WO2018045520A1 - Structure of electrical connector - Google Patents

Structure of electrical connector Download PDF

Info

Publication number
WO2018045520A1
WO2018045520A1 PCT/CN2016/098372 CN2016098372W WO2018045520A1 WO 2018045520 A1 WO2018045520 A1 WO 2018045520A1 CN 2016098372 W CN2016098372 W CN 2016098372W WO 2018045520 A1 WO2018045520 A1 WO 2018045520A1
Authority
WO
WIPO (PCT)
Prior art keywords
transmission conductor
contact portion
transmission
group
base
Prior art date
Application number
PCT/CN2016/098372
Other languages
French (fr)
Chinese (zh)
Inventor
王秋文
Original Assignee
王秋文
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 王秋文 filed Critical 王秋文
Priority to PCT/CN2016/098372 priority Critical patent/WO2018045520A1/en
Publication of WO2018045520A1 publication Critical patent/WO2018045520A1/en

Links

Classifications

    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R12/00—Structural associations of a plurality of mutually-insulated electrical connecting elements, specially adapted for printed circuits, e.g. printed circuit boards [PCB], flat or ribbon cables, or like generally planar structures, e.g. terminal strips, terminal blocks; Coupling devices specially adapted for printed circuits, flat or ribbon cables, or like generally planar structures; Terminals specially adapted for contact with, or insertion into, printed circuits, flat or ribbon cables, or like generally planar structures
    • H01R12/70—Coupling devices
    • H01R12/77—Coupling devices for flexible printed circuits, flat or ribbon cables or like structures
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/46—Bases; Cases
    • H01R13/502—Bases; Cases composed of different pieces
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
    • H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
    • H01R13/62—Means for facilitating engagement or disengagement of coupling parts or for holding them in engagement
    • H01R13/629—Additional means for facilitating engagement or disengagement of coupling parts, e.g. aligning or guiding means, levers, gas pressure electrical locking indicators, manufacturing tolerances

Definitions

  • the present invention relates to an electrical connector, and more particularly to an electrical connector that can be quickly electrically connected to a flat cable without soldering and that can be inserted into the connector.
  • a variety of different electronic devices have been developed to assist users in the use, and electronic devices include displays, computers, cameras, plug-and-play devices (portables), and the like, but in order to be able to read the electronic devices.
  • the data or the signal link must have a corresponding matching connector, and the connector types of various electronic devices are different, for example, USB series, SIM series, MicroSIM, etc., respectively, must use a specific corresponding connection
  • the device can be connected, so there will be multiple cables with different connectors.
  • FPC connector In the case of an FPC connector, it is usually only used for signal links between internal devices. In the case of external I/O connectors, it is rare, and the FPC connector corresponds to an I/O connector. It is soldered to connect the flat cable to each other, which is very troublesome for maintenance or installation.
  • the inventors of the present invention have collected relevant materials, and through multi-party evaluation and consideration, and through years of experience accumulated in the industry, through continuous trial and modification, finally designed such a quick and flat
  • the cable is electrically conductive, more detachable, and the present invention is available for front and back insertion of the connector.
  • the solution of the present invention is:
  • the structure of an electrical connector mainly includes: a shielding shell; at least one insulating colloid group housed in the shielding shell, having a tongue portion; and a first transmission conductor group combined with the tongue portion a row contact portion extending from the other end with a first transmission conductor group rear row contact portion; a front portion of the second transmission conductor group coupled to the tongue plate portion and located on the other side of the front row contact portion of the first transmission conductor group a row contact portion extending from the other end and having a second transmission conductor group rear row contact portion disposed horizontally in a row with the rear row contact portion of the first transmission conductor group; a front contact portion disposed in the first transmission conductor group And a first insertion interface at the front contact portion side of the second transmission conductor group; a second insertion interface disposed at the rear side contact portion of the first transmission conductor group and the rear contact portion side of the second transmission conductor group ;
  • the first transmission conductor group front row contact portion is an I/O connector interface, and the first transmission conductor group rear row contact portion is for a flat cable connection;
  • the second transmission conductor group front row contact portion is an I/O connector interface, and the second transmission conductor group rear row contact portion is for a flat cable connection.
  • a detachable lower insulating colloid is disposed adjacent to the lower portion of the insulating plug, and the lower insulating colloid has at least one elastic urging portion on each side thereof, and one side of the lower insulating colloid has at least one for holding Convex.
  • the insulating colloid group includes a first insulating colloid and a second insulating colloid disposed on a side of the first insulating colloid, and the first insulating colloid and the second insulating colloid are combined to form the tongue portion, and the insulating colloid Forming a space for providing an inner shielding shell, and a first insulating colloid and the second insulating colloid are disposed between the first transmission conductor set front row contact portion and the second transmission conductor group
  • the shielding partition of the row contact portion is provided with a detachable lower insulating colloid adjacent to the lower portion of the second plug connector.
  • the first transmission conductor group rear row contact portion includes a first transmission conductor rear row first ground contact portion, and a first transmission conductor located at a side of the first transmission contact rear first ground contact portion a differential signal contact portion, a second differential signal contact portion on the first transmission conductor side of the first differential signal contact portion on the rear side of the first transmission conductor, and a second differential signal contact portion on the rear side of the first transmission conductor a first transmission contact portion on a side of the first transmission conductor, a first transmission conductor on a side of the first power supply contact portion of the first transmission conductor, and a first detection contact portion on the rear side of the first transmission conductor a first transmission contact portion on the first detection contact side of the first transmission contact portion of the first transmission contact portion, and a first transmission conductor on the side of the first signal contact portion on the rear side of the first transmission conductor a second signal contact portion, a second detection contact portion on the second transmission contact side of the second transmission contact portion of the first transmission conductor, and a second detection contact portion on the rear
  • the first transmission conductor group has a first transmission conductor, a first ground base portion, and a first transmission conductor on a side of the first ground base portion of the first transmission conductor.
  • a differential signal base, a second differential signal base on the first transmission conductor side of the first differential signal base on the rear side of the first transmission conductor, and a second differential signal base on the rear side of the first transmission conductor a first transmission base of the first transmission conductor, a first transmission conductor on a side of the first power supply base of the first transmission conductor, a first detection base, and a first transmission conductor.
  • first signal base on the first transmission conductor on the side of the detection base a first transmission conductor on the side of the first signal base on the rear side of the first transmission conductor, a second signal base, and a first The second transmission base of the first transmission conductor on the side of the second signal base of the rear side of the transmission conductor, the second transmission base on the side of the second detection base of the rear of the first transmission conductor, and the second power supply base of the rear row ,
  • One The first transmission conductor on the second power supply base side of the first transmission conductor is arranged in a rear row of a third differential signal base, and a first transmission conductor is located on a side of the third differential signal base on the rear side of the first transmission conductor.
  • the second transmission conductor group front row contact portion extends rearwardly a second grounding conductor of the second transmission conductor, a second transmission conductor on the side of the first grounding base of the second transmission conductor, a fifth differential signal base, and a second transmission conductor a second differential signal base on the second transmission conductor side of the differential signal base, a second transmission conductor on the side of the first power supply base on the rear side of the first transmission conductor, a first power supply base, and a second a second transmission conductor on a side of the first power supply base of the transmission conductor, a first detection base, a second transmission conductor on a side of the first detection base of the second transmission conductor, and a first transmission a second signal base of the second transmission conductor on the side of the first signal base of the second transmission conductor, and a second transmission conductor located
  • An extension path of the second transmission conductor group front row contact portion extending to the second transmission conductor group rear row contact portion and the first transmission conductor group front row contact portion extending to the first transmission conductor group rear row contact portion The extension path is set in the reverse direction.
  • a track is formed on each side of the rear side of the shielding shell, and a rear side of the insulating glue body has a plugging space for the connector to be inserted around the shield housing.
  • the first transmission conductor group front row contact portion or the second transmission conductor group front row contact portion is one of a USBC type specification, an FFC specification, or an FPC specification.
  • the left and right sides of the shielding shell respectively have a fixing buckle portion.
  • the upper and lower sides of the shielding shell respectively have a fixing buckle portion.
  • the left and right sides of the shielding shell respectively have a fixing buckle portion extending horizontally.
  • the first transmission conductor group rear row contact portion and the second transmission conductor group rear row contact portion are soldering legs.
  • the vertical stacking manner is continuously set.
  • the insulating colloid set is laterally disposed.
  • the left and right sides are continuously disposed sideways.
  • At least one waterproof component is disposed around the first plug connector.
  • the structure of an electrical connector mainly includes: a shielding shell; at least one insulating colloid group housed in the shielding shell, the insulating colloid group having a tongue portion; and a first transmission combined with the tongue portion a front row of contact portions of the conductor set extending from the other end with a first transmission conductor set rear row contact portion; a second transmission coupled to the tongue plate portion and located on the other side of the front row of the first transmission conductor group a front row of contact portions of the conductor set, the second end of the first transmission conductor group being disposed in front of the first transmission conductor group a first contact port at the front contact portion side of the second transfer conductor group; a rear contact portion of the first transfer conductor group and a second contact portion of the second transfer conductor group
  • the second plug interface is an elliptical plug interface for inserting the connector in the forward and reverse directions; the second plug connector is rectangular.
  • the structure of an electrical connector mainly includes: a shielding shell; at least one insulating colloid group housed in the shielding shell, the insulating colloid group having a tongue portion; and a first transmission combined with the tongue portion a front row of contact portions of the conductor set, the first transmission conductor set rear row contact portion extending from the other end, wherein the first transmission conductor group rear row contact portion is a convex elastic structure, and the first transmission conductor
  • the front row of contact portions is a plate-like structure; a second transmission conductor group front row contact portion coupled to the tongue plate portion and located on the other side of the front row of the first transmission conductor group, extending from the other end a second transmission conductor group rear row contact portion disposed horizontally in a single row with the first transmission conductor group rear row contact portion, wherein the second transmission conductor group rear row contact portion is a convex elastic structure, and the second The front contact portion of the transmission conductor group is a plate-like structure; a first insertion interface disposed at
  • the structure of the electrical connector of the present invention has the advantages of being able to conduct both positive and negative insertion through the front row of the first transmission conductor group and the second row of conductor conductors of the other side.
  • the movable cable arrangement of the detachable lower insulating colloid and the elastic urging portions on both sides allow the connection of the flat cable terminal to the rear contact portion of the first transmission conductor group and the rear contact portion of the second transmission conductor group to be active. It is easy to insert and remove the flat cable, and when the flat cable is removed, the flat cable terminal can be easily removed by the elastic abutting portion.
  • the front transmission contact portion of the first transmission conductor group and the front contact portion of the second transmission conductor group can be turned on regardless of the positive insertion or the reverse insertion, and the main socket is the first insertion.
  • the elastic pressing portion can be pressed to allow the detachable lower insulating rubber to be withdrawn, and then the flat cable and the first transmission conductor group are arranged in the rear row contact portion and the second transmission conductor group.
  • the contact parts are connected and turned on, and it is not necessary to use the welding method to connect, which is very fast and convenient.
  • the back end of the conventional connector can be soldered to the flat cable, and the problem is very troublesome in maintenance or installation, thereby achieving the advantages of the present invention. Practical and progressive.
  • Figure 1 is a perspective view of a preferred embodiment of the present invention
  • Figure 2 is a cross-sectional view taken along line A-A of Figure 1;
  • FIG. 2A is an exploded view of a preferred embodiment of the present invention.
  • Figure 3 is a front view of a preferred embodiment of the present invention.
  • FIG. 4 is a plan view showing a front contact portion of the first transmission conductor group and a rear contact portion of the first transmission conductor group of the present invention
  • Figure 5 is a plan view showing the rear contact portion of the second transmission conductor group and the rear contact portion of the second transmission conductor group of the present invention.
  • Figure 6 is a plan view showing the arrangement of the contact portions of the present invention.
  • Figure 7 is a schematic view of the pressing elastic abutting portion of the present invention.
  • Figure 8 is a schematic view of the mobile detachable lower insulating colloid of the present invention.
  • Figure 9 is a schematic view of a bridged flat cable of the present invention.
  • Figure 10 is a first embodiment of the fixing buckle portion of the present invention.
  • Figure 11 is a second embodiment of the fastening portion of the present invention.
  • Figure 12 is a schematic view showing the implementation of the left and right continuous side setting of the present invention.
  • Figure 13 is a schematic view showing the implementation of the waterproof assembly of the present invention.
  • the structure of the electrical connector of the present invention includes:
  • a shield housing 1 having a rail 11 formed at each of the rear sides, and a fixing buckle portion 12 at each of the left and right sides of the shield housing 1;
  • the insulating colloid group 2 further includes a first insulating colloid 21 and a second insulating colloid 22 disposed on a side of the first insulating colloid 21, and the first The insulating colloid 21 and the second insulating colloid 22 are combined to form a tongue portion 20, and the insulating colloid group 2 forms an installation space 23 for an inner shielding shell 3, and further, the insulating colloid group 2 has a rear portion
  • the shielding housing 1 collectively surrounds the insertion space 24 for the connector to be inserted into the connector;
  • a first transmission conductor group front row contact portion 4 coupled with the tongue plate portion 20 and conforming to a USBC type specification, an FFC specification or an FPC specification, and having a first transmission conductor group rear row contact portion 42 extending from the other end, and
  • the first transmission conductor group rear row contact portion 42 is a convex elastic structure
  • the first transmission conductor group front row contact portion 4 is a plate-like structure, wherein the first transmission conductor group front row contact portion 4 extends rearward a first transmission base 401 (GND (V-)), a first transmission conductor on the first transmission base 401 side of the first transmission conductor, and a first differential signal base 402.
  • the first transmission conductor on the side of the signal base 403 has a first power supply base 404 (VBUS), a first transmission conductor on the side of the first power supply base 404 on the rear side of the first transmission conductor, and a first detection base 405.
  • the first transmission base on the side of the first detection base 405 on the rear side of the first transmission base 406 (D-), and the first transmission conductor on the side of the first transmission base 406 on the rear side of the first transmission conductor a second signal base 407 (D+), a first transmission conductor on the side of the second signal base 407 on the rear side of the first transmission conductor, a second detection base 408 (CC1), and a first transmission conductor
  • the first transmission conductor group rear row contact portion 42 includes a first transmission conductor rear row first ground contact portion 420 (GND (V-)), and a first transmission conductor rear row first ground contact portion.
  • the second transmission conductor group front row contact portion 5 is a plate-like structure, wherein the second transmission conductor group front row contact portion 5 extends rearwardly with a second transmission conductor and the rear row of the first ground base portion 501 (GND (V- a second transmission signal base 502 (SSTXp2) on the second transmission conductor side of the second grounding conductor 501 on the rear side of the second transmission conductor, and a fifth differential signal base 502 on the rear side of the second transmission conductor.
  • GND V- a second transmission signal base 502 (SSTXp2)
  • a second transmission signal base 503 (SSTXn2) on the one side of the second transmission conductor, a second transmission conductor on the side of the first power supply base 503 on the rear side of the first transmission conductor, and a first power supply base 504 (VBUS)
  • One of the first in the rear of the second transmission conductor a second transmission conductor on the side of the power supply base 504, a first detection base 505 (CC2), a second transmission conductor on the side of the first detection base 505 on the rear side of the second transmission conductor, and a first signal base 506 (D+), a second transmission conductor 507 (D-) located at a side of the first signal base 506 of the second transmission conductor, and a second signal at the rear of the second transmission conductor a second transmission conductor on the side of the base 507, a first detection base 508 (SUB2), a second transmission conductor on the side of the second power supply base 508 on the rear of the first transmission conductor, and a second power supply base 5
  • the second transmission conductor group rear row contact portion 52 includes a second transmission conductor on the side of the first ground contact portion 420 of the first transmission conductor, and a first ground contact portion 520 (GND (V- a second transmission conductor on the side of the first ground contact portion 520 of the second transmission conductor, a fifth differential signal contact portion 521 (SSTXp2), and a fifth differential in the rear of the second transmission conductor a second transmission conductor rear sixth differential signal contact portion 522 (SSTXn2) between the signal contact portion 521 and the first differential signal contact portion 421 of the first transmission conductor, and a first row located at the rear of the first transmission conductor
  • a second differential signal contact portion 530 (SSRXp1) between the second transmission conductor and the second differential signal contact portion 430 of the first transmission conductor, and a second ground contact portion at the rear of the first transmission conductor a second grounding conductor on the side of the 431, a second ground contact portion 531 (GND (V-));
  • a first ground protection contact portion 60 disposed between the first differential signal contact portion 421 of the first transmission conductor and the sixth differential signal contact portion 522 of the second transmission conductor rear row;
  • a second grounding contact portion 61 disposed between the third differential signal contact portion 429 of the first transmission conductor and the eighth differential signal contact portion 530 of the second transmission conductor;
  • a shielding spacer 7 disposed between the first insulating colloid 21 and the second insulating colloid 22 and for isolating the first transmission conductor group front row contact portion 4 and the second transmission conductor group front row contact portion 5 ;
  • a first insertion interface 8 disposed at the first transmission conductor group front row contact portion 4 and the second transmission conductor group front row contact portion 5 side, and the first insertion interface 8 is for the connector to be inserted in the forward and reverse directions An elliptical plug interface;
  • a second insertion interface 81 disposed at a rear row contact portion 42 of the first transmission conductor group and a rear contact portion 52 side of the second transmission conductor group, and the second insertion interface 81 is rectangular;
  • the detachable lower insulating rubber 9 disposed on the lower side of the second insulating interface 81 is provided with at least one elastic urging portion 91 on each side, and at least one side of the elastic urging portion 91 has at least one side a convex portion 92 for holding;
  • first transmission conductor group front row contact portion 4 is an I/O connector interface
  • first transmission conductor group rear row contact portion 42 is for a flat cable connection
  • the second transmission conductor group front row contact portion 5 is an I/O connector interface, and the second transmission conductor group rear row contact portion 52 is for a flat cable connection;
  • first transmission conductor group rear row contact portion 42 and the second transmission conductor group rear row contact portion 52 may be further soldered, or may be soldered to the flat cable.
  • the first transmission conductor group front row contact portion 4 or the second transmission conductor group front row contact portion 5 can be utilized. Differential conduction, as the name implies, can be bridged and turned on corresponding to the first transmission conductor group front row contact portion 4 or the second transmission conductor group front row contact portion 5, whether it is forward insertion or reverse insertion.
  • each of the upper and lower sides of the shielding case 1a has a fixing button portion 12a. It can be seen that the fixing button portion 12a of the present invention can be located not only at the left and right sides of the shielding case 1a, but also On the upper and lower sides.
  • the left and right sides of the shielding case 1b respectively have a fixing buckle portion 12b extending horizontally.
  • the fixing button portion 12b of the present invention can be located not only on the upper and lower sides of the shielding case 1b or At the left and right sides, it can extend horizontally.
  • the present invention can be separately disposed side by side to shield the casing 1c as a reference space, and can be changed according to the user's requirements.
  • the illustration of the example is represented by the left and right continuous side setting, and can be set continuously or vertically in the vertical stacking manner.
  • At least one waterproof component B is disposed around the first plug connector 8d, so that the present invention has its waterproof function, and the waterproof technology can be combined with the mobile phone or other required electronic devices.
  • the flat cable A terminal and the first transmission conductor group rear row contact portion 42 and the second transmission conductor group rear row contact portion 52 are provided by the movable arrangement of the detachable lower insulating rubber 9 and the elastic abutting portions 91 on both sides.
  • the connection method can be an active insertion without using a welding method, and when the flat cable A is removed, the flat cable A terminal can be easily removed by the elastic abutting portion 91, which is very convenient.
  • the structure of the electrical connector of the present invention can achieve its efficacy and purpose when used. Therefore, the invention is an invention with excellent practicability, meets the application conditions of the invention patent, and submits an application according to law, hoping to review The invention will be granted as soon as possible to protect the inventor's hard work. If the examiner has any doubts, please do not hesitate to give instructions, the inventor will try his best to cooperate and feel polite.

