CN205790743U - USB Type-C adapter - Google Patents
USB Type-C adapter Download PDFInfo
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- CN205790743U CN205790743U CN201620483379.0U CN201620483379U CN205790743U CN 205790743 U CN205790743 U CN 205790743U CN 201620483379 U CN201620483379 U CN 201620483379U CN 205790743 U CN205790743 U CN 205790743U
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Abstract
A kind of USB Type C adapter, including insulating body, the first transmission conductor group, the second transmission conductor group, isolation plate body, inner shield housing and external shield housing.First transmission conductor group and the second transmission conductor group are arranged on insulating body, and isolation plate body is arranged between the first transmission conductor group and the second transmission conductor group, and inner shield housing is coated on outside insulating body, and external shield housing is coated on outside inner shield housing.Wherein this insulating body has a base portion, a hyoplastron and two holding parts, first transmission conductor group and the second transmission conductor group are arranged in base portion, the front end of the first transmission conductor group and the second transmission conductor group exposes end face and the bottom surface of hyoplastron respectively, the rear end of base portion is stretched out in the rear end of the first transmission conductor group and the second transmission conductor group, and is arranged in a row.Whereby, simple in construction, easy to assembly can be made, and cost reduces, it is also possible to the problem effectively reducing EMI Yu RFI.
Description
Technical field
This utility model relates to a kind of adapter, particularly relates to a kind of USB Type-C adapter.
Background technology
Electronic industry is flourishing now, and various electronic installation is full of arround general popular life, and in order to
Transmission control instruction, multi-medium data even electric power, the overwhelming majority electronic installation be all provided with one or
Multiple adapters.The most common adapter, with universal serial bus (Universal Serial Bus,
USB) adapter is the most large.In general, USB A-Type is to be most widely used, and is also the most
Universal USB interface；USB Micro-B is then the most small-sized USB interface, is mainly applied to
The portable apparatus such as intelligent running gear and tablet PC.And it is more frivolous, more in order to be efficiently applied to
Very thin equipment, recent USB development organizations further proposes the interface of USB Type-C.So
And that existing USB Type-C adapter mostly designs is extremely complex, assembles more inconvenience, cause into
Originally it is difficult to reduce.
Utility model content
Technical problem to be solved in the utility model, is to provide a kind of USB Type-C adapter,
Its simple in construction, easy to assembly, cost can be made to reduce.
In order to solve above-mentioned technical problem, this utility model provides a kind of USB Type-C adapter,
Including: an insulating body；One first transmission conductor group, it is arranged on this insulating body；One second passes
Conductor department group, it is arranged on this insulating body；One isolation plate body, it is arranged at this first transmission conductor
Between group and this second transmission conductor group；One inner shield housing, it is coated on outside this insulating body；Outside one
Shield shell, it is coated on outside this inner shield housing；And wherein this insulating body have a base portion, one
Hyoplastron and two holding parts, this hyoplastron and this two holding parts are extended by the front end of this base portion and are formed, and these are two years old
Individual holding parts is positioned apart from the both sides in this hyoplastron, this first transmission conductor group and this second transmission conductor
Group is arranged in the base portion of this insulating body, before this first transmission conductor group and this second transmission conductor group
End exposes end face and the bottom surface of this hyoplastron, this first transmission conductor group and this second transmission conductor group respectively
The rear end of the base portion of this insulating body is stretched out in rear end, and is arranged in a row.
Preferably, it is characterised in that this isolation plate body has a fixed part and an isolation part, this isolation part
Being connected to this fixed part, this fixed part is arranged in base portion and these two holding parts of this insulating body, should
Isolation part is arranged in this hyoplastron, and this isolation part is positioned at this first transmission conductor group and this second transmission is led
Between body group.
Preferably, this inner shield housing comprises an inner shell main body, a upper plate and a lower plate, and this upper plate connects
In the rear upper side of this inner shell main body, this lower plate is connected on the downside of the rear end of this inner shell main body, this inner shell master
Body is arranged at outside this hyoplastron, and this upper plate and this lower plate are covered each by the top of the base portion in this insulating body
And bottom, the both sides of this inner shell main body between this hyoplastron and this two holding parts, this inner shell main body
Top, bottom and be respectively provided on two sides with holding shrapnel, the nearly rear end in the top of this inner shell main body and bottom is punished
It is not provided with ground connection plate.
