CN107005261A - Attachment means and Wireless Telecom Equipment between incoming end - Google Patents
Attachment means and Wireless Telecom Equipment between incoming end Download PDFInfo
- Publication number
- CN107005261A CN107005261A CN201680002945.4A CN201680002945A CN107005261A CN 107005261 A CN107005261 A CN 107005261A CN 201680002945 A CN201680002945 A CN 201680002945A CN 107005261 A CN107005261 A CN 107005261A
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- Prior art keywords
- incoming end
- incoming
- modem
- sim card
- connection
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B1/00—Details of transmission systems, not covered by a single one of groups H04B3/00 - H04B13/00; Details of transmission systems not characterised by the medium used for transmission
- H04B1/38—Transceivers, i.e. devices in which transmitter and receiver form a structural unit and in which at least one part is used for functions of transmitting and receiving
- H04B1/3816—Mechanical arrangements for accommodating identification devices, e.g. cards or chips; with connectors for programming identification devices
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
- H04M1/0249—Details of the mechanical connection between the housing parts or relating to the method of assembly
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
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- Engineering & Computer Science (AREA)
- Signal Processing (AREA)
- Computer Networks & Wireless Communication (AREA)
- Telephone Function (AREA)
- Mobile Radio Communication Systems (AREA)
Abstract
The invention provides the attachment means between a kind of incoming end and Wireless Telecom Equipment, applied to wireless communication technology field, the device includes：Link control module, connect performing module, wherein, performing module, including m*n controlling switch are connected, link control module, it is connected with being connected performing module, for sending control signal to connection performing module, to control the break-make for connecting each controlling switch in performing module, performing module is connected, for according to the corresponding controlling switch of control signal break-make received.The device that the present invention is provided need not connect incoming end in advance, performing module can be connected from control control signal is sent to connection performing module according to the situation of each incoming end, the break-make of each controlling switch, realizes the flexible connection between incoming end in dynamic control connection performing module.
Description
Technical field
The present invention relates to wireless communication technology field, attachment means and radio communication between more particularly to a kind of incoming end are set
It is standby.
Background technology
With developing rapidly for wireless communication technology, wireless communication technology is extensively general to be applied to every field.In numerous profits
With in the implementation of wireless communication technology, by passing through SIM (Subscriber Identification Module, client
Identification module) connection between card incoming end and Modem (Modulator-Demodulator, modem) incoming end, it is real
The SIM card that existing SIM card incoming end is accessed is connected with the Modem that Modem incoming ends are accessed, and then realizes the side of radio communication
Formula turns into one of conventional communication.
So that incoming end is SIM card incoming end and Modem incoming ends as an example, the connection method between current incoming end is：In advance
SIM card incoming end is connected with Modem incoming ends, when SIM card incoming end accesses SIM card, Modem incoming ends are accessed after Modem,
The SIM card of access is connected by the connection between SIM card incoming end and Modem incoming ends with the Modem accessed.For example, wireless
Communication equipment includes SIM card incoming end A and Modem incoming end A, and in advance connects SIM card incoming end A and Modem incoming ends A
Connect, when being accessed in SIM card incoming end A after SIM card A, Modem incoming end A access Modem A, SIM card A is accessed by SIM card
The connection between A and Modem incoming ends A is held, is connected with Modem A.
The Modem incoming end quantity that includes with Wireless Telecom Equipment increases, and SIM card is fixedly connected not with Modem
Beneficial to Modem reasonable utilization.
For example：Wireless Telecom Equipment is dual-card intelligent mobile phone, and the dual-card intelligent mobile phone connects 2 Modem incoming ends
(Modem incoming end A and Modem incoming end B), 2 SIM card incoming ends (SIM card incoming end A and SIM card incoming end B), wherein
Modem incoming ends A supports double-card dual-standby.
Situation 1：
SIM card incoming end A is connected with Modem incoming ends A in advance, SIM card incoming end B is also connected with Modem incoming ends A
Connect.
If Modem incoming ends A accesses Modem A, SIM card incoming end A access SIM card A, SIM card incoming end B accesses
SIM card B, Modem incoming end B does not access any Modem, then SIM card A, can pass through SIM card incoming end A and Modem incoming ends A
Between connection, be connected with Modem A.SIM card B, can by the connection between SIM card incoming end B and Modem incoming end A, with
Modem A connections.
If Modem incoming ends B accesses Modem B, now, the connection between each SIM card incoming end and Modem incoming ends is closed
System can't change, and therefore, SIM card A is still by the connection between SIM card incoming end A and Modem incoming end A, with Modem
A connections.SIM card B also still by the connection between SIM card incoming end B and Modem incoming end A, is connected with Modem A.It is such a
In the case of, in the absence of the SIM card incoming end being connected with Modem incoming ends B, also in the absence of the SIM card being connected with Modem B, make
Into the idle of Modem B, the waste of resource.
Situation 2：
SIM card incoming end A is connected with Modem incoming ends A in advance, SIM card incoming end B and Modem incoming ends B is connected
Connect, now Modem incoming ends A double-card dual-standby function cannot be utilized very well, if wanting to utilize its double-card dual-standby function, need
SIM card incoming end C is introduced to realize.
The content of the invention
In the case where incoming end is multiple, in order to rationally utilize each incoming end, connect the embodiments of the invention provide one kind
Enter the attachment means and Wireless Telecom Equipment between end.
In a first aspect, the embodiments of the invention provide the attachment means between a kind of incoming end, described device is applied to wireless
Communication equipment, the Wireless Telecom Equipment includes m the first incoming ends and n the second incoming ends, it is characterised in that the dress
Put, including：Link control module, connects performing module；Wherein, n is more than or equal to 2；
The connection performing module, including m*n controlling switch；
Each first incoming end corresponds to every in n controlling switch and n the second incoming ends, the n controlling switch
One end of one controlling switch connects first incoming end, the other end one the second incoming end of one-to-one connection；
The link control module, is connected with the connection performing module, is controlled for being sent to the connection performing module
Signal processed, to control the break-make of each controlling switch in the connection performing module；
The connection performing module, for according to the corresponding controlling switch of control signal break-make received；
Wherein, first incoming end is client identification module SIM card incoming end, and second incoming end is modulation /demodulation
Device Modem incoming ends；Or, second incoming end is SIM card incoming end, and first incoming end is Modem incoming ends.
Second aspect, the embodiments of the invention provide a kind of Wireless Telecom Equipment, the Wireless Telecom Equipment includes m the
One incoming end and n the second incoming ends, it is characterised in that the Wireless Telecom Equipment, in addition to：Access described in first aspect
Attachment means between end.
Have the beneficial effect that：
Device provided in an embodiment of the present invention includes：Link control module, connects performing module, wherein, connection performs mould
Block, including m*n controlling switch, link control module are connected with being connected performing module, are controlled for being sent to connection performing module
Signal processed, to control the break-make for connecting each controlling switch in performing module, connects performing module, for according to the control received
The corresponding controlling switch of signal break-make processed, and then be implemented without connecting incoming end in advance, but by control connection performing module
Each control in control signal, dynamic control connection performing module is sent according to the situation of each incoming end to connection performing module to open
The on-off function of pass, so that the flexible connection between realizing incoming end.
