CN106450934B - The structure of electric connector - Google Patents
The structure of electric connector Download PDFInfo
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- CN106450934B CN106450934B CN201510485278.7A CN201510485278A CN106450934B CN 106450934 B CN106450934 B CN 106450934B CN 201510485278 A CN201510485278 A CN 201510485278A CN 106450934 B CN106450934 B CN 106450934B
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Abstract
The invention discloses a kind of structures of electric connector, include mainly shield shell, insulation colloid group, the forward and backward row's contact site of the first transmission conductor group, the forward and backward row's contact site of the second transmission conductor group and the first, second interface, it can be inserted into via the first interface when planting connector and electrically conduct with the first, second transmission conductor group front row contact site, outside the advantage for reaching positive anti-plug（I/O connector interface）Can more be labored dynamic plug by a removable lower insulation colloid, welding manner need not be used when the first, second transmission conductor group heel row contact site being allowed to be connect with flat cable, it must can be only connected with inserting mode, and user is by the elastic pushing portion of removable lower insulation colloid both sides, allows when pulling out more convenience.
Description
Technical field
The present invention relates to a kind of electric connectors, and particularly relating to one kind can quickly electrically conduct with flat cable and need not weld,
And the structure of the electric connector of positive and negative plant is carried out for connector.
Background technology
A variety of different electronic devices are developed at present to assist user to use, and electronic device includes display, meter
Calculation machine, camera, plug-and-play apparatus（Portable disk）Etc. more not numerous loads, but in order to read those electronic devices data or
It is that signal is wanted to link, then there must be corresponding mating connector, and the connector pattern of various electronic devices is neither same, example
Such as：USB series, SIM series, Micro SIM etc., have to connect using specific corresponding connector respectively, therefore
Have a plurality of connecting line with different connector.
And with FPC connector for, the signal link between being usually only used for inside electronic device connects in external I/O
It connects for device, more rare, and FPC connector corresponds to for I/O connector, rear end is often with welding manner by itself and flat cable
It is interconnected together, it is all very troublesome repairing or installing.
Therefore, how to solve the problems, such as it is above-mentioned commonly use with missing, as the present inventor and be engaged in the industry
Relevant manufactures want the direction place person that research improves.
Therefore the present inventor is in view of above-mentioned missing, is collecting related data, via multi-party assessment and considers, and
With engage in the industry accumulation many years of experience, via constantly studying and changing, design finally it is such can quickly with flat electricity
Cable is electrically conducted, can more be dismantled, and for the present invention of the positive anti-plug of connector.
Invention content
The purpose of the present invention is to provide one kind quickly to electrically conduct with flat cable, can more be dismantled, and for
The structure of the electric connector of the positive anti-plug of connector.
In order to achieve the above objectives, solution of the invention is：
A kind of structure of electric connector includes mainly：One shield shell；At least one is contained in the insulation in the shield shell
Colloid group has a tongue plate portion；One the first transmission conductor group front row contact site combined with the tongue plate portion, is prolonged by the other end
It stretches and is equipped with the first transmission conductor group heel row contact site；One combines with the tongue plate portion and is contacted positioned at the first transmission conductor group front row
Second transmission conductor group front row contact site of the portion other side is equipped with by other end extension and is connect with the first transmission conductor group heel row
Second transmission conductor group heel row contact site of the horizontal single setting of contact portion；One be set to the first transmission conductor group front row contact site and
The first interface at the second transmission conductor group front row contact site side；One be set to the first transmission conductor group heel row contact site and
The second interface at the second transmission conductor group heel row contact site side；
The first transmission conductor group front row contact site is I/O connector interface, and the first transmission conductor group heel row contacts
Portion is connecing to set for flat cable；
The second transmission conductor group front row contact site is I/O connector interface, and the second transmission conductor group heel row contacts
Portion is connecing to set for flat cable.
The insulation colloid group is equipped with a removable lower insulation colloid, the lower insulation colloid at the second interface lower section
Both sides be respectively provided at least one elastic pushing portion, the wherein one side of the lower insulation colloid has at least one protrusion for fixing.
Second insulation colloid of the insulation colloid group comprising the first insulation colloid and set on the first insulation colloid side,
And the first insulation colloid and the second insulation colloid be in conjunction with forming the tongue plate portion, and the insulation colloid group forms one in one
Shield shell setting installation space, this first insulation colloid and this second insulation colloid between be equipped with one for be isolated this first
The shielded partitions of transmission conductor group front row contact site and the second transmission conductor group front row contact site, the insulation colloid group is neighbouring should
A removable lower insulation colloid is equipped at below second interface.
The first transmission conductor group heel row contact site include one first transmission conductor after ranked first ground connection contact site, one
Differential signal contact site, one are ranked first after ranked first the first transmission conductor of ground connection contact site side after first transmission conductor
It ranked first after first transmission conductor and ranked second differential signal after the first transmission conductor of differential signal contact site side and connect
Contact portion, one are located at after first transmission conductor ranked second the first transmission conductor of differential signal contact site side after ranked first power supply
Contact site, one are located at after first transmission conductor ranked first the first transmission conductor of electrical power contacts portion side after ranked first detecting and connect
Contact portion, one ranked first signal contact after ranked first the first transmission conductor for detecting contact site side after first transmission conductor
Portion, one are located at after first transmission conductor ranked first the first transmission conductor of signal contact site side after ranked second signal contact
Portion, one be located at after first transmission conductor ranked second ranked second after the first transmission conductor of signal contact site side detecting contact site,
One ranked second the first transmission conductor heel row second source contact site of detecting contact site side, one after first transmission conductor
Ranked third after the first transmission conductor of the first transmission conductor heel row second source contact site side differential signal contact site,
One be located at after first transmission conductor ranked third the first transmission conductor of differential signal contact site side after ranked fourth differential signal
Contact site and one be located at after first transmission conductor ranked fourth the first transmission conductor of differential signal contact site side after ranked second
It is grounded contact site；The second transmission conductor group heel row contact site, which is located at comprising one after first transmission conductor, ranked first ground connection contact
Ranked first after second transmission conductor of portion side ground connection contact site, one be located at second transmission conductor after ranked first ground connection contact site
Ranked fifth after second transmission conductor of side differential signal contact site, one be located at second transmission conductor after ranked fifth differential signal
Difference news are ranked sixth after ranked first the second transmission conductor between differential signal contact site after contact site and first transmission conductor
Number contact site, one ranked first power supply after being located at the second transmission conductor that ranked first electrical power contacts portion side after first transmission conductor
Contact site, one are located at after second transmission conductor ranked first the second transmission conductor of electrical power contacts portion side after ranked first detecting and connect
Contact portion, one ranked first signal contact after ranked first the second transmission conductor for detecting contact site side after second transmission conductor
Portion, one are located at after second transmission conductor ranked first the second transmission conductor of signal contact site side after ranked second signal contact
Portion, one be located at after second transmission conductor ranked second ranked first after signal contact site and first transmission conductor detect contact site it
Between the second transmission conductor after ranked first detecting contact site, one be located at the first transmission conductor heel row second source contact site side
The second transmission conductor heel row second source contact site, one be located at the second transmission conductor heel row second source contact site side
Ranked seventh after second transmission conductor differential signal contact site, one be located at second transmission conductor after ranked seventh differential signal contact site
With ranked fourth after first transmission conductor differential signal is ranked eighth after the second transmission conductor between differential signal contact site contact
Portion and one be located at the second transmission conductor that ranked second ground connection contact site side after first transmission conductor after ranked second ground connection contact
Portion；Differential signal contact site is ranked sixth after ranked first differential signal contact site and second transmission conductor after first transmission conductor
Between be equipped with one first ground protection contact site, and ranked third after first transmission conductor differential signal contact site and this second pass
It ranked eighth after conductor department and be equipped with one second ground protection contact site between differential signal contact site.
First transmission conductor group front row contact site extends backward equipped with ranked first ground connection base after one first transmission conductor
Portion, one ranked first differential signal base after being located at the first transmission conductor that ranked first ground connection base portion side after first transmission conductor
Portion, one are located at after first transmission conductor ranked first the first transmission conductor of differential signal base portion side after ranked second differential signal
Base portion, one are located at after first transmission conductor ranked second the first transmission conductor of differential signal base portion side after ranked first power supply base
Portion, one are located at after first transmission conductor ranked first the first transmission conductor of power base side after ranked first detecting base portion, one
Signal base portion, one are ranked first positioned at this after ranked first the first transmission conductor of detecting base portion side after first transmission conductor
Signal base portion, one are ranked second positioned at first biography after ranked first the first transmission conductor of signal base portion side after first transmission conductor
Detecting base portion, one are ranked second positioned at first transmission conductor after ranked second the first transmission conductor of signal base portion side after conductor department
It ranked second the first transmission conductor heel row second source base portion of detecting base portion side afterwards, one be located at the first transmission conductor heel row the
Ranked third after first transmission conductor of two power base sides differential signal base portion, one be located at first transmission conductor after ranked third
Differential signal base portion and one be ranked fourth after first transmission conductor of differential signal base portion side positioned at the first transmission conductor heel row
Ground connection base portion is ranked second after first transmission conductor of the 4th differential signal base portion side；The second transmission conductor group front row contact site
Extension backward ranked first ground connection base equipped with ranked first ground connection base portion, one after one second transmission conductor after second transmission conductor
Ranked fifth after second transmission conductor of portion side differential signal base portion, one be located at second transmission conductor after ranked fifth differential signal
Ranked sixth after second transmission conductor of base portion side differential signal base portion, one be located at first transmission conductor after ranked first power supply base
Ranked first after second transmission conductor of portion side power base, one be located at second transmission conductor after ranked first power base side
The second transmission conductor after ranked first detecting base portion, one be located at second transmission conductor after ranked first the second of detecting base portion side
It ranked first signal base portion after transmission conductor, second transmission that ranked first signal base portion side after second transmission conductor is led
Ranked second after body signal base portion, one be located at second transmission conductor after ranked second the second transmission conductor heel row of signal base portion side
First detecting base portion, one ranked second electricity after being located at the second transmission conductor of the first transmission conductor heel row second source base portion side
Source base portion, one ranked seventh differential signal after being located at the second transmission conductor of the second transmission conductor heel row second source base portion side
Base portion, one are located at after second transmission conductor ranked seventh the second transmission conductor of differential signal base portion side after ranked eighth difference news
Number base portion and one be located at the second transmission conductor that ranked second ground connection base portion side after first transmission conductor after ranked second ground connection base
Portion.
Second transmission conductor group front row contact site extends to the extension road of the second transmission conductor group heel row contact site
Diameter extends to the extension path of the first transmission conductor group heel row contact site in anti-with the first transmission conductor group front row contact site
To setting.
A track is respectively formed at the both sides of the shield shell rear, and the insulation colloid group rear has one and the screen
It covers shell and surrounds out the grafting space planted for connector activity jointly.
The first transmission conductor group front row contact site or the second transmission conductor group front row contact site are to meet USB c-types rule
The one of which of lattice, FFC specifications or FPC specifications.
A fixation buckle is respectively provided at the left and right sides of the shield shell.
A fixation buckle is respectively provided at the both sides up and down of the shield shell.
The fixation buckle of a horizontal extension is respectively provided at the left and right sides of the shield shell.
The first transmission conductor group heel row contact site and the second transmission conductor group heel row contact site are welding foot.
When the insulation colloid group is multigroup, continuously it is arranged for vertically stacked manner.
The insulation colloid group is edge-on setting.
When the insulation colloid group is multigroup, for the continuous edge-on setting in left and right.
An at least water repellent component is equipped with around first interface.
A kind of structure of electric connector includes mainly：One shield shell；At least one is contained in the insulation in the shield shell
Colloid group, the insulation colloid group have a tongue plate portion；One the first transmission conductor group front row contact site combined with the tongue plate portion,
Extended by the other end and is equipped with the first transmission conductor group heel row contact site；One is combined with the tongue plate portion and is located at first transmission conductor
Second transmission conductor group front row contact site of the group front-seat contact site other side is extended to be equipped with by the other end and be led with first transmission
Second transmission conductor group heel row contact site of the horizontal single setting of body group heel row contact site；Before one is set to the first transmission conductor group
Arrange the first interface at contact site and the second transmission conductor group front row contact site side；After one is set to the first transmission conductor group
Arrange the second interface at contact site and the second transmission conductor group heel row contact site side；First interface be for connector just
The oval interface reversely planted；Second interface is rectangular-shaped.
A kind of structure of electric connector includes mainly：One shield shell；At least one is contained in the insulation in the shield shell
Colloid group, the insulation colloid group have a tongue plate portion；One the first transmission conductor group front row contact site combined with the tongue plate portion,
Extended by the other end and be equipped with the first transmission conductor group heel row contact site, wherein the first transmission conductor group heel row contact site is convex
The elastic shape structure risen, and the first transmission conductor group front row contact site is platy structure；One is combined and is located at the tongue plate portion
Second transmission conductor group front row contact site of the first transmission conductor group front row contact site other side is equipped with by other end extension
With the second transmission conductor group heel row contact site of the horizontal single setting of the first transmission conductor group heel row contact site, wherein described the
Two transmission conductor group heel row contact sites are the elastic shape structure of protrusion, and the second transmission conductor group front row contact site is plate knot
Structure；One is set to the first grafting at the first transmission conductor group front row contact site and the second transmission conductor group front row contact site side
Mouthful；One is set to the second grafting at the first transmission conductor group heel row contact site and the second transmission conductor group heel row contact site side
Mouthful.
With the above structure, the structure of electric connector of the present invention passes through the first transmission conductor group front row contact site and another
Second transmission conductor group front row contact site of side reaches the positive and negative advantage planted and can be all connected.And pass through removable lower insulating cement
Activity setting and the elastic pushing portions of both sides of body, allow flat cable terminal and the first transmission conductor group heel row contact site and second
The connection type of transmission conductor group heel row contact site can plug for activity, and need not use welding manner, and pull out flat electricity
When cable, easily flat cable terminal is removed using elastic pushing portion, it is very convenient.
When user's connector to be planted, no matter just insert or anti-plug can all be contacted by the first transmission conductor group front row
Portion and the second transmission conductor group front row contact site are connected, and main socket is the first interface；Furthermore when must be with flat electricity
When cable links, pressable elasticity pushing portion allows removable lower insulation colloid to withdraw, then by flat cable and the first transmission conductor
Group heel row contact site and the connection of the second transmission conductor group heel row contact site, are connected, are linked without using welding, non-
It is often quick and convenient.
By above-mentioned technology, it can be directed to and commonly use rear end present in connector often with welding manner by itself and flat cable phase
It mutually links together, is broken through in the problem for repairing or installing all very troublesome, reach the present invention such as above-mentioned advantage
Practical improvement.
Description of the drawings
Fig. 1 is the stereogram of present pre-ferred embodiments；
Fig. 2 is the sectional view of Figure 1A-A line segments；
Fig. 2A is the exploded view of present pre-ferred embodiments；
Fig. 3 is the front view of present pre-ferred embodiments；
Fig. 4 is the plane of the first transmission conductor group front row contact site and the first transmission conductor group heel row contact site of the invention
Figure；
Fig. 5 is the plane of the second transmission conductor group front row contact site and the second transmission conductor group heel row contact site of the invention
Figure；
Fig. 6 is the plan view that each contact site of the present invention is arranged；
Fig. 7 is the schematic diagram that the present invention presses compression elasticity pushing portion；
Fig. 8 is the schematic diagram of the mobile removable lower insulation colloid of the present invention；
Fig. 9 is the schematic diagram of present invention bridge joint flat cable；
Figure 10 is the first implementation schematic diagram of the fixed buckle of the present invention；
Figure 11 is the second implementation schematic diagram of the fixed buckle of the present invention；
Figure 12 is the implementation schematic diagram of the continuous edge-on setting in present invention left and right；
Figure 13 is the implementation schematic diagram of present invention setting water repellent component.
Specific implementation mode
In order to further explain the technical solution of the present invention, being explained in detail the present invention below by specific embodiment
It states.
It please refers to Fig.1 to shown in Fig. 6, it can be clearly seen from the figure that the structure of electric connector of the present invention includes：
One shield shell 1 is respectively formed with a track 11 at the both sides of rear, and at the left and right sides of shield shell 1
It is respectively provided with a fixation buckle 12；
At least one is contained in the insulation colloid group 2 in the shield shell 1, and insulation colloid group 2 also includes the first insulating cement
Body 21 and the second insulation colloid 22 set on the first insulation colloid 21 side, and the first insulation colloid 21 and second insulation
Colloid 22, which combines, forms a tongue plate portion 20, which forms an installation space 23 for an inner shield shell 3 setting,
Furthermore 2 rear of insulation colloid group has one to surround out the grafting space planted for connector activity jointly with the shield shell 1
24；
One is combined with the tongue plate portion 20 and is met the first transmission conductor group of USB c-types specification, FFC specifications or FPC specifications
Front-seat contact site 4 is extended by the other end and is equipped with the first transmission conductor group heel row contact site 42, and the first transmission conductor group heel row
Contact site 42 is the elastic shape structure of protrusion, and the first transmission conductor group front row contact site 4 is platy structure, wherein first
Transmission conductor group front row contact site 4 extends backward equipped with ranked first ground connection base portion 401 after one first transmission conductor（GND（V-））、
One be located at the first transmission conductor that ranked first ground connection base portion 401 side after first transmission conductor after ranked first differential signal base portion
402（SSRXp2）, one be located at first transmission conductor after ranked first the first transmission conductor heel row of 402 side of differential signal base portion
Second differential signal base portion 403（SSRXn2）, one be located at first transmission conductor after ranked second 403 side of differential signal base portion
It ranked first power base 404 after first transmission conductor（VBUS）, one be located at first transmission conductor after ranked first power base 404
It ranked first detecting base portion 405 after first transmission conductor of side（SUB1）, one be located at first transmission conductor after ranked first detecting
Signal base portion 406 is ranked first after first transmission conductor of 405 side of base portion（D-）, one be located at first transmission conductor after ranked first
Signal base portion 407 is ranked second after first transmission conductor of 406 side of signal base portion（D+）, one be located at the first transmission conductor heel row
It ranked second detecting base portion 408 after first transmission conductor of 407 side of the second signal base portion（CC1）, one be located at this first transmission lead
It ranked second the first transmission conductor heel row second source base portion 409 of 408 side of detecting base portion after body（VBUS）, one be located at this first
Differential signal base portion 410 is ranked third after first transmission conductor of 409 side of transmission conductor heel row second source base portion（SSTXn1）、
One be located at after first transmission conductor ranked third the first transmission conductor of 410 side of differential signal base portion after ranked fourth differential signal
Base portion 411（SSTXp1）And one be located at first transmission conductor after ranked fourth 411 side of differential signal base portion first transmission lead
It ranked second ground connection base portion 412 after body（GND（V-））；
Furthermore wherein the first transmission conductor group heel row contact site 42 is contacted comprising ranked first ground connection after one first transmission conductor
Portion 420（GND（V-））, one be located at the first transmission conductor that ranked first ground connection contact site 420 side after first transmission conductor after
It ranked first differential signal contact site 421（SSRXp2）, one be located at first transmission conductor after ranked first differential signal contact site 421
Differential signal contact site 422 is ranked second after first transmission conductor of side（SSRXn2）, one be located at the first transmission conductor heel row
Electrical power contacts portion 423 is ranked first after first transmission conductor of 422 side of the second differential signal contact site（VBUS）, one be located at this
Detecting contact site 424 is ranked first after ranked first the first transmission conductor of 423 side of electrical power contacts portion after one transmission conductor（SUB1）、
One be located at the first transmission conductor that ranked first detecting contact site 424 side after first transmission conductor after ranked first signal contact site
425（D-）, one be located at after first transmission conductor ranked first the first transmission conductor of 425 side of signal contact site after ranked second news
Number contact site 426（D+）, one be located at after first transmission conductor and ranked second the first transmission conductor of 426 side of signal contact site after
It ranked second detecting contact site 427（CC1）, one be located at first transmission conductor after ranked second the first of detecting contact site 427 side
Transmission conductor heel row second source contact site 428（VBUS）, one be located at the first transmission conductor heel row second source contact site 428
Differential signal contact site 429 is ranked third after first transmission conductor of side（SSTXn1）, one be located at the first transmission conductor heel row
Differential signal contact site 430 is ranked fourth after first transmission conductor of 429 side of third differential signal contact site（SSTXp1）And one
Ground connection contact is ranked second after ranked fourth the first transmission conductor of 430 side of differential signal contact site after first transmission conductor
Portion 431（GND（V-））；
One is combined and is located at the tongue plate portion 20 first transmission conductor group front row contact site, 4 other side and meets USB C
Second transmission conductor group front row contact site 5 of type specification, FFC specifications or FPC specifications, by the other end extend be equipped with this first
Second transmission conductor group heel row contact site 52 of the horizontal single setting of transmission conductor group heel row contact site 42, and the second transmission conductor
Group heel row contact site 52 is raised elastic shape structure, and the second transmission conductor group front row contact site 5 is platy structure, wherein
Second transmission conductor group front row contact site 5 extends backward equipped with ranked first ground connection base portion 501 after one second transmission conductor（GND
（V-）, one be located at the second transmission conductor that ranked first ground connection base portion 501 side after second transmission conductor after ranked fifth difference news
Number base portion 502（SSTXp2）, one be located at second transmission conductor after ranked fifth 502 side of differential signal base portion second transmission lead
It ranked sixth differential signal base portion 503 after body（SSTXn2）, one be located at first transmission conductor after ranked first 503 side of power base
The second transmission conductor after ranked first power base 504（VBUS）, one be located at second transmission conductor after ranked first power base
It ranked first detecting base portion 505 after second transmission conductor of 504 sides（CC2）, one be located at second transmission conductor after ranked first and detect
Signal base portion 506 is ranked first after surveying the second transmission conductor of 505 side of base portion（D+）, one be located at the second transmission conductor heel row the
Signal base portion 507 is ranked second after second transmission conductor of one signal base portion, 506 side（D-）, one be located at second transmission conductor after
Detecting base portion 508 is ranked first after ranked second the second transmission conductor of 507 side of signal base portion（SUB2）, one be located at this first transmission
Second transmission conductor heel row second source base portion 509 of 508 side of conductor heel row second source base portion（VBUS）, one be located at this
Differential signal base portion 510 is ranked seventh after second transmission conductor of two transmission conductor heel row second source base portions, 509 side
（SSRXn1）, one be located at the second transmission conductor heel row that ranked seventh 510 side of differential signal base portion after second transmission conductor
Eight differential signal base portions 511（SSRXp1）And one be located at first transmission conductor after ranked second the second of ground connection base portion 511 side
It ranked second ground connection base portion 512 after transmission conductor（GND（V-））；
Furthermore it is connect wherein the second transmission conductor group heel row contact site 52 is located to ranked first after first transmission conductor comprising one
It ranked first ground connection contact site 520 after second transmission conductor of 420 side of ground contact site（GND（V-））, one be located at this second transmission
Differential signal contact site 521 is ranked fifth after ranked first the second transmission conductor of 520 side of ground connection contact site after conductor（SSTXp2）、
One be located at after second transmission conductor ranked fifth differential signal contact site 521 and first transmission conductor after ranked first differential signal
Differential signal contact site 522 is ranked sixth after the second transmission conductor between contact site 421（SSTXn2）, one be located at this first transmission
Electrical power contacts portion 523 is ranked first after ranked first the second transmission conductor of 423 side of electrical power contacts portion after conductor（VBUS）, one be located at
Detecting contact site 524 is ranked first after ranked first the second transmission conductor of 523 side of electrical power contacts portion after second transmission conductor
（CC2）, one be located at the second transmission conductor that ranked first detecting contact site 524 side after second transmission conductor after ranked first signal
Contact site 525（D+）, one be located at second transmission conductor after ranked first the second transmission conductor heel row of 525 side of signal contact site
Second signal contact site 526（D-）, one be located at second transmission conductor after ranked second signal contact site 526 with this first transmit lead
Detecting contact site 527 is ranked first after ranked first the second transmission conductor between detecting contact site 424 after body（SUB2）, one be located at should
Second transmission conductor heel row second source contact site 528 of 428 side of the first transmission conductor heel row second source contact site
（VBUS）, one be located at 528 side of the second transmission conductor heel row second source contact site the second transmission conductor after ranked seventh difference
Divide signal contact site 529（SSRXn1）, one be located at second transmission conductor after ranked seventh differential signal contact site 529 with this first
Differential signal contact site 530 is ranked eighth after ranked fourth the second transmission conductor between differential signal contact site 430 after transmission conductor
（SSRXp1）And one be located at the second transmission conductor heel row that ranked second ground connection contact site 431 side after first transmission conductor
Two ground connection contact sites 531（GND（V-））；
One be set to first transmission conductor after ranked first differential signal contact site 421 and second transmission conductor after ranked sixth
The first ground protection contact site 60 between differential signal contact site 522；
One be set to first transmission conductor after ranked third differential signal contact site 429 and second transmission conductor after ranked eighth
The second ground protection contact site 61 between differential signal contact site 530；
One is set between the first insulation colloid 21 and the second insulation colloid 22, and for the first transmission conductor group to be isolated
The shielded partitions 7 of front-seat contact site 4 and the second transmission conductor group front row contact site 5；
One is set at the first transmission conductor group front row contact site 4 and 5 side of the second transmission conductor group front row contact site
First interface 8, and the first interface 8 is the oval interface for the forward and reverse plant of connector；
One is set at the first transmission conductor group heel row contact site 42 and 52 side of the second transmission conductor group heel row contact site
The second interface 81, and the second interface 81 be it is rectangular-shaped；
One is set to removable lower insulation colloid 9 of the insulation colloid group 2 at 81 lower section of the second interface, is in both sides
It is respectively provided at least one elastic pushing portion 91, the wherein one side of the elasticity pushing portion 91 has at least one protrusion 92 for fixing；
Wherein the first transmission conductor group front row contact site 4 is I/O connector interface, and the first transmission conductor group heel row
Contact site 42 is connecing to set for flat cable；Wherein the second transmission conductor group front row contact site 5 is I/O connector interface, and is somebody's turn to do
Second transmission conductor group heel row contact site 52 is connecing to set for flat cable；
The wherein described second transmission conductor group front row contact site 5 extends to the second transmission conductor group heel row contact site 52
Extension path extend to prolonging for the first transmission conductor group heel row contact site 42 with the first transmission conductor group front row contact site 4
Path is stretched in oppositely arranged；
In addition, above-mentioned the first transmission conductor group heel row contact site 42 and the second transmission conductor group heel row contact site 52 can
It is further welding foot, also can is that the mode of welding is connect with flat cable.
