CN107181090A - A kind of USB Type C male electrical connectors and its transmission conductor structure - Google Patents
A kind of USB Type C male electrical connectors and its transmission conductor structure Download PDFInfo
- Publication number
- CN107181090A CN107181090A CN201710320335.5A CN201710320335A CN107181090A CN 107181090 A CN107181090 A CN 107181090A CN 201710320335 A CN201710320335 A CN 201710320335A CN 107181090 A CN107181090 A CN 107181090A
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- group
- pin
- holding parts
- portion group
- lead portion
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- 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
- H01R13/40—Securing contact members in or to a base or case; Insulating of contact members
- H01R13/405—Securing in non-demountable manner, e.g. moulding, riveting
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- 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
- H01R13/648—Protective earth or shield arrangements on coupling devices, e.g. anti-static shielding
- H01R13/658—High frequency shielding arrangements, e.g. against EMI [Electro-Magnetic Interference] or EMP [Electro-Magnetic Pulse]
- H01R13/6581—Shield structure
- H01R13/6585—Shielding material individually surrounding or interposed between mutually spaced contacts
Abstract
The present invention discloses a kind of USB Type C male electrical connectors and its transmission conductor structure, the electric connector primary structure includes shielded partitions, first transmission conductor group, second transmission conductor group, first insulation colloid, second insulation colloid, first shield shell, secondary shielding housing, wherein, the pin of first transmission conductor group is divided into the first lead portion group and second pin portion group, the pin of second transmission conductor group is divided into the 3rd lead portion group and the 4th lead portion group, make interface definition clear after packet, easily identification, soldering tin is drawn beneficial to maintenance, or change tip-off detin；Circuit board line HF link cabling easily, will not circuit crossover pass around interference, every characteristic after circuit board of burn-oning is superior to the current all products of industry.
Description
Technical field
The present invention relates to field of connectors technology, referring in particular to one kind has the resilient contact that is arranged above and below, and has simultaneously
Be grouped Heterogeneous Permutation pin, can just anti-plug USB type C joints.
Background technology
Growth is continued to develop with electronic product, the product with USB interface is also more and more, occupies very big city
Market share, such as, USB Type-C are exactly a kind of frivolous compact novel USB interface of interface, and it can be extended to power supply/USB
Tri- interfaces of transmission/VGA or HDMI, with preferable practicality, and can be with compatible USB3.0, USB2.0 by adapter
Deng previous generation interfaces, the routine use demand of people can be preferably met.
Traditional USB Type-C interface is defined as follows：
Because USB Type-C interface has two rows resilient contact, therefore its terminal is also two rows structure, two row ends
Son, which extends back, makes tail end stretch out two rows leg.Upper row's leg is evenly distributed, and lower row's leg is also evenly distributed.Due to weldering
Pin quantity is more and intensive, when in use, and user is difficult the definition for quickly distinguishing each leg.
The content of the invention
In view of this, in view of the existing deficiencies of the prior art, its main purpose is to provide a kind of USB Type C to the present invention
Male electrical connector and its transmission conductor structure.
To achieve the above object, the present invention is using following technical scheme：
A kind of USB Type C male electrical connector transmission conductor structures, the transmission conductor structure includes
First transmission conductor group, its structure is the first contact site group, and the first elastic arm portion group is extended rearward to be by the first contact site group,
Each extended over backward for the first holding parts group and the second holding parts group, and by the first holding parts group backward by the first elastic arm portion group again
The first lead portion group is extended to, and second pin portion group is extended rearward to be by the second holding parts group；
Second transmission conductor group, its structure is the second contact site group, and the second elastic arm portion group is extended rearward to be by the second contact site group,
Each extended over backward for the 3rd holding parts group and the 4th holding parts group, and by the 3rd holding parts group backward by the second elastic arm portion group again
The 3rd lead portion group is extended to, and the 4th lead portion group is extended rearward to be by the 4th holding parts group；
The first transmission conductor group is set to the second transmission conductor group：
First contact site group is set to be coplanar, and the second contact site group is set to be coplanar, the first contact site group and the second contact site
Group is located on two different faces up and down, and the first contact site group is to be arranged oppositely with the second contact site group；
First elastic arm portion group is set to be coplanar, and the second elastic arm portion group is set to be coplanar, the first elastic arm portion group and the second elastic arm portion
Group is located on two different faces up and down, and the first elastic arm portion group is to be arranged oppositely with the second elastic arm portion group；
First holding parts group, the second holding parts group are set to be coplanar, and the 3rd holding parts group, the 4th holding parts group are set to be coplanar,
The first holding parts group, the second holding parts group are located on two different faces up and down from the 3rd holding parts group, the 4th holding parts group,
And the first holding parts group, the second holding parts group are to be arranged oppositely with the 3rd holding parts group, the 4th holding parts group；
First lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group are set for alternating series, its order
For the first lead portion group, the 3rd lead portion group, second pin portion group, the 4th lead portion group, this four groups of lead portion groups have 22PIN
Pin, its sequential is set；Wherein,
First lead portion group is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin, the first high-frequency signals draw
Pin, the second high-frequency signals pin, second source return pins, the first electrical functionality pin, common 5PIN pins；
Second pin portion group is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin, the second low-frequency signal draws
Pin, the second electrical functionality pin, the 3rd electric power loop pin, the 5th high-frequency signals pin, the 6th high-frequency signals pin, the 4th electricity
Resource loop pin, common 7PIN pins；
3rd lead portion group is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin, the 3rd high-frequency signals draw
Pin, the 4th high-frequency signals pin, the 6th electric power loop pin, the 3rd electrical functionality pin, common 5PIN pins；
4th lead portion group is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin, the 7th electric power loop draws
Pin, the 7th high-frequency signals pin, the 8th high-frequency signals pin, the 8th electric power loop pin, common 5PIN pins.