Brief description of the drawings
The specific embodiment of the present invention is described below with reference to accompanying drawings, wherein：
Fig. 1 shows for Wireless Telecom Equipment in the embodiment of the present invention with the structure that SIM card incoming end, Modem incoming ends are connected
It is intended to；
Fig. 2 be the embodiment of the present invention in Wireless Telecom Equipment A structural representation；
Fig. 3 is the connection method schematic flow sheet between a kind of incoming end in the embodiment of the present invention；
Fig. 4 is the connected mode schematic diagram between a kind of incoming end in the embodiment of the present invention；
Fig. 5 be the embodiment of the present invention in Wireless Telecom Equipment B structural representation；
Fig. 6 is the connection method schematic flow sheet between another incoming end in the embodiment of the present invention；
Fig. 7 is the connected mode schematic diagram between another incoming end in the embodiment of the present invention；
Fig. 8 be the embodiment of the present invention in a kind of incoming end between attachment means structural representation；
Fig. 9 be the embodiment of the present invention in another incoming end between attachment means structural representation；
Figure 10 be the embodiment of the present invention in a kind of Wireless Telecom Equipment structural representation；
Figure 11 be the embodiment of the present invention in another Wireless Telecom Equipment structural representation.
Embodiment
In order that technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing to the exemplary of the present invention
Embodiment is described in more detail, it is clear that described embodiment is only a part of embodiment of the present invention, rather than
The exhaustion of all embodiments.And in the case where not conflicting, the embodiment in the present invention and the feature in embodiment can be mutual
It is combined.
Inventor notices during invention：
Connection method between current incoming end is：The annexation fixed in advance between incoming end, with Wireless Telecom Equipment
In the incoming end quantity that includes increase, this method is unfavorable for the reasonable utilization of incoming end.
Based on this, the invention provides the attachment means between a kind of incoming end and Wireless Telecom Equipment, wherein, the present invention is carried
Attachment means between the incoming end provided in the Wireless Telecom Equipment of confession comprising the present invention, the device includes：Link control module,
Performing module is connected, wherein, connect performing module, including m*n controlling switch, link control module, with being connected performing module
It is connected, for sending control signal to connection performing module, to control the break-make for connecting each controlling switch in performing module, even
Performing module is connect, the corresponding controlling switch of control signal break-make received for basis, and then it is implemented without connection in advance
Incoming end, but control signal is sent to connection performing module according to the situation of each incoming end from control connection performing module, move
The on-off function of each controlling switch in state control connection performing module, so that the flexible connection between realizing incoming end.
The Wireless Telecom Equipment that the present invention is provided, in addition to the attachment means between the incoming end provided including the present invention, also
Including m the first incoming ends and n the second incoming ends, wherein, the first incoming end is SIM card incoming end, and the second incoming end is
Modem incoming ends；Or, the second incoming end is SIM card incoming end, and the first incoming end is Modem incoming ends, and n is more than or equal to
2。
The SIM card incoming end included for Wireless Telecom Equipment：
(1) SIM card incoming end can be located at the inside of Wireless Telecom Equipment, can also be located at the outer of Wireless Telecom Equipment
Portion, wherein, the concrete mode positioned at the outside of Wireless Telecom Equipment can be：On the shell of Wireless Telecom Equipment, such as Fig. 1
(a) shown in, or positioned at the other positions unrelated with the Wireless Telecom Equipment, as long as being connected i.e. with the Wireless Telecom Equipment
Can, such as shown in Fig. 1 (b).In addition, any SIM card incoming end is located at the position of Wireless Telecom Equipment, to other SIM card incoming ends
Position in a wireless communication device is without influence
(2) each SIM card incoming end can access SIM entity cards.
(3) the same time, a SIM card incoming end can only same Modem incoming ends connection.
(4) one of common implementation of SIM card incoming end is sim card slot.
The Modem incoming ends included for Wireless Telecom Equipment：
(1) Modem incoming ends can be located at the inside of Wireless Telecom Equipment, can also be located at the outer of Wireless Telecom Equipment
Portion, wherein, the specific implementation positioned at the outside of Wireless Telecom Equipment can be：On the shell of Wireless Telecom Equipment,
As shown in Fig. 1 (c), or positioned at the other positions unrelated with the Wireless Telecom Equipment, if with the Wireless Telecom Equipment
Connection, such as shown in Fig. 1 (d).In addition, any Modem incoming ends are located at the position of Wireless Telecom Equipment, to other Modem
The position of incoming end in a wireless communication device is without influence.
(2) same time, a Modem incoming end may be connected with multiple SIM card incoming ends.
(3) one of common implementation of Modem incoming ends is SMART PORT incoming ends.
Set below with the radio communication including m the first incoming ends, the n attachment means between the second incoming end, incoming end
It is standby, and the first incoming end is SIM card incoming end, the second incoming end is Modem incoming ends, and n is more than or equal to exemplified by 2, it is passed through
Attachment means between the incoming end that the present invention is provided, on the premise of incoming end is not connected in advance, flexibly connect the tool of incoming end
Body implementation is illustrated.
In actual application, m values can be 1, can also be more than or equal to 2, below with 2 embodiments, be taken for m
It is worth for 1, and m values are more than or equal to 2 situation and illustrated respectively.
It is 1 that the connection method that the present embodiment is provided between the connection method between a kind of incoming end, the incoming end, which is directed to m values,
Situation, realizes Wireless Telecom Equipment A (including 1 SIM card incoming end, attachment means between n Modem incoming ends, incoming end)
Attachment means between the incoming end provided by the present invention, on the premise of incoming end is not connected in advance, flexible connection access
End.
For convenience of description, the present embodiment is by taking the Wireless Telecom Equipment A shown in Fig. 2 as an example.
Referring to Fig. 2, Wireless Telecom Equipment A has 1 SIM card incoming end (being SIM card incoming end 211), 4 Modem accesses
End (being respectively Modem incoming ends 221, Modem incoming ends 222, Modem incoming ends 223, Modem incoming ends 224) and incoming end
Between attachment means 23.
Wherein, the attachment means 23 between incoming end include the second monitoring modular 231, the first monitoring modular 232, connection control
Molding block 233, connects performing module 234.
Second monitoring modular 231 respectively with Modem incoming ends 221, Modem incoming ends 222, Modem incoming ends 223,
Modem incoming ends 224 are connected, for monitoring Modem incoming ends 221, Modem incoming ends 222, Modem incoming ends 223, Modem
Whether incoming end 224 accesses Modem；
First monitoring modular 232 is connected with SIM card incoming end 211, for monitoring whether SIM card incoming end 211 accesses SIM
Card；
Performing module 234, including 4 controlling switches are connected, are respectively：Between SIM card 211 and Modem incoming ends 221
Switch 1, the switch 2 between SIM card 211 and Modem incoming ends 222, the switch between SIM card 211 and Modem incoming ends 223
3, the switch 4 between SIM card 211 and Modem incoming ends 224.For controlling switch, the present embodiment thinks that low and high level control is opened
Illustrated exemplified by pass, can also be the switch of other forms when implementing.
In addition, as shown in Figure 2, each SIM card incoming end corresponds to 4 low and high level controlling switches and 4 Modem connect
The one end for entering each low and high level controlling switch in end, 4 low and high level controlling switches connects the SIM card incoming end,
The other end one Modem incoming end of one-to-one connection；
Link control module 233 be decision-making module, be connected performing module 234 be connected, for connect performing module 234
Control signal is sent, to control the break-make for connecting each controlling switch in performing module 234；
Performing module 234 is connected, for according to the corresponding controlling switch of control signal break-make received.