Preferably, this external shield housing comprises a top board, a base plate and two side plates, and these two side plates are even
Being connected to the both sides of this top board and this base plate, this top board and base plate are covered each by the top of this inner shield housing
And bottom, these two side plates are covered each by the outside of two holding parts of this insulating body, these two sides
Plate is respectively equipped with a locking part, and this locking part comprises screw lock unit and plug-in unit.
Preferably, this inner shield housing comprises an inner shell main body, and this inner shell main body is arranged at outside this hyoplastron,
And this inner shell main body protrudes from the front end of this external shield housing, the both sides width of this inner shell main body is outer less than this
The both sides width of shield shell, the both sides of this inner shell main body are between this hyoplastron and this two holding parts.
Preferably, this first transmission conductor group comprises multiple first transmission conductor, those first transmission conductors
Respectively having one first contact site, one first base portion, one first root and one first weld part, this first connects
Contact portion is positioned at the front end of this first transmission conductor and exposes the end face of this hyoplastron, this first base portion and this first
Root is arranged in the base portion of this insulating body, and this first welding position is in the rear end of this first transmission conductor
And stretch out the rear end of the base portion of this insulating body, this second transmission conductor group comprises multiple second transmission and leads
Body, those second transmission conductors respectively have one second contact site, one second base portion, one second root and
Second weld part, this second contact site is in the front end of this second transmission conductor and the end of exposing this hyoplastron
Face, this second base portion and this second root are arranged in the base portion of this insulating body, this second welding position
In the rear end of this second transmission conductor and the rear end of the base portion stretching out this insulating body, those first transmission are led
First weld part of body and the second weld part of those the second transmission conductors are arranged in a row.
Preferably, this first transmission conductor group comprises multiple first transmission conductor, those first transmission conductors
Respectively having one first contact site, one first base portion, one first root and one first weld part, this first connects
Contact portion exposes the end face of this hyoplastron, and this first base portion and this first root are arranged at the base portion of this insulating body
In, this first weld part stretches out the rear end of the base portion of this insulating body, and this second transmission conductor group comprises many
Individual second transmission conductor, those second transmission conductors respectively have one second contact site, one second base portion, one
Second root and one second weld part, this second contact site exposes the bottom surface of this hyoplastron, this second base portion and
This second root is arranged in the base portion of this insulating body, and this second weld part stretches out the base of this insulating body
The rear end in portion, the first weld part of those the first transmission conductors and the second welding of those the second transmission conductors
Portion is arranged in a row.
Preferably, this first transmission conductor group comprises multiple first transmission conductor, those first transmission conductors
Respectively having one first contact site, one first base portion, one first root and one first weld part, this first connects
Contact portion is positioned at the front end of this first transmission conductor, and this first base portion and this first root are arranged at this insulation base
In the base portion of body, this first welding position in the rear end of this first transmission conductor, this second transmission conductor group
Comprising multiple second transmission conductor, those second transmission conductors respectively have one second contact site, one second base
Portion, one second root and one second weld part, this second contact site in the front end of this second transmission conductor,
This second base portion and this second root are arranged in the base portion of this insulating body, and this second welding position is in this
The rear end of the second transmission conductor, the first weld part of those the first transmission conductors and those the second transmission conductors
The second weld part be arranged in a row.
