CN202906997U

CN202906997U - Circuit structure

Info

Publication number: CN202906997U
Application number: CN201220519015.5U
Authority: CN
Inventors: 李殿基; 李正隆
Original assignee: GO-TRUST TECHNOLOGY Inc
Current assignee: Mobile Security Ltd By Share Ltd
Priority date: 2012-10-11
Filing date: 2012-10-11
Publication date: 2013-04-24
Anticipated expiration: 2022-10-11

Abstract

The utility model provides a circuit structure, which is applied in a circuit connection environment of a hand-held mobile communication device, the circuit structure can be used to electrically connect an SIM card of the hand-held mobile communication device and a microSD flash memory card, and therefore, signal and/or data and/or data transmission between the hand-held mobile communication device and/or the SIM card, and the microSD flash memory card can be performed.

Description

A kind of circuit structure

Technical field

The utility model relates to circuit structure, relates in particular to a kind of circuit structure that is applied to the circuit JA(junction ambient) of handheld action communication device, SIM card and microSD flash memory can be electrically connected.

Background technology

Fast development along with the Mobile Communications technology, and the continuous lifting of wireless data transmission rate, be accompanied by a large amount of universalnesses of mobile communication device or mobile phone, therefore, in action in the financial payment transaction, mobile communication device or mobile phone have become the action means of payment, for example, e-shop in the webpage that on screen, represents, carry out shopping online and payment, with regard to the charging system of mobile phone, still do not break away from petit average pattern and/or shopping online credit number way of paying and/or ATM account transfer mode that the mobile phone dealer provides again.

Yet, mobile phone can be combined with Near Field Communication NFC (Near field Communication) technology, realizing the demand of action payment or identification, and the mobile phone with Near Field Communication NFC function can be referred to as the NFC mobile phone, and can utilize the NFC mobile phone as the action means of payment.

The operating mode of NFC mobile phone is at present, software/hardware/the firmware that will have Near Field Communication NFC function according to general application demand, be built in when dispatching from the factory in the NFC mobile phone, or the SWP SIM card that collocation action dealer sends cooperates the NFC function to use, if user's demand is built in wherein in not, or the action dealer can't send the SWP SIM card of the NFC function of can arranging in pairs or groups, then the NFC mobile phone can't provide corresponding service, in other words, present NFC mobile phone can't satisfy customized demand, and the user can't choose different corresponding services according to its practical application request.

So how to seek a kind of mode, can allow action communication device or mobile phone, can satisfy user's customized demand, can allow action communication device or mobile phone provide more polynary, abundant and easily customized NFC application and service, and then actual demand and application satisfied and the realization client, for example, the purposes of action payment or identification is problem to be separated.

The utility model content

Main purpose of the present utility model is to be to provide a kind of circuit structure, be applied in the circuit JA(junction ambient) of handheld action communication device inside, can utilize circuit structure of the present utility model and SIM card and the microSD flash memory of handheld action communication device is electrically connected, and make handheld action communication device and/or SIM card carry out signal and/or data and/or transfer of data with the microSD flash memory.

Another purpose of the present utility model is to be to provide a kind of circuit structure, be applied in the circuit JA(junction ambient) of handheld action communication device inside, make the hand held device that possesses NFC SWP SIM function, can be according to practical application request, and with related service and machine-processed behind SWP microSD flash memory Dynamic expansion, the SIM card and the SWP microSD flash memory that utilize circuit structure of the present utility model and will possess NFC SWP SIM function are electrically connected, to allow hand held device can provide more polynary, enrich and easily customized NFC application and service, and then actual demand and application satisfied and the realization client, for example, the purposes of action payment or identification.

According to above-described purpose, the utility model provides a kind of circuit structure, and this circuit structure comprises the first connecting circuit, the second connecting circuit and conducting channel.

The first connecting circuit, this first connecting circuit is positioned at soft board (flexible printed wiring board FPC, FlexiblePrint Circuit) a surface, at least have SIM card dado joint contact in order to SIM card slot electrical contact, in addition, implementing situation on embodiment decides, can and/or, have microSD flash memory contact point in order to microSD flash memory electrical contact, and/or, have microSD flash memory dado joint contact in order to microSD fast-flash memory card slot electrical contact.