In addition, SIM card monitoring modular 232 monitors that SIM card incoming end 211 has accessed SIM card 211.
Modem monitoring modulars 231 monitor in 4 Modem incoming ends have 3 Modem incoming ends to access Modem, point
It is not：Modem incoming ends 221 access Modem221, Modem incoming end 222 accesses Modem222, Modem incoming end 223 and accessed
Modem223。
For the Wireless Telecom Equipment A shown in Fig. 2, the attachment means between the incoming end provided by the present embodiment can be with
According to practical situations, Modem incoming ends to be connected are determined, SIM card incoming end 211 is accessed with Modem to be connected
End connection, and then realize that SIM card 211 is connected with the Modem that Modem incoming ends to be connected are accessed.
Fig. 3 shows the specific implementation of the attachment means between incoming end, as shown in figure 3, including：
The method that the present embodiment offer may be performed first for Wireless Telecom Equipment A, Wireless Telecom Equipment A may also be non-
The method that the present embodiment is provided is performed first.
When Wireless Telecom Equipment A performs the method for the present embodiment offer first, SIM card incoming end 211 may
It is not connected with any one Modem incoming end.
For Wireless Telecom Equipment A it is non-first perform the present embodiment provide method in the case of, SIM card incoming end 211 with
The Modem incoming ends connection that the preceding method for once performing the present embodiment offer is connected.
Therefore, the present embodiment is not defined to whether SIM card incoming end 211 has currently connected Modem incoming ends.
If SIM card incoming end 211 has connected Modem incoming ends, SIM card incoming end can be changed by the present embodiment
The Modem incoming ends of 211 connections.
, can be by the present embodiment by SIM card incoming end 211 if SIM card incoming end 211 is not connected with Modem incoming ends
It is connected with Modem incoming ends.
Step 301, link control module 233 connect in the Modem for having accessed Modem that Modem monitoring modulars 231 are monitored
Enter in end 221, Modem incoming ends 222, Modem incoming ends 223, determine a Modem incoming end；
Wherein, the Modem incoming ends determined in step 301 are not connected with SIM card incoming end 211.
Link control module 233 determines that the first implementation method of Modem incoming ends is, the basis of link control module 233
Default to determine rule, (Modem is accessed all access Modem monitored in Modem monitoring modulars 231 Modem incoming ends
End 221, Modem incoming ends 222, Modem incoming ends 223) in, determine a Modem incoming end.
Wherein, default determination rule can be：Random determination Modem incoming ends, or, if Modem incoming ends have
Priority attribute, then select the Modem incoming ends of highest priority, or, selection is located at the Modem outside Wireless Telecom Equipment
Incoming end, or, the optimal Modem of selection access performance Modem incoming ends, or, selection and the performance of SIM card incoming end 211
Modem incoming ends most matched etc..
Link control module 233 determines that second of implementation method of Modem incoming ends is that link control module 233 is determined
The Modem incoming ends that user specifies.
For example：The Modem that link control module 233 obtains the input equipment input that user passes through Wireless Telecom Equipment A connects
Enter end mark, determine that the Modem incoming ends identify corresponding Modem incoming ends.
Again for example：Wireless Telecom Equipment A provides a user alternative Modem 221, Modem 222, Modem 223
Description information, after monitoring that any Modem description informations are clicked, link control module 233 determine click on Modem retouch
State the Modem incoming ends that the corresponding Modem of information is accessed.
Also for example：Wireless Telecom Equipment A provides a user alternative Modem incoming ends 221, Modem incoming ends
222nd, the description information of Modem incoming ends 223, after the description information for monitoring any Modem incoming ends is clicked, connection control
Molding block 233 determines the corresponding Modem incoming ends of Modem incoming end description informations clicked on.
Due to the same time, SIM card incoming end can only same Modem incoming ends connection, therefore, performing step
After 301 one Modem incoming end of determination, in addition it is also necessary to perform step 302 and determine whether SIM card incoming end 211 has connected Modem
Incoming end, if having connected, needs first to disconnect the connection between the Modem incoming ends of SIM card incoming end 211 and connection, and then
Ensure that SIM card incoming end 211 is connected with the Modem incoming ends determined in step 301.
Wherein, the Modem accesses determined in the non-step 301 that the Modem incoming ends of connection include for Wireless Telecom Equipment A
End.
Whether step 302, the detection SIM card of link control module 233 incoming end 211 have connected Modem incoming ends, if detection
Modem incoming ends have been connected to SIM card incoming end 211, then step 303 have been performed to step 306, if detecting SIM card incoming end
211 not connected Modem incoming ends, then perform step 305 and step 306；
Whether the Modem incoming ends that the present embodiment does not limit connection access Modem.
If for example, the Modem incoming ends determined in step 301 are Modem incoming ends 222, being connected in this step
Modem incoming ends are one in Modem incoming ends 221, Modem incoming ends 223, Modem incoming ends 224.
If shown in the connection of SIM card incoming end 211 such as Fig. 4 (a), link control module 233 detects SIM card and connect
Enter the not connected Modem incoming ends in end 211, then perform step 305 and subsequent step.
If shown in the connection of SIM card incoming end 211 such as Fig. 4 (b), link control module 233 detects SIM card and connect
Enter end 211 and connected Modem incoming ends 221, then perform step 303 and subsequent step.
Step 303, link control module 233 send control SIM card incoming end 211 with being connected to connection performing module 234
Modem incoming ends between controlling switch disconnect control signal；
Wherein, cut-off signal is pre-defined high level signal or low level signal.
By taking the example in step 302 as an example, link control module 233 sends control SIM card to connection performing module 234 and connect
Enter the control signal that controlling switch between end 211 and Modem incoming ends 221 disconnects
Step 304, connection performing module 234 connect according to 211 Modem with being connected of control SIM card incoming end received
Enter the control signal that controlling switch disconnects between holding, disconnect the height between the Modem incoming ends of incoming end 211 and connection
Level control switch；
By taking the example in step 303 as an example, connection performing module 234 is according to control SIM card incoming end 211 with being connected
The control signal that controlling switch disconnects between Modem incoming ends, is disconnected between incoming end 211 and Modem incoming ends 221
Switch 1, referring to Fig. 4 (c).
Perform after step 303 and step 304, the SIM card incoming end 211 in Wireless Telecom Equipment A does not connect with any Modem
Enter end connection.
Step 305, link control module 233 send control SIM card incoming end 211 with determining to connection performing module 234
Modem incoming ends between controlling switch connect control signal；
Wherein, connection signal is pre-defined low level signal or high level signal.
Herein connection signal it is associated with the cut-off signal in step 303, if step 303 pre-define break letter
Number be high level signal, then in this step pre-define connection signal be low level signal；If during step 303 is pre-defined
Cut-off signal is low level signal, then the connection signal pre-defined in this step is high level signal.
By taking the Wireless Telecom Equipment A shown in Fig. 4 (c) as an example, wherein, the Modem incoming ends determined in step 301 are
Modem incoming ends 222, then link control module 233 to connection performing module 234 send control SIM card incoming end 211 with
The control signal that controlling switch is connected between Modem incoming ends 222.