In order to solve above-mentioned technical problem, this utility model also provides for a kind of USB Type-C adapter,
Including: an insulating body；One first transmission conductor group, it is arranged on this insulating body；One second passes
Conductor department group, it is arranged on this insulating body；One isolation plate body, it is arranged at this first transmission conductor
Between group and this second transmission conductor group；One inner shield housing, it is coated on outside this insulating body；Outside one
Shield shell, it is coated on outside this inner shield housing；And wherein this first transmission conductor group comprises multiple
First transmission conductor, those first transmission conductors respectively have one first contact site, one first base portion, one
One root and one first weld part, this first contact site in the front end of this first transmission conductor and exposes this
The one side of insulating body, this first base portion and this first root are arranged in this insulating body, this first weldering
The portion of connecing is positioned at the rear end of this first transmission conductor and stretches out the rear end of this insulating body, and those first transmission are led
Body is expanded outwardly extension by this first base portion respectively, make the first weld part of those the first transmission conductors to
Outer expansion, those first transmission conductors are a transmission conductor unit with four, are divided into both sides and middle；
This second transmission conductor group comprises multiple second transmission conductor, and those second transmission conductors respectively have one second
Contact site, one second base portion, one second root and one second weld part, this second contact site in this
The front end of two transmission conductors and expose the another side of this insulating body, this second base portion and this second root set
Being placed in this insulating body, this second welding position is in the rear end of this second transmission conductor and stretches out this insulation
The rear end of matrix, those second transmission conductors are expanded outwardly extension by this second base portion respectively, make those
Second weld part of the second transmission conductor expands outwardly, the first weld part of those the first transmission conductors and should
Second weld part of a little second transmission conductors is arranged in a row, and those second transmission conductors are a biography with four
Conductor department unit, is divided into both sides and middle；Those first transmission conductors and those the second transmission conductors
Transmission conductor unit at both sides respectively comprises two high frequency differential signal transmission conductors, a power delivery conductor
And a ground connection transmission conductor, this power delivery conductor and this ground connection transmission conductor lay respectively at this two high frequencies
The both sides of differential signal transmission conductor, the transmission conductor unit of middle respectively comprises two low frequency differential signal
Transmission conductor and two signal detecting transmission conductors, these two signal detecting transmission conductors be positioned at these two low
Frequently the both sides of differential signal transmission conductor.
In order to solve above-mentioned technical problem, this utility model also provides for a kind of USB Type-C adapter,
Including: an insulating body；One first transmission conductor group, it is arranged on this insulating body；One second passes
Conductor department group, it is arranged on this insulating body；One isolation plate body, it is arranged at this first transmission conductor
Between group and this second transmission conductor group；One inner shield housing, it is coated on outside this insulating body；Outside one
Shield shell, it is coated on outside this inner shield housing；And wherein this first transmission conductor group comprises multiple
First transmission conductor, those first transmission conductors respectively have one first contact site, one first base portion, one
One root and one first weld part, this first contact site in the front end of this first transmission conductor and exposes this
The one side of insulating body, this first base portion and this first root are arranged in this insulating body, this first weldering
The portion of connecing is positioned at the rear end of this first transmission conductor and stretches out the rear end of this insulating body, and those first transmission are led
Body is expanded outwardly extension by this first base portion respectively, make the first weld part of those the first transmission conductors to
Outer expansion；This second transmission conductor group comprises multiple second transmission conductor, and those second transmission conductors respectively have
There are one second contact site, one second base portion, one second root and one second weld part, this second contact site
Be positioned at the front end of this second transmission conductor and expose the another side of this insulating body, this second base portion and this
Two roots are arranged in this insulating body, and this second welding position in the rear end of this second transmission conductor and is stretched
Going out the rear end of this insulating body, those second transmission conductors are expanded outwardly by this second base portion respectively and prolong
Stretch, make the second weld part of those the second transmission conductors expand outwardly, the first of those the first transmission conductors
Second weld part of weld part and those the second transmission conductors is arranged in a row；Those first transmission conductors and
Those second transmission conductors respectively comprise power delivery conductor, ground connection transmission conductor and signal detecting transmission leads
Body, or comprise low frequency differential signal transmission conductor, power delivery conductor, ground connection transmission conductor and signal and detect
Survey transmission conductor.
The beneficial effects of the utility model:
Insulating body of the present utility model, the first transmission conductor group, the second transmission conductor group and isolation plate body
Form a modularized design so that adapter overall structure is simple, easy to assembly, can make cost-effective
Reduce.
This utility model utilizes and is arranged at the isolation between the first transmission conductor group and the second transmission conductor group
Plate body, and inner shield housing and the double-coating of external shield housing, can effectively reduce EMI and RFI
Problem.
It is further understood that feature of the present utility model and technology contents for enabling, refers to below in connection with this
The detailed description of utility model and accompanying drawing, but accompanying drawing only provides reference and explanation use, is not used for this
The utility model person of being any limitation as.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of this utility model adapter.