The second connecting circuit, this second connecting circuit is positioned at another surface of this soft board, at least have the SIM card contact point in order to the SIM card electrical contact, in addition, implement situation on embodiment and decide, can and/or, have microSD flash memory contact point in order to microSD flash memory electrical contact, and/or, have microSD flash memory dado joint contact in order to microSD fast-flash memory card slot electrical contact.

Conducting channel, this conducting channel are the through hole circuit that is arranged in soft board, in order to the first connecting circuit and the second connecting circuit are electrically connected.

For making those of ordinary skill in the art understand the purpose of this utility model, feature and effect, by following specific embodiment, and cooperate appended graphic, to the utility model illustrate in detail as after.

Description of drawings

Fig. 1 is a schematic diagram, in order to explicit declaration circuit structure of the present utility model;

Fig. 2 is a side schematic view, in order to an embodiment of explicit declaration circuit structure of the present utility model;

Fig. 3 is a schematic diagram, in order to first connecting circuit of explicit declaration in Fig. 2;

Fig. 4 is a schematic diagram, in order to second connecting circuit of explicit declaration in Fig. 2;

Fig. 5 is a side schematic view, in order to the another embodiment of explicit declaration circuit structure of the present utility model;

Fig. 6 is a schematic diagram, in order to first connecting circuit of explicit declaration in Fig. 5;

Fig. 7 is a schematic diagram, in order to second connecting circuit of explicit declaration in Fig. 5;

Fig. 8 is a side schematic view, in order to an again embodiment of explicit declaration circuit structure of the present utility model;

Fig. 9 is a schematic diagram, in order to first connecting circuit of explicit declaration in Fig. 8; And

Figure 10 is a schematic diagram, in order to second connecting circuit of explicit declaration in Fig. 8.

Wherein, description of reference numerals is as follows:

1 circuit structure

2 first connecting circuits

3 second connecting circuits

4 conducting channels

5 soft boards

6 soft boards

7 soft boards

51 surfaces

52 surfaces

53 through hole circuit

61 surfaces

62 surfaces

63 through hole circuit

71 surfaces

72 surfaces

73 through hole circuit

201 202 203 204 205 206 SIM card dado joint contacts

207 208 microSD flash memory dado joint contacts

209 conducting wires

211 212 213 214 215 216 SIM card dado joint contacts

221 222 223 224 225 226 SIM card dado joint contacts

250 conducting wires

260 conducting wires

301 302 303 304 305 SIM card contact points

307 308 microSD flash memory contact points

311 312 313 314 315 SIM card contact points

317 318 microSD flash memory contact points

321 322 323 324 325 SIM card contact points

327 328 microSD flash memory contact points

340 conducting wires

Embodiment

Below will explain the utility model content by embodiment, it is about a kind of circuit structure.Yet embodiment of the present utility model implements any specific environment of the present utility model, application or particular form in order to restriction.Therefore, only be the explaination the purpose of this utility model about the explanation of embodiment, but not in order to limit the utility model.It should be noted that, following examples and graphic in, all omit and do not illustrate with the non-directly related assembly of the utility model; And for the purpose of asking simple and easy understanding, the size relationship of each inter-module is not to show according to actual ratio.

Fig. 1 is a schematic diagram, in order to explicit declaration circuit structure of the present utility model.As shown in Figure 1, circuit structure 1 comprises the first connecting circuit 2, the second connecting circuit 3 and conducting channel 4.

The first connecting circuit 2, this first connecting circuit 2 is positioned at a surface of soft board (scheming not shown), at least have SIM card dado joint contact (scheming not shown) in order to SIM card slot (scheming not shown) electrical contact, in addition, implementing situation on embodiment decides, can and/or, have microSD flash memory contact point (scheming not shown) in order to microSD flash memory (scheming not shown) electrical contact, and/or, have microSD flash memory dado joint contact (scheming not shown) in order to microSD fast-flash memory card slot electrical contact.

