CN205356421U

CN205356421U - Can place cell -phone of double cassette

Info

Publication number: CN205356421U
Application number: CN201520597332.2U
Authority: CN
Inventors: 杜盟
Original assignee: Shanghai Wingtech Electronic Technology Co Ltd
Current assignee: Shanghai Wingtech Electronic Technology Co Ltd
Priority date: 2015-08-10
Filing date: 2015-08-10
Publication date: 2016-06-29
Anticipated expiration: 2025-08-10

Abstract

The utility model discloses a can place cell -phone of double cassette, the cell -phone includes that casing, mainboard, card hold in the palm, is equipped with the cassette in the casing, and the card holds in the palm and inserts in the cassette, the card asks the internal energy to set up two at least cards, and correspondingly, the cassette correspondence is equipped with at least two sets of connection shell fragment, when calorie setting up in the cassette, connect the contact that the card that corresponds is connected to the shell fragment. The card holds in the palm and is equipped with first step form space and second step form space, and nano S I M card is placed in first step form space, and the T card is placed in second step form space. The utility model provides a can place cell -phone of double cassette can set up S I M card and T card simultaneously, and cassette occupation space is little, and the mainboard need not brokenly the board.

Description

The mobile phone of double card can be placed

Technical field

This utility model belongs to communication terminal technical field, relates to a kind of mobile phone, particularly relates to a kind of mobile phone that can place double card.

Background technology

Along with the development of science and technology, mobile phone has become as the indispensable instrument of people's work, life.Nowadays the function of mobile phone also gets more and more, and except phone, note, also has and plays the functions such as music, film, online.

Current mobile phone card seat temporarily cannot be inserted simultaneously into NanoSIM and T card, and the stack-design deck with Kato, existing design needs to take the space that mainboard is bigger.

In view of this, nowadays in the urgent need to designing a kind of new handset structure, in order to overcome the drawbacks described above of existing mobile phone.

Utility model content

Technical problem to be solved in the utility model is: provide a kind of mobile phone that can place double card, can arrange SIM and T card simultaneously, and deck takes up room little, and mainboard is without broken plate.

For solving above-mentioned technical problem, this utility model adopts the following technical scheme that

A kind of mobile phone that can place double card, described mobile phone includes: housing, mainboard, Kato, is provided with deck in housing, and Kato inserts in deck；

Described Kato is provided with First scalariform space and second step shape space, and NanoSIM card is placed in First scalariform space, is as the criterion with the first fool proof angle, and T card is placed in second step shape space, is as the criterion with the second fool proof angle；

Described deck is welded on mainboard, and deck is made up of step-like adapter and support, and support is welded on mainboard, fixed station scalariform adapter and Kato；

Step-like adapter is connected shell fragment by First scalariform insulating support, second step shape insulating support and first, the second connection shell fragment forms；

Second step shape insulating support is relatively thin is arranged above with the first connection shell fragment, is positioned at outside, connects NanoSIM card, and the first connection shell fragment effect is that contact and the mainboard with NanoSIM card is connected, and the step-like NanoSIM of achieving card overlays T card lower section；

First scalariform insulating support is thicker is arranged above with the second connection shell fragment, is positioned at inner side, connects T card, and the second connection shell fragment effect is that contact and the mainboard with T card is connected.

Arranging at least two card in described Kato, correspondingly, deck is correspondingly provided with at least two groups and connects shell fragment；When card is arranged in deck, connects shell fragment and connect the contact of corresponding card.

As a kind of preferred version of the present utility model, described Kato is provided with First scalariform space and second step shape space, and NanoSIM card is placed in First scalariform space, and T card is placed in second step shape space.

As a kind of preferred version of the present utility model, NanoSIM card is placed in First scalariform space, is as the criterion with the first fool proof angle, and T card is placed in second step shape space, is as the criterion with the second fool proof angle.

As a kind of preferred version of the present utility model, described deck is arranged on mainboard, and deck includes step-like adapter and support, and support is arranged on mainboard, fixed station scalariform adapter and Kato.