Fig. 2 is the axonometric chart of this utility model another angle of adapter.
Fig. 3 is the axonometric chart of this utility model the first transmission conductor group.
Fig. 4 is the axonometric chart of this utility model the second transmission conductor group.
Fig. 5 is the axonometric chart of this utility model first and second transmission conductor group and isolation plate body.
Fig. 6 is the axonometric chart of this utility model first and second transmission conductor group and isolation another angle of plate body.
Fig. 7 is the axonometric chart that inside and outside shield shell removed by this utility model adapter.
Fig. 8 is the axonometric chart that inside and outside another angle of shield shell removed by this utility model adapter.
Fig. 9 is the axonometric chart that external shield housing removed by this utility model adapter.
Figure 10 is the axonometric chart that external shield another angle of housing removed by this utility model adapter.
Figure 11 is the axonometric chart that this utility model adapter removes external shield housing and insulating body.
Figure 12 is the axonometric chart of another embodiment adapter of this utility model.
Figure 13 is the axonometric chart of another embodiment another angle of adapter of this utility model.
Figure 14 is the solid of another embodiment first and second transmission conductor group of this utility model and isolation plate body
Figure.
Figure 15 is the axonometric chart that inside and outside shield shell removed by another embodiment adapter of this utility model.
Detailed description of the invention
[first embodiment]
Referring to Fig. 1 to Fig. 6, this utility model provides a kind of USB Type-C adapter, including one
Insulating body 1,1 first transmission conductor group 2,1 second transmission conductor group 3, isolation plate body 4,
Inner shield housing 5 and an external shield housing 6.First transmission conductor group 2 and the second transmission conductor group 3 set
Being placed on insulating body 1, isolation plate body 4 is arranged at the first transmission conductor group 2 and the second transmission conductor group
Between 3, inner shield housing 5 is coated on outside insulating body 1, and external shield housing 6 is coated on inner shield shell
Outside body 5.
Wherein this insulating body 1 can be made with insulant such as plastics, and insulating body 1 can have a base portion
11, a hyoplastron 12 and two holding parts 13 (as shown in Figures 7 and 8), hyoplastron 12 and two fixings
Portion 13 is extended by the front end of base portion 11 and is formed, and two holding parts 13 are positioned apart from two in hyoplastron 12
Side.First transmission conductor group 2 and the second transmission conductor group 3 are arranged in base portion 11, and the first transmission
The front end of conductor group 2 and the second transmission conductor group 3 exposes end face and the bottom surface of hyoplastron 12 respectively, and first
The rear end of base portion 11 is then stretched out in the rear end of transmission conductor group 2 and the second transmission conductor group 3, and is arranged in
One row, may be used to be electrically connected at the devices such as circuit board.
As it is shown on figure 3, this first transmission conductor group 2 can comprise multiple first transmission conductor 21, those are years old
One transmission conductor 21 can be made with metal material, and those first transmission conductors 21 respectively have one first contact
Portion 211,1 first base portion 212,1 first root 213 and one first weld part 214, the first contact site
211 front ends being positioned at the first transmission conductor 21 and expose the one side of this insulating body 1, the first base portion 212
And first root 213 be arranged in insulating body 1, the first weld part 214 is positioned at the first transmission conductor 21
Rear end and stretch out the rear end of insulating body 1.Those first transmission conductors 21 are respectively by the first base portion 212
Place expands outwardly extension, makes the first weld part 214 of those the first transmission conductors 21 expand outwardly.
Further, those first transmission conductors 21 can be a transmission conductor unit with four, is divided into
Both sides and middle.Transmission conductor unit A at both sides respectively comprises two high frequency differential signal transmission conductors
A1, a power delivery conductor A2 and a ground connection transmission conductor A3, power delivery conductor A2 and ground connection pass
Conductor department A3 lays respectively at the both sides of two high frequency differential signal transmission conductor A1.The transmission of middle
Conductor element B comprises two low frequency differential signal transmission conductor B1 and two signal detecting transmission conductors
B2, two signal detecting transmission conductor B2 are positioned at the both sides of two low frequency differential signal transmission conductor B1.