Landscapes

  • Details Of Connecting Devices For Male And Female Coupling (AREA)

Abstract

A structure of an electrical connector mainly comprises a shielding housing (1), an insulation rubber group (2), a first transmission conductor group front-row contact portion (4), a first transmission conductor group back-row contact portion (42), a second transmission conductor group front-row contact portion (5), a second transmission conductor group back-row contact portion (52), a first plugging port (8), and a second plugging port (81). During the plugging of the connector, the connector can be plugged from the first plugging port (8), and is electrically connected to the first transmission conductor group front-row contact portion (4) and the second transmission conductor group front-row contact portion (5). The advantages of forwarding plugging and reverse plugging are achieved (an I/O connector interface); further, movable plugging can be achieved by means of a detachable lower insulation rubber (9), and the first transmission conductor group back-row contact portion (42) and the second transmission conductor group back-row contact portion (52) are connected to a flat cable (A) in a plugging manner without welding; in addition, more convenience is brought to a user when the unplugging is performed by means of elastic pushing portions (91) on two sides of the detachable lower insulation rubber (9).

Description

电连接器的结构  Electrical connector structure 技术领域Technical field
本发明涉及一种电连接器，特别是指一种可快速与扁平电缆电性导通无须焊接，且可供连接器进行正反插置的电连接器的结构。 The present invention relates to an electrical connector, and more particularly to an electrical connector that can be quickly electrically connected to a flat cable without soldering and that can be inserted into the connector.
背景技术Background technique
目前发展出多种不同的电子装置以辅助用户使用，而电子装置包括有显示器、计算机、相机、即插即用装置（随身碟）等等多不繁载，但为了能够读取该些电子装置的数据或是要讯号链接，则必须具有相对应的配套连接器，而各种电子装置的连接器型式皆不同，例如：USB系列、SIM系列、MicroSIM等等，分别必须要使用特定对应的连接器才能连接，因此会有多条具有不同连接器的连接线。A variety of different electronic devices have been developed to assist users in the use, and electronic devices include displays, computers, cameras, plug-and-play devices (portables), and the like, but in order to be able to read the electronic devices. The data or the signal link must have a corresponding matching connector, and the connector types of various electronic devices are different, for example, USB series, SIM series, MicroSIM, etc., respectively, must use a specific corresponding connection The device can be connected, so there will be multiple cables with different connectors.
而以FPC连接器来说，通常仅使用于电子装置内部间的讯号链接，在对外的I/O连接器来说，较为少见，且FPC连接器对应I/O连接器来说，后端常以焊接方式将其与扁平电缆相互连结在一起，在维修或安装上皆非常麻烦。In the case of an FPC connector, it is usually only used for signal links between internal devices. In the case of external I/O connectors, it is rare, and the FPC connector corresponds to an I/O connector. It is soldered to connect the flat cable to each other, which is very troublesome for maintenance or installation.
因此，要如何解决上述习用的问题与缺失，即为本发明的发明人与从事此行业的相关厂商所亟欲研究改善的方向所在者。Therefore, how to solve the above-mentioned problems and deficiencies is the one that the inventors of the present invention and related manufacturers engaged in the industry desire to study and improve.
故，本发明的发明人有鉴于上述缺失，乃搜集相关资料，经由多方评估及考虑，并以从事于此行业累积的多年经验，经由不断试作及修改，终于设计出此种可快速与扁平电缆电性导通、更可进行拆卸，且可供连接器正反插的本发明。Therefore, in view of the above-mentioned deficiencies, the inventors of the present invention have collected relevant materials, and through multi-party evaluation and consideration, and through years of experience accumulated in the industry, through continuous trial and modification, finally designed such a quick and flat The cable is electrically conductive, more detachable, and the present invention is available for front and back insertion of the connector.
发明内容Summary of the invention
本发明的目的在于提供一种可快速与扁平电缆电性导通、更可进行拆卸，且可供连接器正反插的电连接器的结构。SUMMARY OF THE INVENTION It is an object of the present invention to provide a structure of an electrical connector that can be electrically connected to a flat cable, can be disassembled, and can be inserted into the connector.
为了达成上述目的，本发明的解决方案是：In order to achieve the above object, the solution of the present invention is:
一种电连接器的结构，主要包括：一屏蔽壳体；至少一收容于该屏蔽壳体内的绝缘胶体组，其具有一舌板部；一与该舌板部结合的第一传输导体组前排接触部，其由另一端延伸设有第一传输导体组后排接触部；一与该舌板部结合且位于该第一传输导体组前排接触部另一侧的第二传输导体组前排接触部，其由另一端延伸设有与该第一传输导体组后排接触部水平单排设置的第二传输导体组后排接触部；一设于该第一传输导体组前排接触部及该第二传输导体组前排接触部侧处的第一插接口；一设于该第一传输导体组后排接触部及该第二传输导体组后排接触部侧处的第二插接口；The structure of an electrical connector mainly includes: a shielding shell; at least one insulating colloid group housed in the shielding shell, having a tongue portion; and a first transmission conductor group combined with the tongue portion a row contact portion extending from the other end with a first transmission conductor group rear row contact portion; a front portion of the second transmission conductor group coupled to the tongue plate portion and located on the other side of the front row contact portion of the first transmission conductor group a row contact portion extending from the other end and having a second transmission conductor group rear row contact portion disposed horizontally in a row with the rear row contact portion of the first transmission conductor group; a front contact portion disposed in the first transmission conductor group And a first insertion interface at the front contact portion side of the second transmission conductor group; a second insertion interface disposed at the rear side contact portion of the first transmission conductor group and the rear contact portion side of the second transmission conductor group ;
该第一传输导体组前排接触部为I/O连接器接口，而该第一传输导体组后排接触部乃供扁平电缆接设；The first transmission conductor group front row contact portion is an I/O connector interface, and the first transmission conductor group rear row contact portion is for a flat cable connection;
该第二传输导体组前排接触部为I/O连接器接口，而该第二传输导体组后排接触部乃供扁平电缆接设。The second transmission conductor group front row contact portion is an I/O connector interface, and the second transmission conductor group rear row contact portion is for a flat cable connection.
所述绝缘胶体组邻近第二插接口下方处设有一可拆式下绝缘胶体，该下绝缘胶体的两侧分别具有至少一弹性抵推部，该下绝缘胶体的其中一面具有至少一供固持的凸部。A detachable lower insulating colloid is disposed adjacent to the lower portion of the insulating plug, and the lower insulating colloid has at least one elastic urging portion on each side thereof, and one side of the lower insulating colloid has at least one for holding Convex.
所述绝缘胶体组包含第一绝缘胶体及设于该第一绝缘胶体一侧的第二绝缘胶体，且该第一绝缘胶体及该第二绝缘胶体结合形成所述舌板部，且该绝缘胶体组形成一供一内屏蔽壳体设置的设置空间，该第一绝缘胶体及该第二绝缘胶体之间设有一用于隔离该第一传输导体组前排接触部及该第二传输导体组前排接触部的屏蔽隔板，该绝缘胶体组邻近该第二插接口下方处设有一可拆式下绝缘胶体。The insulating colloid group includes a first insulating colloid and a second insulating colloid disposed on a side of the first insulating colloid, and the first insulating colloid and the second insulating colloid are combined to form the tongue portion, and the insulating colloid Forming a space for providing an inner shielding shell, and a first insulating colloid and the second insulating colloid are disposed between the first transmission conductor set front row contact portion and the second transmission conductor group The shielding partition of the row contact portion is provided with a detachable lower insulating colloid adjacent to the lower portion of the second plug connector.
所述第一传输导体组后排接触部包含一第一传输导体后排第一接地接触部、一位于该第一传输导体后排第一接地接触部一侧之第一传输导体后排第一差分讯号接触部、一位于该第一传输导体后排第一差分讯号接触部一侧的第一传输导体后排第二差分讯号接触部、一位于该第一传输导体后排第二差分讯号接触部一侧的第一传输导体后排第一电源接触部、一位于该第一传输导体后排第一电源接触部一侧之第一传输导体后排第一侦测接触部、一位于该第一传输导体后排第一侦测接触部一侧的第一传输导体后排第一讯号接触部、一位于该第一传输导体后排第一讯号接触部一侧的第一传输导体后排第二讯号接触部、一位于该第一传输导体后排第二讯号接触部一侧第一传输导体后排第二侦测接触部、一位于该第一传输导体后排第二侦测接触部一侧的第一传输导体后排第二电源接触部、一位于该第一传输导体后排第二电源接触部一侧的第一传输导体后排第三差分讯号接触部、一位于该第一传输导体后排第三差分讯号接触部一侧的第一传输导体后排第四差分讯号接触部、及一位于该第一传输导体后排第四差分讯号接触部一侧的第一传输导体后排第二接地接触部；该第二传输导体组后排接触部包含一位于该第一传输导体后排第一接地接触部一侧的第二传输导体后排第一接地接触部、一位于该第二传输导体后排第一接地接触部一侧的第二传输导体后排第五差分讯号接触部、一位于该第二传输导体后排第五差分讯号接触部与该第一传输导体后排第一差分讯号接触部之间的第二传输导体后排第六差分讯号接触部、一位于该第一传输导体后排第一电源接触部一侧的第二传输导体后排第一电源接触部、一位于该第二传输导体后排第一电源接触部一侧的第二传输导体后排第一侦测接触部、一位于该第二传输导体后排第一侦测接触部一侧的第二传输导体后排第一讯号接触部、一位于该第二传输导体后排第一讯号接触部一侧的第二传输导体后排第二讯号接触部、一位于该第二传输导体后排第二讯号接触部与该第一传输导体后排第一侦测接触部之间的第二传输导体后排第一侦测接触部、一位于该第一传输导体后排第二电源接触部一侧的第二传输导体后排第二电源接触部、一位于该第二传输导体后排第二电源接触部一侧的第二传输导体后排第七差分讯号接触部、一位于该第二传输导体后排第七差分讯号接触部与该第一传输导体后排第四差分讯号接触部之间的第二传输导体后排第八差分讯号接触部、及一位于该第一传输导体后排第二接地接触部一侧的第二传输导体后排第二接地接触部；该第一传输导体后排第一差分讯号接触部及该第二传输导体后排第六差分讯号接触部之间设有一第一接地保护接触部，而该第一传输导体后排第三差分讯号接触部及该第二传输导体后排第八差分讯号接触部之间设有一第二接地保护接触部。The first transmission conductor group rear row contact portion includes a first transmission conductor rear row first ground contact portion, and a first transmission conductor located at a side of the first transmission contact rear first ground contact portion a differential signal contact portion, a second differential signal contact portion on the first transmission conductor side of the first differential signal contact portion on the rear side of the first transmission conductor, and a second differential signal contact portion on the rear side of the first transmission conductor a first transmission contact portion on a side of the first transmission conductor, a first transmission conductor on a side of the first power supply contact portion of the first transmission conductor, and a first detection contact portion on the rear side of the first transmission conductor a first transmission contact portion on the first detection contact side of the first transmission contact portion of the first transmission contact portion, and a first transmission conductor on the side of the first signal contact portion on the rear side of the first transmission conductor a second signal contact portion, a second detection contact portion on the second transmission contact side of the second transmission contact portion of the first transmission conductor, and a second detection contact portion on the rear side of the first transmission conductor First transmission guide a second power contact portion in the rear row, a third differential signal contact portion on the first transmission conductor side of the second power supply contact portion on the rear side of the first transmission conductor, and a third differential signal on the rear side of the first transmission conductor a fourth differential signal contact portion on the first transmission conductor side of the signal contact portion, and a second ground contact portion on the rear side of the first transmission conductor on the side of the fourth differential signal contact portion of the first transmission conductor; The second transmission conductor group rear row contact portion includes a second transmission conductor on a side of the first ground contact portion of the first transmission conductor, a first ground contact portion, and a second transmission conductor at the rear. a second differential signal contact portion on the second transmission conductor side of the ground contact portion, a fifth differential signal contact portion on the rear side of the second transmission conductor, and a first differential signal contact portion on the rear side of the first transmission conductor a second differential signal contact portion in the rear of the second transmission conductor, a second transmission conductor on a side of the first power supply contact portion of the first transmission conductor, a first power supply contact portion, and a second transmission a second transmission conductor on a side of the first power contact portion of the rear row of the conductor, a first detection contact portion on the rear side, and a second transmission conductor on a side of the first detection contact portion on the rear side of the second transmission conductor a signal contact portion, a second signal contact portion on the second transmission conductor side of the first signal contact portion on the rear side of the second transmission conductor, a second signal contact portion on the rear side of the second transmission conductor, and a second signal contact portion on the second transmission conductor a second transmission conductor between the first detection contact portion of the rear of the transmission conductor, a first detection contact portion, and a second transmission conductor rear side of the second power supply contact portion of the rear of the first transmission conductor a second power contact portion, a second differential signal contact portion on the second transmission conductor side of the second power supply contact portion on the rear side of the second transmission conductor, and a seventh differential signal contact portion on the rear side of the second transmission conductor a second differential signal contact portion of the second transmission conductor between the second transmission conductor and the fourth differential signal contact portion of the first transmission conductor, and a second ground contact portion of the first transmission conductor Second transmission conductor rear second a ground contact portion; a first ground protection contact portion disposed between the first differential signal contact portion of the first transmission conductor and the sixth differential signal contact portion of the second transmission conductor, and the first transmission conductor rear portion A second ground protection contact portion is disposed between the third differential signal contact portion and the eighth differential signal contact portion of the second transmission conductor.
