CN205319409U

CN205319409U - Socket has USB type -C connector of edging

Info

Publication number: CN205319409U
Application number: CN201521039339.9U
Authority: CN
Inventors: 庄忆芳; 张乃千
Original assignee: Niceconn Technology Co Ltd
Current assignee: Niceconn Technology Co Ltd
Priority date: 2015-12-15
Filing date: 2015-12-15
Publication date: 2016-06-15
Anticipated expiration: 2025-12-15

Abstract

The utility model discloses a socket has USB type -C connector of edging. It includes: an insulating pedestal, a hyoplastron that contains a base and extend forward from this base, a plurality of leading connects the terminal, accords with USB type -C interface specification and sets up in two sides that this hyoplastron is relative, a metal casing, the cover is put at this bench insulator externally to be formed with an oval socket in a front side of this insulation pedestal, and an edging, the position is at the periphery of this ellipse socket, and this edging is connected this metal casing and is outwards extended from the periphery of this ellipse socket, and a terminal surface with this metal casing of this edging keeps having one section distance, so as to the connector of direcing mutual grafting to sharp butting connector can aim at the socket and do the connection.

Description

Socket has the USB Type-C adapter of edging

Technical field

This utility model is related to USB connector, espespecially a kind of USBType-C adapter.

Background technology

Current published USBType-C specification adapter, its feature except upper and lower side completely the same and use on and non-directional except, and the peak transfer rate up to 10Gbps can be provided, transfer rate faster can be obtained when the data of transmission of large capacity so as to meeting user, and then effectively shorten the transmission time.

Refer to Fig. 1, the USBType-C specification adapter that its display is current. Owing to the interface dimensions of current USBType-C specification adapter is less than the interface dimensions of other USB specification current, therefore the port of USBType-C specification adapter is also less compared to the USB connector of other specification. It addition, the socket of current USBType-C specification adapter there is no and arranges any guide frame, therefore when USBType-C adapter is when being mutually inserted, often meet situation about being not easily directed at, need to be improved in fact.

Utility model content

In order to solve above-mentioned technical problem, a purpose of the present utility model, it is in that the USBType-C adapter providing a kind of socket to have edging, so as to the adapter that guiding is mutually inserted, socket can be directed in order to butt connector and make to connect.

A purpose of the present utility model, is in that the USBType-C adapter providing a kind of socket to have edging, so as to as ground structure, is electrically conducted function providing good.

In order to reach above-mentioned purpose, this utility model provides a kind of socket to have the USBType-C adapter of edging, including insulating base frame, multiple conducting connection terminal, metal shell and edging. Insulating base frame comprises pedestal and the hyoplastron extended forward from pedestal; Multiple conducting connection terminals meet USBType-C interface specification and are arranged on the two side faces that hyoplastron is relative; Metal shell is nested with outside insulating base frame, and is formed with oval socket in the front side of insulating base frame; Edging position is at the periphery of oval socket, and edging connects metal shell and the periphery from oval socket stretches out, and an end of edging and the surface of metal shell maintain a segment distance.

As optimal technical scheme, those conducting connection terminals comprise 24 golden fingers, and the two side faces of this hyoplastron is respectively equipped with 12 golden fingers.

As optimal technical scheme, this edging is one-body molded with this metal shell.

As optimal technical scheme, this edging is continuous print one arc plate.

As optimal technical scheme, this edging comprises multiple arc section, and those arc sections are disposed on the periphery of this ellipse socket.

As optimal technical scheme, this ellipse socket has two relative straight flanges and two arc-shaped sides, and this two straight flange is respectively provided with an edging. Preferably, this edging comprises multiple arc section, and those arc sections are disposed on two straight flanges of this ellipse socket.

As optimal technical scheme, this edging is separately positioned with this metal shell. Preferably, this edging is a collar, and the side of this edging is mounted in the inner side of this ellipse socket. Preferably, this metal shell forms an interlocking face at the inner peripheral of this ellipse socket, and this edging is combined on this interlocking face. Preferably, this edging is a collar, and the side of this edging is mounted in the outside of this ellipse socket. Preferably, this metal shell forms an interlocking face in the outer peripheral edge of this ellipse socket, and this edging is combined on this interlocking face.

Compared to prior art, it is be nested with outside insulating base frame by metal shell that socket of the present utility model has the USBType-C adapter of edging, metal shell is formed with oval socket in the front side of insulating base frame, the another periphery that edging is arranged on oval socket, the setting of this edging structure can via one-body molded with metal shell or separately positioned and complete, it addition, the kenel of edging can be formed by continuous print one arc plate or spaced arc section; The adapter that the setting of this edging structure can be mutually inserted so as to guiding, can be directed at socket in order to butt connector and make to connect, increase safety when using and practicality.

Accompanying drawing explanation

Fig. 1 is the three-dimensional appearance schematic diagram of existing USBType-C adapter.

Fig. 2 is the three-dimensional appearance schematic diagram that socket of the present utility model has the USBType-C adapter of edging.

Fig. 3 is the front view that socket of the present utility model has the USBType-C adapter of edging.