The second connecting circuit 3, this second connecting circuit 3 is positioned at another surface of this soft board, at least have SIM card contact point (scheming not shown) in order to the SIM card electrical contact, in addition, implementing situation on embodiment decides, can and/or, have microSD flash memory dado joint contact (scheming not shown) in order to microSD fast-flash memory card slot electrical contact, and/or, have microSD flash memory contact point (scheming not shown) in order to microSD flash memory (scheming not shown) electrical contact.

Conducting channel 4, this conducting channel 4 is for being arranged in the through hole circuit of soft board (scheming not shown), in order to the first connecting circuit 2 and the second connecting circuit 3 are electrically connected.

At this, this soft board is positioned at this handheld action communication device, and this handheld action communication device can be, for example, and intelligent mobile phone or flat computer.

Fig. 2 is a side schematic view, in order to an embodiment of explicit declaration circuit structure of the present utility model.As shown in Figure 2, circuit structure 1 comprises the first connecting circuit 2, the second connecting circuit 3 and conducting channel 4.

Circuit structure 1 comprises the first connecting circuit 2, the second connecting circuit 3 and conducting channel 4, at this, soft board 5 is positioned at handheld action communication device (scheming not shown), and this handheld action communication device can be, for example, intelligent mobile phone or flat computer.

The first connecting circuit 2, this first connecting circuit 2 is positioned at a surface 51 of soft board 5, have at least 201,202,203,204,205,206 (as shown in Figure 3) of a plurality of SIM card dado joints contact in order to SIM card slot (scheming not shown) electrical contact and 207,208 (as shown in Figure 3) of a plurality of microSD flash memory dado joints contact in order to microSD fast-flash memory card slot (scheming not shown) electrical contact; At this, described a plurality of SIM card dado joints contact 201,203,204,205,206 is the respectively SIM card contact point 301,302,305,304,303 (as shown in Figure 4) of correspondence and the second connecting circuit 3 electric connection via through hole circuit (conducting channel 4), wherein, because SIM card C6 point conductively-closed, thereby, the second connecting circuit 3 there is no SIM card C6 contact point, causes SIM card dado joint contact 202 to be electrically connected with any SIM card contact point of the second connecting circuit 3; And respectively a plurality of microSD flash memory contact points 307,308 electric connections of correspondence and the second connecting circuit 3 via through hole circuit (conducting channel 4) of described a plurality of microSD flash memory dado joints contact 207,208.

The second connecting circuit 3, this second connecting circuit 3 is positioned at another surface 52 of this soft board 5, have a plurality of SIM card contact points 301,302,303,304,305 (as shown in Figure 4) in order to the SIM card electrical contact, and/or, have a plurality of microSD flash memory contact points 307,308 (as shown in Figure 4) in order to microSD flash memory electrical contact; At this, wherein, described a plurality of SIM card contact point 301,302,303,304,305 is respectively SIM card dado joint contact 201,203,206,205,204 electric connections of correspondence and the first connecting circuit 2 via through hole circuit (conducting channel 4), wherein, because SIM card C6 point conductively-closed, thereby the second connecting circuit 3 there is no SIM card C6 contact point, causes any SIM card contact point of the second connecting circuit 3 to be electrically connected with any SIM card dado joint contact of the first connecting circuit 2; And respectively a plurality of microSD flash memory dado joints contact 207,208 electric connections of correspondence and the first connecting circuit 2 via through hole circuit (conducting channel 4) of described a plurality of microSD flash memory contact point 307,308.

Conducting channel 4, this conducting channel 4 is for being arranged in the through hole circuit 53 of soft board 5, in order to the first connecting circuit 2 and the second connecting circuit 3 are electrically connected.