As shown in Figure 4, this second transmission conductor group 3 can comprise multiple second transmission conductor 31, and those are years old
Two transmission conductors 31 can be made with metal material, and those second transmission conductors 31 respectively have one second contact
Portion 311,1 second base portion 312,1 second root 313 and one second weld part 314, the second contact site
311 front ends being positioned at the second transmission conductor 31 and expose the another side of insulating body 1, the second base portion 312
And second root 313 be respectively arranged in insulating body 1, the second weld part 314 is positioned at the second transmission leads
The rear end of body 31 and stretch out the rear end of insulating body 1.Those second transmission conductors 31 are respectively by the second base
Expand outwardly extension at portion 312, make the second weld part 314 of those the second transmission conductors 31 to extending out
?.First weld part 214 of those the first transmission conductors 21 and the second of those the second transmission conductors 31
Weld part 314 is arranged in a row, and the first weld part 214 of those the first transmission conductors 21 and those
Second weld part 314 of the second transmission conductor 31 preferably divides formation staggered with transmission conductor cellular zone.
Further, those second transmission conductors 31 can be a transmission conductor unit with four, is divided into
Both sides and middle.Transmission conductor unit C at both sides respectively comprises two high frequency differential signal transmission conductors
C1, a power delivery conductor C2 and a ground connection transmission conductor C3, power delivery conductor C2 and ground connection pass
Conductor department C3 lays respectively at the both sides of two high frequency differential signal transmission conductor C1.The transmission of middle is led
Body unit D comprises two low frequency differential signal transmission conductor D1 and two signal detecting transmission conductor D2,
Two signal detecting transmission conductor D2 are positioned at the both sides of two low frequency differential signal transmission conductor D1.
Separately, in another embodiment of the present utility model, it is also possible to high frequency differential signal transmission conductor is given
To omit, or high frequency differential signal transmission conductor and low frequency differential signal transmission conductor are all omitted,
Make those first transmission conductors and those the second transmission conductors respectively comprise power delivery conductor, ground connection transmission is led
Body and signal detecting transmission conductor, or comprise low frequency differential signal transmission conductor, power delivery conductor, connect
Ground transmission conductor and signal detecting transmission conductor.
Referring to Fig. 5 and Fig. 6, this isolation plate body 4 can be made with metal material, and this isolation plate body 4 can
Having fixed part 41 and an isolation part 42, fixed part 41 takes the shape of the letter U plate body, and isolation part 42 is connected to
Fixed part 41.This fixed part 41 may be disposed in base portion 11 and two holding parts 13 of insulating body 1,
Isolation part 42 is arranged in the hyoplastron 12 of insulating body 1, and isolation part 42 is positioned at the first transmission conductor
Between group 2 and the second transmission conductor group 3, isolation part 42 and the first transmission conductor group 2 and the second transmission
Conductor group 3 forms the setting at interval.This isolation plate body 4 can be in order to isolate the first transmission conductor group 2 and
Two transmission conductor groups 3.Therefore can utilize and be arranged at the first transmission conductor group 2 and the second transmission conductor group
Isolation plate body 4 between 3, the problem effectively reducing EMI Yu RFI.
Referring to Fig. 9 to Figure 11, this inner shield housing 5 can be made with metal material, this inner shield housing
5 can comprise inner shell main body 51, upper plate 52 and a lower plate 53, and upper plate 52 is connected to inner shell main body
The rear upper side of 51, lower plate 53 is connected on the downside of the rear end of inner shell main body 51.This inner shell main body 51 sets
The hyoplastron 12 being placed in insulating body 1 is outside, and upper plate 52 and lower plate 53 are covered each by insulating body 1
The top of base portion 11 and bottom, the both sides of inner shell main body 51 are positioned at hyoplastron 12 and two holding parts 13
Between.Separately, the top of this inner shell main body 51 and bottom can be respectively equipped with holding shrapnel 55, this inner shell master
The both sides of body 51 can be respectively equipped with holding shrapnel 55a.The nearly rear end in the top of this inner shell main body 51 and bottom
Place can be respectively equipped with ground connection plate 56, and holding shrapnel 55,55a and ground connection plate 56 can be connected with docking
Device contact forms ground connection, the problem that can effectively reduce EMI Yu RFI.It is also preferred that the left this inner shell main body 51
Protruding from the front end of external shield housing 6, the both sides width of inner shell main body 51 is less than external shield housing 6
Both sides width.