Fig. 4 is the side sectional view that socket of the present utility model has the USBType-C adapter of edging.

Fig. 5 is the second embodiment that socket of the present utility model has the USBType-C adapter of edging.

Fig. 6 is the 3rd embodiment that socket of the present utility model has the USBType-C adapter of edging.

Fig. 7 is the 4th embodiment that socket of the present utility model has the USBType-C adapter of edging.

Fig. 8 is the edging decomposing schematic representation that socket of the present utility model has the 5th embodiment of the USBType-C adapter of edging.

Fig. 9 is the three-dimensional appearance schematic diagram that socket of the present utility model has the 5th embodiment of the USBType-C adapter of edging.

Figure 10 is the sixth embodiment that socket of the present utility model has the USBType-C adapter of edging.

Figure 11 is the application schematic diagram that socket of the present utility model has the USBType-C adapter of edging.

Description of reference numerals:

1,1a ~ 1e ... USBType-C adapter;

2 ... adapter;

10,10a ~ 10e ... insulating base frame;

11 ... pedestal;

12 ... hyoplastron;

20,20a ~ 20e ... conducting connection terminal;

21 ... golden finger;

30,30a ~ 30e ... metal shell;

300 ... grafting space;

31,31a ~ 31e ... oval socket;

311b, 311c ... straight flange;

312b, 312c ... arc-shaped side

32d, 32e ... interlocking face;

40,40a ~ 40e ... edging;

41 ... arc plate;

41a ... arc section.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, so that those skilled in the art can be better understood from this utility model and can be practiced, but illustrated embodiment is not as to restriction of the present utility model.

Refer to Fig. 2 to Fig. 4, respectively socket of the present utility model has the three-dimensional appearance schematic diagram of the USBType-C adapter of edging, front view and side sectional view. Socket of the present utility model has the USBType-C adapter 1 of edging, including an insulating base frame 10, multiple conducting connection terminal 20, metal shell 30 and an edging 40. Those conducting connection terminals 20 are arranged on this insulating base frame 10, and this edging 40 is arranged on this metal shell 30; Again, this metal shell 30 cover is combined in outside this insulating base frame 10, constitutes this USBType-C adapter 1 according to this.

This insulating base frame 10 comprises a pedestal 11 and the hyoplastron 12 extended forward from this pedestal 11. Those conducting connection terminals 20 meet USBType-C interface specification and are arranged on the two side faces that this hyoplastron 12 is relative. It is preferred that those conducting connection terminals 20 comprise 24 golden fingers 21, the two side faces of this hyoplastron 12 is respectively equipped with 12 golden fingers 12.

This metal shell 30 is nested with outside this insulating base frame 10, and is formed with an oval socket 31 on front side of the one of this insulating base frame 10, and is formed with a grafting space 300 between this metal shell 30 and this hyoplastron 12.

Furthermore, 40 peripheries at this ellipse socket 31 of this edging. This edging 40 connects this metal shell 30 and the periphery from this ellipse socket 31 stretches out, and the surface of an end (free end) of this edging 40 and this metal shell 30 maintains a segment distance.

In an embodiment of the present utility model, this edging 40 is one-body molded with this metal shell 30. Again, the kenel of this edging 40 is set to continuous print one arc plate 41.

Please referring additionally to Fig. 5, there is for socket of the present utility model second embodiment of the USBType-C adapter of edging. The present embodiment is roughly the same with first embodiment, and its difference arranges pattern at edging. As shown in Figure 4, USBType-C adapter 1a includes an insulating base frame 10a, multiple conducting connection terminal 20a, a metal shell 30a and an edging 40a, and this metal shell 30a has an oval socket 31a. In the present embodiment, this edging 40a comprises multiple arc section 41a, and those arc sections 41 are disposed on the periphery of this ellipse socket 31a.

Continuous with reference to Fig. 6, there is the 3rd embodiment of the USBType-C adapter of edging for socket of the present utility model. In the present embodiment, USBType-C adapter 1b includes an insulating base frame 10b, multiple conducting connection terminal 20b, a metal shell 30b and an edging 40b, and this metal shell 30a has an oval socket 31b. The different place of the present embodiment is in that this ellipse socket 31b has two relative straight flange 311b and two arc-shaped side 312b, again, this two straight flange 311b is respectively provided with an edging 40b, and this two edging 40b is molded over the periphery of this ellipse socket 31b symmetrically.

Referring again to Fig. 6, there is for socket of the present utility model 4th embodiment of the USBType-C adapter of edging. The present embodiment is roughly the same with previous embodiment, and its difference arranges pattern at edging.As shown in Figure 6, USBType-C adapter 1c includes an insulating base frame 10c, multiple conducting connection terminal 20c, a metal shell 30c and an edging 40c.

Again, this metal shell 30c has an oval socket 31c, and this ellipse socket 31c has two relative straight flange 311c and two arc-shaped side 312c. In the present embodiment, this edging 40c comprises multiple arc section 41c, those arc sections 41c and is disposed on the two straight flange 311c of this ellipse socket 31c.