As a kind of preferred version of the present utility model, described deck is welded on mainboard.

As a kind of preferred version of the present utility model, described step-like adapter is connected shell fragment by First scalariform insulating support, second step shape insulating support and first, the second connection shell fragment forms；

Described second step shape insulating support is relatively thin is arranged above with the first connection shell fragment, is positioned at outside, connects NanoSIM card, and the first connection shell fragment effect is that contact and the mainboard with NanoSIM card is connected, and the step-like NanoSIM of achieving card overlays T card lower section；

Described First scalariform insulating support is thicker is arranged above with the second connection shell fragment, is positioned at inner side, connects T card, and the second connection shell fragment effect is that contact and the mainboard with T card is connected.

The beneficial effects of the utility model are in that: the mobile phone that can place double card that the utility model proposes, and can arrange SIM and T card simultaneously, and deck takes up room little, and mainboard is without broken plate.

Accompanying drawing explanation

Fig. 1 is the structural representation that Kato put into by this utility model SIM.

Fig. 2 is the structural representation that Kato put into by this utility model T card.

Fig. 3 is that this utility model deck assembles schematic diagram.

Fig. 4 is the assembling schematic diagram that this utility model hides card seat support.

Fig. 5 is the structural representation of this utility model deck.

Fig. 6 is the structural representation of this utility model Kato.

Detailed description of the invention

Preferred embodiment of the present utility model is described in detail below in conjunction with accompanying drawing.

Embodiment one

This utility model discloses a kind of mobile phone that can place double card, it is possible to is inserted simultaneously into NanoSIM and T card and reads use, can change card in side with Kato.

Referring to Fig. 1 to Fig. 6, described mobile phone includes: housing, mainboard 301, Kato 101, is provided with deck 201 in housing, and Kato 101 inserts in deck 201.

Kato 101 is by First scalariform space 101-1 and second step shape space 101-2 two parts stepped space, during use, NanoSIM card 401 is as the criterion with fool proof angle 401-1 and puts in First scalariform space 101-1, then T card 501 is as the criterion in the second step shape space 101-2 putting into Kato 101 with fool proof angle 501-1, insert deck 201, just completing insert action, Kato can plug repeatedly.

Deck 201 can be welded on mainboard 301, and deck 201 is made up of step-like adapter 201-1 and support 201-2, and support 201-2 is welded on mainboard 301, act as fixed station scalariform adapter 201-1 and Kato 101.

Adapter 201-1 includes First scalariform insulating support 201-1-1, second step shape insulating support 201-1-2, the first connection shell fragment 201-1-3 and the second connection shell fragment 201-1-4.

Second step shape insulating support 201-1-2 is relatively thin has the first connection shell fragment 201-1-3 above, it is positioned at outside effect and connects NanoSIM card 401, first connection shell fragment 201-1-3 effect is to be connected with NanoSIM card 401 contact and mainboard 301, and the step-like NanoSIM of achieving card 401 overlays below T card 501.

First scalariform insulating support 201-1-1 is thicker has the second connection shell fragment 201-1-4 above, is positioned at inner side effect and connects T card 501, and the second connection shell fragment 201-1-4 effect is to connect with T card 501 contact and mainboard 301.

Embodiment two

In sum, the mobile phone that can place double card that the utility model proposes, deck takes up room little, and mainboard is without broken plate, NanoSIM and T card can be inserted simultaneously into and read use. use Kato can realize without opening battery cover, directly plug replacing NanoSIM card and T card in complete machine side.

Here description of the present utility model and application is illustrative, is not wishing to limit in the above-described embodiments scope of the present utility model.The deformation of embodiments disclosed herein and change are possible, for those skilled in the art embodiment replace and the various parts of equivalence are known.It should be appreciated by the person skilled in the art that when without departing from spirit of the present utility model or substitutive characteristics, this utility model can in other forms, structure, layout, ratio, and realize with other assembly, material and parts.When without departing from this utility model scope and spirit, it is possible to embodiments disclosed herein is carried out other deformation and changes.