Fig. 3 is a schematic diagram, in order to first connecting circuit of explicit declaration in Fig. 2.As shown in Figure 2, the first connecting circuit 2 comprise at least SIM card dado joint contact 201,202,203,204,205,206 in order to SIM card slot (scheming not shown) electrical contact, and, microSD flash memory dado joint contact 207,208 in order to microSD fast-flash memory card slot (scheming not shown) electrical contact; At this, described a plurality of SIM card dado joints contact 201,203,204,205,206 is the respectively SIM card contact point 301,302,305,304,303 (as shown in Figure 4) of correspondence and the second connecting circuit 3 electric connection via through hole circuit (conducting channel 4), wherein, because SIM card C6 point conductively-closed, thereby, the second connecting circuit 3 there is no SIM card C6 contact point, causes SIM card dado joint contact 202 to be electrically connected with any SIM card contact point of the second connecting circuit 3; And respectively a plurality of microSD flash memory contact points 307,308 electric connections of correspondence and the second connecting circuit 3 via through hole circuit (conducting channel 4) of described a plurality of microSD flash memory dado joints contact 207,208.

In addition, the first connecting circuit 2 can comprise conducting wire 209 again, this conducting wire 209 is in order to be electrically connected SIM card dado joint contact 202 and microSD flash memory dado joint contact 208, make handheld action communication device (for example, mobile phone) SWP signal can be sent to microSD flash memory dado joint contact 208 via this conducting wire 209 from SIM card dado joint contact 202, and, because SIM card dado joint contact 202 usefulness as the SWP signal transmission, thereby, SIM card dado joint contact 202 need not have corresponding SIM card contact point in the second connecting circuit 3, in other words, the second connecting circuit 3 there is no the contact point of SIM card C6.

At this, for example, SIM card dado joint contact 201,203,204,205,206 corresponds respectively to SIM card contact point 301,302,305,304,303, and is electrically connected with it via through hole circuit (conducting channel 4); And microSD flash memory dado joint contact 207,208 corresponds respectively to microSD flash memory contact point 307,308, and is electrically connected with it via through hole circuit (conducting channel 4).

At this, via conducting wire 209, SIM card dado joint contact 202, and microSD flash memory dado joint contact 208, and allow handheld action communication device (for example, mobile phone) SWP signal, can be sent to microSD flash memory dado joint contact 208 via this conducting wire 209 from SIM card dado joint contact 202, and can be sent to microSD flash memory contact point 308 from microSD flash memory dado joint contact 208 via through hole circuit (conducting channel 4) again, and microSD flash memory contact point 308 is electrical contact with microSD flash memory PIN9, thereby, make handheld action communication device (for example, mobile phone) SWP signal can be sent to the PIN9 of microSD flash memory, make handheld action communication device and/or SIM card, can mutually carry out signal and/or data and/or transfer of data with the microSD flash memory.

Fig. 4 is a schematic diagram, in order to second connecting circuit of explicit declaration in Fig. 2.As shown in Figure 4, the second connecting circuit 3 comprises SIM card contact point 301,302,303,304,305 respectively C5, C7, C1, C2, the C3 point electrical contact of corresponding and SIM card at least, and microSD flash memory contact point 307,308 respectively with microSD flash memory PIN10, PIN9 electrical contact; In addition, the second connecting circuit 3 can comprise conducting wire 309 again, and this conducting wire 309 is in order to be electrically connected SIM card contact point 303 and microSD flash memory contact point 307.

At this, wherein, the SIM card dado joint contact 206 of the first connecting circuit 2 is via being electrically connected with SIM card contact point 303 via through hole circuit (conducting channel 4), and SIM card contact point 303 and SIM card C1 point (Vcc) electrical contact, thereby, microSD flash memory contact point 307 signals are Vcc, SIM card dado joint contact 206 signals are Vcc, and with microSD flash memory PIN10 signal that SIM card contact point 303 is electrically connected be Vcc so that SIM card C1 point (Vcc) signal can be sent to microSD flash memory PIN10.

Fig. 5 is a side schematic view, in order to the another embodiment of explicit declaration circuit structure of the present utility model.As shown in Figure 5, circuit structure 1 comprises the first connecting circuit 2, the second connecting circuit 3 and conducting channel 4.

Circuit structure 1 comprises the first connecting circuit 2, the second connecting circuit 3 and conducting channel 4.