Please referring additionally to Fig. 8 and Fig. 9, there is for socket of the present utility model edging decomposing schematic representation and the three-dimensional appearance schematic diagram of the 5th embodiment of the USBType-C adapter of edging. The present embodiment is roughly the same with first embodiment, and its difference is at the set-up mode of edging. As shown in Figure 8, USBType-C adapter 1d includes an insulating base frame 10d, multiple conducting connection terminal 20d, a metal shell 30d and an edging 40d, and this metal shell 30d has an oval socket 31d.

The different place of the present embodiment is in that this edging 40d and this metal shell 30d is separately positioned. Again, this edging 40d is a collar, and the side of this edging 40d is mounted in the inner side of this ellipse socket 31d. It is preferred that this metal shell 30d forms an interlocking face 32d, this interlocking face 32d at the inner peripheral of this ellipse socket 31d is formed with one section of difference at the internal face of this metal shell 30d, this edging 40d is combined on the 32d of this interlocking face.

Referring again to Figure 10, there is for socket of the present utility model the edging decomposing schematic representation of the sixth embodiment of the USBType-C adapter of edging. The present embodiment is roughly the same with previous embodiment, and its difference is at the binding site of edging. As shown in Figure 10, USBType-C adapter 1e includes an insulating base frame 10e, multiple conducting connection terminal 20e, a metal shell 30e and an edging 40e, and this metal shell 30e has an oval socket 31e.

This edging 40e and this metal shell 30e is separately positioned. Again, this edging 40e is a collar. Again, the place that the present embodiment is different is in that the side of this edging 40e is mounted in the outside of this ellipse socket 31e. It is preferred that this metal shell 30e forms an interlocking face 32e, this interlocking face 32e in the outer peripheral edge of this ellipse socket 31e is formed with one section of difference in the outside wall surface of this metal shell 30e, this edging 40e is combined on the 32e of this interlocking face.

Please referring additionally to Figure 11, there is for socket of the present utility model the application schematic diagram of the USBType-C adapter of edging. As shown in figure 11, socket of the present utility model has the USBType-C adapter 1 of edging and also mutually can splice with another adapter 2, so as to constituting the adapter of a stacking-type. The specification kenel of this adapter 2 is not limiting as, visual actually used situation and changed.

Embodiment described above is only the preferred embodiment lifted for absolutely proving this utility model, and protection domain of the present utility model is not limited to this. Equivalent replacement that those skilled in the art make on this utility model basis or conversion, all within protection domain of the present utility model. Protection domain of the present utility model is as the criterion with claims.

Claims

1. a socket has the USBType-C adapter of edging, it is characterised in that including:

One insulating base frame, comprises a pedestal and the hyoplastron extended forward from this pedestal;

Multiple conducting connection terminals, meet USBType-C interface specification and are arranged on the two side faces that this hyoplastron is relative;

One metal shell, is nested with outside this insulating base frame, and is formed with an oval socket on front side of the one of this insulating base frame; And

One edging, position is at the periphery of this ellipse socket, and this edging connects this metal shell and the periphery from this ellipse socket stretches out, and an end of this edging and the surface of this metal shell maintain a segment distance.

2. socket as claimed in claim 1 has the USBType-C adapter of edging, it is characterised in that those conducting connection terminals comprise 24 golden fingers, and the two side faces of this hyoplastron is respectively equipped with 12 golden fingers.

3. socket as claimed in claim 1 has the USBType-C adapter of edging, it is characterised in that this edging is one-body molded with this metal shell.

4. socket as claimed in claim 1 has the USBType-C adapter of edging, it is characterised in that this edging is continuous print one arc plate.

5. socket as claimed in claim 1 has the USBType-C adapter of edging, it is characterised in that this edging comprises multiple arc section, and those arc sections are disposed on the periphery of this ellipse socket.

6. socket as claimed in claim 1 has the USBType-C adapter of edging, it is characterised in that this ellipse socket has two relative straight flanges and two arc-shaped sides, and this two straight flange is respectively provided with an edging.

7. socket as claimed in claim 6 has the USBType-C adapter of edging, it is characterised in that this edging comprises multiple arc section, and those arc sections are disposed on two straight flanges of this ellipse socket.

8. socket as claimed in claim 1 has the USBType-C adapter of edging, it is characterised in that this edging is separately positioned with this metal shell.

9. socket as claimed in claim 8 has the USBType-C adapter of edging, it is characterised in that this edging is a collar, and the side of this edging is mounted in the inner side of this ellipse socket.

10. socket as claimed in claim 8 has the USBType-C adapter of edging, it is characterised in that this metal shell forms an interlocking face at the inner peripheral of this ellipse socket, and this edging is combined on this interlocking face.

11. socket as claimed in claim 8 has the USBType-C adapter of edging, it is characterised in that this edging is a collar, and the side of this edging is mounted in the outside of this ellipse socket.

12. socket as claimed in claim 11 has the USBType-C adapter of edging, it is characterised in that this metal shell forms an interlocking face in the outer peripheral edge of this ellipse socket, and this edging is combined on this interlocking face.