It please refers to Fig.1 to shown in Fig. 9, when user is intended to be inserted into connector of the present invention by the first interface 8, using the
One transmission conductor group front row contact site 4 or the second transmission conductor group front row contact site 5 carry out differential conducting, as its name suggests, no matter
It is positive plant or reversed plant, can all corresponds to the first transmission conductor group front row contact site 4 or the second transmission conductor group front row connects
Contact portion 5 is bridged conducting, is reached without just slotting or anti-plug limitation；And importantly, when be intended to will be flat by the second interface 81
When flat cable A and the first transmission conductor group heel row contact site 42 or the second transmission conductor group heel row contact site 52 are connected, first
By compression elasticity pushing portion 91, removable lower insulation colloid 9 is allowed to be able to exit grafting space 24 along the movement of track 11, at this time
The terminal part of flat cable A is overlapped on removable lower insulation colloid 9, then again by removable lower insulation colloid 9 inside
Passage, allow elastic pushing portion 91 once again along track 11 move, with its enter grafting space 24 in, and with the first transmission conductor group
Heel row contact site 42 and the second transmission conductor group heel row contact site 52 are connected, and reaching can be electrical without any welding engineering method
Connection.
It please refers to Fig.1 shown in 0, a fixation buckle 12a is respectively provided at the both sides up and down of shield shell 1a, it can thus be appreciated that this
The fixation buckle 12a of invention is not located at the left and right sides of shield shell 1a only, more can be at upper and lower both sides.
It please refers to Fig.1 shown in 1, is the fixing buckle for being respectively provided with a horizontal extension at the left and right sides of shield shell 1b
Portion 12b more may be used it can thus be appreciated that the fixation buckle 12b of the present invention is not located at the upper and lower or left and right sides of shield shell 1b only
Think horizontal extension.
The present invention shown in 2 is please referred to Fig.1 other than such as previous embodiment can be separately provided, can more control continuously edge-on set
It sets and reference space is made with shield shell 1c, change can must be also asked according to user, and it sets up mode or quantity, the figure of the present embodiment
Formula is being set as representing so that left and right is continuously edge-on, more can vertically stacked manner continuously setting or edge-on setting.
It please refers to Fig.1 shown in 3, an at least water repellent component B is equipped with around the first interface 8d, make the present invention anti-with it
Water function, and this waterproof technique is able to do combination with mobile phone or other desired electronic device combines.
Therefore, the structure of electric connector of the present invention is that can improve the key of located by prior art to be：
One, by the first transmission conductor group front row contact site 4 and the second transmission conductor group front row contact site 5 of the other side,
Reach the positive and negative advantage planted and can be all connected.
Two, the activity setting by removable lower insulation colloid 9 and the elastic pushing portions 91 of both sides, allow the ends flat cable A
Son can be activity with the connection type of the first transmission conductor group heel row contact site 42 and the second transmission conductor group heel row contact site 52
It plugs, and welding manner need not be used, and when pulling out flat cable A, using elastic pushing portion 91 easily by flat electricity
Cable A terminals remove, very convenient.
The product form and style of above-described embodiment and schema and the non-limiting present invention, any technical field it is common
The appropriate changes or modifications that technical staff does it all should be regarded as the patent category for not departing from the present invention.
Claims (14)
1. a kind of structure of electric connector, which is characterized in that include mainly：
One shield shell；
At least one is contained in the insulation colloid group in the shield shell, has a tongue plate portion；
One the first transmission conductor group front row contact site combined with the tongue plate portion is extended by the other end and is equipped with the first transmission conductor
Group heel row contact site；
One is combined with the tongue plate portion and before the second transmission conductor group of the first transmission conductor group front row contact site other side
Contact site is arranged, extends the second transmission being equipped with the horizontal single setting of the first transmission conductor group heel row contact site by the other end
Conductor group heel row contact site；
One be set at the first transmission conductor group front row contact site and the second transmission conductor group front row contact site side first insert
Interface；
One be set at the first transmission conductor group heel row contact site and the second transmission conductor group heel row contact site side second insert
Interface；
The first transmission conductor group front row contact site is I/O connector interface, and the first transmission conductor group heel row contact site is
It connects and sets for flat cable；
The second transmission conductor group front row contact site is I/O connector interface, and the second transmission conductor group heel row contact site is
It connects and sets for flat cable；
The first transmission conductor group heel row contact site include one first transmission conductor after ranked first ground connection contact site, one be located at should
It ranked first after first transmission conductor and ranked first differential signal contact site after the first transmission conductor of ground connection contact site side, one be located at
Ranked first after first transmission conductor ranked second after the first transmission conductor of differential signal contact site side differential signal contact site,
One be located at after first transmission conductor ranked second the first transmission conductor of differential signal contact site side after ranked first electrical power contacts
Portion, one are located at after first transmission conductor ranked first the first transmission conductor of electrical power contacts portion side after ranked first detecting contact
Portion, one ranked first signal contact after ranked first the first transmission conductor for detecting contact site side after first transmission conductor
Portion, one are located at after first transmission conductor ranked first the first transmission conductor of signal contact site side after ranked second signal contact
Portion, one be located at after first transmission conductor ranked second ranked second after the first transmission conductor of signal contact site side detecting contact site,
One ranked second the first transmission conductor heel row second source contact site of detecting contact site side, one after first transmission conductor
Ranked third after the first transmission conductor of the first transmission conductor heel row second source contact site side differential signal contact site,
One be located at after first transmission conductor ranked third the first transmission conductor of differential signal contact site side after ranked fourth differential signal
Contact site and one be located at after first transmission conductor ranked fourth the first transmission conductor of differential signal contact site side after ranked second
It is grounded contact site；The second transmission conductor group heel row contact site, which is located at comprising one after first transmission conductor, ranked first ground connection contact
Ranked first after second transmission conductor of portion side ground connection contact site, one be located at second transmission conductor after ranked first ground connection contact site
Ranked fifth after second transmission conductor of side differential signal contact site, one be located at second transmission conductor after ranked fifth differential signal
Difference news are ranked sixth after ranked first the second transmission conductor between differential signal contact site after contact site and first transmission conductor
Number contact site, one ranked first power supply after being located at the second transmission conductor that ranked first electrical power contacts portion side after first transmission conductor
Contact site, one are located at after second transmission conductor ranked first the second transmission conductor of electrical power contacts portion side after ranked first detecting and connect
Contact portion, one ranked first signal contact after ranked first the second transmission conductor for detecting contact site side after second transmission conductor
Portion, one are located at after second transmission conductor ranked first the second transmission conductor of signal contact site side after ranked second signal contact
Portion, one be located at after second transmission conductor ranked second ranked first after signal contact site and first transmission conductor detect contact site it
Between the second transmission conductor after ranked first detecting contact site, one be located at the first transmission conductor heel row second source contact site side
The second transmission conductor heel row second source contact site, one be located at the second transmission conductor heel row second source contact site side
Ranked seventh after second transmission conductor differential signal contact site, one be located at second transmission conductor after ranked seventh differential signal contact site
With ranked fourth after first transmission conductor differential signal is ranked eighth after the second transmission conductor between differential signal contact site contact
Portion and one be located at the second transmission conductor that ranked second ground connection contact site side after first transmission conductor after ranked second ground connection contact
Portion；Differential signal contact site is ranked sixth after ranked first differential signal contact site and second transmission conductor after first transmission conductor
Between be equipped with one first ground protection contact site, and ranked third after first transmission conductor differential signal contact site and this second pass
It ranked eighth after conductor department and be equipped with one second ground protection contact site between differential signal contact site；
First transmission conductor group front row contact site extends backward equipped with ranked first ground connection base portion, one after one first transmission conductor
Ranked first after first transmission conductor ranked first after the first transmission conductor of ground connection base portion side differential signal base portion, one
Differential signal base portion, one are ranked second after ranked first the first transmission conductor of differential signal base portion side after first transmission conductor
Ranked second after first transmission conductor ranked first after the first transmission conductor of differential signal base portion side power base, one
Ranked first after first transmission conductor ranked first after the first transmission conductor of power base side detecting base portion, one be located at this
Signal base portion, one are ranked first positioned at first transmission after ranked first the first transmission conductor of detecting base portion side after one transmission conductor
Signal base portion, one are ranked second after first transmission conductor after ranked first the first transmission conductor of signal base portion side after conductor
Ranked second ranked second after the first transmission conductor of signal base portion side detecting base portion, one be located at first transmission conductor after ranked second
First transmission conductor heel row second source base portion of detecting base portion side, one are located at the first transmission conductor heel row second source base
Ranked third after first transmission conductor of portion side differential signal base portion, one be located at first transmission conductor after ranked third differential signal
Ranked fourth after first transmission conductor of base portion side differential signal base portion and one be located at first transmission conductor after ranked fourth difference
Ground connection base portion is ranked second after first transmission conductor of signal base portion side；The second transmission conductor group front row contact site extends backward
Ground connection base portion side is ranked first after second transmission conductor equipped with ranked first ground connection base portion, one after one second transmission conductor
Ranked fifth after second transmission conductor differential signal base portion, one be located at second transmission conductor after ranked fifth differential signal base portion side
The second transmission conductor after ranked sixth differential signal base portion, one be located at first transmission conductor after ranked first power base side
Ranked first after second transmission conductor power base, one be located at second transmission conductor after ranked first power base side second pass
It ranked first detecting base portion after conductor department, one be located at the second transmission conductor that ranked first detecting base portion side after second transmission conductor
It ranked first signal base portion afterwards, one be located at the second transmission conductor heel row that ranked first signal base portion side after second transmission conductor
Two signal base portions, one are located at after second transmission conductor ranked second the second transmission conductor of signal base portion side after ranked first detecting
Base portion, one be located at the first transmission conductor heel row second source base portion side the second transmission conductor heel row second source base portion,
One ranked seventh differential signal base portion, one after the second transmission conductor of the second transmission conductor heel row second source base portion side
Ranked seventh after second transmission conductor ranked eighth after the second transmission conductor of differential signal base portion side differential signal base portion,
And one be located at the second transmission conductor that ranked second ground connection base portion side after first transmission conductor after ranked second ground connection base portion.
2. the structure of electric connector as described in claim 1, it is characterised in that：The insulation colloid group is adjacent to the second interface
A removable lower insulation colloid is equipped at lower section, both sides of the lower insulation colloid are respectively provided at least one elastic pushing portion, under this
The protrusion that the wherein one side of colloid that insulate has at least one for fixing.
3. the structure of electric connector as described in claim 1, it is characterised in that：The insulation colloid group includes the first insulating cement
Body and the second insulation colloid set on the first insulation colloid side, and the first insulation colloid and the second insulation colloid combine
The tongue plate portion is formed, and the insulation colloid group forms an installation space for inner shield shell setting, first insulating cement
It is equipped with one between body and the second insulation colloid and is led for the first transmission conductor group front row contact site and second transmission to be isolated
The shielded partitions of body group front row contact site, the insulation colloid group are equipped with a removable lower insulation at second interface lower section
Colloid.
4. the structure of electric connector as described in claim 1, it is characterised in that：Second transmission conductor group front row contact site
The extension path and the first transmission conductor group front row contact site for extending to the second transmission conductor group heel row contact site extend to
The extension path of the first transmission conductor group heel row contact site is in oppositely arranged.
5. the structure of electric connector as described in claim 1, it is characterised in that：Shape is distinguished at the both sides of the shield shell rear
Cheng Youyi tracks, and the insulation colloid group rear surrounds out with one with the shield shell and is inserted for what connector activity was planted jointly
Connect space.
6. the structure of electric connector as described in claim 1, it is characterised in that：First transmission conductor group front row contact site
Or second transmission conductor group front row contact site be to meet USB c-types specification, the one of which of FFC specifications or FPC specifications.
7. the structure of electric connector as described in claim 1, it is characterised in that：Distinguish at the left and right sides of the shield shell
Buckle is fixed with one.
8. the structure of electric connector as described in claim 1, it is characterised in that：Distinguish at the both sides up and down of the shield shell
Buckle is fixed with one.
9. the structure of electric connector as described in claim 1, it is characterised in that：Distinguish at the left and right sides of the shield shell
Fixation buckle with a horizontal extension.
10. the structure of electric connector as described in claim 1, it is characterised in that：The first transmission conductor group heel row contact
Portion and the second transmission conductor group heel row contact site are welding foot.
11. the structure of electric connector as described in claim 1, it is characterised in that：It is vertical when the insulation colloid group is multigroup
Straight stacked manner up and down is continuously arranged.
12. the structure of electric connector as described in claim 1, it is characterised in that：The insulation colloid group is edge-on setting.
13. the structure of electric connector as described in claim 1, it is characterised in that：When the insulation colloid group is multigroup, for a left side
The edge-on setting of fight continuity.
14. the structure of electric connector as described in claim 1, it is characterised in that：It is equipped with extremely around first interface
A few water repellent component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510485278.7A CN106450934B (en) | 2015-08-10 | 2015-08-10 | The structure of electric connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510485278.7A CN106450934B (en) | 2015-08-10 | 2015-08-10 | The structure of electric connector |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106450934A CN106450934A (en) | 2017-02-22 |
| CN106450934B true CN106450934B (en) | 2018-07-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510485278.7A Active CN106450934B (en) | 2015-08-10 | 2015-08-10 | The structure of electric connector |
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| Country | Link |
|---|---|
| CN (1) | CN106450934B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018045520A1 (en) * | 2016-09-08 | 2018-03-15 | 王秋文 | Structure of electrical connector |
| CN107508069B (en) * | 2017-07-27 | 2020-01-17 | 深圳市优选师科技有限公司 | Connector and method of manufacturing the same |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200994032Y (en) * | 2006-11-23 | 2007-12-19 | 王秋文 | Connector combination structure |
| US7727006B1 (en) * | 2009-07-23 | 2010-06-01 | Cheng Uei Precision Industry Co., Ltd. | Connector for flexible printed circuit board |
| TW201023443A (en) * | 2008-12-11 | 2010-06-16 | Chiu-Wen Wang | Electrical connector |
| CN104022396A (en) * | 2014-05-29 | 2014-09-03 | 立讯精密工业（昆山）有限公司 | Electric connector combination |
-
2015
- 2015-08-10 CN CN201510485278.7A patent/CN106450934B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200994032Y (en) * | 2006-11-23 | 2007-12-19 | 王秋文 | Connector combination structure |
| TW201023443A (en) * | 2008-12-11 | 2010-06-16 | Chiu-Wen Wang | Electrical connector |
| 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 |
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|---|---|
| CN106450934A (en) | 2017-02-22 |
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