The first connecting circuit 2, this first connecting circuit 2 is positioned at a surface 61 of soft board 6, have SIM card dado joint contact 211,212,213,214,215,216 (as shown in Figure 6) in order to SIM card slot (scheming not shown) electrical contact and microSD flash memory contact point 317,318 (as shown in Figure 6) in order to microSD flash memory electrical contact; At this, 211,213,214,215, the 216 respectively SIM card contact point 311,312,313,314,315 (as shown in Figure 7) of correspondence and the second connecting circuit 3 electric connections via conducting channel 4 of described a plurality of SIM card dado joints contact, wherein, because SIM card C6 point conductively-closed, thereby, the second connecting circuit 3 there is no SIM card C6 contact point, causes SIM card dado joint contact 212 to be electrically connected with any SIM card contact point of the second connecting circuit 3.

The second connecting circuit 3, this second connecting circuit 3 is positioned at another surface 62 of this soft board 6, at least have SIM card contact point 311,312,313,314,315 (as shown in Figure 7) with microSD fast-flash memory card slot (scheming not shown) electrical contact, in addition, because described a plurality of microSD flash memory contact points 317,318 and described a plurality of SIM card dado joints contact 211,213,214,215,216 are co-located on the first connecting circuit 2, thereby, on the second connecting circuit 3, need not have any microSD flash memory dado joint contact; At this, wherein, described a plurality of SIM card contact point 311,312,313,314,315 is respectively SIM card dado joint contact 211,213,214,215,216 electric connections of correspondence and the first connecting circuit 2 via conducting channel 4, wherein, because SIM card C6 point conductively-closed, thereby the second connecting circuit 3 there is no SIM card C6 contact point, causes any SIM card contact point of the second connecting circuit 3 to be electrically connected with any SIM card dado joint contact of the first connecting circuit 2.

Conducting channel 4, this conducting channel 4 is the through hole circuit, in order to the first connecting circuit 2 and the second connecting circuit 3 are electrically connected.

Fig. 6 is a schematic diagram, in order to first connecting circuit of explicit declaration in Fig. 5.As shown in Figure 6, the first connecting circuit 2 comprise a plurality of SIM card dado joints contact 211,212,213,214,215,216 in order to SIM card slot (scheming not shown) electrical contact, a plurality of microSD flash memory contact point 317,318 respectively with microSD flash memory electrical contact and conducting wire 250,260.

At this, the corresponding SIM card contact point 311,312,313,314,315 with the second connecting circuit 3 via through hole circuit (conducting channel 4) difference in described a plurality of SIM card dado joints contact 211,212,213,214,215,216 is electrically connected; The first connecting circuit 2 comprises conducting wire 250,260 again, this conducting wire 250 is in order to be electrically connected SIM card dado joint contact 212 and microSD flash memory contact point 317, make handheld action communication device (for example, mobile phone) SWP signal can be sent to microSD flash memory contact point 317 via this conducting wire 250 from SIM card dado joint contact 212, and, via this microSD flash memory contact point 317 the SWP signal is sent to microSD flash memory PIN9 again; This conducting wire 260 is in order to be electrically connected SIM card dado joint contact 216 and microSD flash memory contact point 318, can be sent to microSD flash memory contact point 318 via this conducting wire 260 so that come from the SIM card C1 signal (Vcc) of SIM card contact point 313, and, via this microSD flash memory contact point 318 signal (Vcc) is sent to microSD flash memory PIN10 again.

Fig. 7 is a schematic diagram, in order to second connecting circuit of explicit declaration in Fig. 5.As shown in Figure 7, the second connecting circuit 3 comprise a plurality of SIM card contact points 311,312,313,314,315 respectively with the SIM card electrical contact, and, because described a plurality of microSD flash memory contact points 317,318 and described a plurality of SIM card dado joints contact 211,213,214,215,216 are co-located on the first connecting circuit 2, thereby, on the second connecting circuit 3, need not have any microSD flash memory dado joint contact.

At this, described a plurality of SIM card contact point 311,312,313,314,315 via conducting channel 4 respectively corresponding SIM card dado joint contact 211,213,216,215,214 with the first connecting circuit 2 be electrically connected, and SIM card contact point 311,312,313,314,315 respectively with C5, C7, C1, C2, the C3 point electrical contact of SIM card.

Fig. 8 is a side schematic view, in order to the another embodiment of explicit declaration circuit structure of the present utility model.As shown in Figure 2, circuit structure 1 comprises the first connecting circuit 2, the second connecting circuit 3 and conducting channel 4.

The first connecting circuit 2, this first connecting circuit 2 is positioned at a surface 71 of soft board 7, have at least 221,222,223,224,225,226 (as shown in Figure 9) of a plurality of SIM card dado joints contact in order to SIM card slot (scheming not shown) electrical contact; At this, described a plurality of SIM card dado joints contact 221,223,224,225,226 is the respectively SIM card contact point 321,322,325,324,323 (as shown in figure 10) of correspondence and the second connecting circuit 3 electric connection via through hole circuit (conducting channel 4), wherein, because SIM card C6 point conductively-closed, thereby, the second connecting circuit 3 there is no SIM card C6 contact point, causes SIM card dado joint contact 222 to be electrically connected with any SIM card contact point of the second connecting circuit 3; And, because for making handheld action communication device (for example, mobile phone) SWP signal can be sent to the PIN9 of microSD flash memory, thereby, the microSD flash memory contact point 328 of SIM card dado joint contact 222 and the second connecting circuit 3 will be electrically connected, allow handheld action communication device (for example, mobile phone) SWP signal can be via SIM card dado joint contact 222, conducting wire 4 and be sent to microSD flash memory contact point 328, and microSD flash memory contact point 328 is electrical contact with microSD flash memory PIN9, thereby, make handheld action communication device (for example, mobile phone) SWP signal can be sent to the PIN9 of microSD flash memory, make handheld action communication device and/or SIM card, can mutually carry out signal and/or data and/or transfer of data with the microSD flash memory.

The second connecting circuit 3, this second connecting circuit 3 is positioned at another surface 72 of this soft board 7, have a plurality of SIM card contact points 321,322,323,324,325 (as shown in figure 10) in order to the SIM card electrical contact, and/or, have a plurality of microSD flash memory contact points 327,328 (as shown in figure 10) in order to microSD flash memory electrical contact; At this, wherein, described a plurality of SIM card contact point 321,322,323,324,325 is respectively SIM card dado joint contact 221,223,226,225,224 electric connections of correspondence and the first connecting circuit 2 via through hole circuit (conducting channel 4), wherein, because SIM card C6 point conductively-closed, thereby the second connecting circuit 3 there is no SIM card C6 contact point, causes any SIM card contact point of the second connecting circuit 3 to be electrically connected with any SIM card dado joint contact of the first connecting circuit 2.

Conducting channel 4, this conducting channel 4 is for being arranged in the through hole circuit 73 of soft board 7, in order to the first connecting circuit 2 and the second connecting circuit 3 are electrically connected.

Fig. 9 is a schematic diagram, in order to first connecting circuit of explicit declaration in Fig. 8.As shown in Figure 9, the first connecting circuit 2 comprise at least SIM card dado joint contact 221,222,223,224,225,206 in order to SIM card slot (scheming not shown) electrical contact.

At this, described a plurality of SIM card dado joints contact 221,223,224,225,226 is the respectively SIM card contact point 321,322,325,324,323 (as shown in figure 10) of correspondence and the second connecting circuit 3 electric connection via through hole circuit (conducting channel 4), wherein, because SIM card C6 point conductively-closed, thereby, the second connecting circuit 3 there is no SIM card C6 contact point, causes SIM card dado joint contact 222 to be electrically connected with any SIM card contact point of the second connecting circuit 3; And, because for making handheld action communication device (for example, mobile phone) SWP signal can be sent to the PIN9 of microSD flash memory, thereby, the microSD flash memory contact point 328 of SIM card dado joint contact 222 and the second connecting circuit 3 will be electrically connected, allow handheld action communication device (for example, mobile phone) SWP signal can be via SIM card dado joint contact 222, conducting wire 4 and be sent to microSD flash memory contact point 328, and microSD flash memory contact point 328 is electrical contact with microSD flash memory PIN9, thereby, make handheld action communication device (for example, mobile phone) SWP signal can be sent to the PIN9 of microSD flash memory, make handheld action communication device and/or SIM card, can mutually carry out signal and/or data and/or transfer of data with the microSD flash memory.

Figure 10 is a schematic diagram, in order to second connecting circuit of explicit declaration in Fig. 8.As shown in figure 10, the second connecting circuit 3 comprises SIM card contact point 321,322,323,324,325 respectively C5, C7, C1, C2, the C3 point electrical contact of corresponding and SIM card at least, and microSD flash memory contact point 327,328 respectively with microSD flash memory PIN10, PIN9 electrical contact.

In addition, the second connecting circuit 3 can comprise conducting wire 340 again, and this conducting wire 340 is in order to be electrically connected SIM card contact point 323 and microSD flash memory contact point 327; At this, wherein, SIM card contact point 323 and SIM card C1 point (Vcc) electrical contact, thereby, microSD flash memory contact point 327 signals are Vcc, again, and flash memory contact point 327 and microSD flash memory PIN10 electrical contact, thereby to make microSD flash memory PIN10 signal be Vcc, so that SIM card C1 point (Vcc) signal can be sent to microSD flash memory PIN10.

In above described embodiment, soft board is comprised of the flexible printed wiring board material more than one deck, SIM card can be the pattern of Near Field Communication NFC SWP SIM card, the microSD flash memory can be the pattern of single wire transmission agreement SWP microSD flash memory, and SIM card contact point, microSD flash memory contact point also can become Near Field Communication NFC SWP SIM card contact point and single wire transmission agreement SWP microSD flash memory contact point thereupon, decide on the actual embodiment situation.

And single wire transmission agreement SWP microSD flash memory, can be according to practical application request, and with related service and machine-processed behind SWP microSD flash memory Dynamic expansion, the SIM card and the SWP microSD flash memory that utilize circuit structure of the present utility model and will possess NFC SWP SIM function are electrically connected, to allow hand held device can provide more polynary, abundant and easily customized NFC application and service, and then actual demand and application satisfied and the realization client, for example, the purposes of action payment or identification.

And the number of SIM card contact point, microSD flash memory contact point can change to some extent according to the actual embodiment situation; In addition, also can adjust to some extent with the actual embodiment situation in order to the shape/length of the conducting channel that connects SIM card contact point and microSD flash memory contact point and/or conducting wire; Again, SIM card dado joint number of contacts can change to some extent according to the actual embodiment situation; Again, also can adjust to some extent with the actual embodiment situation in order to the shape/length of the conducting channel that connects SIM card dado joint contact and microSD fast-flash memory card slot and/or conducting wire; In addition, in the above-described embodiments, via the conducting wire one SIM card dado joint contact and a microSD flash memory dado joint contact are electrically connected, but when actual embodiment, when SIM card dado joint contact and the electric connection of microSD flash memory dado joint contact, number separately can be not limited to one, in other words, is at least one SIM card dado joint contact and the electric connection of at least one microSD flash memory dado joint contact.

MicroSD flash memory dado joint contact is not to be necessity, and can be omitted; Again, in the above-described embodiments, via the conducting wire one SIM card contact point and a microSD flash memory contact point are electrically connected, but when actual embodiment, when SIM card contact point and the electric connection of microSD flash memory contact point, number separately can be not limited to one, in other words, can be at least one SIM card contact point and at least one microSD flash memory contact point and is electrically connected.

At this, above-described various situations, its reason is identical, be similar to described in the embodiment, therefore, do not repeat them here.

Comprehensive above described embodiment, can obtain a kind of circuit structure of the present utility model, be applied in the circuit JA(junction ambient) of handheld action communication device inside, can utilize circuit structure of the present utility model and SIM card and the microSD flash memory of handheld action communication device is electrically connected, and make handheld action communication device and/or SIM card, can carry out signal and/or data and/or transfer of data with the microSD flash memory.Circuit structure of the present invention comprises following advantage:

1. a kind of circuit structure is provided, be applied in the circuit JA(junction ambient) of handheld action communication device inside, can utilize circuit structure of the present utility model and SIM card and the microSD flash memory of handheld action communication device is electrically connected, and make handheld action communication device and/or SIM card and microSD flash memory can carry out signal and/or data and/or transfer of data.

