT)、插接设置(DIP)或夹板设置(Clamp)其中之一。 The above ground transmission conductor 20a, first signal transmission conductor 21a, second signal transmission conductor 22a, first differential signal transmission conductor 23a, second differential signal transmission conductor 24a, third ground transmission conductor 25a, third differential signal transmission conductor Conductor 26a, fourth differential signal transmission conductor 27a, first power transmission conductor 28a, third signal transmission conductor 40a, fourth signal transmission conductor 41a, second power transmission conductor 42a, fourth ground transmission conductor 43a, fifth differential signal The transmission conductor 44a, the sixth differential signal transmission conductor 45a, the seventh differential signal transmission conductor 46a and the eighth differential signal transmission conductor 47a are jointly connected to a printed circuit board at one end, and the connection method is a single-row surface mount (SMT) ), single-row insertion (DIP), double-row surface mount (SMT), double-row insertion (DIP), upward bending extension (on board), downward bending extension (under the board), continuous bending One of the folding extensions (sinking boards), and the board contains one of the board flat or the board is raised, and the bottom of the board includes one of the board's flat or the board is raised, and the other The sinking board includes one of the forward sinking board or the reverse sinking board, and the connection method can be one of vertical flat sticking, vertical padding, vertical sinking board, vertical padding, vertical flat sticking or vertical sinking board, Furthermore, a transfer terminal set is further connected to the printed circuit board, and the transfer terminal set can be one of surface mount (SMT), plug-in arrangement (DIP) or clamp arrangement (Clamp).

Claims (10)

1. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:
One ground connection transmission conductor, the one end is provided with first a ground connection contact site that is reverse bending form, this the first ground connection contact site is opened by an end yoke and is extended with respectively the first ground connection extension and the second ground connection extension, this the first ground connection extension is provided with one first ground connection bend and one first ground connection weld part, then be provided with on the second ground connection extension one with this first ground connection bend crooked the second ground connection bend and one second ground connection weld part in the opposite direction, the ground connection transmission conductor other end then is reverse bending and extends to form one second ground connection contact site again;
One the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend towards the first signal bend of equidirectional bending, and this first signal transmission conductor one end is provided with one first signal weld part;
One the second signal transmission conductor between this first signal transmission conductor and this second ground connection extension, this the second signal transmission conductor be provided with one with this first signal bend towards the second signal bend of equidirectional bending, and this second signal transmission conductor one end is provided with one second signal weld part;
One is positioned at the first difference signal transmission conductor of this ground connection transmission conductor one side, this the first difference signal transmission conductor be provided with one with this first ground connection bend towards the first difference signal bend of equidirectional bending, and this first difference signal transmission conductor one end is provided with one and is positioned at the first difference signal weld part that this first ground connection weld part deviates from this first signal weld part side;
One is positioned at the second difference signal transmission conductor that this first difference signal transmission conductor deviates from this ground connection transmission conductor one side, this the second difference signal transmission conductor be provided with one with this first difference signal bend towards the second difference signal bend of equidirectional bending, and this second difference signal transmission conductor one end is provided with one second difference signal weld part;
One is positioned at the 3rd ground connection transmission conductor that this second difference signal transmission conductor deviates from this first difference signal transmission conductor one side, the 3rd ground connection transmission conductor be provided with one with this second difference signal bend towards the 3rd ground connection bend of equidirectional bending, and the 3rd ground connection transmission conductor one end is provided with one the 3rd ground connection weld part;
One is positioned at the 3rd difference signal transmission conductor that this ground connection transmission conductor deviates from the first difference signal transmission conductor one side, the 3rd difference signal transmission conductor be provided with one with this second ground connection bend towards the 3rd difference signal bend of equidirectional bending, and the 3rd difference signal transmission conductor one end is provided with one the 3rd difference signal weld part;
One is positioned at the 4th difference signal transmission conductor that the 3rd difference signal transmission conductor deviates from this ground connection transmission conductor one side, the 4th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 4th difference signal bend of equidirectional bending, and the 4th difference signal transmission conductor one end is provided with one the 4th difference signal weld part;
One is positioned at the first power delivery conductor that the 4th difference signal transmission conductor deviates from the 3rd difference signal transmission conductor one side, this the first power delivery conductor be provided with one with the 4th difference signal bend towards the first power supply bend of equidirectional bending, and this first power delivery conductor one end is provided with one first power supply weld part;
One is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this second signal weld part and this second ground connection weld part;
One is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this second ground connection weld part;
One is positioned at the second source transmission conductor of the 3rd ground connection transmission conductor one side, this second source transmission conductor be provided with one with the 3rd ground connection bend towards the second source bend of equidirectional bending, and this second source transmission conductor one end is provided with a second source weld part between this second difference signal weld part and the 3rd ground connection weld part;
One is positioned at the 4th ground connection transmission conductor of this first power delivery conductor one side, the 4th ground connection transmission conductor be provided with one with this first power supply bend towards the 4th ground connection bend of equidirectional bending, and the 4th ground connection transmission conductor one end is provided with the 4th a ground connection weld part between the 4th difference signal weld part and the first power supply weld part;
One is positioned at the 5th difference signal transmission conductor of this first difference signal transmission conductor one side, the 5th difference signal transmission conductor be provided with one with this first difference signal bend towards the 5th difference signal bend of equidirectional bending, and the 5th difference signal bend extends to be provided with the 5th a difference signal extension that is positioned at this second source transmission conductor one side to an end, and the 5th difference signal extension one end is provided with the 5th a difference signal weld part between this second source weld part and the 3rd ground connection weld part;
One is positioned at this second difference signal transmission conductor one side, and with the 5th difference signal transmission conductor the 6th difference signal transmission conductor side by side, the 6th difference signal transmission conductor be provided with one with the 5th difference signal bend towards the 6th difference signal bend of equidirectional bending, and the 6th difference signal bend extends to be provided with one to an end and is positioned at the 6th difference signal extension that the 5th difference signal extension deviates from this second source transmission conductor one side, and the 6th difference signal extension one end is provided with the 6th a difference signal weld part between the 5th difference signal weld part and the 3rd ground connection weld part;
One is positioned at the 7th difference signal transmission conductor of the 3rd difference signal transmission conductor one side, the 7th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 7th difference signal bend of equidirectional bending, and the 7th difference signal bend extends to be provided with the 7th a difference signal extension that is positioned at the 4th ground connection transmission conductor one side to an end, and the 7th difference signal extension one end is provided with the 7th a difference signal weld part between the 4th ground connection weld part and this first power supply weld part;
One is positioned at the 4th difference signal transmission conductor one side, and with the 7th difference signal transmission conductor the 8th difference signal transmission conductor side by side, the 8th difference signal transmission conductor be provided with one with the 7th difference signal bend towards the 8th difference signal bend of equidirectional bending, and the 8th difference signal bend extends to be provided with one to an end and is positioned at the 8th difference signal extension that the 7th difference signal extension deviates from the 4th ground connection transmission conductor one side, and the 8th difference signal extension one end is provided with the 8th a difference signal weld part between the 7th difference signal weld part and this first power supply weld part.
2. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:
One first insulating body;
One is located at the ground connection transmission conductor on this first insulating body, the one end is provided with first a ground connection contact site that is reverse bending form, this the first ground connection contact site is opened by an end yoke and is extended with respectively the first ground connection extension and the second ground connection extension, this the first ground connection extension is provided with one first ground connection bend and one first ground connection weld part, then be provided with on the second ground connection extension one with this first ground connection bend crooked the second ground connection bend and one second ground connection weld part in the opposite direction, the ground connection transmission conductor other end then is reverse bending and extends to form one second ground connection contact site again;
One is located on this first insulating body and the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend towards the first signal bend of equidirectional bending, and this first signal transmission conductor one end is provided with one first signal weld part;
One is located on this first insulating body and the second signal transmission conductor between this first signal transmission conductor and this second ground connection extension, this the second signal transmission conductor be provided with one with this first signal bend towards the second signal bend of equidirectional bending, and this second signal transmission conductor one end is provided with one second signal weld part;
One is located on this first insulating body and is positioned at the first difference signal transmission conductor of this ground connection transmission conductor one side, this the first difference signal transmission conductor be provided with one with this first ground connection bend towards the first difference signal bend of equidirectional bending, and this first difference signal transmission conductor one end is provided with one and is positioned at the first difference signal weld part that this first ground connection weld part deviates from this first signal weld part side;
One is located on this first insulating body and is positioned at the second difference signal transmission conductor that this first difference signal transmission conductor deviates from this ground connection transmission conductor one side, this the second difference signal transmission conductor be provided with one with this first difference signal bend towards the second difference signal bend of equidirectional bending, and this second difference signal transmission conductor one end is provided with one second difference signal weld part;
One is located on this first insulating body and is positioned at the 3rd ground connection transmission conductor that this second difference signal transmission conductor deviates from this first difference signal transmission conductor one side, the 3rd ground connection transmission conductor be provided with one with this second difference signal bend towards the 3rd ground connection bend of equidirectional bending, and the 3rd ground connection transmission conductor one end is provided with one the 3rd ground connection weld part;
One is located on this first insulating body and is positioned at the 3rd difference signal transmission conductor that this ground connection transmission conductor deviates from the first difference signal transmission conductor one side, the 3rd difference signal transmission conductor be provided with one with this second ground connection bend towards the 3rd difference signal bend of equidirectional bending, and the 3rd difference signal transmission conductor one end is provided with one the 3rd difference signal weld part;
One is located on this first insulating body and is positioned at the 4th difference signal transmission conductor that the 3rd difference signal transmission conductor deviates from this ground connection transmission conductor one side, the 4th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 4th difference signal bend of equidirectional bending, and the 4th difference signal transmission conductor one end is provided with one the 4th difference signal weld part;
One is located on this first insulating body and is positioned at the first power delivery conductor that the 4th difference signal transmission conductor deviates from the 3rd difference signal transmission conductor one side, this the first power delivery conductor be provided with one with the 4th difference signal bend towards the first power supply bend of equidirectional bending, and this first power delivery conductor one end is provided with one first power supply weld part;
One second insulating body of being combined with this first insulating body storehouse;
One is located on this second insulating body and is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this second signal weld part and this second ground connection weld part;
One is located on this second insulating body and is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this second ground connection weld part;
One is located on this second insulating body and is positioned at the second source transmission conductor of the 3rd ground connection transmission conductor one side, this second source transmission conductor be provided with one with the 3rd ground connection bend towards the second source bend of equidirectional bending, and this second source transmission conductor one end is provided with a second source weld part between this second difference signal weld part and the 3rd ground connection weld part;
One is located on this second insulating body and is positioned at the 4th ground connection transmission conductor of this first power delivery conductor one side, the 4th ground connection transmission conductor be provided with one with this first power supply bend towards the 4th ground connection bend of equidirectional bending, and the 4th ground connection transmission conductor one end is provided with the 4th a ground connection weld part between the 4th difference signal weld part and the first power supply weld part;
One is located on this second insulating body and is positioned at the 5th difference signal transmission conductor of this first difference signal transmission conductor one side, the 5th difference signal transmission conductor be provided with one with this first difference signal bend towards the 5th difference signal bend of equidirectional bending, and the 5th difference signal bend extends to be provided with the 5th a difference signal extension that is positioned at this second source transmission conductor one side to an end, and the 5th difference signal extension one end is provided with the 5th a difference signal weld part between this second source weld part and the 3rd ground connection weld part;
One is located on this second insulating body, and be positioned at this second difference signal transmission conductor simultaneously, and with the 5th difference signal transmission conductor the 6th difference signal transmission conductor side by side, the 6th difference signal transmission conductor be provided with one with the 5th difference signal bend towards the 6th difference signal bend of equidirectional bending, and the 6th difference signal bend extends to be provided with one to an end and is positioned at the 6th difference signal extension that the 5th difference signal extension deviates from this second source transmission conductor one side, and the 6th difference signal extension one end is provided with the 6th a difference signal weld part between the 5th difference signal weld part and the 3rd ground connection weld part;
One is located on this second insulating body and is positioned at the 7th difference signal transmission conductor of the 3rd difference signal transmission conductor one side, the 7th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 7th difference signal bend of equidirectional bending, and the 7th difference signal bend extends to be provided with the 7th a difference signal extension that is positioned at the 4th ground connection transmission conductor one side to an end, and the 7th difference signal extension one end is provided with the 7th a difference signal weld part between the 4th ground connection weld part and this first power supply weld part;
One is located on this second insulating body, and be positioned at the 4th difference signal transmission conductor simultaneously, and with the 7th difference signal transmission conductor the 8th difference signal transmission conductor side by side, the 8th difference signal transmission conductor be provided with one with the 7th difference signal bend towards the 8th difference signal bend of equidirectional bending, and the 8th difference signal bend extends to be provided with one to an end and is positioned at the 8th difference signal extension that the 7th difference signal extension deviates from the 4th ground connection transmission conductor one side, and the 8th difference signal extension one end is provided with the 8th a difference signal weld part between the 7th difference signal weld part and this first power supply weld part;
One shield shell that this first insulating body and this second insulating body are coated.
3. the two-way socket socket connector of USB3.0 according to claim 2 structure-improved, it is characterized in that: this ground connection transmission conductor wherein, the first signal transmission conductor, the second signal transmission conductor, the first difference signal transmission conductor, the second difference signal transmission conductor, the 3rd ground connection transmission conductor, the 3rd difference signal transmission conductor, the 4th difference signal transmission conductor, the first power delivery conductor, the 3rd signal transmission conductor, the 4th signal transmission conductor, the second source transmission conductor, the 4th ground connection transmission conductor, the 5th difference signal transmission conductor, the 6th difference signal transmission conductor, the 7th difference signal transmission conductor and the 8th difference signal transmission conductor connect jointly in an end place establishes a printed circuit board (PCB), it connects the mode of establishing and is upwards bending extension, bending is downwards extended, bending is extended one of them continuously, include on its plate again on smooth on the plate or the plate bed hedgehopping one of them, and include under its plate under smooth under the plate or the plate bed hedgehopping one of them, in addition its heavy plate include the heavy plate of forward or reverse sinking plate one of them, connect again the mode of establishing for vertically smooth, vertical bed hedgehopping, vertical heavy plate, upright bed hedgehopping, upright smooth or uprightly heavy plate one of them.
4. the two-way socket socket connector of USB3.0 according to claim 3 structure-improved, it is characterized in that: wherein further be equipped with the change-over terminal subgroup on this printed circuit board (PCB), and printed circuit board (PCB) and this change-over terminal subgroup connect the mode of establishing can be the surface attach SMT, peg graft arrange DIP or clamping plate arrange Clamp one of them.
5. the two-way socket socket connector of USB3.0 according to claim 3 structure-improved is characterized in that: wherein this connect the mode of establishing further can be single surface attach SMT, single grafting arrange DIP, double surface attach SMT or double grafting arrange DIP one of them.
6. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:
One ground connection transmission conductor, the one end is provided with first a ground connection contact site that is reverse bending form, this the first ground connection contact site is opened by an end yoke and is extended with respectively the first ground connection extension and the second ground connection extension, this the first ground connection extension is provided with one first ground connection bend and one first ground connection weld part, then be provided with on the second ground connection extension one with this first ground connection bend crooked the second ground connection bend and one second ground connection weld part in the opposite direction, the ground connection transmission conductor other end then is reverse bending and extends to form one second ground connection contact site again;
One the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend crooked the first signal bend in the opposite direction, and this first signal transmission conductor one end is provided with one first signal weld part;
One the second signal transmission conductor between this first signal transmission conductor and this second ground connection extension, this the second signal transmission conductor be provided with one with this first signal bend towards the second signal bend of equidirectional bending, and this second signal transmission conductor one end is provided with one second signal weld part;
One is positioned at the first difference signal transmission conductor of this ground connection transmission conductor one side, this the first difference signal transmission conductor be provided with one with this first ground connection bend towards the first difference signal bend of equidirectional bending, and this first difference signal transmission conductor one end is provided with one and is positioned at the first difference signal weld part that this first ground connection weld part deviates from this first signal weld part side;
One is positioned at the second difference signal transmission conductor that this first difference signal transmission conductor deviates from this ground connection transmission conductor one side, this the second difference signal transmission conductor be provided with one with this first difference signal bend towards the second difference signal bend of equidirectional bending, and this second difference signal transmission conductor one end is provided with one second difference signal weld part;
One is positioned at the 3rd ground connection transmission conductor that this second difference signal transmission conductor deviates from this first difference signal transmission conductor one side, the 3rd ground connection transmission conductor be provided with one with this second difference signal bend towards the 3rd ground connection bend of equidirectional bending, and the 3rd ground connection transmission conductor one end is provided with one the 3rd ground connection weld part;
One is positioned at the 3rd difference signal transmission conductor that this ground connection transmission conductor deviates from the first difference signal transmission conductor one side, the 3rd difference signal transmission conductor be provided with one with this second ground connection bend towards the 3rd difference signal bend of equidirectional bending, and the 3rd difference signal transmission conductor one end is provided with one the 3rd difference signal weld part;
One is positioned at the 4th difference signal transmission conductor that the 3rd difference signal transmission conductor deviates from this ground connection transmission conductor one side, the 4th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 4th difference signal bend of equidirectional bending, and the 4th difference signal transmission conductor one end is provided with one the 4th difference signal weld part;
One is positioned at the first power delivery conductor that the 4th difference signal transmission conductor deviates from the 3rd difference signal transmission conductor one side, this the first power delivery conductor be provided with one with the 4th difference signal bend towards the first power supply bend of equidirectional bending, and this first power delivery conductor one end is provided with one first power supply weld part;
One is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this first signal weld part and this first ground connection weld part;
One is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this first signal weld part;
One is positioned at the second source transmission conductor of the 3rd ground connection transmission conductor one side, this second source transmission conductor be provided with one with the 3rd ground connection bend towards the second source bend of equidirectional bending, and this second source transmission conductor one end is provided with a second source weld part between this second difference signal weld part and the 3rd ground connection weld part;
One is positioned at the 4th ground connection transmission conductor of this first power delivery conductor one side, the 4th ground connection transmission conductor be provided with one with this first power supply bend towards the 4th ground connection bend of equidirectional bending, and the 4th ground connection transmission conductor one end is provided with the 4th a ground connection weld part between the 4th difference signal weld part and the first power supply weld part;
One is positioned at the 5th difference signal transmission conductor of this first difference signal transmission conductor one side, the 5th difference signal transmission conductor be provided with one with this first difference signal bend towards the 5th difference signal bend of equidirectional bending, and the 5th difference signal bend extends to be provided with the 5th a difference signal extension that is positioned at this second source transmission conductor one side to an end, and the 5th difference signal extension one end is provided with the 5th a difference signal weld part between this second source weld part and the 3rd ground connection weld part;
One is positioned at this second difference signal transmission conductor one side, and with the 5th difference signal transmission conductor the 6th difference signal transmission conductor side by side, the 6th difference signal transmission conductor be provided with one with the 5th difference signal bend towards the 6th difference signal bend of equidirectional bending, and the 6th difference signal bend extends to be provided with one to an end and is positioned at the 6th difference signal extension that the 5th difference signal extension deviates from this second source transmission conductor one side, and the 6th difference signal extension one end is provided with the 6th a difference signal weld part between the 5th difference signal weld part and the 3rd ground connection weld part;
One is positioned at the 7th difference signal transmission conductor of the 3rd difference signal transmission conductor one side, the 7th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 7th difference signal bend of equidirectional bending, and the 7th difference signal bend extends to be provided with the 7th a difference signal extension that is positioned at the 4th ground connection transmission conductor one side to an end, and the 7th difference signal extension one end is provided with the 7th a difference signal weld part between the 4th ground connection weld part and this first power supply weld part;
One is positioned at the 4th difference signal transmission conductor one side, and with the 7th difference signal transmission conductor the 8th difference signal transmission conductor side by side, the 8th difference signal transmission conductor be provided with one with the 7th difference signal bend towards the 8th difference signal bend of equidirectional bending, and the 8th difference signal bend extends to be provided with one to an end and is positioned at the 8th difference signal extension that the 7th difference signal extension deviates from the 4th ground connection transmission conductor one side, and the 8th difference signal extension one end is provided with the 8th a difference signal weld part between the 7th difference signal weld part and this first power supply weld part.
7. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:
One first insulating body;
One is located at the ground connection transmission conductor on this first insulating body, the one end is provided with first a ground connection contact site that is reverse bending form, this the first ground connection contact site is opened by an end yoke and is extended with respectively the first ground connection extension and the second ground connection extension, this the first ground connection extension is provided with one first ground connection bend and one first ground connection weld part, then be provided with on the second ground connection extension one with this first ground connection bend crooked the second ground connection bend and one second ground connection weld part in the opposite direction, the ground connection transmission conductor other end then is reverse bending and extends to form one second ground connection contact site again;
One is located on this first insulating body and the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend crooked the first signal bend in the opposite direction, and this first signal transmission conductor one end is provided with one first signal weld part;
One is located on this first insulating body and the second signal transmission conductor between this first signal transmission conductor and this second ground connection extension, this the second signal transmission conductor be provided with one with this first signal bend towards the second signal bend of equidirectional bending, and this second signal transmission conductor one end is provided with one second signal weld part;
One is located on this first insulating body and is positioned at the first difference signal transmission conductor of this ground connection transmission conductor one side, this the first difference signal transmission conductor be provided with one with this first ground connection bend towards the first difference signal bend of equidirectional bending, and this first difference signal transmission conductor one end is provided with one and is positioned at the first difference signal weld part that this first ground connection weld part deviates from this first signal weld part side;
One is located on this first insulating body and is positioned at the second difference signal transmission conductor that this first difference signal transmission conductor deviates from this ground connection transmission conductor one side, this the second difference signal transmission conductor be provided with one with this first difference signal bend towards the second difference signal bend of equidirectional bending, and this second difference signal transmission conductor one end is provided with one second difference signal weld part;
One is located on this first insulating body and is positioned at the 3rd ground connection transmission conductor that this second difference signal transmission conductor deviates from this first difference signal transmission conductor one side, the 3rd ground connection transmission conductor be provided with one with this second difference signal bend towards the 3rd ground connection bend of equidirectional bending, and the 3rd ground connection transmission conductor one end is provided with one the 3rd ground connection weld part;
One is located on this first insulating body and is positioned at the 3rd difference signal transmission conductor that this ground connection transmission conductor deviates from the first difference signal transmission conductor one side, the 3rd difference signal transmission conductor be provided with one with this second ground connection bend towards the 3rd difference signal bend of equidirectional bending, and the 3rd difference signal transmission conductor one end is provided with one the 3rd difference signal weld part;
One is located on this first insulating body and is positioned at the 4th difference signal transmission conductor that the 3rd difference signal transmission conductor deviates from this ground connection transmission conductor one side, the 4th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 4th difference signal bend of equidirectional bending, and the 4th difference signal transmission conductor one end is provided with one the 4th difference signal weld part;
One is located on this first insulating body and is positioned at the first power delivery conductor that the 4th difference signal transmission conductor deviates from the 3rd difference signal transmission conductor one side, this the first power delivery conductor be provided with one with the 4th difference signal bend towards the first power supply bend of equidirectional bending, and this first power delivery conductor one end is provided with one first power supply weld part;
One second insulating body of being combined with this first insulating body storehouse;
One is located on this second insulating body and is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this first signal weld part and this first ground connection weld part;
One is located on this second insulating body and is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this first signal weld part;
One is located on this second insulating body and is positioned at the second source transmission conductor of the 3rd ground connection transmission conductor one side, this second source transmission conductor be provided with one with the 3rd ground connection bend towards the second source bend of equidirectional bending, and this second source transmission conductor one end is provided with a second source weld part between this second difference signal weld part and the 3rd ground connection weld part;
One is located on this second insulating body and is positioned at the 4th ground connection transmission conductor of this first power delivery conductor one side, the 4th ground connection transmission conductor be provided with one with this first power supply bend towards the 4th ground connection bend of equidirectional bending, and the 4th ground connection transmission conductor one end is provided with the 4th a ground connection weld part between the 4th difference signal weld part and the first power supply weld part;
One is located on this second insulating body and is positioned at the 5th difference signal transmission conductor of this first difference signal transmission conductor one side, the 5th difference signal transmission conductor be provided with one with this first difference signal bend towards the 5th difference signal bend of equidirectional bending, and the 5th difference signal bend extends to be provided with the 5th a difference signal extension that is positioned at this second source transmission conductor one side to an end, and the 5th difference signal extension one end is provided with the 5th a difference signal weld part between this second source weld part and the 3rd ground connection weld part;
One is located on this second insulating body, and be positioned at this second difference signal transmission conductor simultaneously, and with the 5th difference signal transmission conductor the 6th difference signal transmission conductor side by side, the 6th difference signal transmission conductor be provided with one with the 5th difference signal bend towards the 6th difference signal bend of equidirectional bending, and the 6th difference signal bend extends to be provided with one to an end and is positioned at the 6th difference signal extension that the 5th difference signal extension deviates from this second source transmission conductor one side, and the 6th difference signal extension one end is provided with the 6th a difference signal weld part between the 5th difference signal weld part and the 3rd ground connection weld part;
One is located on this second insulating body and is positioned at the 7th difference signal transmission conductor of the 3rd difference signal transmission conductor one side, the 7th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 7th difference signal bend of equidirectional bending, and the 7th difference signal bend extends to be provided with the 7th a difference signal extension that is positioned at the 4th ground connection transmission conductor one side to an end, and the 7th difference signal extension one end is provided with the 7th a difference signal weld part between the 4th ground connection weld part and this first power supply weld part;
One is located on this second insulating body, and be positioned at the 4th difference signal transmission conductor simultaneously, and with the 7th difference signal transmission conductor the 8th difference signal transmission conductor side by side, the 8th difference signal transmission conductor be provided with one with the 7th difference signal bend towards the 8th difference signal bend of equidirectional bending, and the 8th difference signal bend extends to be provided with one to an end and is positioned at the 8th difference signal extension that the 7th difference signal extension deviates from the 4th ground connection transmission conductor one side, and the 8th difference signal extension one end is provided with the 8th a difference signal weld part between the 7th difference signal weld part and this first power supply weld part;
One shield shell that this first insulating body and this second insulating body are coated.
8. the two-way socket socket connector of USB3.0 according to claim 7 structure-improved, it is characterized in that: this ground connection transmission conductor wherein, the first signal transmission conductor, the second signal transmission conductor, the first difference signal transmission conductor, the second difference signal transmission conductor, the 3rd ground connection transmission conductor, the 3rd difference signal transmission conductor, the 4th difference signal transmission conductor, the first power delivery conductor, the 3rd signal transmission conductor, the 4th signal transmission conductor, the second source transmission conductor, the 4th ground connection transmission conductor, the 5th difference signal transmission conductor, the 6th difference signal transmission conductor, the 7th difference signal transmission conductor and the 8th difference signal transmission conductor connect jointly in an end place establishes a printed circuit board (PCB), it connects the mode of establishing and is upwards bending extension, bending is downwards extended, bending is extended one of them continuously, include on its plate again on smooth on the plate or the plate bed hedgehopping one of them, and include under its plate under smooth under the plate or the plate bed hedgehopping one of them, in addition its heavy plate include the heavy plate of forward or reverse sinking plate one of them, connect again the mode of establishing for vertically smooth, vertical bed hedgehopping, vertical heavy plate, upright bed hedgehopping, upright smooth or uprightly heavy plate one of them.
9. the two-way socket socket connector of USB3.0 according to claim 8 structure-improved, it is characterized in that: wherein further be equipped with the change-over terminal subgroup on this printed circuit board (PCB), this change-over terminal subgroup for the surface attach SMT, peg graft arrange DIP or clamping plate arrange Clamp one of them.
10. the two-way socket socket connector of USB3.0 according to claim 8 structure-improved is characterized in that: wherein this connect the mode of establishing further for single surface attach SMT, single grafting arrange DIP, double surface attach SMT or double grafting arrange DIP one of them.
CN 201220229976 2012-05-22 2012-05-22 Improved structure of USB3.0 two-way female socket connector Expired - Fee Related CN202695767U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201220229976 CN202695767U (en) 2012-05-22 2012-05-22 Improved structure of USB3.0 two-way female socket connector

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201220229976 CN202695767U (en) 2012-05-22 2012-05-22 Improved structure of USB3.0 two-way female socket connector

Publications (1)

Publication Number Publication Date
CN202695767U true CN202695767U (en) 2013-01-23

Family

ID=47551331

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201220229976 Expired - Fee Related CN202695767U (en) 2012-05-22 2012-05-22 Improved structure of USB3.0 two-way female socket connector

Country Status (1)

Country Link
CN (1) CN202695767U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111463601A (en) * 2014-03-24 2020-07-28 连展科技电子(昆山)有限公司 Socket electric connector

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111463601A (en) * 2014-03-24 2020-07-28 连展科技电子(昆山)有限公司 Socket electric connector
CN111463601B (en) * 2014-03-24 2021-06-15 连展科技电子(昆山)有限公司 Socket electric connector

Similar Documents

Publication Publication Date Title
CN204205198U (en) Cable Connector Assembly
CN106848665A (en) Positive anti-plug USB connector
CN202817399U (en) USB bidirectional pass-through male connector
CN202103200U (en) An electric connector with stable connection
CN208461519U (en) Back splint battery
CN203967385U (en) USB 3.1 electric connectors with oval frame mouth
CN204632947U (en) An electrical connector and an electrical connector cable assembly
CN102117978B (en) Electric connector
CN206610931U (en) Positive anti-plug USB connector
CN202695767U (en) Improved structure of USB3.0 two-way female socket connector
CN208723163U (en) Wire-bonded Board-to-Board Connectors
CN204011820U (en) USB 3.1 electric connectors with ground strip
CN207098233U (en) A kind of adapter and the electric coupler component with the adapter
CN102082338B (en) Card edge connector
CN205211996U (en) Adapter and terminal thereof
CN203967256U (en) USB 3.1 electric connectors that volume is little
CN203967344U (en) USB 3.1 electric connectors that Laser Welding connects
CN204793310U (en) Electric connector
CN205944508U (en) Electric connector
CN206379533U (en) A kind of plug connector
CN203466369U (en) FPC electrical connector
CN201887213U (en) Receptacle for two-way insertion of plugs
CN207052870U (en) Electric connector with novel shielding structure
CN203166137U (en) SAS68P New Male Connector Structure
CN202474297U (en) electrical connector

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20130123

Termination date: 20170522

CF01 Termination of patent right due to non-payment of annual fee