Referring to Fig. 1 to Fig. 2, this external shield housing 6 can be made with metal material, this external shield housing
6 can comprise top board 61, base plate 62 and two side plates 63, and two side plates 63 are connected to top board 61
And the both sides of base plate 62, top board 61 and base plate 62 were covered each by the top of inner shield housing 5 and the end
Portion, two side plates 63 are covered each by the outside of two holding parts 13 in insulating body 1.Two side plates
63 are respectively equipped with a locking part 65, and this locking part 65 can comprise screw lock unit 651 and plug-in unit 652,
So that the function that this locking part 65 is fixed with screw lock and grafting.Separately, insulation base of the present utility model
Body the 1, first transmission conductor group the 2, second transmission conductor group 3 and isolation plate body 4 can form a modularity
Design, it is also possible to coordinate other shield shell.
[the second embodiment]
Referring to Figure 12 to Figure 15, the present embodiment discloses a kind of heavy board-like USB Type-C adapter,
This insulating body the 1, first transmission conductor group 2, second transmission conductor group 3, isolation plate body 4, inner shield
The structure of housing 5 and external shield housing 6 is roughly the same with above-described embodiment, and its difference is only that employing is heavy
Board-like design.
Therefore insulating body of the present utility model, the first transmission conductor group, the second transmission conductor group and every
Form a modularized design from plate body so that adapter overall structure is simple, easy to assembly, cost can be made
Effectively reduce.
Furthermore, this utility model is available to be arranged between the first transmission conductor group and the second transmission conductor group
Isolation plate body, and inner shield housing and the double-coating of external shield housing, can effectively reduce EMI
Problem with RFI.
The foregoing is only preferred embodiment of the present utility model, be not intended to limit to patent of the present utility model
Protection domain, therefore such as use the equivalence change that this utility model description and accompanying drawing content do, all with
In the range of reason is all contained in rights protection of the present utility model, closes and give Chen Ming.
Claims (10)
1. a USB Type-C adapter, it is characterised in that including:
One insulating body；
One first transmission conductor group, it is arranged on this insulating body；
One second transmission conductor group, it is arranged on this insulating body；
One isolation plate body, it is arranged between this first transmission conductor group and this second transmission conductor group；
One inner shield housing, it is coated on outside this insulating body；
One external shield housing, it is coated on outside this inner shield housing；And
Wherein this insulating body has a base portion, a hyoplastron and two holding parts, this hyoplastron and these two fixings
Portion is extended by the front end of this base portion and is formed, and these two holding parts are positioned apart from the both sides in this hyoplastron, and this is the years old
One transmission conductor group and this second transmission conductor group are arranged in the base portion of this insulating body, and this first transmission is led
The front end of body group and this second transmission conductor group exposes end face and the bottom surface of this hyoplastron respectively, and this first transmission is led
The rear end of the base portion of this insulating body is stretched out in the rear end of body group and this second transmission conductor group, and is arranged in one
Row.
2. USB Type-C adapter as claimed in claim 1, it is characterised in that this isolation plate body has
Having a fixed part and an isolation part, this isolation part is connected to this fixed part, and this fixed part is arranged at this insulation base
In the base portion of body and these two holding parts, this isolation part is arranged in this hyoplastron, and this isolation part be positioned at this
Between one transmission conductor group and this second transmission conductor group.
3. USB Type-C adapter as claimed in claim 1, it is characterised in that this inner shield housing
Comprising an inner shell main body, a upper plate and a lower plate, this upper plate is connected to the rear upper side of this inner shell main body, should
Lower plate is connected on the downside of the rear end of this inner shell main body, and this inner shell main body is arranged at outside this hyoplastron, this upper plate and
This lower plate is covered each by top and the bottom of the base portion in this insulating body, and the both sides of this inner shell main body are positioned at this
Between hyoplastron and this two holding parts, the top of this inner shell main body, bottom and be respectively provided on two sides with clamping bullet
Sheet, the nearly rear end in the top of this inner shell main body and bottom is respectively equipped with ground connection plate.