A kind of USB Type C male electrical connector transmission conductor structures, the transmission conductor structure includes
First transmission conductor group, its structure is the first contact site group, and the first elastic arm portion group is extended rearward to be by the first contact site group,
Each extended over backward for the first holding parts group and the second holding parts group, and by the first holding parts group backward by the first elastic arm portion group again
The first lead portion group is extended to, and second pin portion group is extended rearward to be by the second holding parts group；
Second transmission conductor group, its structure is the second contact site group, and the second elastic arm portion group is extended rearward to be by the second contact site group,
Each extended over backward for the 3rd holding parts group and the 4th holding parts group, and by the 3rd holding parts group backward by the second elastic arm portion group again
The 3rd lead portion group is extended to, and the 4th lead portion group is extended rearward to be by the 4th holding parts group；
The first transmission conductor group is set to the second transmission conductor group：
First contact site group is set to be coplanar, and the second contact site group is set to be coplanar, the first contact site group and the second contact site
Group is located on two different faces up and down, and the first contact site group is to be arranged oppositely with the second contact site group；
First elastic arm portion group is set to be coplanar, and the second elastic arm portion group is set to be coplanar, the first elastic arm portion group and the second elastic arm portion
Group is located on two different faces up and down, and the first elastic arm portion group is to be arranged oppositely with the second elastic arm portion group；
First holding parts group, the second holding parts group are set to be coplanar, and the 3rd holding parts group, the 4th holding parts group are set to be coplanar,
The first holding parts group, the second holding parts group are located on two different faces up and down from the 3rd holding parts group, the 4th holding parts group,
And the first holding parts group, the second holding parts group are to be arranged oppositely with the 3rd holding parts group, the 4th holding parts group；
First lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group are set for alternating series, its order
For the first lead portion group, the 3rd lead portion group, second pin portion group, the 4th lead portion group, this four groups of lead portion groups have 18PIN
Pin, its sequential is set；Wherein,
First lead portion group is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin, the first high-frequency signals draw
Pin, the second high-frequency signals pin, second source return pins, the first electrical functionality pin, common 5PIN pins；
Second pin portion group is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin, the second low-frequency signal draws
Pin, the second electrical functionality pin, the 3rd electric power loop pin, the 4th electric power loop pin, common 5PIN pins；
3rd lead portion group is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin, the 3rd high-frequency signals draw
Pin, the 4th high-frequency signals pin, the 6th electric power loop pin, the 3rd electrical functionality pin, common 5PIN pins；
4th lead portion group is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin, the 7th electric power loop draws
Pin, the 8th electric power loop pin, common 3PIN pins.
A kind of USB Type C male electrical connector transmission conductor structures, the transmission conductor structure includes
First transmission conductor group, its structure is the first contact site group, and the first elastic arm portion group is extended rearward to be by the first contact site group,
Each extended over backward for the first holding parts group and the second holding parts group, and by the first holding parts group backward by the first elastic arm portion group again
The first lead portion group is extended to, and second pin portion group is extended rearward to be by the second holding parts group；
Second transmission conductor group, its structure is the second contact site group, and the second elastic arm portion group is extended rearward to be by the second contact site group,
Each extended over backward for the 3rd holding parts group and the 4th holding parts group, and by the 3rd holding parts group backward by the second elastic arm portion group again
The 3rd lead portion group is extended to, and the 4th lead portion group is extended rearward to be by the 4th holding parts group；
The first transmission conductor group is set to the second transmission conductor group：
First contact site group is set to be coplanar, and the second contact site group is set to be coplanar, the first contact site group and the second contact site
Group is located on two different faces up and down, and the first contact site group is to be arranged oppositely with the second contact site group；
First elastic arm portion group is set to be coplanar, and the second elastic arm portion group is set to be coplanar, the first elastic arm portion group and the second elastic arm portion
Group is located on two different faces up and down, and the first elastic arm portion group is to be arranged oppositely with the second elastic arm portion group；
First holding parts group, the second holding parts group are set to be coplanar, and the 3rd holding parts group, the 4th holding parts group are set to be coplanar,
The first holding parts group, the second holding parts group are located on two different faces up and down from the 3rd holding parts group, the 4th holding parts group,
And the first holding parts group, the second holding parts group are to be arranged oppositely with the 3rd holding parts group, the 4th holding parts group；
First lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group are set for alternating series, its order
For the first lead portion group, the 3rd lead portion group, second pin portion group, the 4th lead portion group, this four groups of lead portion groups have 14PIN
Pin, its sequential is set；Wherein,
First lead portion group is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin, second source loop is drawn
Pin, the first electrical functionality pin, common 3PIN pins；
Second pin portion group is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin, the second low-frequency signal draws
Pin, the second electrical functionality pin, the 3rd electric power loop pin, the 4th electric power loop pin, common 5PIN pins；
3rd lead portion group is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin, the 6th electric power loop draws
Pin, the 3rd electrical functionality pin, common 3PIN pins；
4th lead portion group is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin, the 7th electric power loop draws
Pin, the 8th electric power loop pin, common 3PIN pins.
It is used as a kind of preferred scheme, the first lead portion group, second pin portion group, the 3rd lead portion group, the 4th pin
Portion's group, for packet staggeredly single coplanar setting.
As a kind of preferred scheme, the first lead portion group, second pin portion group are single coplanar setting, the described 3rd
Lead portion group, the 4th lead portion group are single coplanar setting, the first lead portion group, second pin portion group and the 3rd lead portion
Group, the 4th lead portion group are located at up and down on two different faces, formed can sandwich circuit board up and down structure.
A kind of USB Type C male electrical connector structures, including transmission conductor structure, consolidate in the first holding parts group, second
Portion's group is held, and to being provided with a shielded partitions between the 3rd holding parts group to opposite side, the 4th holding parts group, and this first consolidates
Hold portion's group, the second holding parts group, shielded partitions, the 3rd holding parts group, the 4th holding parts group jointly an embedded mold insert form the
In two insulating cement bodies.
As a kind of preferred scheme, in the first elastic arm portion group and opposite side the second elastic arm portion group, one first may be contained within exhausted
In the fence of edge colloid, and do not touched with this first insulation colloid so that the first elastic arm portion group and opposite side elastic arm portion group, shape
As elastic mobilizable structure.
As a kind of preferred scheme, outside the second insulation colloid and the first insulating cement body, provided with more than one shielding
This second insulation colloid and the first insulation colloid are done cladding and set by housing, this shield shell.
As a kind of preferred scheme, two holding shrapnels are extended with forward in shielded partitions both sides, and this two holding shrapnel is set
Insulate in the groove of the colloid left and right sides, and do not touched with this insulated cavity colloid in first, be formed as elastic mobilizable structure.
As a kind of preferred scheme, spacing elastic construction can be fixed by being extended with secondary shielding housing rear, and it is arranged at
Packet interlock single the first coplanar lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group to another
Side, formed can sandwich circuit board structure.
The present invention has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technical proposal
Understand, its pin for being primarily due to the first transmission conductor group is divided into the first lead portion group and second pin portion group, the second transmission
The pin of conductor group, which is divided into after the 3rd lead portion group and the 4th lead portion group, packet, makes interface definition clear, easily recognizes, is beneficial to
Soldering tin is drawn in maintenance, or changes tip-off detin；Circuit board line HF link cabling easily, will not circuit crossover pass around it is dry
Disturb, every characteristic after circuit board of burn-oning is superior to industry all products at present.In addition, four groups of pin Heterogeneous Permutations are after packet
Single pasting board combining form, or two bank clamping plate combining form up and down, are easy to directly touch or welding application is in package colloid electricity
Submodule/printed circuit board electronic module/flexible printed wiring board flat cable/cable, this electric connector structure is easy to
Production, bonding wire is simple, and cost is low.
More clearly to illustrate the architectural feature and effect of the present invention, come below in conjunction with the accompanying drawings with specific embodiment to this hair
It is bright to be described in detail.
Brief description of the drawings
Fig. 1 is the package assembly schematic perspective view of the first embodiment of the present invention.
Fig. 2 is Fig. 1 top view.
Fig. 3 is Fig. 1 upward view.
Fig. 4 is the decomposition texture schematic perspective view of the first embodiment of the present invention.
Fig. 5 is that the first transmission conductor group of the first embodiment of the present invention, the second transmission conductor group clip shielded partitions
Stereogram, each pin is single pasting board combining form.
Fig. 6 is the first transmission conductor group of the first embodiment of the present invention, the front view of the second transmission conductor group.
Fig. 7 is Fig. 6 top view.
Fig. 8 is the first transmission conductor group of the first embodiment of the present invention, the exploded view of the second transmission conductor group.
Fig. 9 is the package assembly top view of the second embodiment of the present invention.
Figure 10 is the package assembly upward view of the second embodiment of the present invention.
Figure 11 is that the first transmission conductor group of the second embodiment of the present invention, the second transmission conductor group clip shielded partitions
Stereogram, each pin is two bank clamping plate combining forms up and down.
Figure 12 is the package assembly top view of the 3rd embodiment of the present invention.
Figure 13 is the package assembly upward view of the 3rd embodiment of the present invention.
Figure 14 is that the first transmission conductor group of the 3rd embodiment of the present invention, the second transmission conductor group clip shielded partitions
Stereogram, each pin is two bank clamping plate combining forms up and down.
Figure 15 is the package assembly top view of the fourth embodiment of the present invention.
Figure 16 is the package assembly upward view of the fourth embodiment of the present invention.
Figure 17 is that the first transmission conductor group of the fourth embodiment of the present invention, the second transmission conductor group clip shielded partitions
Stereogram, each pin is two bank clamping plate combining forms up and down.
Figure 18 is the package assembly top view of the 5th embodiment of the present invention.
Figure 19 is the package assembly upward view of the 5th embodiment of the present invention.
Figure 20 is that the first transmission conductor group of the 5th embodiment of the present invention, the second transmission conductor group clip shielded partitions
Stereogram, each pin is two bank clamping plate combining forms up and down.
Figure 21 is the package assembly top view of the 5th embodiment of the present invention.
Figure 22 is the package assembly upward view of the 5th embodiment of the present invention.
Figure 23 is that the first transmission conductor group of the 5th embodiment of the present invention, the second transmission conductor group clip shielded partitions
Stereogram, each pin is two bank clamping plate combining forms up and down.
Accompanying drawing identifier declaration：
10th, shielded partitions 11, holding shrapnel
20th, the first transmission conductor group 21, the first contact site group
22nd, the first elastic arm portion group 23, the first holding parts group
24th, the second holding parts group 25, the first lead portion group
251st, the first electric power loop pin 252, the first high-frequency signals pin
253rd, the second high-frequency signals pin 254, second source return pins
255th, the first electrical functionality pin 26, second pin portion group
261st, the first low-frequency signal pin 262, the second low-frequency signal pin
263rd, the second electrical functionality pin 264, the 3rd electric power loop pin
265th, the 5th high-frequency signals pin 266, the 6th high-frequency signals pin
267th, the 4th electric power loop pin 30, the second transmission conductor group
31st, the second contact site group 32, the second elastic arm portion group
33rd, the 3rd holding parts group 34, the 4th holding parts group
35th, the 3rd lead portion group 351, the 5th electric power loop pin
352nd, the 3rd high-frequency signals pin 353, the 4th high-frequency signals pin
354th, the 6th electric power loop pin 355, the 3rd electrical functionality pin
36th, the 4th lead portion group 361, the 4th electrical functionality pin
362nd, the 7th electric power loop pin 363, the 7th high-frequency signals pin
364th, the 8th high-frequency signals pin 365, the 8th electric power loop pin
40th, the first insulation insulation colloid of colloid 50, second
60th, the first shield shell 70, secondary shielding housing
71st, spacing elastic construction 80, printed circuit board electronic module can be fixed.
Embodiment
Embodiment one
It refer to shown in Fig. 1 to Fig. 8, be a kind of tool that show the concrete structure of the first preferred embodiment of the present invention
Be arranged above and below resilient contact, and has packet Heterogeneous Permutation pin simultaneously, can just anti-plug USB type C joints, be one kind
USB 3.1, the every size of its socket depth, length, thickness, width can send association's certification all according to association's size Specification Design；
Its high frequency characteristics and high current key property, according to association's high frequency and electrical Specification Design, surmount association's optimality criterion.It is this
USB type C joints primary structure include a shielded partitions 10, one first transmission conductor group 20, one second transmission conductor group 30,
One first insulation colloid 40, one second insulation colloid 50, one first shield shell 60, a secondary shielding housing 70.
Specifically, the structure of the first transmission conductor group 20 is the first contact site group 21, by the first contact site group 21 backward
The first elastic arm portion group 22 is extended to, then is each extended over backward as the first holding parts group 23 and the second fixing by the first elastic arm portion group 22
Portion's group 24, and the first lead portion group 25 is extended rearward to be by the first holding parts group 23, and extended back by the second holding parts group 24
For second pin portion group 26.
Second transmission conductor group 30, its structure is the second contact site group 31, and the is extended rearward to be by the second contact site group 31
Two elastic arm portion groups 32, then each extended over backward as the 3rd holding parts group 33 and the 4th holding parts group 34 by the second elastic arm portion group 32,
And the 3rd lead portion group 35 is extended rearward to be by the 3rd holding parts group 33, and extend rearward to be the 4th by the 4th holding parts group 34 and draw
Foot's group 36.
The first transmission conductor group 20 is set to the second transmission conductor group 30：
First contact site group 21 is set to be coplanar, and the second contact site group 31 is set to be coplanar, the first contact site group 21 and second
Contact site group 31 is located at up and down on two different faces, and the first contact site group 21 and the second contact site group 31 is to setting
Put.
First elastic arm portion group 22 for it is coplanar set, the second elastic arm portion group 32 for it is coplanar set, the first elastic arm portion group 22 with
Second elastic arm portion group 32 is located at up and down on two different faces, and the first elastic arm portion group 22 and the second elastic arm portion group 32 for to
Set.So, make USB type C joints that there is row's resilient contact up and down, support positive anti-plug.
First holding parts group 23, the second holding parts group 24 are set to be coplanar, the 3rd holding parts group 33, the 4th holding parts group 34
Set to be coplanar, the first holding parts group 23, the second holding parts group 24 are located at the 3rd holding parts group 33, the 4th holding parts group 34
Up and down on two different faces, and the first holding parts group 23, the second holding parts group 24 and the 3rd holding parts group the 33, the 4th are held
Portion's group 34 is to be arranged oppositely.
First lead portion group 25, second pin portion group 26, the 3rd lead portion group 35, the 4th lead portion group 36 are alternating series
Set, its order is the first lead portion group 25, the 3rd lead portion group 35, second pin portion group 26, the 4th lead portion group 36, and this four
Group lead portion group has 22PIN pins, and its sequential is set.Wherein,
First lead portion group 25 is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin 251, the first high frequency
Signal pin 252, the second high-frequency signals pin 253, second source return pins 254, the first electrical functionality pin 255, altogether
5PIN pins.
Second pin portion group 26 is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin 261, second
Low-frequency signal pin 262, the second electrical functionality pin 263, the 3rd electric power loop pin 264, the 5th high-frequency signals pin 265,
6th high-frequency signals pin 266, the 4th electric power loop pin 267, common 7PIN pins.
3rd lead portion group 35 is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin 351, the 3rd
High-frequency signals pin 352, the 4th high-frequency signals pin 353, the 6th electric power loop pin 354, the 3rd electrical functionality pin 355,
Common 5PIN pins.
4th lead portion group 36 is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin 361, the 7th
Electric power loop pin 362, the 7th high-frequency signals pin 363, the 8th high-frequency signals pin 364, the 8th electric power loop pin 365,
Common 5PIN pins.
After such a packet Heterogeneous Permutation, 22 transmission conductor pins of foregoing sequential order arrangement are formed.By this implementation
Pin packet is staggered by example, makes interface definition clearly, easily identification, draws soldering tin, or replacing tip-off to take off beneficial to maintenance
Tin；Circuit board line HF link cabling easily, will not circuit crossover pass around interference, every characteristic after circuit board of burn-oning is excellent
In the current all products of industry.
In the present embodiment, the first lead portion group 25, second pin portion group 26, the 3rd lead portion group 35, the 4th pin
The 22PIN pins that portion's group 36 is constituted are packet staggeredly single coplanar setting, form single pasting board combining form, also referred to as SMT shapes
Formula.The advantage of this design is that each leg is exposed to be easy to eat tin beneficial to SMT processing procedures are heated, and leg eats tin and is beneficial to check whether
There is missing solder phenomenon；Circuit board parallel shunt expands current cross section product, also can Isolated Shield high-frequency noise.This single pasting board combination shape
Formula can be touched directly or welding application is in package colloid electronic module/flexible printed wiring board of printed circuit board electronic module 80/
Flat cable/cable.Using such a single pasting board combining form, welded structure is required to relative to traditional front reverse side,
It is reduced to only need single-sided welding or touches, process is few, time saving and energy saving, handling ease, production efficiency is high, circuit board can uses SMT
The a large amount of productions of patch weldering, save piece processing procedure expense, and directly using the production of chip mounter paster, automated job can save cost；
Products application is much better than the other products of industry in flexible circuit board FPC characteristics, and this product is applied to adhesive body USB flash disk characteristic
Temperature rise will not be overheated by remaining colleague.
The first holding parts group 23, the second holding parts group 24, with to opposite side the 3rd holding parts group the 33, the 4th consolidate
Hold and be provided with a shielded partitions 10 between portion's group 34, two holding shrapnels 11 are extended with forward in the both sides of shielded partitions 10, this two folder
Hold shell fragment 11 to be arranged in the first insulation left and right sides groove of colloid 40 of cavity-like, and do not touched with this first insulation colloid, formed
For elastic mobilizable structure.Two holding shrapnels 11 are used for the jack housing for clamping docking, interference signal are grounded, so as to play
Shielding action.
And this first holding parts group 23, the second holding parts group 24, shielded partitions 10, the 3rd holding parts group the 33, the 4th are held
Portion's group 34 is jointly in the second insulation colloid 50 of an embedded mold insert form.Using by the first holding parts group 23, the second holding parts group
24th, shielded partitions 10, the 3rd holding parts group 33, the 4th holding parts group 34 are integrally inlayed with the second insulation colloid 50（Molding into
Type）Form, each metalwork closes and is integral, and sound construction is reliable, is not in loosening problem, improves product quality, and
It is readily produced.
The first insulation colloid 40 is shaped as oval long tube cavity body structure, and has respectively in both sides in cavity body structure
Plural fence structure.The first elastic arm portion group 22 and the second elastic arm portion of opposite side group 32, may be contained within one first insulation colloid
In 40 fence, and do not touched with this first insulation colloid 40 so that the first elastic arm portion group 22 and the second elastic arm of opposite side
Portion's group 32, is formed as elastic mobilizable structure.This structure may insure 32 groups of the first elastic arm portion group 22 and the second elastic arm portion group
Steadiness after dress, and realize the isolation of elastic arm and contact, is also prevented from elastic arm and is extruded bent.
Outside the second insulation insulation colloid 40 of colloid 50 and first, provided with more than one shield shell, specifically wrap
Include the first shield shell 60 and secondary shielding housing 70.The front end of first shield shell 60 is oval long tube cavity body structure,
And extend rearward to be rectangular cavities structure, and the first insulation colloid 40 and second colloid 50 that insulate is placed in the chamber of shield shell
In vivo.The secondary shielding housing 70 is oval long tube cavity geometry, and it is oval that it is mainly cladding the first shield shell 60 front end
Long tube cavity body structure.This first shield shell 60 and secondary shielding housing 70 insulate the second of this mold insert form colloid 50 and the
One insulation colloid 40 does cladding and set.So, the effect of interior outside of interface plays shielding, ensures under dual shield protection
It is reliable and stable that signal is transmitted.In addition, connector surface smoothly directly puts plate beneficial to SMT suction nozzle pickups, beneficial to automated job.
Spacing elastic construction 71 can be fixed by being extended with secondary shielding housing rear, and it is staggeredly single coplanar that it is arranged at packet
The first lead portion group 25, second pin portion group 26, the 3rd lead portion group 35, the 4th lead portion group 36 to opposite side, shape
Into can sandwich circuit board structure.
Embodiment two
As shown in Figures 9 to 11, that show the concrete structure of second of preferred embodiment of the present invention, be it is a kind of have it is upper
Lower arrangement resilient contact, and there is packet Heterogeneous Permutation pin simultaneously, can just anti-plug USB type C joints, be a kind of USB
3.1.The primary structure and first embodiment of this USB type C joints are essentially identical, therefore repeat no more, and difference exists
In：The first lead portion group 25, second pin portion group 26 are single coplanar setting, and the 3rd lead portion group the 35, the 4th is drawn
Foot's group 36 is single coplanar setting, and the first lead portion group 25, second pin portion group 26 are drawn with the 3rd lead portion group the 35, the 4th
Foot's group 36 is located at up and down on two different faces, formed can sandwich circuit board up and down structure, also referred to as HotBar shapes
Formula.
The two bank clamping plate combining form up and down of this 22 lead portion compositions, the advantage of this design is that its leg is exposed
It is easy to eat tin beneficial to HotBar processing procedures are heated, leg eats tin and is beneficial to check whether there is missing solder phenomenon；The packet collating sequence of leg
Soldering tin is drawn beneficial to maintenance, or changes tip-off detin；Circuit board line HF link cabling easily, will not circuit crossover pass around
Interference.Circuit board parallel shunt expands current cross section product, also can Isolated Shield high-frequency noise.Circuit board change the structure fabric swatch number of plies simplification
Reduce, not because reducing cost sacrificial nature.Packet dislocation is not overlapped above and below welding foot, and cabling is separated beneficial to circuit board.
This 22 lead portion composition two bank clamping plate combining forms can be touched directly up and down or welding application is in package colloid
The flexible printed wiring board flat cable of electronic module/printed circuit board electronic module 80//cable.Such a two bank clamping plates up and down
Combining form quickly matches application with the module such as traditional circuit-board, makes its application wider, and can cancel secondary shielding
What housing rear extended fixes spacing elastic construction 71.Although each pin of this embodiment is two rows, but still is to adopt
With packet Heterogeneous Permutation form, make interface definition clear, easily identification.
Embodiment three
It is that one kind has that show the concrete structure of the third preferred embodiment of the present invention as shown in Figure 12 to Figure 14
Be arranged above and below resilient contact, and has packet Heterogeneous Permutation pin simultaneously, can just anti-plug USB type C joints, be one kind
USB 3.0.The primary structure and first embodiment of this USB type C joints are essentially identical, therefore repeat no more, difference
Be in：
First transmission conductor group 20, its structure is the first contact site group 21, and the first bullet is extended rearward to be by the first contact site group 21
Arm group 22, then each extended over backward as the first holding parts group 23 and the second holding parts group 24 by the first elastic arm portion group 22, and by
First holding parts group 23 extends rearward to be the first lead portion group 25, and extends rearward to be second pin portion by the second holding parts group 24
Group 26.
Second transmission conductor group 30, its structure is the second contact site group 31, and the is extended rearward to be by the second contact site group 31
Two elastic arm portion groups 32, then each extended over backward as the 3rd holding parts group 33 and the 4th holding parts group 34 by the second elastic arm portion group 32,
And the 3rd lead portion group 35 is extended rearward to be by the 3rd holding parts group 33, and extend rearward to be the 4th by the 4th holding parts group 34 and draw
Foot's group 36.
The first transmission conductor group 20 is set to the second transmission conductor group 30：
First contact site group 21 is set to be coplanar, and the second contact site group 31 is set to be coplanar, the first contact site group 21 and second
Contact site group 31 is located at up and down on two different faces, and the first contact site group 21 and the second contact site group 31 is to setting
Put.
First elastic arm portion group 22 for it is coplanar set, the second elastic arm portion group 32 for it is coplanar set, the first elastic arm portion group 22 with
Second elastic arm portion group 32 is located at up and down on two different faces, and the first elastic arm portion group 22 and the second elastic arm portion group 32 for to
Set.
First holding parts group 23, the second holding parts group 24 are set to be coplanar, the 3rd holding parts group 33, the 4th holding parts group 34
Set to be coplanar, the first holding parts group 23, the second holding parts group 24 are located at the 3rd holding parts group 33, the 4th holding parts group 34
Up and down on two different faces, and the first holding parts group 23, the second holding parts group 24 and the 3rd holding parts group the 33, the 4th are held
Portion's group 34 is to be arranged oppositely.
First lead portion group 25, second pin portion group 26, the 3rd lead portion group 35, the 4th lead portion group 36 are alternating series
Set, its order is the first lead portion group 25, the 3rd lead portion group 35, second pin portion group 26, the 4th lead portion group 36, and this four
Group lead portion group has 18PIN pins, and its sequential is set.Wherein,
First lead portion group 25 is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin 251, the first high frequency
Signal pin 252, the second high-frequency signals pin 253, second source return pins 254, the first electrical functionality pin 255, altogether
5PIN pins.
Second pin portion group 26 is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin 261, second
Low-frequency signal pin 262, the second electrical functionality pin 263, the 3rd electric power loop pin 264, the 4th electric power loop pin 267,
Common 5PIN pins.
3rd lead portion group 35 is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin 351, the 3rd
High-frequency signals pin 352, the 4th high-frequency signals pin 353, the 6th electric power loop pin 354, the 3rd electrical functionality pin 355,
Common 5PIN pins.
4th lead portion group 36 is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin 361, the 7th
Electric power loop pin 362, the 8th electric power loop pin 365, common 3PIN pins.
In the present embodiment, the first lead portion group 25, second pin portion group 26, the 3rd lead portion group 35, the 4th pin
Portion's group 36, for packet staggeredly single coplanar setting.
Example IV
It is that one kind has that show the concrete structure of the 4th of the present invention kind preferred embodiment as shown in Figure 15 to Figure 17
Be arranged above and below resilient contact, and has packet Heterogeneous Permutation pin simultaneously, can just anti-plug USB type C joints, be one kind
USB 3.0.The primary structure and 3rd embodiment of this USB type C joints are essentially identical, therefore repeat no more, difference
Be in：
In the present embodiment, in the first lead portion group 25, second pin portion group 26 for it is single it is coplanar set, opposite side is to for the 3rd
Lead portion group 35, the 4th lead portion group 36 for it is single it is coplanar set, formed can sandwich circuit board structure.
Embodiment five
It is that one kind has that show the concrete structure of the 4th of the present invention kind preferred embodiment as shown in Figure 18 to Figure 20
Be arranged above and below resilient contact, and has packet Heterogeneous Permutation pin simultaneously, can just anti-plug USB type C joints, be one kind
USB 2.0.The primary structure and first embodiment of this USB type C joints are essentially identical, therefore repeat no more, difference
Be in：
First transmission conductor group 20, its structure is the first contact site group 21, and the first bullet is extended rearward to be by the first contact site group 21
Arm group 22, then each extended over backward as the first holding parts group 23 and the second holding parts group 24 by the first elastic arm portion group 22, and by
First holding parts group 23 extends rearward to be the first lead portion group 25, and extends rearward to be second pin portion by the second holding parts group 24
Group 26.
Second transmission conductor group 30, its structure is the second contact site group 31, and the is extended rearward to be by the second contact site group 31
Two elastic arm portion groups 32, then each extended over backward as the 3rd holding parts group 33 and the 4th holding parts group 34 by the second elastic arm portion group 32,
And the 3rd lead portion group 35 is extended rearward to be by the 3rd holding parts group 33, and extend rearward to be the 4th by the 4th holding parts group 34 and draw
Foot's group 36.
The first transmission conductor group 20 is set to the second transmission conductor group 30：
First contact site group 21 is set to be coplanar, and the second contact site group 31 is set to be coplanar, the first contact site group 21 and second
Contact site group 31 is located at up and down on two different faces, and the first contact site group 21 and the second contact site group 31 is to setting
Put.
First elastic arm portion group 22 for it is coplanar set, the second elastic arm portion group 32 for it is coplanar set, the first elastic arm portion group 22 with
Second elastic arm portion group 32 is located at up and down on two different faces, and the first elastic arm portion group 22 and the second elastic arm portion group 32 for to
Set.
First holding parts group 23, the second holding parts group 24 are set to be coplanar, the 3rd holding parts group 33, the 4th holding parts group 34
Set to be coplanar, the first holding parts group 23, the second holding parts group 24 are located at the 3rd holding parts group 33, the 4th holding parts group 34
Up and down on two different faces, and the first holding parts group 23, the second holding parts group 24 and the 3rd holding parts group the 33, the 4th are held
Portion's group 34 is to be arranged oppositely.
First lead portion group 25, second pin portion group 26, the 3rd lead portion group 35, the 4th lead portion group 36 are alternating series
Set, its order is the first lead portion group 25, the 3rd lead portion group 35, second pin portion group 26, the 4th lead portion group 36, and this four
Group lead portion group has 14PIN pins, and its sequential is set.Wherein,
First lead portion group 25 is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin 251, second source
Return pins 254, the first electrical functionality pin 255, common 3PIN pins.
Second pin portion group 26 is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin 261, second
Low-frequency signal pin 262, the second electrical functionality pin 263, the 3rd electric power loop pin 264, the 4th electric power loop pin 267,
Common 5PIN pins.
3rd lead portion group 35 is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin 351, the 6th
Electric power loop pin 354, the 3rd electrical functionality pin 355, common 3PIN pins.
4th lead portion group 36 is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin 361, the 7th
Electric power loop pin 362, the 8th electric power loop pin 365, common 3PIN pins.
In the present embodiment, the first lead portion group 25, second pin portion group 26, the 3rd lead portion group 35, the 4th pin
Portion's group 36, for packet staggeredly single coplanar setting.
Embodiment six
It is that one kind has that show the concrete structure of the 4th of the present invention kind preferred embodiment as shown in Figure 21 to Figure 23
Be arranged above and below resilient contact, and has packet Heterogeneous Permutation pin simultaneously, can just anti-plug USB type C joints, be one kind
USB 2.0.The primary structure and the 5th embodiment of this USB type C joints are essentially identical, therefore repeat no more, difference
Be in：
In the present embodiment, in the first lead portion group 25, second pin portion group 26 for it is single it is coplanar set, opposite side is to for the 3rd
Lead portion group 35, the 4th lead portion group 36 for it is single it is coplanar set, formed can sandwich circuit board structure.
In summary, design focal point of the invention is, it is primarily due to the first transmission conductor group 20 and the second transmission
The transmission conductor pin of conductor group 30 is divided into four groups, i.e. the first lead portion group, second pin portion group, the 3rd lead portion group, the 4th
Heterogeneous Permutation is single pasting board combining form after lead portion group, packet, or two bank clamping plate combining form up and down is easy to directly touch
Touch or welding application is in the flexible printed wiring board flat cable of package colloid electronic module/printed circuit board electronic module 80//electricity
Cable.
The above described is only a preferred embodiment of the present invention, be not intended to limit the scope of the present invention,
Therefore any subtle modifications, equivalent variations and modifications that every technical spirit according to the present invention is made to above example, still
Belong in the range of technical solution of the present invention.
Claims (10)
1. a kind of USB Type C male electrical connector transmission conductor structures, it is characterised in that：The transmission conductor structure includes
First transmission conductor group, its structure is the first contact site group, and the first elastic arm portion group is extended rearward to be by the first contact site group,
Each extended over backward for the first holding parts group and the second holding parts group, and by the first holding parts group backward by the first elastic arm portion group again
The first lead portion group is extended to, and second pin portion group is extended rearward to be by the second holding parts group；
Second transmission conductor group, its structure is the second contact site group, and the second elastic arm portion group is extended rearward to be by the second contact site group,
Each extended over backward for the 3rd holding parts group and the 4th holding parts group, and by the 3rd holding parts group backward by the second elastic arm portion group again
The 3rd lead portion group is extended to, and the 4th lead portion group is extended rearward to be by the 4th holding parts group；
The first transmission conductor group is set to the second transmission conductor group：
First contact site group is set to be coplanar, and the second contact site group is set to be coplanar, the first contact site group and the second contact site
Group is located on two different faces up and down, and the first contact site group is to be arranged oppositely with the second contact site group；
First elastic arm portion group is set to be coplanar, and the second elastic arm portion group is set to be coplanar, the first elastic arm portion group and the second elastic arm portion
Group is located on two different faces up and down, and the first elastic arm portion group is to be arranged oppositely with the second elastic arm portion group；
First holding parts group, the second holding parts group are set to be coplanar, and the 3rd holding parts group, the 4th holding parts group are set to be coplanar,
The first holding parts group, the second holding parts group are located on two different faces up and down from the 3rd holding parts group, the 4th holding parts group,
And the first holding parts group, the second holding parts group are to be arranged oppositely with the 3rd holding parts group, the 4th holding parts group；
First lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group are set for alternating series, its order
For the first lead portion group, the 3rd lead portion group, second pin portion group, the 4th lead portion group, this four groups of lead portion groups have 22PIN
Pin, its sequential is set；Wherein,
First lead portion group is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin, the first high-frequency signals draw
Pin, the second high-frequency signals pin, second source return pins, the first electrical functionality pin, common 5PIN pins；
Second pin portion group is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin, the second low-frequency signal draws
Pin, the second electrical functionality pin, the 3rd electric power loop pin, the 5th high-frequency signals pin, the 6th high-frequency signals pin, the 4th electricity
Resource loop pin, common 7PIN pins；
3rd lead portion group is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin, the 3rd high-frequency signals draw
Pin, the 4th high-frequency signals pin, the 6th electric power loop pin, the 3rd electrical functionality pin, common 5PIN pins；
4th lead portion group is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin, the 7th electric power loop draws
Pin, the 7th high-frequency signals pin, the 8th high-frequency signals pin, the 8th electric power loop pin, common 5PIN pins.
2. a kind of USB Type C male electrical connector transmission conductor structures, it is characterised in that：The transmission conductor structure includes
First transmission conductor group, its structure is the first contact site group, and the first elastic arm portion group is extended rearward to be by the first contact site group,
Each extended over backward for the first holding parts group and the second holding parts group, and by the first holding parts group backward by the first elastic arm portion group again
The first lead portion group is extended to, and second pin portion group is extended rearward to be by the second holding parts group；
Second transmission conductor group, its structure is the second contact site group, and the second elastic arm portion group is extended rearward to be by the second contact site group,
Each extended over backward for the 3rd holding parts group and the 4th holding parts group, and by the 3rd holding parts group backward by the second elastic arm portion group again
The 3rd lead portion group is extended to, and the 4th lead portion group is extended rearward to be by the 4th holding parts group；
The first transmission conductor group is set to the second transmission conductor group：
First contact site group is set to be coplanar, and the second contact site group is set to be coplanar, the first contact site group and the second contact site
Group is located on two different faces up and down, and the first contact site group is to be arranged oppositely with the second contact site group；
First elastic arm portion group is set to be coplanar, and the second elastic arm portion group is set to be coplanar, the first elastic arm portion group and the second elastic arm portion
Group is located on two different faces up and down, and the first elastic arm portion group is to be arranged oppositely with the second elastic arm portion group；
First holding parts group, the second holding parts group are set to be coplanar, and the 3rd holding parts group, the 4th holding parts group are set to be coplanar,
The first holding parts group, the second holding parts group are located on two different faces up and down from the 3rd holding parts group, the 4th holding parts group,
And the first holding parts group, the second holding parts group are to be arranged oppositely with the 3rd holding parts group, the 4th holding parts group；
First lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group are set for alternating series, its order
For the first lead portion group, the 3rd lead portion group, second pin portion group, the 4th lead portion group, this four groups of lead portion groups have 18PIN
Pin, its sequential is set；Wherein,
First lead portion group is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin, the first high-frequency signals draw
Pin, the second high-frequency signals pin, second source return pins, the first electrical functionality pin, common 5PIN pins；
Second pin portion group is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin, the second low-frequency signal draws
Pin, the second electrical functionality pin, the 3rd electric power loop pin, the 4th electric power loop pin, common 5PIN pins；
3rd lead portion group is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin, the 3rd high-frequency signals draw
Pin, the 4th high-frequency signals pin, the 6th electric power loop pin, the 3rd electrical functionality pin, common 5PIN pins；
4th lead portion group is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin, the 7th electric power loop draws
Pin, the 8th electric power loop pin, common 3PIN pins.
3. a kind of USB Type C male electrical connector transmission conductor structures, it is characterised in that：The transmission conductor structure includes
First transmission conductor group, its structure is the first contact site group, and the first elastic arm portion group is extended rearward to be by the first contact site group,
Each extended over backward for the first holding parts group and the second holding parts group, and by the first holding parts group backward by the first elastic arm portion group again
The first lead portion group is extended to, and second pin portion group is extended rearward to be by the second holding parts group；
Second transmission conductor group, its structure is the second contact site group, and the second elastic arm portion group is extended rearward to be by the second contact site group,
Each extended over backward for the 3rd holding parts group and the 4th holding parts group, and by the 3rd holding parts group backward by the second elastic arm portion group again
The 3rd lead portion group is extended to, and the 4th lead portion group is extended rearward to be by the 4th holding parts group；
The first transmission conductor group is set to the second transmission conductor group：
First contact site group is set to be coplanar, and the second contact site group is set to be coplanar, the first contact site group and the second contact site
Group is located on two different faces up and down, and the first contact site group is to be arranged oppositely with the second contact site group；
First elastic arm portion group is set to be coplanar, and the second elastic arm portion group is set to be coplanar, the first elastic arm portion group and the second elastic arm portion
Group is located on two different faces up and down, and the first elastic arm portion group is to be arranged oppositely with the second elastic arm portion group；
First holding parts group, the second holding parts group are set to be coplanar, and the 3rd holding parts group, the 4th holding parts group are set to be coplanar,
The first holding parts group, the second holding parts group are located on two different faces up and down from the 3rd holding parts group, the 4th holding parts group,
And the first holding parts group, the second holding parts group are to be arranged oppositely with the 3rd holding parts group, the 4th holding parts group；
First lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group are set for alternating series, its order
For the first lead portion group, the 3rd lead portion group, second pin portion group, the 4th lead portion group, this four groups of lead portion groups have 14PIN
Pin, its sequential is set；Wherein,
First lead portion group is set to be coplanar, and it is arranged in sequence with order：First electric power loop pin, second source loop is drawn
Pin, the first electrical functionality pin, common 3PIN pins；
Second pin portion group is set to be coplanar, and it is arranged in sequence with order：First low-frequency signal pin, the second low-frequency signal draws
Pin, the second electrical functionality pin, the 3rd electric power loop pin, the 4th electric power loop pin, common 5PIN pins；
3rd lead portion group is set to be coplanar, and it is arranged in sequence with order：5th electric power loop pin, the 6th electric power loop draws
Pin, the 3rd electrical functionality pin, common 3PIN pins；
4th lead portion group is set to be coplanar, and it is arranged in sequence with order：4th electrical functionality pin, the 7th electric power loop draws
Pin, the 8th electric power loop pin, common 3PIN pins.
4. according to a kind of USB Type C male electrical connector transmission conductor structures described in claim 1 or 2 or 3, its feature
It is：The first lead portion group, second pin portion group, the 3rd lead portion group, the 4th lead portion group, it is staggeredly single common for packet
Face is set.
5. according to a kind of USB Type C male electrical connector transmission conductor structures described in claim 1 or 2 or 3, its feature
It is：The first lead portion group, second pin portion group are single coplanar setting, the 3rd lead portion group, the 4th lead portion
Group is single coplanar setting, and the first lead portion group, second pin portion group are located at upper with the 3rd lead portion group, the 4th lead portion group
On lower two different faces, formed can up and down sandwich circuit board structure.
6. a kind of USB Type C male electrical connector structures, it is characterised in that：Including as described in any one of claim 1 to 5
Transmission conductor structure, in the first holding parts group, the second holding parts group, with consolidating to the 3rd holding parts group to opposite side, the 4th
Hold and be provided with a shielded partitions, and this first holding parts group, the second holding parts group, shielded partitions, the 3rd holding parts between portion's group
Group, the 4th holding parts group are jointly in the second insulating cement body of an embedded mold insert form.
7. according to a kind of USB Type C male electrical connector structures described in claim 6, it is characterised in that：In the first elastic arm
Portion's group, with opposite side the second elastic arm portion group, may be contained within one first insulation colloid fence in, and not with this first insulation colloid
Touch so that the first elastic arm portion group and opposite side elastic arm portion group, be formed as elastic mobilizable structure.
8. according to a kind of USB Type C male electrical connector structures described in claim 7, it is characterised in that：In the second insulation
Outside colloid and the first insulating cement body, provided with more than one shield shell, this shield shell is by this second insulation colloid and the
One insulation colloid does cladding and set.
9. according to a kind of USB Type C male electrical connector structures described in claim 8, it is characterised in that：In shielded partitions
Both sides are extended with forward two holding shrapnels, and this two holding shrapnel is arranged in the first insulation colloid left and right sides groove, and not with this
Insulated cavity colloid is touched, and is formed as elastic mobilizable structure.
10. according to a kind of USB Type C male electrical connector structures described in claim 8, it is characterised in that：In the second screen
Spacing elastic construction can be fixed by covering housing rear and being extended with, and it is arranged at packet and interlocked single the first coplanar lead portion group, the
Two lead portion groups, the 3rd lead portion group, the 4th lead portion group to opposite side, formed can sandwich circuit board structure.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710320335.5A CN107181090B (en) | 2017-05-09 | 2017-05-09 | Public first electric connector of USBType C and transmission conductor structure thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710320335.5A CN107181090B (en) | 2017-05-09 | 2017-05-09 | Public first electric connector of USBType C and transmission conductor structure thereof |
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| CN107181090B CN107181090B (en) | 2023-05-05 |
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| TWI674710B (en) * | 2017-09-29 | 2019-10-11 | 岱煒科技股份有限公司 | Electrical connector |
| CN110364858A (en) * | 2018-04-10 | 2019-10-22 | 岱炜科技股份有限公司 | Electric connector |
| CN110571550A (en) * | 2018-05-18 | 2019-12-13 | 岱炜科技股份有限公司 | USB C female socket connector |
| USD982527S1 (en) | 2020-10-19 | 2023-04-04 | Luxshare Precision Industry Co., Ltd. | Electric connector |
| US11658441B2 (en) | 2020-10-19 | 2023-05-23 | Luxshare Precision Industry Co., Ltd. | Cable connector with improved shielding performance |
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| WO2017041747A1 (en) * | 2015-09-09 | 2017-03-16 | 蔡周贤 | Dual-directional and double-sided electrical connector |
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| CN105470676A (en) * | 2014-09-05 | 2016-04-06 | 广迎工业股份有限公司 | Electronic connector |
| WO2017041747A1 (en) * | 2015-09-09 | 2017-03-16 | 蔡周贤 | Dual-directional and double-sided electrical connector |
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| TWI674710B (en) * | 2017-09-29 | 2019-10-11 | 岱煒科技股份有限公司 | Electrical connector |
| CN110364858A (en) * | 2018-04-10 | 2019-10-22 | 岱炜科技股份有限公司 | Electric connector |
| CN110571550A (en) * | 2018-05-18 | 2019-12-13 | 岱炜科技股份有限公司 | USB C female socket connector |
| USD982527S1 (en) | 2020-10-19 | 2023-04-04 | Luxshare Precision Industry Co., Ltd. | Electric connector |
| US11658441B2 (en) | 2020-10-19 | 2023-05-23 | Luxshare Precision Industry Co., Ltd. | Cable connector with improved shielding performance |
| US11705675B2 (en) | 2020-10-19 | 2023-07-18 | Luxshare Precision Industry Co., Ltd. | Cable connector with improved shielding performance |
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| Publication number | Publication date |
|---|---|
| CN107181090B (en) | 2023-05-05 |
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Effective date of registration: 20230828 Address after: 1315-229, Unit 2, 13th Floor, Building 10, Baiqiang Avenue, Fengtai District, Beijing, 100000 Patentee after: Beijing Jinkangtuo Intelligent Technology Co.,Ltd. Address before: Dongguan Minan Industrial Co., Ltd., 2nd Floor, Building B, Xiagang Xinye Road, Chang'an Town, Dongguan City, Guangdong Province, 523000 Patentee before: DONGGUAN KINGCONN INDUSTRIAL CO.,LTD. |