Claims

1. the mobile phone that can place double card, it is characterised in that described mobile phone includes: housing, mainboard (301), Kato (101), is provided with deck in housing, Kato (101) inserts in deck (201)；

Described Kato (101) is provided with First scalariform space (101-1) and second step shape space (101-2), NanoSIM card (401) is placed in First scalariform space (101-1), it is as the criterion with the first fool proof angle (401-1), T card (501) is placed in second step shape space (101-2), is as the criterion with the second fool proof angle (501-1)；

Described deck (201) is welded on mainboard (301), deck (201) is made up of step-like adapter (201-1) and support (201-2), support (201-2) is welded on mainboard (301), fixed station scalariform adapter (201-1) and Kato (101)；

Step-like adapter (201-1) is connected shell fragment (201-1-3) by First scalariform insulating support (201-1-1), second step shape insulating support (201-1-2) and first, the second connection shell fragment (201-1-4) forms；

Second step shape insulating support (201-1-2) is relatively thin is arranged above with the first connection shell fragment (201-1-3), it is positioned at outside, connect NanoSIM card (401), first connects shell fragment (201-1-3) effect is connected with contact and the mainboard (301) of NanoSIM card (401), and the step-like NanoSIM of achieving card (401) overlays T card (501) lower section；

First scalariform insulating support (201-1-1) is thicker is arranged above with the second connection shell fragment (201-1-4), it is positioned at inner side, connecting T card (501), second connects shell fragment (201-1-4) acts on and is contact with T card and mainboard (301) is connected.

2. the mobile phone that can place double card, it is characterised in that described mobile phone includes: housing, mainboard (301), Kato (101), is provided with deck in housing, Kato (101) inserts in deck (201)；

Arranging at least two card in described Kato (101), correspondingly, deck (301) is correspondingly provided with at least two groups and connects shell fragment；When card is arranged in deck (301), connects shell fragment and connect the contact of corresponding card.

3. the mobile phone that can place double card according to claim 2, it is characterised in that:

Described Kato (101) is provided with First scalariform space (101-1) and second step shape space (101-2), NanoSIM card (401) is placed in First scalariform space (101-1), and T card (501) is placed in second step shape space (101-2).

4. the mobile phone that can place double card according to claim 3, it is characterised in that:

NanoSIM card (401) is placed in First scalariform space (101-1), it is as the criterion with the first fool proof angle (401-1), T card (501) is placed in second step shape space (101-2), is as the criterion with the second fool proof angle (501-1).

5. the mobile phone that can place double card according to claim 3, it is characterised in that:

Described deck (201) is arranged on mainboard (301), deck (201) includes step-like adapter (201-1) and support (201-2), support (201-2) is arranged on mainboard (301), fixed station scalariform adapter (201-1) and Kato (101).

6. the mobile phone that can place double card according to claim 5, it is characterised in that:

Described deck (201) is welded on mainboard (301).

7. the mobile phone that can place double card according to claim 5, it is characterised in that:

Described step-like adapter (201-1) is connected shell fragment (201-1-3) by First scalariform insulating support (201-1-1), second step shape insulating support (201-1-2) and first, the second connection shell fragment (201-1-4) forms；

Described second step shape insulating support (201-1-2) is relatively thin is arranged above with the first connection shell fragment (201-1-3), it is positioned at outside, connect NanoSIM card (401), first connects shell fragment (201-1-3) effect is contact with NanoSIM card (401) and mainboard (301) is connected, and the step-like NanoSIM of achieving card (401) overlays below T card (501)；

Described First scalariform insulating support (201-1-1) is thicker is arranged above with the second connection shell fragment (201-1-4), it is positioned at inner side, connecting T card (501), second connects shell fragment (201-1-4) acts on and is contact with T card and mainboard (301) is connected.