4. USB Type-C adapter as claimed in claim 1, it is characterised in that this external shield housing
Comprising a top board, a base plate and two side plates, these two side plates are connected to the both sides of this top board and this base plate,
This top board and base plate are covered each by the top of this inner shield housing and bottom, these two side plates be covered each by
The outside of two holding parts of this insulating body, these two side plates are respectively equipped with a locking part, and this locking part is wrapped
Containing screw lock unit and plug-in unit.
5. USB Type-C adapter as claimed in claim 1, it is characterised in that this inner shield housing
Comprising an inner shell main body, this inner shell main body is arranged at outside this hyoplastron, and this inner shell main body protrudes from this external screen
Covering the front end of housing, the both sides width of this inner shell main body is less than the both sides width of this external shield housing, this inner shell
The both sides of main body are between this hyoplastron and this two holding parts.
6. USB Type-C adapter as claimed in claim 1, it is characterised in that this first transmission is led
Body group comprises multiple first transmission conductor, those first transmission conductors respectively have one first contact site, one first
Base portion, one first root and one first weld part, this first contact site is in the front end of this first transmission conductor
And expose the end face of this hyoplastron, this first base portion and this first root are arranged in the base portion of this insulating body,
This first welding position, should in the rear end of this first transmission conductor and the rear end of the base portion stretching out this insulating body
Second transmission conductor group comprises multiple second transmission conductor, and those second transmission conductors respectively have one second contact
Portion, one second base portion, one second root and one second weld part, this second contact site is in this second transmission
The front end of conductor and expose the bottom surface of this hyoplastron, this second base portion and this second root are arranged at this insulating body
Base portion in, this second welding position is in the rear end of this second transmission conductor and the base portion that stretches out this insulating body
Rear end, the first weld part of those the first transmission conductors and the second weld part row of those the second transmission conductors
Arrange in a row.
7. USB Type-C adapter as claimed in claim 1, it is characterised in that this first transmission is led
Body group comprises multiple first transmission conductor, those first transmission conductors respectively have one first contact site, one first
Base portion, one first root and one first weld part, this first contact site exposes the end face of this hyoplastron, and this is first years old
Base portion and this first root are arranged in the base portion of this insulating body, and this first weld part stretches out this insulating body
The rear end of base portion, this second transmission conductor group comprises multiple second transmission conductor, those second transmission conductors
Respectively there is one second contact site, one second base portion, one second root and one second weld part, this second contact
The bottom surface of this hyoplastron is exposed in portion, and this second base portion and this second root are arranged in the base portion of this insulating body,
This second weld part stretches out the rear end of the base portion of this insulating body, the first weld part of those the first transmission conductors
And the second weld part of those the second transmission conductors is arranged in a row.
8. USB Type-C adapter as claimed in claim 1, it is characterised in that this first transmission is led
Body group comprises multiple first transmission conductor, those first transmission conductors respectively have one first contact site, one first
Base portion, one first root and one first weld part, this first contact site is before this first transmission conductor
End, this first base portion and this first root be arranged in the base portion of this insulating body, this first welding position in
The rear end of this first transmission conductor, this second transmission conductor group comprises multiple second transmission conductor, and those are second years old
Transmission conductor respectively has one second contact site, one second base portion, one second root and one second weld part, should
Second contact site is in the front end of this second transmission conductor, and it is exhausted that this second base portion and this second root are arranged at this
In the base portion of edge matrix, this second welding position is in the rear end of this second transmission conductor, and those first transmission are led
First weld part of body and the second weld part of those the second transmission conductors are arranged in a row.