所述第一传输导体组前排接触部往后延伸设有一第一传输导体后排第一接地基部、一位于该第一传输导体后排第一接地基部一侧的第一传输导体后排第一差分讯号基部、一位于该第一传输导体后排第一差分讯号基部一侧的第一传输导体后排第二差分讯号基部、一位于该第一传输导体后排第二差分讯号基部一侧的第一传输导体后排第一电源基部、一位于该第一传输导体后排第一电源基部一侧的第一传输导体后排第一侦测基部、一位于该第一传输导体后排第一侦测基部一侧的第一传输导体后排第一讯号基部、一位于该第一传输导体后排第一讯号基部一侧的第一传输导体后排第二讯号基部、一位于该第一传输导体后排第二讯号基部一侧的第一传输导体后排第二侦测基部、一位于该第一传输导体后排第二侦测基部一侧的第一传输导体后排第二电源基部、一位于该第一传输导体后排第二电源基部一侧的第一传输导体后排第三差分讯号基部、一位于该第一传输导体后排第三差分讯号基部一侧的第一传输导体后排第四差分讯号基部、及一位于该第一传输导体后排第四差分讯号基部一侧的第一传输导体后排第二接地基部；该第二传输导体组前排接触部往后延伸设有一第二传输导体后排第一接地基部、一位于该第二传输导体后排第一接地基部一侧的第二传输导体后排第五差分讯号基部、一位于该第二传输导体后排第五差分讯号基部一侧的第二传输导体后排第六差分讯号基部、一位于该第一传输导体后排第一电源基部一侧的第二传输导体后排第一电源基部、一位于该第二传输导体后排第一电源基部一侧的第二传输导体后排第一侦测基部、一位于该第二传输导体后排第一侦测基部一侧的第二传输导体后排第一讯号基部、一位于该第二传输导体后排第一讯号基部一侧的第二传输导体后排第二讯号基部、一位于该第二传输导体后排第二讯号基部一侧的第二传输导体后排第一侦测基部、一位于该第一传输导体后排第二电源基部一侧的第二传输导体后排第二电源基部、一位于该第二传输导体后排第二电源基部一侧的第二传输导体后排第七差分讯号基部、一位于该第二传输导体后排第七差分讯号基部一侧的第二传输导体后排第八差分讯号基部、及一位于该第一传输导体后排第二接地基部一侧的第二传输导体后排第二接地基部。The first transmission conductor group has a first transmission conductor, a first ground base portion, and a first transmission conductor on a side of the first ground base portion of the first transmission conductor. a differential signal base, a second differential signal base on the first transmission conductor side of the first differential signal base on the rear side of the first transmission conductor, and a second differential signal base on the rear side of the first transmission conductor a first transmission base of the first transmission conductor, a first transmission conductor on a side of the first power supply base of the first transmission conductor, a first detection base, and a first transmission conductor. a first signal base on the first transmission conductor on the side of the detection base, a first transmission conductor on the side of the first signal base on the rear side of the first transmission conductor, a second signal base, and a first The second transmission base of the first transmission conductor on the side of the second signal base of the rear side of the transmission conductor, the second transmission base on the side of the second detection base of the rear of the first transmission conductor, and the second power supply base of the rear row ,One The first transmission conductor on the second power supply base side of the first transmission conductor is arranged in a rear row of a third differential signal base, and a first transmission conductor is located on a side of the third differential signal base on the rear side of the first transmission conductor. a fourth differential signal base portion, and a first grounding conductor on a side of the fourth differential signal base portion of the rear row of the first transmission conductor, a second ground base portion; the second transmission conductor group front row contact portion extends rearwardly a second grounding conductor of the second transmission conductor, a second transmission conductor on the side of the first grounding base of the second transmission conductor, a fifth differential signal base, and a second transmission conductor a second differential signal base on the second transmission conductor side of the differential signal base, a second transmission conductor on the side of the first power supply base on the rear side of the first transmission conductor, a first power supply base, and a second a second transmission conductor on a side of the first power supply base of the transmission conductor, a first detection base, a second transmission conductor on a side of the first detection base of the second transmission conductor, and a first transmission a second signal base of the second transmission conductor on the side of the first signal base of the second transmission conductor, and a second transmission conductor located on the side of the second signal base of the second transmission conductor a first detection base, a second transmission conductor located on a side of the second power supply base of the rear of the first transmission conductor, a second power supply base, and a second power supply base on the rear side of the second transmission conductor a second differential signal base in a rear row of the second transmission conductor, a second transmission signal base on a side of the second differential signal base portion of the second transmission conductor on the rear side of the second transmission conductor, and a second differential signal base portion located behind the first transmission conductor The second transmission conductor on one side of the second ground base is arranged in the second ground base.
所述第二传输导体组前排接触部延伸至该第二传输导体组后排接触部的延伸路径与该第一传输导体组前排接触部延伸至该第一传输导体组后排接触部的延伸路径呈反向设置。An extension path of the second transmission conductor group front row contact portion extending to the second transmission conductor group rear row contact portion and the first transmission conductor group front row contact portion extending to the first transmission conductor group rear row contact portion The extension path is set in the reverse direction.
所述屏蔽壳体后方两侧处分别形成有一轨道，且该绝缘胶体组后方具有一与该屏蔽壳体共同围绕出供连接器活动插置的插接空间。A track is formed on each side of the rear side of the shielding shell, and a rear side of the insulating glue body has a plugging space for the connector to be inserted around the shield housing.
所述第一传输导体组前排接触部或第二传输导体组前排接触部为符合USBC型规格、FFC规格或FPC规格的其中一种。The first transmission conductor group front row contact portion or the second transmission conductor group front row contact portion is one of a USBC type specification, an FFC specification, or an FPC specification.
所述屏蔽壳体的左右两侧处分别具有一固定扣部。The left and right sides of the shielding shell respectively have a fixing buckle portion.
所述屏蔽壳体的上下两侧处分别具有一固定扣部。The upper and lower sides of the shielding shell respectively have a fixing buckle portion.
所述屏蔽壳体的左右两侧处分别具有一呈水平状延伸的固定扣部。The left and right sides of the shielding shell respectively have a fixing buckle portion extending horizontally.
所述第一传输导体组后排接触部及该第二传输导体组后排接触部为焊接脚。The first transmission conductor group rear row contact portion and the second transmission conductor group rear row contact portion are soldering legs.
所述绝缘胶体组为多组时，为垂直上下堆栈方式连续设置。When the insulating colloid group is a plurality of groups, the vertical stacking manner is continuously set.
所述绝缘胶体组为侧立设置。The insulating colloid set is laterally disposed.
所述绝缘胶体组为多组时，为左右连续侧立设置。When the insulating colloid group is a plurality of groups, the left and right sides are continuously disposed sideways.
所述第一插接口的周围设有至少一防水组件。At least one waterproof component is disposed around the first plug connector.
一种电连接器的结构，主要包括：一屏蔽壳体；至少一收容于该屏蔽壳体内的绝缘胶体组，该绝缘胶体组具有一舌板部；一与该舌板部结合的第一传输导体组前排接触部，其由另一端延伸设有第一传输导体组后排接触部；一与该舌板部结合且位于该第一传输导体组前排接触部另一侧的第二传输导体组前排接触部，其由另一端延伸设有与该第一传输导体组后排接触部水平单排设置的第二传输导体组后排接触部；一设于该第一传输导体组前排接触部及该第二传输导体组前排接触部侧处的第一插接口；一设于该第一传输导体组后排接触部及该第二传输导体组后排接触部侧处的第二插接口；该第一插接口为供连接器正反向插置的椭圆形插接口；该第二插接口为矩形状。The structure of an electrical connector mainly includes: a shielding shell; at least one insulating colloid group housed in the shielding shell, the insulating colloid group having a tongue portion; and a first transmission combined with the tongue portion a front row of contact portions of the conductor set extending from the other end with a first transmission conductor set rear row contact portion; a second transmission coupled to the tongue plate portion and located on the other side of the front row of the first transmission conductor group a front row of contact portions of the conductor set, the second end of the first transmission conductor group being disposed in front of the first transmission conductor group a first contact port at the front contact portion side of the second transfer conductor group; a rear contact portion of the first transfer conductor group and a second contact portion of the second transfer conductor group The second plug interface is an elliptical plug interface for inserting the connector in the forward and reverse directions; the second plug connector is rectangular.
一种电连接器的结构，主要包括：一屏蔽壳体；至少一收容于该屏蔽壳体内的绝缘胶体组，该绝缘胶体组具有一舌板部；一与该舌板部结合的第一传输导体组前排接触部，其由另一端延伸设有第一传输导体组后排接触部，其中所述第一传输导体组后排接触部为凸起的弹性状结构，而该第一传输导体组前排接触部为板状结构；一与该舌板部结合且位于该第一传输导体组前排接触部另一侧的第二传输导体组前排接触部，其由另一端延伸设有与该第一传输导体组后排接触部水平单排设置的第二传输导体组后排接触部，其中所述第二传输导体组后排接触部为凸起的弹性状结构，而该第二传输导体组前排接触部为板状结构；一设于该第一传输导体组前排接触部及该第二传输导体组前排接触部侧处的第一插接口；一设于该第一传输导体组后排接触部及该第二传输导体组后排接触部侧处的第二插接口。The structure of an electrical connector mainly includes: a shielding shell; at least one insulating colloid group housed in the shielding shell, the insulating colloid group having a tongue portion; and a first transmission combined with the tongue portion a front row of contact portions of the conductor set, the first transmission conductor set rear row contact portion extending from the other end, wherein the first transmission conductor group rear row contact portion is a convex elastic structure, and the first transmission conductor The front row of contact portions is a plate-like structure; a second transmission conductor group front row contact portion coupled to the tongue plate portion and located on the other side of the front row of the first transmission conductor group, extending from the other end a second transmission conductor group rear row contact portion disposed horizontally in a single row with the first transmission conductor group rear row contact portion, wherein the second transmission conductor group rear row contact portion is a convex elastic structure, and the second The front contact portion of the transmission conductor group is a plate-like structure; a first insertion interface disposed at a front row contact portion of the first transmission conductor group and a front contact portion side of the second transmission conductor group; Transmission conductor set rear row contact portion and the second pass The second group of conductor sockets at the rear side of the contact portion.
采用上述结构后，本发明电连接器的结构通过第一传输导体组前排接触部及另一侧的第二传输导体组前排接触部，达到正反插置皆可导通的优势。而通过可拆式下绝缘胶体的活动设置与两侧的弹性抵推部，让扁平电缆端子与第一传输导体组后排接触部及第二传输导体组后排接触部的连接方式可为活动插设，而无须使用焊接方式，且在拔除扁平电缆时，可利用弹性抵推部轻松的将扁平电缆端子移除，非常方便。After adopting the above structure, the structure of the electrical connector of the present invention has the advantages of being able to conduct both positive and negative insertion through the front row of the first transmission conductor group and the second row of conductor conductors of the other side. The movable cable arrangement of the detachable lower insulating colloid and the elastic urging portions on both sides allow the connection of the flat cable terminal to the rear contact portion of the first transmission conductor group and the rear contact portion of the second transmission conductor group to be active. It is easy to insert and remove the flat cable, and when the flat cable is removed, the flat cable terminal can be easily removed by the elastic abutting portion.
当使用者欲插置连接器时，不管正插或是反插皆可通过第一传输导体组前排接触部及第二传输导体组前排接触部进行导通，而主要插口为第一插接口；再者，当须与扁平电缆连结时，可按压弹性抵推部让可拆式下绝缘胶体退出来，再将扁平电缆与第一传输导体组后排接触部及第二传输导体组后排接触部连结，予以进行导通，无须使用焊接法连结，非常快速方便。When the user wants to insert the connector, the front transmission contact portion of the first transmission conductor group and the front contact portion of the second transmission conductor group can be turned on regardless of the positive insertion or the reverse insertion, and the main socket is the first insertion. In addition, when it is required to be connected with the flat cable, the elastic pressing portion can be pressed to allow the detachable lower insulating rubber to be withdrawn, and then the flat cable and the first transmission conductor group are arranged in the rear row contact portion and the second transmission conductor group. The contact parts are connected and turned on, and it is not necessary to use the welding method to connect, which is very fast and convenient.
藉由上述技术，可针对习用连接器所存在的后端常以焊接方式将其与扁平电缆相互连结在一起，在维修或安装上皆非常麻烦的问题点加以突破，达到本发明如上述优点的实用进步性。With the above technology, the back end of the conventional connector can be soldered to the flat cable, and the problem is very troublesome in maintenance or installation, thereby achieving the advantages of the present invention. Practical and progressive.
附图说明DRAWINGS
图1为本发明较佳实施例的立体图；Figure 1 is a perspective view of a preferred embodiment of the present invention;
图2为图1A-A线段的剖视图；Figure 2 is a cross-sectional view taken along line A-A of Figure 1;
图2A为本发明较佳实施例的分解图；2A is an exploded view of a preferred embodiment of the present invention;
图3为本发明较佳实施例的前视图Figure 3 is a front view of a preferred embodiment of the present invention
图4为本发明第一传输导体组前排接触部及第一传输导体组后排接触部的平面图；4 is a plan view showing a front contact portion of the first transmission conductor group and a rear contact portion of the first transmission conductor group of the present invention;
图5为本发明第二传输导体组前排接触部及第二传输导体组后排接触部的平面图；Figure 5 is a plan view showing the rear contact portion of the second transmission conductor group and the rear contact portion of the second transmission conductor group of the present invention;
图6为为本发明各接触部排列设置的平面图；Figure 6 is a plan view showing the arrangement of the contact portions of the present invention;
图7为本发明按压弹性抵推部的示意图；Figure 7 is a schematic view of the pressing elastic abutting portion of the present invention;
图8为本发明移动可拆式下绝缘胶体的示意图；Figure 8 is a schematic view of the mobile detachable lower insulating colloid of the present invention;
图9为本发明桥接扁平电缆的示意图；Figure 9 is a schematic view of a bridged flat cable of the present invention;
图10为本发明固定扣部的第一实施示意图；Figure 10 is a first embodiment of the fixing buckle portion of the present invention;
图11为本发明固定扣部的第二实施示意图；Figure 11 is a second embodiment of the fastening portion of the present invention;
图12为本发明左右连续侧立设置的实施示意图；Figure 12 is a schematic view showing the implementation of the left and right continuous side setting of the present invention;
图13为本发明设置防水组件的实施示意图。Figure 13 is a schematic view showing the implementation of the waterproof assembly of the present invention.
具体实施方式detailed description
为了进一步解释本发明的技术方案，下面通过具体实施例来对本发明进行详细阐述。In order to further explain the technical solutions of the present invention, the present invention will be described in detail below by way of specific embodiments.
请参阅图1至图6所示，由图中可清楚看出本发明电连接器的结构包括：Referring to FIG. 1 to FIG. 6, it is clear from the figure that the structure of the electrical connector of the present invention includes:
一屏蔽壳体1，其于后方两侧处分别形成有一轨道11，且屏蔽壳体1的左右两侧处分别具有一固定扣部12；a shield housing 1 having a rail 11 formed at each of the rear sides, and a fixing buckle portion 12 at each of the left and right sides of the shield housing 1;
至少一收容于该屏蔽壳体1内的绝缘胶体组2，绝缘胶体组2还包含有第一绝缘胶体21及设于该第一绝缘胶体21一侧的第二绝缘胶体22，且该第一绝缘胶体21及该第二绝缘胶体22结合形成一舌板部20，该绝缘胶体组2形成一供一内屏蔽壳体3设置的设置空间23，再者，绝缘胶体组2后方具有一与该屏蔽壳体1共同围绕出供连接器活动插置的插接空间24；At least one insulating colloid group 2 received in the shielding case 1 , the insulating colloid group 2 further includes a first insulating colloid 21 and a second insulating colloid 22 disposed on a side of the first insulating colloid 21, and the first The insulating colloid 21 and the second insulating colloid 22 are combined to form a tongue portion 20, and the insulating colloid group 2 forms an installation space 23 for an inner shielding shell 3, and further, the insulating colloid group 2 has a rear portion The shielding housing 1 collectively surrounds the insertion space 24 for the connector to be inserted into the connector;
一与该舌板部20结合并符合USBC型规格、FFC规格或FPC规格的第一传输导体组前排接触部4，其由另一端延伸设有第一传输导体组后排接触部42，且第一传输导体组后排接触部42为凸起的弹性状结构，而该第一传输导体组前排接触部4为板状结构，其中，第一传输导体组前排接触部4往后延伸设有一第一传输导体后排第一接地基部401（GND（V-））、一位于该第一传输导体后排第一接地基部401一侧的第一传输导体后排第一差分讯号基部402（SSRXp2）、一位于该第一传输导体后排第一差分讯号基部402一侧的第一传输导体后排第二差分讯号基部403（SSRXn2）、一位于该第一传输导体后排第二差分讯号基部403一侧的第一传输导体后排第一电源基部404（VBUS）、一位于该第一传输导体后排第一电源基部404一侧的第一传输导体后排第一侦测基部405（SUB1）、一位于该第一传输导体后排第一侦测基部405一侧的第一传输导体后排第一讯号基部406（D-）、一位于该第一传输导体后排第一讯号基部406一侧的第一传输导体后排第二讯号基部407（D+）、一位于该第一传输导体后排第二讯号基部407一侧的第一传输导体后排第二侦测基部408（CC1）、一位于该第一传输导体后排第二侦测基部408一侧的第一传输导体后排第二电源基部409（VBUS）、一位于该第一传输导体后排第二电源基部409一侧的第一传输导体后排第三差分讯号基部410（SSTXn1）、一位于该第一传输导体后排第三差分讯号基部410一侧的第一传输导体后排第四差分讯号基部411（SSTXp1）、及一位于该第一传输导体后排第四差分讯号基部411一侧的第一传输导体后排第二接地基部412（GND（V-））；a first transmission conductor group front row contact portion 4 coupled with the tongue plate portion 20 and conforming to a USBC type specification, an FFC specification or an FPC specification, and having a first transmission conductor group rear row contact portion 42 extending from the other end, and The first transmission conductor group rear row contact portion 42 is a convex elastic structure, and the first transmission conductor group front row contact portion 4 is a plate-like structure, wherein the first transmission conductor group front row contact portion 4 extends rearward a first transmission base 401 (GND (V-)), a first transmission conductor on the first transmission base 401 side of the first transmission conductor, and a first differential signal base 402. (SSRXp2), a second differential signal base 403 (SSRXn2) in the rear of the first transmission conductor on the side of the first differential signal base 402 of the first transmission conductor, and a second differential in the rear of the first transmission conductor The first transmission conductor on the side of the signal base 403 has a first power supply base 404 (VBUS), a first transmission conductor on the side of the first power supply base 404 on the rear side of the first transmission conductor, and a first detection base 405. (SUB1), one is located in the first transmission guide The first transmission base on the side of the first detection base 405 on the rear side of the first transmission base 406 (D-), and the first transmission conductor on the side of the first transmission base 406 on the rear side of the first transmission conductor a second signal base 407 (D+), a first transmission conductor on the side of the second signal base 407 on the rear side of the first transmission conductor, a second detection base 408 (CC1), and a first transmission conductor The second transmission base 409 (VBUS) on the side of the second detection base 408, the first transmission conductor on the side of the second power supply base 409 on the rear side of the first transmission conductor, and the third transmission conductor a differential signal base 410 (SSTXn1), a first transmission conductor on the side of the third differential signal base 410 on the rear side of the first transmission conductor, a fourth differential signal base 411 (SSTXp1), and a first transmission conductor. The first transmission conductor on the side of the fourth differential signal base 411 in the rear row is followed by the second ground base portion 412 (GND (V-));
再者，其中第一传输导体组后排接触部42包含一第一传输导体后排第一接地接触部420（GND（V-））、一位于该第一传输导体后排第一接地接触部420一侧的第一传输导体后排第一差分讯号接触部421（SSRXp2）、一位于该第一传输导体后排第一差分讯号接触部421一侧的第一传输导体后排第二差分讯号接触部422（SSRXn2）、一位于该第一传输导体后排第二差分讯号接触部422一侧的第一传输导体后排第一电源接触部423（VBUS）、一位于该第一传输导体后排第一电源接触部423一侧的第一传输导体后排第一侦测接触部424（SUB1）、一位于该第一传输导体后排第一侦测接触部424一侧的第一传输导体后排第一讯号接触部425（D-）、一位于该第一传输导体后排第一讯号接触部425一侧的第一传输导体后排第二讯号接触部426（D+）、一位于该第一传输导体后排第二讯号接触部426一侧的第一传输导体后排第二侦测接触部427（CC1）、一位于该第一传输导体后排第二侦测接触部427一侧的第一传输导体后排第二电源接触部428（VBUS）、一位于该第一传输导体后排第二电源接触部428一侧的第一传输导体后排第三差分讯号接触部429（SSTXn1）、一位于该第一传输导体后排第三差分讯号接触部429一侧的第一传输导体后排第四差分讯号接触部430（SSTXp1）、及一位于该第一传输导体后排第四差分讯号接触部430一侧的第一传输导体后排第二接地接触部431（GND（V-））；Furthermore, the first transmission conductor group rear row contact portion 42 includes a first transmission conductor rear row first ground contact portion 420 (GND (V-)), and a first transmission conductor rear row first ground contact portion. a first differential signal contact portion 421 (SSRXp2) on the first transmission conductor of the 420 side, and a second differential signal on the first transmission conductor side of the first differential signal contact portion 421 on the rear side of the first transmission conductor Contact portion 422 (SSRXn2), a first transmission conductor on the side of the second differential signal contact portion 422 on the rear side of the first transmission conductor, a first power supply contact portion 423 (VBUS), and a first transmission conductor a first transmission contact conductor 424 on the side of the first power supply contact portion 423, a first detection contact portion 424 (SUB1), and a first transmission conductor on a side of the first detection contact portion 424 of the first transmission conductor a first signal contact portion 425 (D-) in the rear row, a first signal conductor 426 (D+) in the rear of the first transmission conductor on the side of the first signal contact portion 425 of the first transmission conductor, and a first signal contact portion 426 (D+) First transmission conductor rear second signal contact portion 426 side The first transmission conductor is arranged in a rear row of the second detecting contact portion 427 (CC1), a first transmission conductor on the side of the second detecting contact portion 427 of the rear side of the first transmission conductor, and a second power supply contact portion 428 (hereinafter) VBUS), a third differential signal contact portion 429 (SSTXn1) on the first transmission conductor side of the second power supply contact portion 428 on the rear side of the first transmission conductor, and a third differential on the rear side of the first transmission conductor a fourth differential signal contact portion 430 (SSTXp1) on the first transmission conductor side of the signal contact portion 429, and a first transmission conductor rear side on the side of the fourth differential signal contact portion 430 on the rear side of the first transmission conductor a second ground contact portion 431 (GND (V-));
一与该舌板部20结合且位于该第一传输导体组前排接触部4另一侧并符合USBC型规格、FFC规格或FPC规格的第二传输导体组前排接触部5，其由另一端延伸设有与该第一传输导体组后排接触部42水平单排设置的第二传输导体组后排接触部52，且第二传输导体组后排接触部52为凸起的弹性状结构，而该第二传输导体组前排接触部5为板状结构，其中第二传输导体组前排接触部5往后延伸设有一第二传输导体后排第一接地基部501（GND（V-）、一位于该第二传输导体后排第一接地基部501一侧的第二传输导体后排第五差分讯号基部502（SSTXp2）、一位于该第二传输导体后排第五差分讯号基部502一侧的第二传输导体后排第六差分讯号基部503（SSTXn2）、一位于该第一传输导体后排第一电源基部503一侧的第二传输导体后排第一电源基部504（VBUS）、一位于该第二传输导体后排第一电源基部504一侧的第二传输导体后排第一侦测基部505（CC2）、一位于该第二传输导体后排第一侦测基部505一侧的第二传输导体后排第一讯号基部506（D+）、一位于该第二传输导体后排第一讯号基部506一侧的第二传输导体后排第二讯号基部507（D-）、一位于该第二传输导体后排第二讯号基部507一侧的第二传输导体后排第一侦测基部508（SUB2）、一位于该第一传输导体后排第二电源基部508一侧的第二传输导体后排第二电源基部509（VBUS）、一位于该第二传输导体后排第二电源基部509一侧的第二传输导体后排第七差分讯号基部510（SSRXn1）、一位于该第二传输导体后排第七差分讯号基部510一侧的第二传输导体后排第八差分讯号基部511（SSRXp1）、及一位于该第一传输导体后排第二接地基部511一侧的第二传输导体后排第二接地基部512（GND（V-））；a second transmission conductor group front row contact portion 5 coupled to the tongue plate portion 20 and located on the other side of the front transmission contact portion 4 of the first transmission conductor group and conforming to the USB C type specification, the FFC specification or the FPC specification, A second transmission conductor group rear row contact portion 52 disposed horizontally and in a single row with the first transmission conductor group rear row contact portion 42 is extended at one end, and the second transmission conductor group rear row contact portion 52 is a convex elastic structure. The second transmission conductor group front row contact portion 5 is a plate-like structure, wherein the second transmission conductor group front row contact portion 5 extends rearwardly with a second transmission conductor and the rear row of the first ground base portion 501 (GND (V- a second transmission signal base 502 (SSTXp2) on the second transmission conductor side of the second grounding conductor 501 on the rear side of the second transmission conductor, and a fifth differential signal base 502 on the rear side of the second transmission conductor. a second transmission signal base 503 (SSTXn2) on the one side of the second transmission conductor, a second transmission conductor on the side of the first power supply base 503 on the rear side of the first transmission conductor, and a first power supply base 504 (VBUS) One of the first in the rear of the second transmission conductor a second transmission conductor on the side of the power supply base 504, a first detection base 505 (CC2), a second transmission conductor on the side of the first detection base 505 on the rear side of the second transmission conductor, and a first signal base 506 (D+), a second transmission conductor 507 (D-) located at a side of the first signal base 506 of the second transmission conductor, and a second signal at the rear of the second transmission conductor a second transmission conductor on the side of the base 507, a first detection base 508 (SUB2), a second transmission conductor on the side of the second power supply base 508 on the rear of the first transmission conductor, and a second power supply base 509 ( VBUS), a second transmission conductor located at the second power supply base 509 side of the second transmission conductor, a seventh differential signal base 510 (SSRXn1), and a seventh differential signal base at the rear of the second transmission conductor. a second transmission conductor base 511 (SSRXp1) on the rear side of the second transmission conductor on the 510 side, and a second transmission conductor rear side second ground base portion 512 on the side of the second ground base portion 511 on the rear side of the first transmission conductor ( GND(V-));
再者，其中第二传输导体组后排接触部52包含一位于该第一传输导体后排第一接地接触部420一侧的第二传输导体后排第一接地接触部520（GND（V-））、一位于该第二传输导体后排第一接地接触部520一侧的第二传输导体后排第五差分讯号接触部521（SSTXp2）、一位于该第二传输导体后排第五差分讯号接触部521与该第一传输导体后排第一差分讯号接触部421之间的第二传输导体后排第六差分讯号接触部522（SSTXn2）、一位于该第一传输导体后排第一电源接触部423一侧的第二传输导体后排第一电源接触部523（VBUS）、一位于该第二传输导体后排第一电源接触部523一侧的第二传输导体后排第一侦测接触部524（CC2）、一位于该第二传输导体后排第一侦测接触部524一侧的第二传输导体后排第一讯号接触部525（D+）、一位于该第二传输导体后排第一讯号接触部525一侧的第二传输导体后排第二讯号接触部526（D-）、一位于该第二传输导体后排第二讯号接触部526与该第一传输导体后排第一侦测接触部424之间的第二传输导体后排第一侦测接触部527（SUB2）、一位于该第一传输导体后排第二电源接触部428一侧的第二传输导体后排第二电源接触部528（VBUS）、一位于该第二传输导体后排第二电源接触部528一侧的第二传输导体后排第七差分讯号接触部529（SSRXn1）、一位于该第二传输导体后排第七差分讯号接触部529与该第一传输导体后排第四差分讯号接触部430之间的第二传输导体后排第八差分讯号接触部530（SSRXp1）、及一位于该第一传输导体后排第二接地接触部431一侧的第二传输导体后排第二接地接触部531（GND（V-））；Furthermore, the second transmission conductor group rear row contact portion 52 includes a second transmission conductor on the side of the first ground contact portion 420 of the first transmission conductor, and a first ground contact portion 520 (GND (V- a second transmission conductor on the side of the first ground contact portion 520 of the second transmission conductor, a fifth differential signal contact portion 521 (SSTXp2), and a fifth differential in the rear of the second transmission conductor a second transmission conductor rear sixth differential signal contact portion 522 (SSTXn2) between the signal contact portion 521 and the first differential signal contact portion 421 of the first transmission conductor, and a first row located at the rear of the first transmission conductor The first transmission contact portion 523 (VBUS) on the side of the power transmission contact portion 423, and the second transmission conductor on the side of the first power supply contact portion 523 on the rear side of the second transmission conductor Measuring contact portion 524 (CC2), a second transmission conductor located on the side of the first detecting contact portion 524 of the second transmission conductor, and a first signal contact portion 525 (D+), one of the second transmission conductors The second side of the first signal contact portion 525 of the rear row a second signal contact portion 526 (D-) in the rear of the transmission conductor, a second signal contact portion 526 in the rear row of the second transmission conductor, and a second detection contact portion 424 in the rear row of the first transmission conductor a first detecting contact portion 527 (SUB2) in the rear of the transmission conductor, a second transmission conductor on the side of the second power supply contact portion 428 on the rear side of the first transmission conductor, and a second power supply contact portion 528 (VBUS), a second differential signal contact portion 529 (SSRXn1) located at a rear side of the second power supply contact portion 528 of the second transmission conductor, and a seventh differential signal contact portion 529 at the rear of the second transmission conductor. a second differential signal contact portion 530 (SSRXp1) between the second transmission conductor and the second differential signal contact portion 430 of the first transmission conductor, and a second ground contact portion at the rear of the first transmission conductor a second grounding conductor on the side of the 431, a second ground contact portion 531 (GND (V-));
一设于该第一传输导体后排第一差分讯号接触部421及该第二传输导体后排第六差分讯号接触部522之间的第一接地保护接触部60；a first ground protection contact portion 60 disposed between the first differential signal contact portion 421 of the first transmission conductor and the sixth differential signal contact portion 522 of the second transmission conductor rear row;
一设于该第一传输导体后排第三差分讯号接触部429及该第二传输导体后排第八差分讯号接触部530之间的第二接地保护接触部61；a second grounding contact portion 61 disposed between the third differential signal contact portion 429 of the first transmission conductor and the eighth differential signal contact portion 530 of the second transmission conductor;
一设于第一绝缘胶体21及该第二绝缘胶体22之间，且用于隔离该第一传输导体组前排接触部4及该第二传输导体组前排接触部5的屏蔽隔板7；a shielding spacer 7 disposed between the first insulating colloid 21 and the second insulating colloid 22 and for isolating the first transmission conductor group front row contact portion 4 and the second transmission conductor group front row contact portion 5 ;
一设于该第一传输导体组前排接触部4及该第二传输导体组前排接触部5侧处的第一插接口8，且第一插接口8为可供连接器正反向插置的椭圆形插接口；a first insertion interface 8 disposed at the first transmission conductor group front row contact portion 4 and the second transmission conductor group front row contact portion 5 side, and the first insertion interface 8 is for the connector to be inserted in the forward and reverse directions An elliptical plug interface;
一设于该第一传输导体组后排接触部42及该第二传输导体组后排接触部52侧处的第二插接口81，且第二插接口81为矩形状；a second insertion interface 81 disposed at a rear row contact portion 42 of the first transmission conductor group and a rear contact portion 52 side of the second transmission conductor group, and the second insertion interface 81 is rectangular;
一设于绝缘胶体组2邻近该第二插接口81下方处的可拆式下绝缘胶体9，乃于两侧分别具有至少一弹性抵推部91，该弹性抵推部91的其中一面具有至少一供固持的凸部92；The detachable lower insulating rubber 9 disposed on the lower side of the second insulating interface 81 is provided with at least one elastic urging portion 91 on each side, and at least one side of the elastic urging portion 91 has at least one side a convex portion 92 for holding;
其中该第一传输导体组前排接触部4为I/O连接器接口，而该第一传输导体组后排接触部42乃供扁平电缆接设；Wherein the first transmission conductor group front row contact portion 4 is an I/O connector interface, and the first transmission conductor group rear row contact portion 42 is for a flat cable connection;
　　其中该第二传输导体组前排接触部5为I/O连接器接口，而该第二传输导体组后排接触部52乃供扁平电缆接设；Wherein the second transmission conductor group front row contact portion 5 is an I/O connector interface, and the second transmission conductor group rear row contact portion 52 is for a flat cable connection;
其中所述该第二传输导体组前排接触部5延伸至该第二传输导体组后排接触部52的延伸路径与该第一传输导体组前排接触部4延伸至该第一传输导体组后排接触部42的延伸路径呈反向设置；The extending path of the second transmission conductor group front row contact portion 5 extending to the second transmission conductor group rear row contact portion 52 and the first transmission conductor group front row contact portion 4 extending to the first transmission conductor group The extending path of the rear row contact portion 42 is reversed;
另外，上述的第一传输导体组后排接触部42及该第二传输导体组后排接触部52可进一步为焊接脚，亦即可为焊接的方式与扁平电缆连接。In addition, the first transmission conductor group rear row contact portion 42 and the second transmission conductor group rear row contact portion 52 may be further soldered, or may be soldered to the flat cable.
请参阅图1至图9所示，当使用者欲由第一插接口8插入本发明连接器时，可利用第一传输导体组前排接触部4或第二传输导体组前排接触部5进行差动导通，顾名思义，不管是正向插置或反向插置，皆可对应第一传输导体组前排接触部4或第二传输导体组前排接触部5予以桥接导通，达到无正插或反插的限制；而更重要的是，当欲由第二插接口81将扁平电缆A与第一传输导体组后排接触部42或第二传输导体组后排接触部52进行导通时，先按压弹性抵推部91，让可拆式下绝缘胶体9得以顺着轨道11移动退出插接空间24，此时即可将扁平电缆A的端子部分搭接在可拆式下绝缘胶体9上，而后再将可拆式下绝缘胶体9往内推移，让弹性抵推部91再度顺着轨道11移动，以其进入插接空间24内，而与第一传输导体组后排接触部42及第二传输导体组后排接触部52进行导通，达到无须任何焊接工法即可电性连接。Referring to FIG. 1 to FIG. 9, when the user wants to insert the connector of the present invention from the first plug connector 8, the first transmission conductor group front row contact portion 4 or the second transmission conductor group front row contact portion 5 can be utilized. Differential conduction, as the name implies, can be bridged and turned on corresponding to the first transmission conductor group front row contact portion 4 or the second transmission conductor group front row contact portion 5, whether it is forward insertion or reverse insertion. The limitation of positive insertion or reverse insertion; and more importantly, when the flat cable A is to be guided by the second insertion interface 81 with the first transmission conductor group rear row contact portion 42 or the second transmission conductor group rear row contact portion 52 When the time passes, the elastic urging portion 91 is first pressed, so that the detachable lower insulating rubber 9 can be moved along the rail 11 to exit the plugging space 24, and the terminal portion of the flat cable A can be lapped and detachably insulated. On the colloid 9, and then the detachable lower insulating colloid 9 is pushed inwardly, and the elastic urging portion 91 is again moved along the rail 11 to enter the mating space 24 to be in contact with the rear row of the first transmission conductor set. The portion 42 and the second transmission conductor group rear row contact portion 52 are turned on to achieve no The welding method can be electrically connected.
请参阅图10所示，屏蔽壳体1a的上下两侧处分别具有一固定扣部12a，由此可知本发明的固定扣部12a不只可位于屏蔽壳体1a的左右两侧处，更可以为上下两侧处。As shown in FIG. 10, each of the upper and lower sides of the shielding case 1a has a fixing button portion 12a. It can be seen that the fixing button portion 12a of the present invention can be located not only at the left and right sides of the shielding case 1a, but also On the upper and lower sides.
请参阅图11所示，屏蔽壳体1b的左右两侧处乃分别具有一呈水平状延伸的固定扣部12b，由此可知本发明的固定扣部12b不只可位于屏蔽壳体1b的上下或左右两侧处，更可以为水平状延伸。Referring to FIG. 11, the left and right sides of the shielding case 1b respectively have a fixing buckle portion 12b extending horizontally. It can be seen that the fixing button portion 12b of the present invention can be located not only on the upper and lower sides of the shielding case 1b or At the left and right sides, it can extend horizontally.
请参阅图12所示本发明除了如前述实施例可单独设置外，更可以左右连续侧立设置以屏蔽壳体1c作基准空间，亦可依据使用者须求改变其设立方式或数量，本实施例的图式乃以左右连续侧立设置为代表，更可以垂直上下堆栈方式连续设置或侧立设置。Referring to FIG. 12, the present invention can be separately disposed side by side to shield the casing 1c as a reference space, and can be changed according to the user's requirements. The illustration of the example is represented by the left and right continuous side setting, and can be set continuously or vertically in the vertical stacking manner.
请参阅图13所示，第一插接口8d周围处设有至少一防水组件B，让本发明具有其防水功能，而此防水技术得以与手机做结合或其他需要的电子装置结合。Referring to FIG. 13, at least one waterproof component B is disposed around the first plug connector 8d, so that the present invention has its waterproof function, and the waterproof technology can be combined with the mobile phone or other required electronic devices.
因此，本发明电连接器的结构为可改善习用技术的关键在于：Therefore, the key to the structure of the electrical connector of the present invention that can improve the conventional technology is:
一、通过第一传输导体组前排接触部4及另一侧的第二传输导体组前排接触部5，达到正反插置皆可导通的优势。1. The advantage of both the forward and reverse insertions can be achieved by the front row of contact portions 4 of the first transmission conductor set and the front row of contact portions 5 of the second transmission conductor group of the other side.
二、通过可拆式下绝缘胶体9的活动设置与两侧的弹性抵推部91，让扁平电缆A端子与第一传输导体组后排接触部42及第二传输导体组后排接触部52的连接方式可为活动插设，而无须使用焊接方式，且在拔除扁平电缆A时，可利用弹性抵推部91轻松的将扁平电缆A端子移除，非常方便。2. The flat cable A terminal and the first transmission conductor group rear row contact portion 42 and the second transmission conductor group rear row contact portion 52 are provided by the movable arrangement of the detachable lower insulating rubber 9 and the elastic abutting portions 91 on both sides. The connection method can be an active insertion without using a welding method, and when the flat cable A is removed, the flat cable A terminal can be easily removed by the elastic abutting portion 91, which is very convenient.
上述实施例和图式并非限定本发明的产品形态和式样，任何所属技术领域的普通技术人员对其所做的适当变化或修饰，皆应视为不脱离本发明的专利范畴。The above-mentioned embodiments and the drawings are not intended to limit the scope of the invention, and any suitable variations or modifications of the invention will be apparent to those skilled in the art.
综上所述，本发明电连接器的结构于使用时，确实能达到其功效及目的，故本发明诚为一实用性优异的发明，符合发明专利的申请条件，爰依法提出申请，盼审查员早日赐准本发明，以保障发明人的辛苦发明，倘若审查员有任何稽疑，请不吝来函指示，发明人定当竭力配合，实感公便。In summary, the structure of the electrical connector of the present invention can achieve its efficacy and purpose when used. Therefore, the invention is an invention with excellent practicability, meets the application conditions of the invention patent, and submits an application according to law, hoping to review The invention will be granted as soon as possible to protect the inventor's hard work. If the examiner has any doubts, please do not hesitate to give instructions, the inventor will try his best to cooperate and feel polite.

Claims (18)

1、一种电连接器的结构，其特征在于，主要包括：What is claimed is: 1. A structure of an electrical connector, comprising:
一屏蔽壳体；a shielded housing;
至少一收容于该屏蔽壳体内的绝缘胶体组，其具有一舌板部；At least one insulating colloid group housed in the shielding case, which has a tongue portion;
一与该舌板部结合的第一传输导体组前排接触部，其由另一端延伸设有第一传输导体组后排接触部；a front transmission contact portion of the first transmission conductor group combined with the tongue portion, and a rear contact portion of the first transmission conductor group extending from the other end;
一与该舌板部结合且位于该第一传输导体组前排接触部另一侧的第二传输导体组前排接触部，其由另一端延伸设有与该第一传输导体组后排接触部水平单排设置的第二传输导体组后排接触部；a second transmission conductor group front row contact portion coupled to the tongue plate portion and located on the other side of the front row contact portion of the first transmission conductor group, and extending from the other end to be in contact with the rear row of the first transmission conductor group a second transmission conductor set rear row contact portion arranged horizontally in a single row;
一设于该第一传输导体组前排接触部及该第二传输导体组前排接触部侧处的第一插接口；a first insertion interface disposed at a front row contact portion of the first transmission conductor group and a front contact portion side of the second transmission conductor group;
一设于该第一传输导体组后排接触部及该第二传输导体组后排接触部侧处的第二插接口；a second insertion interface disposed at a rear row contact portion of the first transmission conductor group and a rear contact portion side of the second transmission conductor group;
该第一传输导体组前排接触部为I/O连接器接口，而该第一传输导体组后排接触部乃供扁平电缆接设；The first transmission conductor group front row contact portion is an I/O connector interface, and the first transmission conductor group rear row contact portion is for a flat cable connection;
该第二传输导体组前排接触部为I/O连接器接口，而该第二传输导体组后排接触部乃供扁平电缆接设。The second transmission conductor group front row contact portion is an I/O connector interface, and the second transmission conductor group rear row contact portion is for a flat cable connection.
2、如权利要求1所述的电连接器的结构，其特征在于：所述绝缘胶体组邻近第二插接口下方处设有一可拆式下绝缘胶体，该下绝缘胶体的两侧分别具有至少一弹性抵推部，该下绝缘胶体的其中一面具有至少一供固持的凸部。The structure of the electrical connector of claim 1 , wherein the insulating colloid group is provided with a detachable lower insulating colloid adjacent to the lower side of the second plug connector, and the lower insulating colloid has at least two sides respectively An elastic abutting portion, one of the lower insulating colloids having at least one convex portion for holding.
3、如权利要求1所述的电连接器的结构，其特征在于：所述绝缘胶体组包含第一绝缘胶体及设于该第一绝缘胶体一侧的第二绝缘胶体，且该第一绝缘胶体及该第二绝缘胶体结合形成所述舌板部，且该绝缘胶体组形成一供一内屏蔽壳体设置的设置空间，该第一绝缘胶体及该第二绝缘胶体之间设有一用于隔离该第一传输导体组前排接触部及该第二传输导体组前排接触部的屏蔽隔板，该绝缘胶体组邻近该第二插接口下方处设有一可拆式下绝缘胶体。The structure of the electrical connector of claim 1 , wherein the insulating colloid group comprises a first insulating colloid and a second insulating colloid disposed on a side of the first insulating colloid, and the first insulating layer The colloid and the second insulating colloid are combined to form the tongue portion, and the insulating colloid group forms an installation space for an inner shielding shell, and a first insulating colloid and the second insulating colloid are disposed between the colloid and the second insulating colloid. The shielding spacers of the first transmission conductor group front row contact portion and the second transmission conductor group front row contact portion are separated, and the insulating colloid group is provided with a detachable lower insulating colloid adjacent to the second insertion port.
4、如权利要求1所述的电连接器的结构，其特征在于：所述第一传输导体组后排接触部包含一第一传输导体后排第一接地接触部、一位于该第一传输导体后排第一接地接触部一侧之第一传输导体后排第一差分讯号接触部、一位于该第一传输导体后排第一差分讯号接触部一侧的第一传输导体后排第二差分讯号接触部、一位于该第一传输导体后排第二差分讯号接触部一侧的第一传输导体后排第一电源接触部、一位于该第一传输导体后排第一电源接触部一侧之第一传输导体后排第一侦测接触部、一位于该第一传输导体后排第一侦测接触部一侧的第一传输导体后排第一讯号接触部、一位于该第一传输导体后排第一讯号接触部一侧的第一传输导体后排第二讯号接触部、一位于该第一传输导体后排第二讯号接触部一侧第一传输导体后排第二侦测接触部、一位于该第一传输导体后排第二侦测接触部一侧的第一传输导体后排第二电源接触部、一位于该第一传输导体后排第二电源接触部一侧的第一传输导体后排第三差分讯号接触部、一位于该第一传输导体后排第三差分讯号接触部一侧的第一传输导体后排第四差分讯号接触部、及一位于该第一传输导体后排第四差分讯号接触部一侧的第一传输导体后排第二接地接触部；该第二传输导体组后排接触部包含一位于该第一传输导体后排第一接地接触部一侧的第二传输导体后排第一接地接触部、一位于该第二传输导体后排第一接地接触部一侧的第二传输导体后排第五差分讯号接触部、一位于该第二传输导体后排第五差分讯号接触部与该第一传输导体后排第一差分讯号接触部之间的第二传输导体后排第六差分讯号接触部、一位于该第一传输导体后排第一电源接触部一侧的第二传输导体后排第一电源接触部、一位于该第二传输导体后排第一电源接触部一侧的第二传输导体后排第一侦测接触部、一位于该第二传输导体后排第一侦测接触部一侧的第二传输导体后排第一讯号接触部、一位于该第二传输导体后排第一讯号接触部一侧的第二传输导体后排第二讯号接触部、一位于该第二传输导体后排第二讯号接触部与该第一传输导体后排第一侦测接触部之间的第二传输导体后排第一侦测接触部、一位于该第一传输导体后排第二电源接触部一侧的第二传输导体后排第二电源接触部、一位于该第二传输导体后排第二电源接触部一侧的第二传输导体后排第七差分讯号接触部、一位于该第二传输导体后排第七差分讯号接触部与该第一传输导体后排第四差分讯号接触部之间的第二传输导体后排第八差分讯号接触部、及一位于该第一传输导体后排第二接地接触部一侧的第二传输导体后排第二接地接触部；该第一传输导体后排第一差分讯号接触部及该第二传输导体后排第六差分讯号接触部之间设有一第一接地保护接触部，而该第一传输导体后排第三差分讯号接触部及该第二传输导体后排第八差分讯号接触部之间设有一第二接地保护接触部。The structure of the electrical connector of claim 1 wherein said first transmission conductor set rear row contact portion comprises a first transmission conductor rear row first ground contact portion, and one of said first transmissions a first differential signal contact portion on the first transmission conductor side of the first ground contact portion on the rear side of the conductor, and a first transmission conductor on the side of the first differential signal contact portion on the rear side of the first transmission conductor a differential signal contact portion, a first power transmission contact portion on a side of the second differential signal contact portion on the rear side of the first transmission conductor, a first power supply contact portion on the rear side of the first transmission conductor, and a first power supply contact portion on the rear side of the first transmission conductor a first detection contact portion on the side of the first transmission conductor, a first transmission conductor on the side of the first detection contact portion of the first transmission conductor, and a first signal contact portion on the rear side, one at the first a second signal contact portion of the first transmission conductor on the first signal contact portion of the rear side of the transmission conductor, and a second transmission conductor on the second signal contact portion of the second transmission contact portion of the first transmission conductor Contact, one located a first transmission conductor on the second detection contact side of the first transmission conductor, a second power supply contact portion on the rear side, and a first transmission conductor rear side on a side of the second power supply contact portion on the rear side of the first transmission conductor a third differential signal contact portion, a fourth differential signal contact portion on a side of the first transmission conductor on a side of the third differential signal contact portion of the first transmission conductor, and a fourth differential signal contact portion on the first transmission conductor a second ground contact portion of the first transmission conductor on the side of the differential signal contact portion; the second transmission portion of the second transmission conductor group includes a second transmission on a side of the first ground contact portion of the rear row of the first transmission conductor a first ground contact portion of the rear row of the conductor, a second differential signal contact portion of the second transmission conductor on the side of the first ground contact portion of the second transmission conductor, and a fifth differential signal contact portion at the rear of the second transmission conductor a sixth differential signal contact portion of the second transmission conductor between the differential signal contact portion and the first differential signal contact portion of the first transmission conductor, and a first power contact portion on the rear side of the first transmission conductor of a second power transmission contact portion of the second transmission conductor, a second transmission conductor on a side of the first power supply contact portion of the second transmission conductor, a first detection contact portion, and a second transmission conductor a first signal contact portion on the second transmission conductor side of the first detecting contact portion, a second transmission conductor on the side of the first signal contact portion on the rear side of the second transmission conductor, and a second signal contact portion on the rear side a second transmission conductor located between the second signal contact portion of the second transmission conductor and the first detection contact portion of the first transmission conductor, and a first detection contact portion, one of the first detecting contacts a second transmission conductor on the second power contact side of the rear side of the transmission conductor, a second power supply contact portion on the rear side, and a second transmission conductor on the second power supply contact side of the second transmission conductor a signal contact portion, a second differential signal contact portion of the second transmission conductor between the seventh differential signal contact portion of the second transmission conductor and the fourth differential signal contact portion of the rear of the first transmission conductor, and One at the first transmission a second grounding contact portion on a second transmission conductor side of the second ground contact portion of the rear row of the body; a first differential signal contact portion on the rear side of the first transmission conductor; and a sixth differential signal contact portion on the rear side of the second transmission conductor A first grounding protection contact portion is disposed between the third transmission signal contact portion of the first transmission conductor and the eighth differential signal contact portion of the second transmission conductor and the second differential signal contact portion of the second transmission conductor.
5、如权利要求1所述的电连接器的结构，其特征在于：所述第一传输导体组前排接触部往后延伸设有一第一传输导体后排第一接地基部、一位于该第一传输导体后排第一接地基部一侧的第一传输导体后排第一差分讯号基部、一位于该第一传输导体后排第一差分讯号基部一侧的第一传输导体后排第二差分讯号基部、一位于该第一传输导体后排第二差分讯号基部一侧的第一传输导体后排第一电源基部、一位于该第一传输导体后排第一电源基部一侧的第一传输导体后排第一侦测基部、一位于该第一传输导体后排第一侦测基部一侧的第一传输导体后排第一讯号基部、一位于该第一传输导体后排第一讯号基部一侧的第一传输导体后排第二讯号基部、一位于该第一传输导体后排第二讯号基部一侧的第一传输导体后排第二侦测基部、一位于该第一传输导体后排第二侦测基部一侧的第一传输导体后排第二电源基部、一位于该第一传输导体后排第二电源基部一侧的第一传输导体后排第三差分讯号基部、一位于该第一传输导体后排第三差分讯号基部一侧的第一传输导体后排第四差分讯号基部、及一位于该第一传输导体后排第四差分讯号基部一侧的第一传输导体后排第二接地基部；该第二传输导体组前排接触部往后延伸设有一第二传输导体后排第一接地基部、一位于该第二传输导体后排第一接地基部一侧的第二传输导体后排第五差分讯号基部、一位于该第二传输导体后排第五差分讯号基部一侧的第二传输导体后排第六差分讯号基部、一位于该第一传输导体后排第一电源基部一侧的第二传输导体后排第一电源基部、一位于该第二传输导体后排第一电源基部一侧的第二传输导体后排第一侦测基部、一位于该第二传输导体后排第一侦测基部一侧的第二传输导体后排第一讯号基部、一位于该第二传输导体后排第一讯号基部一侧的第二传输导体后排第二讯号基部、一位于该第二传输导体后排第二讯号基部一侧的第二传输导体后排第一侦测基部、一位于该第一传输导体后排第二电源基部一侧的第二传输导体后排第二电源基部、一位于该第二传输导体后排第二电源基部一侧的第二传输导体后排第七差分讯号基部、一位于该第二传输导体后排第七差分讯号基部一侧的第二传输导体后排第八差分讯号基部、及一位于该第一传输导体后排第二接地基部一侧的第二传输导体后排第二接地基部。The structure of the electrical connector of claim 1 , wherein the front transmission contact portion of the first transmission conductor group extends rearwardly with a first transmission conductor and a first ground base portion, and one of the first transmission bases a first transmission signal base on the first grounding conductor side of the transmission conductor rear row, a first differential signal base portion on the rear side of the first transmission signal base, and a second transmission difference on the first transmission conductor base side of the first transmission conductor rear row a signal base, a first transmission conductor located on a side of the second differential signal base of the rear of the first transmission conductor, a first power supply base, and a first transmission on a side of the first power supply base of the first transmission conductor a first detecting base of the rear row of the conductor, a first transmitting base of the first transmitting conductor on a side of the first detecting base of the first transmitting conductor, and a first signal base at the rear of the first transmitting conductor a second signal base on the rear side of the first transmission conductor, a first transmission conductor on the side of the second signal base on the rear side of the first transmission conductor, and a second detection base in the rear, one behind the first transmission conductor Row number Detecting a second power supply base of the first transmission conductor on the side of the base, a first transmission conductor on the side of the second power supply base of the rear of the first transmission conductor, and a third differential signal base, one located at the first a fourth differential signal base of the first transmission conductor on the side of the third differential signal base of the transmission conductor, and a first transmission conductor on the side of the fourth differential signal base of the rear of the first transmission conductor. a second base of the second transmission conductor group a fifth differential signal base, a second transmission conductor on a side of the fifth differential signal base on the rear side of the second transmission conductor, a sixth differential signal base, and a first power supply base in the rear of the first transmission conductor. a second transmission conductor on the side of the second power transmission base, a second transmission conductor on a side of the second power transmission base of the second transmission conductor, a first detection base, and a second transmission guide The second transmission conductor on the first detecting base side of the rear side of the body is the first signal base portion, the second transmission conductor on the side of the first signal base portion of the second transmission conductor, and the second signal base portion. a second transmission conductor located on a side of the second signal base of the second transmission conductor, a first detection base, a second transmission conductor on a side of the second power supply base of the first transmission conductor, and a second transmission conductor a second power transmission base, a second transmission signal base on a second transmission conductor side of the second transmission base of the second transmission conductor, and a seventh differential signal base on a side of the seventh differential signal base of the second transmission conductor The eighth transmission signal base of the second transmission conductor and the second transmission conductor of the second transmission base on the side of the second ground base of the rear of the first transmission conductor are arranged in a second ground base.
6、如权利要求1所述的电连接器的结构，其特征在于：所述第二传输导体组前排接触部延伸至该第二传输导体组后排接触部的延伸路径与该第一传输导体组前排接触部延伸至该第一传输导体组后排接触部的延伸路径呈反向设置。 The structure of an electrical connector according to claim 1, wherein said second transmission conductor group front row contact portion extends to an extension path of said second transmission conductor group rear row contact portion and said first transmission The extension of the front row of contact portions of the conductor set to the rear row of the first transmission conductor set is reversed.
7、如权利要求1所述的电连接器的结构，其特征在于：所述屏蔽壳体后方两侧处分别形成有一轨道，且该绝缘胶体组后方具有一与该屏蔽壳体共同围绕出供连接器活动插置的插接空间。The structure of the electrical connector of claim 1 , wherein a rail is formed on each of the two sides of the shielding shell, and a rear of the insulating colloid group is provided together with the shielding shell. The docking space in which the connector is actively inserted.
8、如权利要求1所述的电连接器的结构，其特征在于：所述第一传输导体组前排接触部或第二传输导体组前排接触部为符合USBC型规格、FFC规格或FPC规格的其中一种。The structure of an electrical connector according to claim 1, wherein said first transmission conductor group front row contact portion or said second transmission conductor group front row contact portion is in conformity with USBC type specification, FFC specification or FPC. One of the specifications.
9、如权利要求1所述的电连接器的结构，其特征在于：所述屏蔽壳体的左右两侧处分别具有一固定扣部。9. The structure of an electrical connector according to claim 1, wherein each of the left and right sides of the shield housing has a fastening portion.
10、如权利要求1所述的电连接器的结构，其特征在于：所述屏蔽壳体的上下两侧处分别具有一固定扣部。10. The structure of an electrical connector according to claim 1, wherein each of the upper and lower sides of the shielding case has a fastening portion.
11、如权利要求1所述的电连接器的结构，其特征在于：所述屏蔽壳体的左右两侧处分别具有一呈水平状延伸的固定扣部。11. The structure of an electrical connector according to claim 1, wherein each of the left and right sides of the shielding housing has a fixing buckle portion extending horizontally.
12、如权利要求1所述的电连接器的结构，其特征在于：所述第一传输导体组后排接触部及该第二传输导体组后排接触部为焊接脚。12. The electrical connector of claim 1 wherein said first transmission conductor set rear row contact portion and said second transmission conductor set rear row contact portion are solder legs.
13、如权利要求1所述的电连接器的结构，其特征在于：所述绝缘胶体组为多组时，为垂直上下堆栈方式连续设置。The structure of the electrical connector according to claim 1, wherein when the insulating colloid group is a plurality of groups, the vertical stacking manner is continuously provided.
14、如权利要求1所述的电连接器的结构，其特征在于：所述绝缘胶体组为侧立设置。14. The structure of an electrical connector according to claim 1, wherein said insulating colloid set is laterally disposed.
15、如权利要求1所述的电连接器的结构，其特征在于：所述绝缘胶体组为多组时，为左右连续侧立设置。The structure of the electrical connector according to claim 1, wherein when the insulating colloid group is a plurality of groups, the left and right sides are continuously disposed sideways.
16、如权利要求1所述的电连接器的结构，其特征在于：所述第一插接口的周围设有至少一防水组件。16. The structure of an electrical connector according to claim 1, wherein at least one waterproof component is disposed around the first plug connector.
17、一种电连接器的结构，其特征在于，主要包括：17. A structure of an electrical connector, characterized by comprising:
一屏蔽壳体；a shielded housing;
至少一收容于该屏蔽壳体内的绝缘胶体组，该绝缘胶体组具有一舌板部；At least one insulating colloid group housed in the shielding case, the insulating colloid group having a tongue portion;
一与该舌板部结合的第一传输导体组前排接触部，其由另一端延伸设有第一传输导体组后排接触部；a front transmission contact portion of the first transmission conductor group combined with the tongue portion, and a rear contact portion of the first transmission conductor group extending from the other end;
一与该舌板部结合且位于该第一传输导体组前排接触部另一侧的第二传输导体组前排接触部，其由另一端延伸设有与该第一传输导体组后排接触部水平单排设置的第二传输导体组后排接触部；a second transmission conductor group front row contact portion coupled to the tongue plate portion and located on the other side of the front row contact portion of the first transmission conductor group, and extending from the other end to be in contact with the rear row of the first transmission conductor group a second transmission conductor set rear row contact portion arranged horizontally in a single row;
一设于该第一传输导体组前排接触部及该第二传输导体组前排接触部侧处的第一插接口；a first insertion interface disposed at a front row contact portion of the first transmission conductor group and a front contact portion side of the second transmission conductor group;
一设于该第一传输导体组后排接触部及该第二传输导体组后排接触部侧处的第二插接口；a second insertion interface disposed at a rear row contact portion of the first transmission conductor group and a rear contact portion side of the second transmission conductor group;
该第一插接口为供连接器正反向插置的椭圆形插接口；The first plug interface is an elliptical plug connector for inserting the connector in the forward and reverse directions;
该第二插接口为矩形状。The second plug connector has a rectangular shape.
18、一种电连接器的结构，其特征在于，主要包括：18. The structure of an electrical connector, characterized by comprising:
一屏蔽壳体；a shielded housing;
至少一收容于该屏蔽壳体内的绝缘胶体组，该绝缘胶体组具有一舌板部；At least one insulating colloid group housed in the shielding case, the insulating colloid group having a tongue portion;
一与该舌板部结合的第一传输导体组前排接触部，其由另一端延伸设有第一传输导体组后排接触部，其中所述第一传输导体组后排接触部为凸起的弹性状结构，而该第一传输导体组前排接触部为板状结构；a first transmission conductor group front row contact portion coupled to the tongue portion, the first transmission conductor group rear row contact portion extending from the other end, wherein the first transmission conductor group rear row contact portion is a protrusion An elastic structure, and the front contact portion of the first transmission conductor group is a plate-like structure;
一与该舌板部结合且位于该第一传输导体组前排接触部另一侧的第二传输导体组前排接触部，其由另一端延伸设有与该第一传输导体组后排接触部水平单排设置的第二传输导体组后排接触部，其中所述第二传输导体组后排接触部为凸起的弹性状结构，而该第二传输导体组前排接触部为板状结构；a second transmission conductor group front row contact portion coupled to the tongue plate portion and located on the other side of the front row contact portion of the first transmission conductor group, and extending from the other end to be in contact with the rear row of the first transmission conductor group a second transmission conductor group rear row contact portion disposed horizontally in a single row, wherein the second transmission conductor group rear row contact portion is a convex elastic structure, and the second transmission conductor group front row contact portion is a plate shape structure;
一设于该第一传输导体组前排接触部及该第二传输导体组前排接触部侧处的第一插接口；a first insertion interface disposed at a front row contact portion of the first transmission conductor group and a front contact portion side of the second transmission conductor group;
一设于该第一传输导体组后排接触部及该第二传输导体组后排接触部侧处的第二插接口。a second insertion interface disposed at a rear contact portion of the first transmission conductor group and a rear contact portion side of the second transmission conductor group.
PCT/CN2016/098372 2016-09-08 2016-09-08 Structure of electrical connector WO2018045520A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
PCT/CN2016/098372 WO2018045520A1 (en) 2016-09-08 2016-09-08 Structure of electrical connector

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
PCT/CN2016/098372 WO2018045520A1 (en) 2016-09-08 2016-09-08 Structure of electrical connector

Publications (1)

Publication Number Publication Date
WO2018045520A1 true WO2018045520A1 (en) 2018-03-15

Family

ID=61561280

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2016/098372 WO2018045520A1 (en) 2016-09-08 2016-09-08 Structure of electrical connector

Country Status (1)

Country Link
WO (1) WO2018045520A1 (en)

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7727006B1 (en) * 2009-07-23 2010-06-01 Cheng Uei Precision Industry Co., Ltd. Connector for flexible printed circuit board
CN104022396A (en) * 2014-05-29 2014-09-03 立讯精密工业（昆山）有限公司 Electric connector combination
CN204835032U (en) * 2015-06-19 2015-12-02 东莞杰思实业有限公司 Waterproof electric connector
CN205488839U (en) * 2016-01-07 2016-08-17 东莞讯滔电子有限公司 USBC type socket connector
CN106450934A (en) * 2015-08-10 2017-02-22 王秋文 Structure of electric connector

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7727006B1 (en) * 2009-07-23 2010-06-01 Cheng Uei Precision Industry Co., Ltd. Connector for flexible printed circuit board
CN104022396A (en) * 2014-05-29 2014-09-03 立讯精密工业（昆山）有限公司 Electric connector combination
CN204835032U (en) * 2015-06-19 2015-12-02 东莞杰思实业有限公司 Waterproof electric connector
CN106450934A (en) * 2015-08-10 2017-02-22 王秋文 Structure of electric connector
CN205488839U (en) * 2016-01-07 2016-08-17 东莞讯滔电子有限公司 USBC type socket connector

Similar Documents

Publication Publication Date Title
TWI603536B (en) Plug connector
US4632476A (en) Terminal grounding unit
US7651379B1 (en) Cable assembly with improved termination disposition
TWI356549B (en) Interface adapter module
US7670154B2 (en) Solderness cable assembly
CN104600454B (en) Socket electric connector
CN103199366A (en) Electrical connector and electronic apparatus using the same
JP2013522857A (en) Board to board connector
JPS61225783A (en) Back wiring apparatus for electric function unit
TW200805818A (en) Boardmount header to cable connector assembly
WO2012116505A1 (en) Socket electrical connector
US5340333A (en) Shielded modular adapter
WO2020020291A1 (en) Contact module, and female connector and male connector
TW200525823A (en) Cable assembly with power adapter
US20240243532A1 (en) Terminal connection structure
WO2017118274A1 (en) Extension device and serial connection device
CN107925205A (en) Plug and matched socket
WO2012116504A1 (en) Electrical connector
TWI470880B (en) Connector device
WO2016115692A1 (en) Power plug connector capable of being plugged reversibly
CN112117570B (en) Signal transmission module, male end connector and female end connector
WO2018045520A1 (en) Structure of electrical connector
CN103730746A (en) Connector combination
CA2114905A1 (en) Vertically aligned electrical connector components
GB987138A (en) Electrical connector

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 16915456

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 16915456

Country of ref document: EP

Kind code of ref document: A1