Step 306, connection performing module 234 are according to the control SIM card incoming end 211 received and the second access of determination
The control signal that controlling switch is connected between end, the control between connection SIM card incoming end 211 and the second incoming end determined is opened
Close.
By taking the example in step 305 as an example, connection performing module 234 according to the control SIM card incoming end 211 that receives with
The control signal that controlling switch is connected between Modem incoming ends 222, connection SIM card incoming end 211 and Modem incoming ends 222 it
Between switch 2, referring to Fig. 4 (d).
After step 301 is performed to step 306, connected between Modem incoming ends 222 and SIM card incoming end 211, and then SIM
The SIM card 211 that card incoming end 211 is accessed, based on the connection between Modem incoming ends 222 and SIM card incoming end 211, with
The Modem 222 that Modem incoming ends 222 are accessed is connected.
Realize in the case where SIM card incoming end 211 is not connected with Modem incoming ends 222 in advance, by SIM card incoming end
211 are connected with Modem incoming ends 222, and then realize that SIM card 211 is connected with Modem222.
Meanwhile, by repeating the method that the present embodiment is provided, SIM card incoming end 211 and Modem can also be adjusted and connect
Enter the annexation between end 221, Modem incoming ends 222, Modem incoming ends 223 or Modem incoming ends 224, so that more
Reasonably utilize Modem.
Beneficial effect：
Link control module is it is determined that after Modem incoming ends to be connected in the embodiment of the present invention, by being performed to connection
Module sends control signal, between control connection performing module connection connection SIM card incoming end and Modem incoming ends to be connected
Controlling switch, can not in advance connection SIM card incoming end and Modem incoming ends to be connected in the case of, according to SIM card
The connection of the situation of incoming end and Modem incoming ends dynamically between adjustment SIM card incoming end and Modem incoming ends, realizes SIM
The flexible connection of card and Modem, so as to more reasonably utilize Modem.
The connection method that the present embodiment is provided between the connection method between a kind of incoming end, the incoming end is more than for m values
Situation equal to 2, realizes Wireless Telecom Equipment B (including m SIM card incoming end, the company between n Modem incoming ends, incoming end
Connection device) by the attachment means between the incoming end of the invention provided, on the premise of incoming end is not connected in advance, flexibly connect
Connect incoming end.
For convenience of description, the present embodiment is by taking the Wireless Telecom Equipment B shown in Fig. 5 as an example.
Referring to Fig. 5, Wireless Telecom Equipment B has 4 SIM card incoming ends (to be SIM card incoming end 511, SIM card incoming end
512nd, SIM card incoming end 513, SIM card incoming end 514), 4 Modem incoming ends (be respectively Modem incoming ends 521, Modem
Incoming end 522, Modem incoming ends 523, Modem incoming ends 524) attachment means 53 between incoming end.
Wherein, the attachment means 53 between incoming end include the second monitoring modular 531, the first monitoring modular 532, connection control
Molding block 533, connects performing module 534.
Second monitoring modular 531 respectively with Modem incoming ends 521, Modem incoming ends 522, Modem incoming ends 523,
Modem incoming ends 524 are connected, for monitoring Modem incoming ends 521, Modem incoming ends 522, Modem incoming ends 523, Modem
Whether incoming end 524 accesses Modem；
First monitoring modular 532 connects with SIM card incoming end 511, SIM card incoming end 512, SIM card incoming end 513, SIM card
Enter end 514 to connect, for monitoring SIM card incoming end 511, SIM card incoming end 512, SIM card incoming end 513, SIM card incoming end
Whether 514 access SIM card；
Performing module 534, including 16 controlling switches are connected, are respectively：Between SIM card 511 and Modem incoming ends 521
Switch 11, the switch 12 between SIM card 511 and Modem incoming ends 522, between SIM card 511 and Modem incoming ends 523
Switch 13, the switch 14 between SIM card 511 and Modem incoming ends 524, opening between SIM card 512 and Modem incoming ends 521
Close 21, the switch 22 between SIM card 512 and Modem incoming ends 522, the switch between SIM card 512 and Modem incoming ends 523
23, the switch 24 between SIM card 512 and Modem incoming ends 524, the switch 31 between SIM card 513 and Modem incoming ends 521,
Switch 32 between SIM card 513 and Modem incoming ends 522, the switch 33, SIM between SIM card 513 and Modem incoming ends 523
Block the switch 34 between 513 and Modem incoming ends 524, the switch 41 between SIM card 514 and Modem incoming ends 521, SIM card
Switch 42 between 514 and Modem incoming ends 522, the switch 43 between SIM card 514 and Modem incoming ends 523, SIM card 514
Switch 44 between Modem incoming ends 524.For controlling switch, the present embodiment enters exemplified by thinking low and high level controlling switch
Row explanation, can also be the switch of other forms when implementing.
In addition, as shown in Figure 5, each SIM card incoming end corresponds to 4 low and high level controlling switches and 4 Modem connect
The one end for entering each low and high level controlling switch in end, 4 low and high level controlling switches connects the SIM card incoming end,
The other end one Modem incoming end of one-to-one connection；
Link control module 533 be decision-making module, be connected performing module 534 be connected, for connect performing module 534
Control signal is sent, to control the break-make for connecting each controlling switch in performing module 534；
Performing module 534 is connected, for according to the corresponding controlling switch of control signal break-make received.
In addition, SIM card monitoring modular 532 is monitored in 4 SIM card incoming ends, there are 3 SIM card incoming ends to access SIM
Clamping, be respectively：SIM card incoming end 511 has accessed SIM card 511, SIM card incoming end 512 and has accessed SIM card 512, SIM card and connect
Enter end 513 and access SIM card 513.
Modem monitoring modulars 531 monitor in 4 Modem incoming ends have 3 Modem incoming ends to access Modem, point
It is not：The access of Modem incoming ends 521 Modem 521, the access of Modem incoming ends 522 Modem 522, Modem incoming ends 523 connect
Enter Modem 523.
For the Wireless Telecom Equipment B shown in Fig. 5, the attachment means between the incoming end provided by the present embodiment can be with
According to practical situations, a SIM card incoming end and Modem incoming ends to be connected are determined, and by the to be connected of determination
SIM card incoming end is connected with Modem incoming ends, so realize SIM card that SIM card incoming end to be connected accessed with it is to be connected
The Modem connections that are accessed of Modem incoming ends.
Fig. 6 shows the specific implementation of the attachment means between incoming end, as shown in fig. 6, including：
Step 601, link control module 533 connect in the SIM card for having accessed SIM card that SIM card monitoring modular 532 is monitored
Enter in end 511, SIM card incoming end 512, SIM card incoming end 513, determine a SIM card incoming end；
Whether a SIM card incoming end that the present embodiment is not determined not pair is current, which has connected Modem incoming ends, is defined.
If it is determined that SIM card incoming end connected Modem incoming ends, then can by the present embodiment change determine SIM
The Modem incoming ends of card incoming end connection.
If it is determined that SIM card incoming end be not connected with Modem incoming ends, then can be by the present embodiment by the SIM card of determination
Incoming end is connected with Modem incoming ends.
Link control module 533 determines that the first implementation method of SIM card incoming end is, the basis of link control module 533
Default to determine rule, (SIM card is accessed the SIM card incoming end of all access SIM cards monitored in SIM card monitoring modular 532
End 511, SIM card incoming end 512, SIM card incoming end 513) in, determine a SIM card incoming end.
Wherein, default determination rule can be：It is random to determine the SIM card not connected with a Modem incoming ends access
End, or, the Modem incoming ends that each SIM card incoming end is matched are determined, determine that a Modem incoming end not with matching connects
Logical SIM card incoming end etc..
Link control module 533 determines that second of implementation method of SIM card incoming end is that link control module 533 is determined
The SIM card incoming end that user specifies.
For example：The SIM card that link control module 533 obtains the input equipment input that user passes through Wireless Telecom Equipment B connects
Enter end mark, determine that the SIM card incoming end identifies corresponding SIM card incoming end.
Again for example：Wireless Telecom Equipment B provides a user alternative SIM card 511, SIM card 512, SIM card 513
Description information, after monitoring that any SIM card description information is clicked, link control module 533 determines the SIM card information clicked on
The SIM card incoming end that corresponding SIM card is accessed.
Also for example：Wireless Telecom Equipment B provides a user alternative SIM card incoming end 511, SIM card incoming end
512nd, the description information of SIM card incoming end 513, after the description information for monitoring any Modem incoming ends is clicked, connection control
Molding block 233 determines the corresponding SIM card incoming end of SIM card incoming end description information clicked on.
Step 602, link control module 533 connect in the Modem for having accessed Modem that Modem monitoring modulars 531 are monitored
Enter in end 521, Modem incoming ends 522, Modem incoming ends 523, determine a Modem incoming end；
Wherein, the Modem incoming ends determined in step 602 are not connected with the SIM card incoming end determined in step 601.
Link control module 533 determines that the implementation method and link control module in step 301 233 of Modem incoming ends are true
The method for determining Modem incoming ends is identical, reference can be made to step 301, here is omitted.
It should be noted that due to the same time, a Modem incoming end may be connected with multiple SIM card incoming ends, because
This, can be with although the Modem incoming ends determined in step 602 are not connected with the SIM card incoming end determined in step 601
Other SIM card incoming ends connection connection that Wireless Telecom Equipment B includes, the present embodiment does not connect to the Modem determined in step 602
Enter to hold whether to be connected with other SIM card incoming ends in addition to the SIM card incoming end determined in step 601 and be defined.
Due to the same time, SIM card incoming end can only same Modem incoming ends connection, therefore, performing step
After 602 one Modem incoming end of determination, in addition it is also necessary to perform step 603 and determine that the SIM card incoming end determined in step 601 is
It is no to have connected Modem incoming ends, if having connected, need the SIM card incoming end that is determined in first break step 601 and be connected
Determined in the SIM card incoming end and step 602 that are determined in connection between Modem incoming ends, and then guarantee step 601
Modem incoming ends are connected.
Wherein, the Modem accesses determined in the non-step 602 that the Modem incoming ends of connection include for Wireless Telecom Equipment B
End.
Whether the SIM card incoming end that step 603, the detection of link control module 533 are determined has connected Modem incoming ends, if
The SIM card incoming end for detecting determination has connected Modem incoming ends, then step 604 is performed to step 607, if detecting determination
SIM card incoming end be not connected with Modem incoming ends, then perform step 606 and step 607；
Whether the Modem incoming ends that the present embodiment does not limit connection access Modem.
Step 604, link control module 533 send the SIM card incoming end for controlling to determine and company to connection performing module 534
The control signal that controlling switch disconnects between the Modem incoming ends connect；
Wherein, cut-off signal is pre-defined high level signal or low level signal.
By taking the Wireless Telecom Equipment B shown in Fig. 7 (a) as an example, wherein, the SIM card incoming end determined in step 601 is SIM
The Modem incoming ends determined in card incoming end 511, step 602 are Modem incoming ends 522, what SIM card incoming end 511 had been connected
Modem incoming ends are Modem incoming ends 521, then link control module 533 sends control SIM card to connection performing module 534 and connect
Enter the control signal that controlling switch between end 511 and Modem incoming ends 521 disconnects.
The SIM card incoming end that step 605, connection performing module 534 are determined according to the control received and the Modem being connected
The control signal that controlling switch disconnects between incoming end, the SIM card incoming end for disconnecting determination and the Modem incoming ends being connected
Between low and high level controlling switch；
By taking the example in step 604 as an example, connection performing module 534 connects according to control SIM card incoming end 511 and Modem
Enter to hold the control signal that controlling switch disconnects between 521, disconnect opening between SIM card incoming end 511 and Modem incoming ends 521
11 are closed, referring to Fig. 7 (b).
Perform after step 604 and step 605, the SIM card incoming end that step 601 is determined does not connect with any Modem incoming ends
Connect.
Step 606, link control module 533 to connection performing module 534 send control determine SIM card incoming end with really
The control signal that controlling switch is connected between fixed Modem incoming ends；
Wherein, connection signal is pre-defined low level signal or high level signal.Connection signal herein and step
Cut-off signal in 604 is associated, if the pre-defined interruption ON signal of step 604 is pre- in high level signal, this step
The connection signal first defined is low level signal；If the pre-defined interruption ON signal of step 604 is low level signal, this step
The connection signal pre-defined in rapid is high level signal.
By taking the Wireless Telecom Equipment B shown in Fig. 7 (b) as an example, wherein, the SIM card incoming end determined in step 601 is SIM
The Modem incoming ends determined in card incoming end 511, step 602 are Modem incoming ends 522, then link control module 533 is to even
Connect performing module 534 and send the control letter that controlling switch between control SIM card incoming end 511 and Modem incoming ends 522 is connected
Number.
The SIM card incoming end that step 607, connection performing module 534 are determined according to the control received and the Modem determined
The control signal that controlling switch is connected between incoming end, is connected between the SIM card incoming end determined and the second incoming end of determination
Controlling switch.
By taking the example in step 606 as an example, connection performing module 534 according to the control SIM card incoming end 511 that receives with
The control signal that controlling switch is connected between Modem incoming ends 522, connection SIM card incoming end 511 and Modem incoming ends 522 it
Between switch 12, referring to Fig. 7 (c).
After step 601 is performed to step 607, connected between Modem incoming ends 522 and SIM card incoming end 511, and then SIM
The SIM card 511 that card incoming end 511 is accessed, based on the connection between Modem incoming ends 522 and SIM card incoming end 511, with
The Modem522 connections that Modem incoming ends 522 are accessed.
Realize in the case where SIM card incoming end 511 is not connected with Modem incoming ends 522 in advance, by SIM card incoming end
511 are connected with Modem incoming ends 522, and then realize that SIM card 511 is connected with Modem522.
Meanwhile, by repeating the method that the present embodiment is provided, SIM card incoming end 511 and Modem can also be adjusted and connect
Enter the annexation between end 521, Modem incoming ends 522, Modem incoming ends 523 or Modem incoming ends 524, so that more
Reasonably utilize Modem.
Beneficial effect：
Link control module is it is determined that SIM card incoming end to be connected and Modem to be connected in the embodiment of the present invention
After incoming end, by sending control signal, control connection performing module connection connection SIM card to be connected to connection performing module
Controlling switch between incoming end and Modem incoming ends to be connected, can be in not connection SIM card incoming end and to be connected in advance
Modem incoming ends in the case of, SIM card incoming end is dynamically adjusted according to the situation of SIM card incoming end and Modem incoming ends
Connection between Modem incoming ends, realizes SIM card and Modem flexible connection, so as to more reasonably utilize Modem.
Based on above-mentioned design, the attachment means between a kind of incoming end are present embodiments provided, the device is applied to channel radio
Believe equipment, the Wireless Telecom Equipment includes m the first incoming ends and n the second incoming ends.
The connection side between the incoming end shown in the principle and Fig. 3 or Fig. 6 of problem is solved due to the attachment means between incoming end
Method is similar, therefore the implementation of the attachment means between incoming end may refer to method shown in Fig. 3 or Fig. 6, repeats part and no longer goes to live in the household of one's in-laws on getting married
State.
Referring to Fig. 8, the attachment means between the incoming end, including：Link control module 803, connects performing module 804；
Connect performing module 804, including m*n controlling switch 8041；Wherein, n is more than or equal to 2；
Each first incoming end corresponds to n controlling switch 8041 and n the second incoming ends, the n controlling switch
One end of each controlling switch 8041 in 8041 connects first incoming end, the other end one second access of one-to-one connection
End；
Link control module 803, is connected with being connected performing module 804, for sending control letter to connection performing module 804
Number, to control the break-make for connecting each controlling switch 8041 in performing module 804；
Performing module 804 is connected, for according to the corresponding controlling switch 8041 of control signal break-make received；
Wherein, the first incoming end is SIM card incoming end, and the second incoming end is Modem incoming ends；Or, the second incoming end
For SIM card incoming end, the first incoming end is Modem incoming ends.
Alternatively, m is more than or equal to 2；
Link control module 803, before sending control signal to connection performing module 804, is additionally operable to random determination one
The first incoming end not connected with the second incoming end；Or, determine the first incoming end that user specifies；Or, determine each first
The second incoming end that incoming end is matched, determines first incoming end not connected with the second incoming end of matching.
Alternatively, after link control module 803 determines the first incoming end, control letter is sent to connection performing module 804
Before number, it is additionally operable to determine second incoming end at random；Or, determine the second incoming end that user specifies；Or, it is determined that with
One the second incoming end of the first incoming end Performance Match determined.
Referring to Fig. 9, the device, in addition to：First monitoring modular 801, the second monitoring modular 802；
First monitoring modular 801 is connected with the first incoming end, for monitoring whether the first incoming end accesses the first equipment；
Second monitoring modular 802 is connected with the second incoming end, for monitoring whether the second incoming end accesses the second equipment；
Link control module 803, for the first access for having accessed the first equipment monitored in the first monitoring modular 801
It is random to determine first incoming end not connected with the second incoming end in end；Or, monitored in the first monitoring modular 801
The first incoming end for having accessed the first equipment in, determine the first incoming end that user specifies；Or, in the first monitoring modular
In 801 the first incoming ends for having accessed the first equipment monitored, the second incoming end that each first incoming end is matched is determined, really
Determine first incoming end not connected with the second incoming end of matching；
Link control module 803, for the second access for having accessed the second equipment monitored in the second monitoring modular 802
In end, second incoming end is determined at random；Or, accessed the second equipment monitored in the second monitoring modular 802
In two incoming ends, the second incoming end that user specifies is determined；Or, access second monitored in the second monitoring modular 802
In second incoming end of equipment, it is determined that second incoming end with the first incoming end Performance Match of determination.
Alternatively, link control module 803, when sending control signal to connection performing module 804, specifically for even
Connect performing module 804 and send what controlling switch 8041 between the first incoming end and the second incoming end of determination that control determination was connected
Control signal；
Performing module 804 is connected, for the first incoming end determined according to the control received and the second access determined
The control signal that controlling switch 8041 is connected between end, is connected between the first incoming end determined and the second incoming end of determination
Controlling switch 8041.
Alternatively, the first incoming end is SIM card incoming end；
Link control module 803, sends to connection performing module 804 and controls the first incoming end determined and determine second
Before the control signal 8041 that controlling switch is connected between incoming end, be additionally operable to it is determined that the first incoming end connected second and connect
When entering to hold, sent to connection performing module 804 and control to control to open between the first incoming end of determination and the second incoming end of connection
8041 control signal is opened in shut-off, wherein, non-deterministic second incoming end of the second incoming end of connection；
Performing module 804 is connected, for controlling the first incoming end of determination and the second access being connected according to what is received
The control signal that controlling switch 8041 disconnects between end, disconnects between the first incoming end determined and the second incoming end of connection
Controlling switch 8041.
Alternatively, the second incoming end is SIM card incoming end；
Link control module 803, sends to connection performing module 804 and controls the first incoming end determined and determine second
Before the control signal that controlling switch 8041 is connected between incoming end, be additionally operable to it is determined that the second incoming end connected first and connect
When entering to hold, sent to connection performing module 804 and control to control to open between the first incoming end of connection and the second incoming end of determination
8041 control signals disconnected are closed, wherein, non-deterministic first incoming end of the first incoming end of connection；
Performing module 804 is connected, for the first incoming end according to the control connection received and the second access determined
The control signal that controlling switch 8041 disconnects between end, between the first incoming end and the second incoming end of determination that disconnect
Controlling switch 8041.
Alternatively, controlling switch 8041 is low and high level controlling switch；
The control signal for controlling to connect controlling switch 8041 is high level signal, and control disconnects the control of controlling switch 8041
Signal is low level signal；
Or,
The control signal for controlling to connect controlling switch 8041 is low level signal, and control disconnects the control of controlling switch 8042
Signal is high level signal.
Beneficial effect：
The link control module in attachment means between the incoming end that the embodiment of the present invention is provided is it is determined that to be connected
After SIM card incoming end and Modem incoming ends to be connected, by sending control signal, control connection to connection performing module
Controlling switch between performing module connection connection SIM card incoming end to be connected and Modem incoming ends to be connected, Ke Yi
In the case of not connecting SIM card incoming end and Modem incoming ends to be connected in advance, connect according to SIM card incoming end and Modem
Enter the connection of the situation at end dynamically between adjustment SIM card incoming end and Modem incoming ends, realize that SIM card and the flexible of Modem connect
Connect, so as to more reasonably utilize Modem.
Based on same inventive concept, a kind of Wireless Telecom Equipment is present embodiments provided, referring to Figure 10, the radio communication is set
It is standby to include m the first incoming ends 1001 and n the second incoming ends 1002, the Wireless Telecom Equipment, in addition to：Company between incoming end
Connection device 1003.
Wherein, the attachment means 1003 between the incoming end, including：Link control module 10033, connects performing module
10034；
Connect performing module 10034, including m*n controlling switch 100341；Wherein, n is more than or equal to 2；
Each first incoming end 1001 corresponds to n controlling switch 100341 and n the second incoming ends 1002, the n
One end of each controlling switch 100341 in controlling switch 100341 connects first incoming end 1001, and the other end is one-to-one
Connect second incoming end 1002；
Link control module 10033, is connected with being connected performing module 10034, for being sent to connection performing module 10034
Control signal, to control the break-make for connecting each controlling switch 100341 in performing module 10034；
Performing module 10034 is connected, for according to the corresponding controlling switch 100341 of control signal break-make received；
Wherein, the first incoming end 1001 is SIM card incoming end, and the second incoming end 1002 is Modem incoming ends；Or, the
Two incoming ends 1002 are SIM card incoming end, and the first incoming end 1001 is Modem incoming ends.
Alternatively, m is more than or equal to 2；
Link control module 10033, before sending control signal to connection performing module 10034, is additionally operable to random determination
One the first incoming end 1001 for not connected with the second incoming end 1002；Or, determine the first incoming end 1001 that user specifies；
Or, the second incoming end 1002 that each first incoming end 1001 is matched is determined, second incoming end not with matching is determined
First incoming end 1001 of 1002 connections.
Alternatively, after link control module 10033 determines the first incoming end 1001, sent out to connection performing module 10034
Send before control signal, be additionally operable to determine second incoming end 1002 at random；Or, determine the second incoming end that user specifies
1002；Or, it is determined that second incoming end 1002 with the Performance Match of the first incoming end 1001 of determination.
Referring to Figure 11, the attachment means 1003 between the incoming end, in addition to：First monitoring modular 10031, second monitors mould
Block 10032；
First monitoring modular 10031 is connected with the first incoming end 1001, for monitoring whether the first incoming end 1001 accesses
First equipment；
Second monitoring modular 10032 is connected with the second incoming end 1002, for monitoring whether the second incoming end 1002 accesses
Second equipment；
Link control module 10033, for monitored in the first monitoring modular 10031 accessed the first equipment first
It is random to determine first incoming end 1001 not connected with the second incoming end 1002 in incoming end 1001；Or, in the first prison
Survey in the first incoming end 1001 for having accessed the first equipment that module 10031 is monitored, determine the first incoming end that user specifies
1001；Or, accessed what the first monitoring modular 10031 was monitored in the first incoming end 1001 of the first equipment, it is determined that respectively
The second incoming end 1002 that first incoming end is matched, determine one do not connected with the second incoming end 1002 of matching first connect
Enter end 1001；
Link control module 10033, for monitored in the second monitoring modular 10032 accessed the second equipment second
In incoming end 1002, second incoming end 1002 is determined at random；Or, in having connect that the second monitoring modular 10032 is monitored
In the second incoming end 1002 for entering the second equipment, the second incoming end 1002 that user specifies is determined；Or, in the second monitoring modular
In 10032 the second incoming ends 1002 for having accessed the second equipment monitored, it is determined that the performance of the first incoming end 1001 with determination
One the second incoming end 1002 of matching.
Alternatively, link control module 10033, when sending control signal to connection performing module 10034, specifically for
Send and controlled between control the first incoming end 1001 determined and the second incoming end 1002 determined to connection performing module 10034
The control signal of the connection of switch 100341；
Connect performing module 10034, for the first incoming end 1001 for being determined according to the control received with determine the
The control signal that controlling switch 100341 is connected between two incoming ends 1002, the first incoming end 1001 and determination that connection is determined
Controlling switch 100341 between second incoming end 1002.
Alternatively, the first incoming end 1001 is SIM card incoming end；
Link control module 10033, sent to connection performing module 10034 control the first incoming end 1001 for determining with really
Between the second fixed incoming end 1002 controlling switch connect control signal 100341 before, be additionally operable to it is determined that first access
When end 1001 has connected the second incoming end 1002, the first incoming end 1001 for controlling to determine is sent to connection performing module 10034
Controlling switch disconnects 100341 control signal between the second incoming end 1002 being connected, wherein, the second incoming end of connection
1002 non-deterministic second incoming ends 1002；
Connect performing module 10034, for the first incoming end 1001 for being determined according to the control received be connected the
The control signal that controlling switch 100341 disconnects between two incoming ends 1002, disconnects first incoming end 1001 determined and is connected
Controlling switch 100341 between second incoming end 1002.
Alternatively, the second incoming end 1002 is SIM card incoming end；
Link control module 10033, sent to connection performing module 10034 control the first incoming end 1001 for determining with really
Between the second fixed incoming end 1002 controlling switch 100341 connect control signal before, be additionally operable to it is determined that second access
When end 1002 has connected the first incoming end 1001, the first incoming end 1001 for controlling connection is sent to connection performing module 10034
The control signal that controlling switch 100341 disconnects between the second incoming end 1002 of determination, wherein, the first incoming end of connection
1001 non-deterministic first incoming ends 1001；
Connect performing module 10034, for the first incoming end 1001 according to the control connection received with determine the
The control signal that controlling switch 100341 disconnects between two incoming ends 1002, the first incoming end 1001 and the determination disconnected
Controlling switch 100341 between second incoming end 1002.
Alternatively, controlling switch 100341 is low and high level controlling switch；
The control signal for controlling to connect controlling switch 100341 is high level signal, and control disconnects controlling switch 100341
Control signal is low level signal；
Or,
The control signal for controlling to connect controlling switch 100341 is low level signal, and control disconnects controlling switch 100342
Control signal is high level signal.
Beneficial effect：
The connection in attachment means between the incoming end that Wireless Telecom Equipment is included by it in the embodiment of the present invention is controlled
Module, it is determined that after SIM card incoming end to be connected and Modem incoming ends to be connected, by being sent out to connection performing module
Send control signal, control connection performing module connection connection SIM card incoming end and Modem incoming ends to be connected to be connected it
Between controlling switch, can not in advance connection SIM card incoming end and Modem incoming ends to be connected in the case of, according to SIM
The connection of the situation of card incoming end and Modem incoming ends dynamically between adjustment SIM card incoming end and Modem incoming ends, is realized
The flexible connection of SIM card and Modem, so as to more reasonably utilize Modem.
It should be understood by those skilled in the art that, embodiments of the invention can be provided as method, system or computer program
Product.Therefore, the present invention can be using the reality in terms of complete hardware embodiment, complete software embodiment or combination software and hardware
Apply the form of example.Moreover, the present invention can be used in one or more computers for wherein including computer usable program code
The computer program production that usable storage medium is implemented on (including but is not limited to magnetic disk storage, CD-ROM, optical memory etc.)
The form of product.
The present invention is the flow with reference to method according to embodiments of the present invention, equipment (system) and computer program product
Figure and/or block diagram are described.It should be understood that can be by every first-class in computer program instructions implementation process figure and/or block diagram
Journey and/or the flow in square frame and flow chart and/or block diagram and/or the combination of square frame.These computer programs can be provided
The processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is instructed to produce
A raw machine so that produced by the instruction of computer or the computing device of other programmable data processing devices for real
The device for the function of being specified in present one flow of flow chart or one square frame of multiple flows and/or block diagram or multiple square frames.
These computer program instructions, which may be alternatively stored in, can guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works so that the instruction being stored in the computer-readable memory, which is produced, to be included referring to
Make the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one square frame of block diagram or
The function of being specified in multiple square frames.
These computer program instructions can be also loaded into computer or other programmable data processing devices so that in meter
Series of operation steps is performed on calculation machine or other programmable devices to produce computer implemented processing, thus in computer or
The instruction performed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one
The step of function of being specified in individual square frame or multiple square frames.
, but those skilled in the art once know basic creation although preferred embodiments of the present invention have been described
Property concept, then can make other change and modification to these embodiments.So, appended claims are intended to be construed to include excellent
Select embodiment and fall into having altered and changing for the scope of the invention.
Claims (9)
1. the attachment means between incoming end, described device is applied to Wireless Telecom Equipment, and the Wireless Telecom Equipment includes m the
One incoming end and n the second incoming ends, it is characterised in that described device, including：Link control module, connects performing module；Its
In, n is more than or equal to 2；
The connection performing module, including m*n controlling switch；
Each first incoming end corresponds to each in n controlling switch and n the second incoming ends, the n controlling switch
One end of controlling switch connects first incoming end, the other end one the second incoming end of one-to-one connection；
The link control module, is connected with the connection performing module, for sending control letter to the connection performing module
Number, to control the break-make of each controlling switch in the connection performing module；
The connection performing module, for according to the corresponding controlling switch of control signal break-make received；
Wherein, first incoming end is client identification module SIM card incoming end, and second incoming end is modem
Modem incoming ends；Or, second incoming end is SIM card incoming end, and first incoming end is Modem incoming ends.
2. device according to claim 1, it is characterised in that the m is more than or equal to 2；
The link control module, before sending control signal to the connection performing module, is additionally operable to random determination one not
The first incoming end connected with the second incoming end；Or, determine the first incoming end that user specifies；Or, determine that each first connects
Enter the second matched incoming end of end, determine first incoming end not connected with the second incoming end of matching.
3. device according to claim 2, it is characterised in that the link control module determined after the first incoming end,
Before sending control signal to the connection performing module, it is additionally operable to determine second incoming end at random；Or, determine user
The second incoming end specified；Or, it is determined that second incoming end with the first incoming end Performance Match of the determination.
4. device according to claim 3, it is characterised in that described device, in addition to：First monitoring modular, the second prison
Survey module；
First monitoring modular is connected with first incoming end, and whether accessing first for monitoring first incoming end sets
It is standby；
Second monitoring modular is connected with second incoming end, and whether accessing second for monitoring second incoming end sets
It is standby；
The link control module, for first monitoring module monitors to the first incoming end for having accessed the first equipment
In, it is random to determine first incoming end not connected with the second incoming end；Or, arrived in first monitoring module monitors
In the first incoming end for having accessed the first equipment, the first incoming end that user specifies is determined；Or, in first monitoring modular
In the first incoming end for having accessed the first equipment monitored, the second incoming end that each first incoming end is matched is determined, it is determined that
One the first incoming end for not connected with the second incoming end of matching；
The link control module, for second monitoring module monitors to the second incoming end for having accessed the second equipment
In, second incoming end is determined at random；Or, second monitoring module monitors to accessed the second equipment second
In incoming end, the second incoming end that user specifies is determined；Or, second monitoring module monitors to access second set
In the second standby incoming end, it is determined that second incoming end with the first incoming end Performance Match of the determination.
5. the device according to claim 3 or 4, it is characterised in that link control module, to the connection performing module
When sending control signal, specifically for sending what is controlled the first incoming end of the determination and determine to the connection performing module
The control signal that controlling switch is connected between second incoming end；
The connection performing module, for the first incoming end according to the control determination received and the second access of determination
The control signal that controlling switch is connected between end, is connected between the first incoming end of the determination and the second incoming end of determination
Controlling switch.
6. device according to claim 5, it is characterised in that first incoming end is SIM card incoming end；
The link control module, control the first incoming end of the determination with determine the is sent to the connection performing module
Between two incoming ends controlling switch connect control signal before, be additionally operable to it is determined that the first incoming end connected the second access
During end, sent to the connection performing module and control to control between the first incoming end of the determination and the second incoming end of connection
The control signal switched off, wherein, non-deterministic second incoming end of the second incoming end of the connection；
The connection performing module, for controlling the first incoming end of the determination and the second access being connected according to what is received
The control signal that controlling switch disconnects between end, disconnects between the first incoming end of the determination and the second incoming end of connection
Controlling switch.
7. device according to claim 5, it is characterised in that second incoming end is SIM card incoming end；
The link control module, control the first incoming end of the determination with determine the is sent to the connection performing module
Between two incoming ends controlling switch connect control signal before, be additionally operable to it is determined that the second incoming end connected the first access
During end, sent to the connection performing module and control to control between the first incoming end of connection and the second incoming end of the determination
The control signal switched off, wherein, non-deterministic first incoming end of the first incoming end of the connection；
The connection performing module, for the first incoming end according to the control connection received and the second access of the determination
The control signal that controlling switch disconnects between end, between the first incoming end and the second incoming end of the determination that disconnect
Controlling switch.
8. the device according to claim 6 or 7, it is characterised in that the controlling switch is low and high level controlling switch；
The control signal for controlling to connect controlling switch is high level signal, and the control signal for controlling to disconnect controlling switch is low level
Signal；
Or,
The control signal for controlling to connect controlling switch is low level signal, and the control signal for controlling to disconnect controlling switch is high level
Signal.
9. a kind of Wireless Telecom Equipment, the Wireless Telecom Equipment includes m the first incoming ends and n the second incoming ends, it is special
Levy and be, the Wireless Telecom Equipment, in addition to：Between incoming end described in claim 1 to claim 8 any claim
Attachment means.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2016/106665 WO2018090381A1 (en) | 2016-11-21 | 2016-11-21 | Connecting device between accessing terminals and radio communication device |
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| Publication Number | Publication Date |
|---|---|
| CN107005261A true CN107005261A (en) | 2017-08-01 |
Family
ID=59431095
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201680002945.4A Pending CN107005261A (en) | 2016-11-21 | 2016-11-21 | Attachment means and Wireless Telecom Equipment between incoming end |
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| CN (1) | CN107005261A (en) |
| WO (1) | WO2018090381A1 (en) |
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| CN112866453A (en) * | 2021-01-18 | 2021-05-28 | Oppo广东移动通信有限公司 | Electronic equipment and method and device for video and audio recording compatible with electronic equipment |
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- 2016-11-21 WO PCT/CN2016/106665 patent/WO2018090381A1/en active Application Filing
- 2016-11-21 CN CN201680002945.4A patent/CN107005261A/en active Pending
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| CN104219373A (en) * | 2013-05-31 | 2014-12-17 | 深圳富泰宏精密工业有限公司 | Dual-mode cell phone, and system and method for controlling communication of dual-mode cell phone |
| CN104349304A (en) * | 2013-08-08 | 2015-02-11 | 联想(北京)有限公司 | Information processing method and electronic equipment |
| CN104581872A (en) * | 2013-10-04 | 2015-04-29 | 英特尔Ip公司 | Subscriber identity module data routing devices, methods for routing subscriber identity module data, control circuits, and methods for controlling a change of a routing |
| CN105681091A (en) * | 2016-01-27 | 2016-06-15 | 努比亚技术有限公司 | Upgrading device and upgrading method |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112866453A (en) * | 2021-01-18 | 2021-05-28 | Oppo广东移动通信有限公司 | Electronic equipment and method and device for video and audio recording compatible with electronic equipment |
| CN112866453B (en) * | 2021-01-18 | 2023-02-10 | Oppo广东移动通信有限公司 | Electronic equipment and method and device for video and audio recording compatible with electronic equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2018090381A1 (en) | 2018-05-24 |
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