9. a USB Type-C adapter, it is characterised in that including:
One insulating body；
One first transmission conductor group, it is arranged on this insulating body；
One second transmission conductor group, it is arranged on this insulating body；
One isolation plate body, it is arranged between this first transmission conductor group and this second transmission conductor group；
One inner shield housing, it is coated on outside this insulating body；
One external shield housing, it is coated on outside this inner shield housing；And
Wherein this first transmission conductor group comprises multiple first transmission conductor, and those first transmission conductors respectively have
One first contact site, one first base portion, one first root and one first weld part, this first contact site in
The front end of this first transmission conductor and expose the one side of this insulating body, this first base portion and this first root set
Being placed in this insulating body, this first welding position is in the rear end of this first transmission conductor and stretches out this insulation base
The rear end of body, those first transmission conductors are expanded outwardly extension by this first base portion respectively, make those first
First weld part of transmission conductor expands outwardly, and those first transmission conductors are a transmission conductor list with four
Unit, is divided into both sides and middle；This second transmission conductor group comprises multiple second transmission conductor, and those are years old
Two transmission conductors respectively have one second contact site, one second base portion, one second root and one second weld part,
This second contact site is in the front end of this second transmission conductor and the another side that exposes this insulating body, and this is second years old
Base portion and this second root are arranged in this insulating body, and this second welding position is in this second transmission conductor
Rear end and stretch out the rear end of this insulating body, those second transmission conductors respectively by this second base portion to extending out
Zhang Yanshen, makes the second weld part of those the second transmission conductors expand outwardly, the of those the first transmission conductors
Second weld part of one weld part and those the second transmission conductors is arranged in a row, those second transmission conductors with
Four is a transmission conductor unit, is divided into both sides and middle；Those first transmission conductors and those second
Transmission conductor unit at transmission conductor both sides respectively comprises two high frequency differential signal transmission conductors, a power supply passes
Conductor department and a ground connection transmission conductor, this power delivery conductor and this ground connection transmission conductor lay respectively at these two
The both sides of high frequency differential signal transmission conductor, the transmission conductor unit of middle respectively comprises two low frequency difference news
Number transmission conductor and two signal detecting transmission conductors, these two signal detecting transmission conductors be positioned at these two low
Frequently the both sides of differential signal transmission conductor.
10. a USB Type-C adapter, it is characterised in that including:
One insulating body；
One first transmission conductor group, it is arranged on this insulating body；
One second transmission conductor group, it is arranged on this insulating body；
One isolation plate body, it is arranged between this first transmission conductor group and this second transmission conductor group；
One inner shield housing, it is coated on outside this insulating body；
One external shield housing, it is coated on outside this inner shield housing；And
Wherein this first transmission conductor group comprises multiple first transmission conductor, and those first transmission conductors respectively have
One first contact site, one first base portion, one first root and one first weld part, this first contact site in
The front end of this first transmission conductor and expose the one side of this insulating body, this first base portion and this first root set
Being placed in this insulating body, this first welding position is in the rear end of this first transmission conductor and stretches out this insulation base
The rear end of body, those first transmission conductors are expanded outwardly extension by this first base portion respectively, make those first
First weld part of transmission conductor expands outwardly；This second transmission conductor group comprises multiple second transmission conductor,
Those second transmission conductors respectively have one second contact site, one second base portion, one second root and one second weldering
Meet portion, this second contact site in the front end of this second transmission conductor and the another side that exposes this insulating body,
This second base portion and this second root are arranged in this insulating body, and this second welding position is in this second transmission
The rear end of conductor and stretch out the rear end of this insulating body, those second transmission conductors are respectively by this second base portion
Expanding outwardly extension, make the second weld part of those the second transmission conductors expand outwardly, those first transmission are led
First weld part of body and the second weld part of those the second transmission conductors are arranged in a row；Those first transmission
Conductor and those the second transmission conductors respectively comprise power delivery conductor, ground connection transmission conductor and signal detecting transmission
Conductor, or comprise low frequency differential signal transmission conductor, power delivery conductor, ground connection transmission conductor and signal and detect
Survey transmission conductor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620483379.0U CN205790743U (en) | 2016-05-24 | 2016-05-24 | USB Type-C adapter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620483379.0U CN205790743U (en) | 2016-05-24 | 2016-05-24 | USB Type-C adapter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205790743U true CN205790743U (en) | 2016-12-07 |
Family
ID=58112728
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620483379.0U Active CN205790743U (en) | 2016-05-24 | 2016-05-24 | USB Type-C adapter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205790743U (en) |
-
2016
- 2016-05-24 CN CN201620483379.0U patent/CN205790743U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |