CN202695767U

CN202695767U - Improved structure of universal serial bus (USB) 3.0 bidirectional socket mother seat connector

Info

Publication number: CN202695767U
Application number: CN 201220229976
Authority: CN
Inventors: 林昱宏; 许志铭; 林永常; 锺轩禾
Original assignee: Kuang Ying Computer Equipment Co Ltd
Current assignee: Kuang Ying Computer Equipment Co Ltd
Priority date: 2012-05-22
Filing date: 2012-05-22
Publication date: 2013-01-23
Anticipated expiration: 2022-05-22

Abstract

The utility model relates to an improved structure of a universal serial bus (USB) 3.0 bidirectional socket mother seat connector and belongs to the electronic field. By a bidirectional shared grounding transmission conductor, a first signal transmission conductor, a second signal transmission conductor, a first differential signal transmission conductor, a second differential signal transmission conductor, a third grounding transmission conductor, a third differential signal transmission conductor, a fourth differential signal transmission conductor, a first power source transmission conductor, a third signal transmission conductor, a fourth signal transmission conductor, a second power source transmission conductor, a fourth grounding transmission conductor, a fifth differential signal transmission conductor, a sixth differential signal transmission conductor, a seventh differential signal transmission conductor and an eighth differential signal transmission conductor, when a USB male connector can be inserted into the USB 3.0 bidirectional socket mother seat connector in forward direction mode or in backward direction mode, the USB 3.0 bidirectional socket mother seat connector has the advantage of breakover movement.

Description

The two-way socket socket connector of USB3.0 structure-improved

Technical field

The utility model relates to electrical type, and for a kind of connector is provided, but espespecially a kind of USB connector male forward is planted or oppositely plant all two-way socket socket connector of USB3.0 structure-improveds of turn-on action.

Background technology

At present, the utilization of connector is very extensive, comprises in one's power the connectors such as USB, is that USB3.0 connector aspect then is continuous improvement, progress, and has increased simultaneously its transmission speed.

General existing USB3.0 socket connector is provided with an interface, in interface, has a tongue piece, tongue piece is provided with several metallic conductors, be able to mutually plant with Male head connector by those metallic conductors, and the position of tongue piece is in the contiguous wherein side-walls of interface, be between eccentric occlusion and locate, and Male head connector namely can be connected with the metallic conductor on the tongue piece is differential by affiliated dividing plate in the plant process, to finish the purpose of a USB3.0 socket connector transfer of data.

Yet above-mentioned existing USB3.0 socket connector waits to improve for really having following point and disappearance when using:

Because the tongue piece of USB3.0 socket connector is positioned at a wherein side-walls of contiguous interface, therefore when Male head connector is oppositely planted, also can occur and to plant, if the tongue piece position is moved to middle place and Male head connector anti-plug, then can occur Male head connector can't with the metallic conductor electrically connect, therefore, the user all must observe the position of USB3.0 socket connector tongue piece in advance when planting, adjust the direction of Male head connector again and plant with forward.

The utility model content

Main purpose of the present utility model is to provide the two-way socket socket connector of a kind of USB3.0 structure-improved, by the setting of several transmission conductors and special arrangement mode, but reach the USB Male head connector advantage of turn-on action all when forward is planted or oppositely planted the utility model socket connector that makes.

For reaching above-mentioned purpose, the utility model primary structure comprises a ground connection transmission conductor, the first signal transmission conductor, the second signal transmission conductor, the first difference signal transmission conductor, the second difference signal transmission conductor, the 3rd ground connection transmission conductor, the 3rd difference signal transmission conductor, the 4th difference signal transmission conductor, the first power delivery conductor, the 3rd signal transmission conductor, the 4th signal transmission conductor, the second source transmission conductor, the 4th ground connection transmission conductor, the 5th difference signal transmission conductor, the 6th difference signal transmission conductor, the 7th difference signal transmission conductor and the 8th difference signal transmission conductor, when the user plants the USB Male head connector with forward, metal transmission conductor on its USB Male head connector then with this ground connection transmission conductor, the first signal transmission conductor, the second signal transmission conductor, the first difference signal transmission conductor, the second difference signal transmission conductor, the 3rd ground connection transmission conductor, the 3rd difference signal transmission conductor, the 4th difference signal transmission conductor and the first power delivery conductor electrical contact conducting, when if the user oppositely plants the USB Male head connector, then the metal transmission conductor namely with the ground connection transmission conductor, the 3rd signal transmission conductor, the 4th signal transmission conductor, the second source transmission conductor, the 4th ground connection transmission conductor, the 5th difference signal transmission conductor, the 6th difference signal transmission conductor, the 7th difference signal transmission conductor and the 8th difference signal transmission conductor electrical contact conducting are by this to reach the USB Male head connector regardless of being the advantage that forward is planted or reverse plant all can electrically conduct.

The utility model has the advantage of: by the setting of several transmission conductors and special arrangement mode, but make USB Male head connector advantage of turn-on action all when forward is planted or oppositely planted the utility model socket connector.

Description of drawings

Fig. 1 is the stereogram of the utility model preferred embodiment.

Fig. 2 is the cutaway view of the utility model preferred embodiment.

Fig. 3 is the partial schematic diagram one of the utility model preferred embodiment.

Fig. 4 is the partial schematic diagram two of the utility model preferred embodiment.

Fig. 5 is the enforcement schematic diagram that the utility model USB Male head connector forward is planted.

Fig. 6 is the enforcement schematic diagram that the utility model USB Male head connector is oppositely planted.

Fig. 7 is that the utility model is in conjunction with the enforcement schematic diagram of printed circuit board (PCB).

Fig. 8 is that the utility model printed circuit board (PCB) connects the enforcement schematic diagram of establishing the change-over terminal subgroup.

Fig. 9 is the again partial schematic diagram one of a preferred embodiment of the utility model.

Figure 10 is the again partial schematic diagram two of a preferred embodiment of the utility model.

Embodiment

To shown in the accompanying drawing 4, be stereogram, cutaway view, the partial schematic diagram of the utility model preferred embodiment such as accompanying drawing 1, find out that by knowing among the figure the utility model primary structure comprises:

One first insulating body 1;

One is located at the ground connection transmission conductor 20 on this first insulating body 1, the one end is provided with first a ground connection contact site 201 that is reverse bending form, this the first ground connection contact site 201 is opened by an end yoke and is extended with respectively the first ground connection extension 202 and the second ground connection extension 203, this the first ground connection extension 202 is provided with one first ground connection bend 2021 and one first ground connection weld part 2022, then be provided with on the second ground connection extension 203 one with this first ground connection bend 2021 crooked the second ground connection bend 2031 and one second ground connection weld part 2032 in the opposite direction, ground connection transmission conductor 20 other ends then are reverse bending and extend to form one second ground connection contact site 204 again;

One is located on this first insulating body 1 and the first signal transmission conductor 21 between this first ground connection extension 202 and this second ground connection extension 203, this the first signal transmission conductor 21 be provided with one with this first ground connection bend 2021 towards the first signal bend 211 of equidirectional bending, and these the first signal transmission conductor 21 1 ends are provided with one first signal weld part 212;

One is located on this first insulating body 1 and the second signal transmission conductor 22 between this first signal transmission conductor 21 and this second ground connection extension 203, this the second signal transmission conductor 22 be provided with one with this first signal bend 211 towards the second signal bend 221 of equidirectional bending, and these the second signal transmission conductor 22 1 ends are provided with one second signal weld part 222;

One is located on this first insulating body 1 and is positioned at the first difference signal transmission conductor 23 of these ground connection transmission conductor 20 1 sides, this the first difference signal transmission conductor 23 be provided with one with this first ground connection bend 2021 towards the first difference signal bend 231 of equidirectional bending, and these the first difference signal transmission conductor 23 1 ends are provided with one and are positioned at the first difference signal weld part 232 that this first ground connection weld part 2022 deviates from these the first signal weld part 212 sides;

One is located on this first insulating body 1 and is positioned at the second difference signal transmission conductor 24 that this first difference signal transmission conductor 23 deviates from these ground connection transmission conductor 20 1 sides, this the second difference signal transmission conductor 24 be provided with one with this first difference signal bend 231 towards the second difference signal bend 241 of equidirectional bending, and these the second difference signal transmission conductor 24 1 ends are provided with one second difference signal weld part 242;

One is located on this first insulating body 1 and is positioned at the 3rd ground connection transmission conductor 25 that this second difference signal transmission conductor 24 deviates from these the first difference signal transmission conductor 23 1 sides, the 3rd ground connection transmission conductor 25 be provided with one with this second difference signal bend 241 towards the 3rd ground connection bend 251 of equidirectional bending, and the 3rd ground connection transmission conductor 25 1 ends are provided with one the 3rd ground connection weld part 252;

One is located on this first insulating body 1 and is positioned at the 3rd difference signal transmission conductor 26 that this ground connection transmission conductor 20 deviates from the first difference signal transmission conductor 23 1 sides, the 3rd difference signal transmission conductor 26 be provided with one with this second ground connection bend 2031 towards the 3rd difference signal bend 261 of equidirectional bending, and the 3rd difference signal transmission conductor 26 1 ends are provided with one the 3rd difference signal weld part 262;

One is located on this first insulating body 1 and is positioned at the 4th difference signal transmission conductor 27 that the 3rd difference signal transmission conductor 26 deviates from these ground connection transmission conductor 20 1 sides, the 4th difference signal transmission conductor 27 be provided with one with the 3rd difference signal bend 261 towards the 4th difference signal bend 271 of equidirectional bending, and the 4th difference signal transmission conductor 27 1 ends are provided with one the 4th difference signal weld part 272;

One is located on this first insulating body 1 and is positioned at the first power delivery conductor 28 that the 4th difference signal transmission conductor 27 deviates from the 3rd difference signal transmission conductor 26 1 sides, this the first power delivery conductor 28 be provided with one with the 4th difference signal bend 271 towards the first power supply bend 281 of equidirectional bending, and these the first power delivery conductor 28 1 ends are provided with one first power supply weld part 282;

One second insulating body 3 of being combined with this first insulating body 1 storehouse;

One is located on this second insulating body 3 and is positioned at the 3rd signal transmission conductor 40 of this first signal transmission conductor 21 one sides, the 3rd signal transmission conductor 40 be provided with one with this first signal bend 211 crooked the 3rd signal bend 401 in the opposite direction, and the 3rd signal transmission conductor 40 1 ends are provided with the 3rd a signal weld part 402 between this second signal weld part 222 and this second ground connection weld part 2032;

One is located on this second insulating body 3 and is positioned at the 4th signal transmission conductor 41 of this second signal transmission conductor 22 one sides, the 4th signal transmission conductor 41 be provided with one with the 3rd signal bend 401 towards the 4th signal bend 411 of equidirectional bending, and the 4th signal transmission conductor 41 1 ends are provided with the 4th a signal weld part 412 between the 3rd signal weld part 402 and this second ground connection weld part 2032;

One is located on this second insulating body 3 and is positioned at the second source transmission conductor 42 of the 3rd ground connection transmission conductor 25 one side, this second source transmission conductor 42 be provided with one with the 3rd ground connection bend 251 towards the second source bend 421 of equidirectional bending, and these second source transmission conductor 42 1 ends are provided with a second source weld part 422 between this second difference signal weld part 242 and the 3rd ground connection weld part 252;

One is located on this second insulating body 3 and is positioned at the 4th ground connection transmission conductor 43 of this first power delivery conductor 28 one sides, the 4th ground connection transmission conductor 43 be provided with one with this first power supply bend 281 towards the 4th ground connection bend 431 of equidirectional bending, and the 4th ground connection transmission conductor 43 1 ends are provided with the 4th a ground connection weld part 432 between the 4th difference signal weld part 272 and the first power supply weld part 282;

One is located on this second insulating body 3, and be positioned at the 5th difference signal transmission conductor 44 of this first difference signal transmission conductor 23 one sides, the 5th difference signal transmission conductor 44 be provided with one with this first difference signal bend 231 towards the 5th difference signal bend 441 of equidirectional bending, and the 5th difference signal bend 441 extends to be provided with the 5th a difference signal extension 442 that is positioned at these second source transmission conductor 42 1 sides to an end, and the 5th difference signal extension 442 1 ends are provided with the 5th a difference signal weld part 443 between this second source weld part 422 and the 3rd ground connection weld part 252;

One is located on this second insulating body 3, and be positioned at this second difference signal transmission conductor 24 simultaneously, and with the 5th difference signal transmission conductor 44 the 6th difference signal transmission conductor 45 side by side, the 6th difference signal transmission conductor 45 be provided with one with the 5th difference signal bend 441 towards the 6th difference signal bend 451 of equidirectional bending, and the 6th difference signal bend 451 extends to be provided with one to an end and is positioned at the 6th difference signal extension 452 that the 5th difference signal extension 442 deviates from these second source transmission conductor 42 1 sides, and the 6th difference signal extension 452 1 ends are provided with the 6th a difference signal weld part 453 between the 5th difference signal weld part 443 and the 3rd ground connection weld part 252;

One is located on this second insulating body 3, and be positioned at the 7th difference signal transmission conductor 46 of the 3rd difference signal transmission conductor 26 one side, the 7th difference signal transmission conductor 46 be provided with one with the 3rd difference signal bend 261 towards the 7th difference signal bend 461 of equidirectional bending, and the 7th difference signal bend 461 extends to be provided with the 7th a difference signal extension 462 that is positioned at the 4th ground connection transmission conductor 43 1 sides to an end, and the 7th difference signal extension 462 1 ends are provided with the 7th a difference signal weld part 463 between the 4th ground connection weld part 432 and this first power supply weld part 282;

One is located on this second insulating body 3, and be positioned at the 4th difference signal transmission conductor 27 simultaneously, and with the 7th difference signal transmission conductor 46 the 8th difference signal transmission conductor 47 side by side, the 8th difference signal transmission conductor 47 be provided with one with the 7th difference signal bend 461 towards the 8th difference signal bend 471 of equidirectional bending, and the 8th difference signal bend 471 extends to be provided with one to an end and is positioned at the 8th difference signal extension 472 that the 7th difference signal extension 462 deviates from the 4th ground connection transmission conductor 43 1 sides, and the 8th difference signal extension 472 1 ends are provided with the 8th a difference signal weld part 473 between the 7th difference signal weld part 463 and this first power supply weld part 282; And

One shield shell 5, this shield shell 5 coats this first insulating body 1 and this second insulating body 3.

By above-mentioned structure, hereby be described as follows with regard to use situation of the present utility model:

Such as accompanying drawing 1 to shown in the accompanying drawing 6, stereogram for the utility model preferred embodiment, cutaway view, partial schematic diagram, the enforcement schematic diagram that the enforcement schematic diagram that USB Male head connector forward is planted and USB Male head connector are oppositely planted, find out by knowing among the figure, when USB Male head connector 6 is planted socket connector of the present utility model with forward, metal transmission conductor on its USB Male head connector 6 then with ground connection transmission conductor 20, the first signal transmission conductor 21, the second signal transmission conductor 22, the first difference signal transmission conductor 23, the second difference signal transmission conductor 24, the 3rd ground connection transmission conductor 25, the 3rd difference signal transmission conductor 26, the 4th difference signal transmission conductor 27 and the 28 electrical contact conductings of the first power delivery conductor, if USB Male head connector 6 is during with reverse plant socket connector of the present utility model, metal transmission conductor on its USB Male head connector 6 then with ground connection transmission conductor 20, the 3rd signal transmission conductor 40, the 4th signal transmission conductor 41, second source transmission conductor 42, the 4th ground connection transmission conductor 43, the 5th difference signal transmission conductor 44, the 6th difference signal transmission conductor 45, the 7th difference signal transmission conductor 46 and the 47 electrical contact conductings of the 8th difference signal transmission conductor, and can be known by figure and to find out, the transmission conductor of the common use that its ground connection transmission conductor 20 is planted as USB Male head connector 6 forwards or oppositely planted, but so the utility model all advantages of conducting of two-way plant are provided.

As shown in Figure 7, be the enforcement schematic diagram of the utility model in conjunction with printed circuit board (PCB), find out by knowing among the figure, this ground connection transmission conductor, the first signal transmission conductor, the second signal transmission conductor, the first difference signal transmission conductor, the second difference signal transmission conductor, the 3rd ground connection transmission conductor, the 3rd difference signal transmission conductor, the 4th difference signal transmission conductor, the first power delivery conductor, the 3rd signal transmission conductor, the 4th signal transmission conductor, the second source transmission conductor, the 4th ground connection transmission conductor, the 5th difference signal transmission conductor, the 6th difference signal transmission conductor, the 7th difference signal transmission conductor and the 8th difference signal transmission conductor jointly connect in an end place and establish a printed circuit board (PCB) 7, it connects the mode of establishing is that single surface attaches (SMT), single grafting setting (DIP), double surface attaches (SMT), double grafting setting (DIP), upwards (on the plate) extended in bending, (under the plate) extended in bending downwards, continuously bending extend (heavy plate) one of them, include on its plate again on smooth on the plate or the plate bed hedgehopping one of them, and include under its plate under smooth under the plate or the plate bed hedgehopping one of them, in addition its heavy plate include the heavy plate of forward or reverse sinking plate one of them, connecing again the mode of establishing can be vertically smooth, vertical bed hedgehopping, vertical heavy plate, upright bed hedgehopping, upright smooth or uprightly heavy plate one of them, and this figure extends (sink plate) as representative take continuous bending.

As shown in Figure 8, connect the enforcement schematic diagram of establishing the change-over terminal subgroup for the utility model printed circuit board (PCB), find out by knowing among the figure, further be equipped with change-over terminal subgroup 71 on this printed circuit board (PCB) 7, and printed circuit board (PCB) 7 and this change-over terminal subgroup 71 connect the mode of establishing can be the surface attach (SMT), peg graft arrange (DIP) or clamping plate setting (Clamp) one of them, this figure arranges (DIP) as representative to peg graft.

Shown in accompanying drawing 9 and accompanying drawing 10, for the utility model partial schematic diagram one and two of a preferred embodiment again, find out by knowing among the figure, mainly comprise:

One first insulating body;

One is located at the ground connection transmission conductor 20a on this first insulating body, the one end is provided with first a ground connection contact site 201a who is reverse bending form, this the first ground connection contact site 201a is opened by an end yoke and is extended with respectively the first ground connection extension 202a and the second ground connection extension 203a, this the first ground connection extension 202a is provided with one first ground connection bend 2021a and one first ground connection weld part 2022a, then be provided with on the second ground connection extension 203a one with this first ground connection bend 2021a crooked the second ground connection bend 2031a and one second ground connection weld part 2032a in the opposite direction, the ground connection transmission conductor 20a other end then is reverse bending and extends to form one second ground connection contact site 204a again;

One is located on this first insulating body and the first signal transmission conductor 21a between this first ground connection extension 202a and this second ground connection extension 203a, this the first signal transmission conductor 21a be provided with one with this first ground connection bend 2021a crooked the first signal bend 211a in the opposite direction, and this first signal transmission conductor 21a one end is provided with one first signal weld part 212a;

One is located on this first insulating body and the second signal transmission conductor 22a between this first signal transmission conductor 21a and this second ground connection extension 203a, this the second signal transmission conductor 22a be provided with one with this first signal bend 211a towards the second signal bend 221a of equidirectional bending, and this second signal transmission conductor 22a one end is provided with one second signal weld part 222a;

One is located on this first insulating body and is positioned at the first difference signal transmission conductor 23a of this ground connection transmission conductor 20a one side, this the first difference signal transmission conductor 23a be provided with one with this first ground connection bend 2021a towards the first difference signal bend 231a of equidirectional bending, and this first difference signal transmission conductor 23a one end is provided with one and is positioned at the first difference signal weld part 232a that this first ground connection weld part 2022a deviates from this first signal weld part 212a side;

One is located on this first insulating body and is positioned at the second difference signal transmission conductor 24a that this first difference signal transmission conductor 23a deviates from this ground connection transmission conductor 20a one side, this the second difference signal transmission conductor 24a be provided with one with this first difference signal bend 231a towards the second difference signal bend 241a of equidirectional bending, and this second difference signal transmission conductor 24a one end is provided with one second difference signal weld part 242a;

One is located on this first insulating body and is positioned at the 3rd ground connection transmission conductor 25a that this second difference signal transmission conductor 24a deviates from this first difference signal transmission conductor 23a one side, the 3rd ground connection transmission conductor 25a be provided with one with this second difference signal bend 241a towards the 3rd ground connection bend 251a of equidirectional bending, and the 3rd ground connection transmission conductor 25a one end is provided with one the 3rd ground connection weld part 252a;

One is located on this first insulating body and is positioned at the 3rd difference signal transmission conductor 26a that this ground connection transmission conductor 20a deviates from the first difference signal transmission conductor 23a one side, the 3rd difference signal transmission conductor 26a be provided with one with this second ground connection bend 2031a towards the 3rd difference signal bend 261a of equidirectional bending, and the 3rd difference signal transmission conductor 26a one end is provided with one the 3rd difference signal weld part 262a;

One is located on this first insulating body and is positioned at the 4th difference signal transmission conductor 27a that the 3rd difference signal transmission conductor 26a deviates from this ground connection transmission conductor 20a one side, the 4th difference signal transmission conductor 27a be provided with one with the 3rd difference signal bend 261a towards the 4th difference signal bend 271a of equidirectional bending, and the 4th difference signal transmission conductor 27a one end is provided with one the 4th difference signal weld part 272a;

One is located on this first insulating body and is positioned at the first power delivery conductor 28a that the 4th difference signal transmission conductor 27a deviates from the 3rd difference signal transmission conductor 26a one side, this the first power delivery conductor 28a be provided with one with the 4th difference signal bend 271a towards the first power supply bend 281a of equidirectional bending, and this first power delivery conductor 28a one end is provided with one first power supply weld part 282a;

One second insulating body of being combined with this first insulating body storehouse;