2. make the hand held device that possesses NFC SWP SIM function, can be according to practical application request, and with related service and machine-processed behind SWP microSD flash memory Dynamic expansion, the SIM card and the SWP microSD flash memory that utilize circuit structure of the present utility model and will possess NFC SWP SIM function are electrically connected, to allow hand held device can provide more polynary, abundant and easily customized NFC application and service, and then actual demand and application satisfied and the realization client, for example, the purposes of action payment or identification.

Wish more to know description feature of the present utility model and spirit by the above detailed description of preferred embodiments, and be not to come category of the present utility model is limited with above-mentioned disclosed preferred embodiment.On the contrary, its objective is that hope can contain in the claim that is arranged in the wish application of the utility model institute of various changes and tool equality.

Claims

1. a circuit structure is applied to it is characterized in that in the circuit JA(junction ambient) of handheld action communication device, comprises:

The first connecting circuit, this first connecting circuit is positioned at a surface of soft board, has at least: a plurality of SIM card dado joints contact, described a plurality of SIM card dado joints contact in order to SIM card slot electrical contact; And

The second connecting circuit, this second connecting circuit is positioned at another surface of this soft board, has at least:

A plurality of SIM card contact points, described a plurality of SIM card contact points in order to the SIM card electrical contact; And

A plurality of microSD flash memory contact points, described a plurality of microSD flash memory contact points in order to microSD flash memory electrical contact; And

Conducting channel, this conducting channel is in order to be electrically connected this first connecting circuit and this second connecting circuit.

2. a circuit structure is applied to it is characterized in that in the circuit JA(junction ambient) of handheld action communication device, comprises:

A plurality of microSD flash memory dado joints contact, described a plurality of microSD flash memory dado joints contact in order to microSD fast-flash memory card slot electrical contact;

3. circuit structure as claimed in claim 2, it is characterized in that, this first connecting circuit comprises a conducting wire again, and this conducting wire is electrically connected in order at least one SIM card dado joint contact in will this a plurality of SIM card dado joints contact and at least one microSD flash memory dado joint contact in this a plurality of microSD flash memory dado joints contact.

4. circuit structure as claimed in claim 1 or 2, it is characterized in that, this second connecting circuit comprises a conducting wire again, and this conducting wire is electrically connected in order at least one SIM card contact point in will these a plurality of SIM card contact points and at least one microSD flash memory contact point in these a plurality of microSD flash memory contact points.

5. circuit structure as claimed in claim 1 or 2 is characterized in that, this conducting channel is the through hole circuit that is arranged in this soft board, and this soft board is positioned at this handheld action communication device, and this handheld action communication device is intelligent mobile phone or flat computer.

6. a circuit structure is applied to it is characterized in that in the circuit JA(junction ambient) of handheld action communication device, comprises:

A plurality of microSD flash memory contact points, described a plurality of microSD flash memory contact points in order to microSD flash memory electrical contact;

7. a circuit structure is applied to it is characterized in that in the circuit JA(junction ambient) of handheld action communication device, comprises:

A plurality of microSD flash memory dado joints contact, described a plurality of microSD flash memory dado joints contact in order to microSD fast-flash memory card slot electrical contact; And

8. circuit structure as claimed in claim 7, it is characterized in that, this first connecting circuit comprises a conducting wire again, and this conducting wire is electrically connected in order at least one SIM card dado joint contact in will this a plurality of SIM card dado joints contact and at least one microSD flash memory dado joint contact in this a plurality of microSD flash memory dado joints contact.

9. such as claim 6 or 7 described circuit structures, it is characterized in that, this second connecting circuit comprises a conducting wire again, and this conducting wire is electrically connected in order at least one SIM card contact point in will these a plurality of SIM card contact points and at least one microSD flash memory contact point in these a plurality of microSD flash memory contact points.

10. such as claim 6 or 7 described circuit structures, it is characterized in that this conducting channel is the through hole circuit that is arranged in this soft board, this soft board is positioned at this handheld action communication device, and this handheld action communication device is intelligent mobile phone or flat computer.