One is located on this second insulating body and is positioned at the 3rd signal transmission conductor 40a of this first signal transmission conductor 21a one side, the 3rd signal transmission conductor 40a be provided with one with this first signal bend 211a crooked the 3rd signal bend 401a in the opposite direction, and the 3rd signal transmission conductor 40a one end is provided with the 3rd a signal weld part 402a between this first signal weld part 212a and this first ground connection weld part 2022a;

One is located on this second insulating body and is positioned at the 4th signal transmission conductor 41a of this second signal transmission conductor 22a one side, the 4th signal transmission conductor 41a be provided with one with the 3rd signal bend 401a towards the 4th signal bend 411a of equidirectional bending, and the 4th signal transmission conductor 41a one end is provided with the 4th a signal weld part 412a between the 3rd signal weld part 402a and this first signal weld part 212a;

One is located on this second insulating body and is positioned at the second source transmission conductor 42a of the 3rd ground connection transmission conductor 25a one side, this second source transmission conductor 42a be provided with one with the 3rd ground connection bend 251a towards the second source bend 421a of equidirectional bending, and this second source transmission conductor 42a one end is provided with a second source weld part 422a between this second difference signal weld part 242a and the 3rd ground connection weld part 252a;

One is located on this second insulating body and is positioned at the 4th ground connection transmission conductor 43a of this first power delivery conductor 28a one side, the 4th ground connection transmission conductor 43a be provided with one with this first power supply bend 281a towards the 4th ground connection bend 431a of equidirectional bending, and the 4th ground connection transmission conductor 43a one end is provided with the 4th a ground connection weld part 432a between the 4th difference signal weld part 272a and the first power supply weld part 282a;

One is located on this second insulating body, and be positioned at the 5th difference signal transmission conductor 44a of this first difference signal transmission conductor 23a one side, the 5th difference signal transmission conductor 44a be provided with one with this first difference signal bend 231a towards the 5th difference signal bend 441a of equidirectional bending, and the 5th difference signal bend 441a extends to be provided with the 5th a difference signal extension 442a who is positioned at this second source transmission conductor 42a one side to an end, and the 5th difference signal extension 442a one end is provided with the 5th a difference signal weld part 443a between this second source weld part 422a and the 3rd ground connection weld part 252a;

One is located on this second insulating body, and be positioned at this second difference signal transmission conductor 24a simultaneously, and with the 5th difference signal transmission conductor 44a the 6th difference signal transmission conductor 45a side by side, the 6th difference signal transmission conductor 45a be provided with one with the 5th difference signal bend 441a towards the 6th difference signal bend 451a of equidirectional bending, and the 6th difference signal bend 451a extends to be provided with one to an end and is positioned at the 6th difference signal extension 452a that the 5th difference signal extension 442a deviates from this second source transmission conductor 42a one side, and the 6th difference signal extension 452a one end is provided with the 6th a difference signal weld part 453a between the 5th difference signal weld part 443a and the 3rd ground connection weld part 252a;

One is located on this second insulating body, and be positioned at the 7th difference signal transmission conductor 46a of the 3rd difference signal transmission conductor 26a one side, the 7th difference signal transmission conductor 46a be provided with one with the 3rd difference signal bend 261a towards the 7th difference signal bend 461a of equidirectional bending, and the 7th difference signal bend 461a extends to be provided with the 7th a difference signal extension 462a who is positioned at the 4th ground connection transmission conductor 43a one side to an end, and the 7th difference signal extension 462a one end is provided with the 7th a difference signal weld part 463a between the 4th ground connection weld part 432a and this first power supply weld part 282a;

One is located on this second insulating body, and be positioned at the 4th difference signal transmission conductor 27a simultaneously, and with the 7th difference signal transmission conductor 46a the 8th difference signal transmission conductor 47a side by side, the 8th difference signal transmission conductor 47a be provided with one with the 7th difference signal bend 461a towards the 8th difference signal bend 471a of equidirectional bending, and the 8th difference signal bend 471a extends to be provided with one to an end and is positioned at the 8th difference signal extension 472a that the 7th difference signal extension 462a deviates from the 4th ground connection transmission conductor 43a one side, and the 8th difference signal extension 472a one end is provided with the 8th a difference signal weld part 473a between the 7th difference signal weld part 463a and this first power supply weld part 282a;

One shield shell, this shield shell coats this first insulating body and this second insulating body.

And above-mentioned ground connection transmission conductor 20a, the first signal transmission conductor 21a, the second signal transmission conductor 22a, the first difference signal transmission conductor 23a, the second difference signal transmission conductor 24a, the 3rd ground connection transmission conductor 25a, the 3rd difference signal transmission conductor 26a, the 4th difference signal transmission conductor 27a, the first power delivery conductor 28a, the 3rd signal transmission conductor 40a, the 4th signal transmission conductor 41a, second source transmission conductor 42a, the 4th ground connection transmission conductor 43a, the 5th difference signal transmission conductor 44a, the 6th difference signal transmission conductor 45a, the 7th difference signal transmission conductor 46a and the 8th difference signal transmission conductor 47a jointly connect in an end place and establish a printed circuit board (PCB), it connects the mode of establishing is that single surface attaches (SMT), single grafting setting (DIP), double surface attaches (SMT), double grafting setting (DIP), upwards (on the plate) extended in bending, (under the plate) extended in bending downwards, continuously bending extend (heavy plate) one of them, include on its plate again on smooth on the plate or the plate bed hedgehopping one of them, and include under its plate under smooth under the plate or the plate bed hedgehopping one of them, in addition its heavy plate include the heavy plate of forward or reverse sinking plate one of them, connecing again the mode of establishing can be vertically smooth, vertical bed hedgehopping, vertical heavy plate, upright bed hedgehopping, upright smooth or uprightly heavy plate one of them, and further be equipped with the change-over terminal subgroup on the printed circuit board (PCB), this change-over terminal subgroup can be the surface and attaches (SMT), peg graft to arrange (DIP) or clamping plate setting (Clamp) one of them.

Claims

1. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:

One ground connection transmission conductor, the one end is provided with first a ground connection contact site that is reverse bending form, this the first ground connection contact site is opened by an end yoke and is extended with respectively the first ground connection extension and the second ground connection extension, this the first ground connection extension is provided with one first ground connection bend and one first ground connection weld part, then be provided with on the second ground connection extension one with this first ground connection bend crooked the second ground connection bend and one second ground connection weld part in the opposite direction, the ground connection transmission conductor other end then is reverse bending and extends to form one second ground connection contact site again;

One the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend towards the first signal bend of equidirectional bending, and this first signal transmission conductor one end is provided with one first signal weld part;

One the second signal transmission conductor between this first signal transmission conductor and this second ground connection extension, this the second signal transmission conductor be provided with one with this first signal bend towards the second signal bend of equidirectional bending, and this second signal transmission conductor one end is provided with one second signal weld part;

One is positioned at the first difference signal transmission conductor of this ground connection transmission conductor one side, this the first difference signal transmission conductor be provided with one with this first ground connection bend towards the first difference signal bend of equidirectional bending, and this first difference signal transmission conductor one end is provided with one and is positioned at the first difference signal weld part that this first ground connection weld part deviates from this first signal weld part side;

One is positioned at the second difference signal transmission conductor that this first difference signal transmission conductor deviates from this ground connection transmission conductor one side, this the second difference signal transmission conductor be provided with one with this first difference signal bend towards the second difference signal bend of equidirectional bending, and this second difference signal transmission conductor one end is provided with one second difference signal weld part;

One is positioned at the 3rd ground connection transmission conductor that this second difference signal transmission conductor deviates from this first difference signal transmission conductor one side, the 3rd ground connection transmission conductor be provided with one with this second difference signal bend towards the 3rd ground connection bend of equidirectional bending, and the 3rd ground connection transmission conductor one end is provided with one the 3rd ground connection weld part;

One is positioned at the 3rd difference signal transmission conductor that this ground connection transmission conductor deviates from the first difference signal transmission conductor one side, the 3rd difference signal transmission conductor be provided with one with this second ground connection bend towards the 3rd difference signal bend of equidirectional bending, and the 3rd difference signal transmission conductor one end is provided with one the 3rd difference signal weld part;

One is positioned at the 4th difference signal transmission conductor that the 3rd difference signal transmission conductor deviates from this ground connection transmission conductor one side, the 4th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 4th difference signal bend of equidirectional bending, and the 4th difference signal transmission conductor one end is provided with one the 4th difference signal weld part;

One is positioned at the first power delivery conductor that the 4th difference signal transmission conductor deviates from the 3rd difference signal transmission conductor one side, this the first power delivery conductor be provided with one with the 4th difference signal bend towards the first power supply bend of equidirectional bending, and this first power delivery conductor one end is provided with one first power supply weld part;

One is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this second signal weld part and this second ground connection weld part;

One is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this second ground connection weld part;

One is positioned at the second source transmission conductor of the 3rd ground connection transmission conductor one side, this second source transmission conductor be provided with one with the 3rd ground connection bend towards the second source bend of equidirectional bending, and this second source transmission conductor one end is provided with a second source weld part between this second difference signal weld part and the 3rd ground connection weld part;

One is positioned at the 4th ground connection transmission conductor of this first power delivery conductor one side, the 4th ground connection transmission conductor be provided with one with this first power supply bend towards the 4th ground connection bend of equidirectional bending, and the 4th ground connection transmission conductor one end is provided with the 4th a ground connection weld part between the 4th difference signal weld part and the first power supply weld part;

One is positioned at the 5th difference signal transmission conductor of this first difference signal transmission conductor one side, the 5th difference signal transmission conductor be provided with one with this first difference signal bend towards the 5th difference signal bend of equidirectional bending, and the 5th difference signal bend extends to be provided with the 5th a difference signal extension that is positioned at this second source transmission conductor one side to an end, and the 5th difference signal extension one end is provided with the 5th a difference signal weld part between this second source weld part and the 3rd ground connection weld part;

One is positioned at this second difference signal transmission conductor one side, and with the 5th difference signal transmission conductor the 6th difference signal transmission conductor side by side, the 6th difference signal transmission conductor be provided with one with the 5th difference signal bend towards the 6th difference signal bend of equidirectional bending, and the 6th difference signal bend extends to be provided with one to an end and is positioned at the 6th difference signal extension that the 5th difference signal extension deviates from this second source transmission conductor one side, and the 6th difference signal extension one end is provided with the 6th a difference signal weld part between the 5th difference signal weld part and the 3rd ground connection weld part;

One is positioned at the 7th difference signal transmission conductor of the 3rd difference signal transmission conductor one side, the 7th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 7th difference signal bend of equidirectional bending, and the 7th difference signal bend extends to be provided with the 7th a difference signal extension that is positioned at the 4th ground connection transmission conductor one side to an end, and the 7th difference signal extension one end is provided with the 7th a difference signal weld part between the 4th ground connection weld part and this first power supply weld part;

One is positioned at the 4th difference signal transmission conductor one side, and with the 7th difference signal transmission conductor the 8th difference signal transmission conductor side by side, the 8th difference signal transmission conductor be provided with one with the 7th difference signal bend towards the 8th difference signal bend of equidirectional bending, and the 8th difference signal bend extends to be provided with one to an end and is positioned at the 8th difference signal extension that the 7th difference signal extension deviates from the 4th ground connection transmission conductor one side, and the 8th difference signal extension one end is provided with the 8th a difference signal weld part between the 7th difference signal weld part and this first power supply weld part.

2. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:

One first insulating body;

One is located at the ground connection transmission conductor on this first insulating body, the one end is provided with first a ground connection contact site that is reverse bending form, this the first ground connection contact site is opened by an end yoke and is extended with respectively the first ground connection extension and the second ground connection extension, this the first ground connection extension is provided with one first ground connection bend and one first ground connection weld part, then be provided with on the second ground connection extension one with this first ground connection bend crooked the second ground connection bend and one second ground connection weld part in the opposite direction, the ground connection transmission conductor other end then is reverse bending and extends to form one second ground connection contact site again;

One is located on this first insulating body and the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend towards the first signal bend of equidirectional bending, and this first signal transmission conductor one end is provided with one first signal weld part;

One is located on this first insulating body and the second signal transmission conductor between this first signal transmission conductor and this second ground connection extension, this the second signal transmission conductor be provided with one with this first signal bend towards the second signal bend of equidirectional bending, and this second signal transmission conductor one end is provided with one second signal weld part;

One is located on this first insulating body and is positioned at the first difference signal transmission conductor of this ground connection transmission conductor one side, this the first difference signal transmission conductor be provided with one with this first ground connection bend towards the first difference signal bend of equidirectional bending, and this first difference signal transmission conductor one end is provided with one and is positioned at the first difference signal weld part that this first ground connection weld part deviates from this first signal weld part side;

One is located on this first insulating body and is positioned at the second difference signal transmission conductor that this first difference signal transmission conductor deviates from this ground connection transmission conductor one side, this the second difference signal transmission conductor be provided with one with this first difference signal bend towards the second difference signal bend of equidirectional bending, and this second difference signal transmission conductor one end is provided with one second difference signal weld part;

One is located on this first insulating body and is positioned at the 3rd ground connection transmission conductor that this second difference signal transmission conductor deviates from this first difference signal transmission conductor one side, the 3rd ground connection transmission conductor be provided with one with this second difference signal bend towards the 3rd ground connection bend of equidirectional bending, and the 3rd ground connection transmission conductor one end is provided with one the 3rd ground connection weld part;

One is located on this first insulating body and is positioned at the 3rd difference signal transmission conductor that this ground connection transmission conductor deviates from the first difference signal transmission conductor one side, the 3rd difference signal transmission conductor be provided with one with this second ground connection bend towards the 3rd difference signal bend of equidirectional bending, and the 3rd difference signal transmission conductor one end is provided with one the 3rd difference signal weld part;

One is located on this first insulating body and is positioned at the 4th difference signal transmission conductor that the 3rd difference signal transmission conductor deviates from this ground connection transmission conductor one side, the 4th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 4th difference signal bend of equidirectional bending, and the 4th difference signal transmission conductor one end is provided with one the 4th difference signal weld part;

One is located on this first insulating body and is positioned at the first power delivery conductor that the 4th difference signal transmission conductor deviates from the 3rd difference signal transmission conductor one side, this the first power delivery conductor be provided with one with the 4th difference signal bend towards the first power supply bend of equidirectional bending, and this first power delivery conductor one end is provided with one first power supply weld part;

One is located on this second insulating body and is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this second signal weld part and this second ground connection weld part;

One is located on this second insulating body and is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this second ground connection weld part;

One is located on this second insulating body and is positioned at the second source transmission conductor of the 3rd ground connection transmission conductor one side, this second source transmission conductor be provided with one with the 3rd ground connection bend towards the second source bend of equidirectional bending, and this second source transmission conductor one end is provided with a second source weld part between this second difference signal weld part and the 3rd ground connection weld part;

One is located on this second insulating body and is positioned at the 4th ground connection transmission conductor of this first power delivery conductor one side, the 4th ground connection transmission conductor be provided with one with this first power supply bend towards the 4th ground connection bend of equidirectional bending, and the 4th ground connection transmission conductor one end is provided with the 4th a ground connection weld part between the 4th difference signal weld part and the first power supply weld part;

One is located on this second insulating body and is positioned at the 5th difference signal transmission conductor of this first difference signal transmission conductor one side, the 5th difference signal transmission conductor be provided with one with this first difference signal bend towards the 5th difference signal bend of equidirectional bending, and the 5th difference signal bend extends to be provided with the 5th a difference signal extension that is positioned at this second source transmission conductor one side to an end, and the 5th difference signal extension one end is provided with the 5th a difference signal weld part between this second source weld part and the 3rd ground connection weld part;

One is located on this second insulating body, and be positioned at this second difference signal transmission conductor simultaneously, and with the 5th difference signal transmission conductor the 6th difference signal transmission conductor side by side, the 6th difference signal transmission conductor be provided with one with the 5th difference signal bend towards the 6th difference signal bend of equidirectional bending, and the 6th difference signal bend extends to be provided with one to an end and is positioned at the 6th difference signal extension that the 5th difference signal extension deviates from this second source transmission conductor one side, and the 6th difference signal extension one end is provided with the 6th a difference signal weld part between the 5th difference signal weld part and the 3rd ground connection weld part;

One is located on this second insulating body and is positioned at the 7th difference signal transmission conductor of the 3rd difference signal transmission conductor one side, the 7th difference signal transmission conductor be provided with one with the 3rd difference signal bend towards the 7th difference signal bend of equidirectional bending, and the 7th difference signal bend extends to be provided with the 7th a difference signal extension that is positioned at the 4th ground connection transmission conductor one side to an end, and the 7th difference signal extension one end is provided with the 7th a difference signal weld part between the 4th ground connection weld part and this first power supply weld part;

One is located on this second insulating body, and be positioned at the 4th difference signal transmission conductor simultaneously, and with the 7th difference signal transmission conductor the 8th difference signal transmission conductor side by side, the 8th difference signal transmission conductor be provided with one with the 7th difference signal bend towards the 8th difference signal bend of equidirectional bending, and the 8th difference signal bend extends to be provided with one to an end and is positioned at the 8th difference signal extension that the 7th difference signal extension deviates from the 4th ground connection transmission conductor one side, and the 8th difference signal extension one end is provided with the 8th a difference signal weld part between the 7th difference signal weld part and this first power supply weld part;

One shield shell that this first insulating body and this second insulating body are coated.

3. the two-way socket socket connector of USB3.0 according to claim 2 structure-improved, it is characterized in that: this ground connection transmission conductor wherein, the first signal transmission conductor, the second signal transmission conductor, the first difference signal transmission conductor, the second difference signal transmission conductor, the 3rd ground connection transmission conductor, the 3rd difference signal transmission conductor, the 4th difference signal transmission conductor, the first power delivery conductor, the 3rd signal transmission conductor, the 4th signal transmission conductor, the second source transmission conductor, the 4th ground connection transmission conductor, the 5th difference signal transmission conductor, the 6th difference signal transmission conductor, the 7th difference signal transmission conductor and the 8th difference signal transmission conductor connect jointly in an end place establishes a printed circuit board (PCB), it connects the mode of establishing and is upwards bending extension, bending is downwards extended, bending is extended one of them continuously, include on its plate again on smooth on the plate or the plate bed hedgehopping one of them, and include under its plate under smooth under the plate or the plate bed hedgehopping one of them, in addition its heavy plate include the heavy plate of forward or reverse sinking plate one of them, connect again the mode of establishing for vertically smooth, vertical bed hedgehopping, vertical heavy plate, upright bed hedgehopping, upright smooth or uprightly heavy plate one of them.

4. the two-way socket socket connector of USB3.0 according to claim 3 structure-improved, it is characterized in that: wherein further be equipped with the change-over terminal subgroup on this printed circuit board (PCB), and printed circuit board (PCB) and this change-over terminal subgroup connect the mode of establishing can be the surface attach SMT, peg graft arrange DIP or clamping plate arrange Clamp one of them.

5. the two-way socket socket connector of USB3.0 according to claim 3 structure-improved is characterized in that: wherein this connect the mode of establishing further can be single surface attach SMT, single grafting arrange DIP, double surface attach SMT or double grafting arrange DIP one of them.

6. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:

One the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend crooked the first signal bend in the opposite direction, and this first signal transmission conductor one end is provided with one first signal weld part;

One is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this first signal weld part and this first ground connection weld part;

One is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this first signal weld part;

7. the two-way socket socket connector of USB3.0 structure-improved is characterized in that mainly comprising:

One first insulating body;

One is located on this first insulating body and the first signal transmission conductor between this first ground connection extension and this second ground connection extension, this the first signal transmission conductor be provided with one with this first ground connection bend crooked the first signal bend in the opposite direction, and this first signal transmission conductor one end is provided with one first signal weld part;

One is located on this second insulating body and is positioned at the 3rd signal transmission conductor of this first signal transmission conductor one side, the 3rd signal transmission conductor be provided with one with this first signal bend crooked the 3rd signal bend in the opposite direction, and the 3rd signal transmission conductor one end is provided with the 3rd a signal weld part between this first signal weld part and this first ground connection weld part;

One is located on this second insulating body and is positioned at the 4th signal transmission conductor of this second signal transmission conductor one side, the 4th signal transmission conductor be provided with one with the 3rd signal bend towards the 4th signal bend of equidirectional bending, and the 4th signal transmission conductor one end is provided with the 4th a signal weld part between the 3rd signal weld part and this first signal weld part;

8. the two-way socket socket connector of USB3.0 according to claim 7 structure-improved, it is characterized in that: this ground connection transmission conductor wherein, the first signal transmission conductor, the second signal transmission conductor, the first difference signal transmission conductor, the second difference signal transmission conductor, the 3rd ground connection transmission conductor, the 3rd difference signal transmission conductor, the 4th difference signal transmission conductor, the first power delivery conductor, the 3rd signal transmission conductor, the 4th signal transmission conductor, the second source transmission conductor, the 4th ground connection transmission conductor, the 5th difference signal transmission conductor, the 6th difference signal transmission conductor, the 7th difference signal transmission conductor and the 8th difference signal transmission conductor connect jointly in an end place establishes a printed circuit board (PCB), it connects the mode of establishing and is upwards bending extension, bending is downwards extended, bending is extended one of them continuously, include on its plate again on smooth on the plate or the plate bed hedgehopping one of them, and include under its plate under smooth under the plate or the plate bed hedgehopping one of them, in addition its heavy plate include the heavy plate of forward or reverse sinking plate one of them, connect again the mode of establishing for vertically smooth, vertical bed hedgehopping, vertical heavy plate, upright bed hedgehopping, upright smooth or uprightly heavy plate one of them.

9. the two-way socket socket connector of USB3.0 according to claim 8 structure-improved, it is characterized in that: wherein further be equipped with the change-over terminal subgroup on this printed circuit board (PCB), this change-over terminal subgroup for the surface attach SMT, peg graft arrange DIP or clamping plate arrange Clamp one of them.

10. the two-way socket socket connector of USB3.0 according to claim 8 structure-improved is characterized in that: wherein this connect the mode of establishing further for single surface attach SMT, single grafting arrange DIP, double surface attach SMT or double grafting arrange DIP one of them.