CN202818630U - Mobile communication terminal - Google Patents
Mobile communication terminal Download PDFInfo
- Publication number
- CN202818630U CN202818630U CN201220446215.2U CN201220446215U CN202818630U CN 202818630 U CN202818630 U CN 202818630U CN 201220446215 U CN201220446215 U CN 201220446215U CN 202818630 U CN202818630 U CN 202818630U
- Authority
- CN
- China
- Prior art keywords
- unit
- base band
- telephony
- band unit
- telephony unit
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Abstract
The present utility model provides a mobile communication terminal. The mobile communication terminal comprises a first radio frequency unit, a second radio frequency unit, a first base band unit, a second base band unit, a first conversation unit, a second conversation unit and a connecting device, the first radio frequency unit is connected with the first base band unit, the first base band unit is connected with a first mobile phone groove, the second radio frequency unit is connected with the second base band unit, the second base band unit is connected with a second mobile phone groove, the connecting device is connected between the first and second base band units and the first and second conversation units, thus at least one of the first conversation unit and the second conversation unit is connected with the first base band unit or the second base band unit. By adopting the mobile communication terminal, two path conversation can be realized, and a problem that conversation is realized only through one mobile phone card can be overcome.
Description
Technical field
The utility model relates to moving communicating field.More particularly, relate to a kind of mobile communication terminal with double-card dual-standby function.
Background technology
Along with the development of the communication technology, mobile communication terminal is applied in the daily life more and more widely.Meanwhile, the user is also more and more for the functional requirement of mobile communication terminal.The user is the double-card dual-standby function for the more interested function of mobile communication terminal.
The double-card dual-standby function refers to that a mobile communication terminal can install two Mobile phone cards (for example, subscriber identification module (SIM) card) simultaneously, and these two Mobile phone cards can be in holding state simultaneously.When wherein a Mobile phone card was in talking state, if another Mobile phone card called, the user can select to keep current phone of answering, and answered the phone of this another Mobile phone card; At this moment, the user also can select to finish current conversation, and answers the phone of this another Mobile phone card.
Yet according to existing double-card dual-standby technology, the user can only select a Mobile phone card to converse, and can't use simultaneously two Mobile phone cards to converse.Therefore, needs are a kind of can be so that the mobile communication terminal that the user uses two Mobile phone cards to converse simultaneously.
The utility model content
The purpose of this utility model is to provide a kind of mobile communication terminal with double-card dual-standby function, and this mobile communication terminal allows the user can use simultaneously two Mobile phone cards to converse.
One side of the present utility model provides a kind of mobile communication terminal, it is characterized in that comprising: the first radio frequency unit, the second radio frequency unit, the first Base Band Unit, the second Base Band Unit, the first telephony unit, the second telephony unit, linker, wherein, the first radio frequency unit is connected to the first Base Band Unit, the first Base Band Unit is connected to the first mobile phone draw-in groove, the second radio frequency unit is connected to the second Base Band Unit, the second Base Band Unit is connected to the second mobile phone draw-in groove, linker is arranged between the first Base Band Unit and the second Base Band Unit and the first telephony unit and the second telephony unit, to be used for being connected between the first telephony unit and the second telephony unit and the first Base Band Unit and the second Base Band Unit.
Alternatively, described linker comprises: the first coupling cock and the second coupling cock, wherein, the first link of the first coupling cock is connected to the first Base Band Unit, the second link of the first coupling cock can be connected to the first telephony unit or the second telephony unit or be in zero-bit, the first link of the second coupling cock is connected to the second Base Band Unit, and the second link of the second coupling cock can be connected to the first telephony unit or the second telephony unit or be in zero-bit.
Alternatively, described mobile communication terminal also comprises: be communicated with controller, be connected to the control end of the first coupling cock and the second coupling cock, so that the connection status of the first coupling cock and the second coupling cock is controlled.
Alternatively, the first telephony unit is receiver and the microphone that mobile communication terminal self arranges.
Alternatively, the second telephony unit is receiver and the microphone that is connected to the earphone of mobile communication terminal.
Alternatively, the first telephony unit and the second telephony unit are not connected to the first Base Band Unit or the second Base Band Unit simultaneously.
Alternatively, when the first Base Band Unit was set up conversation, linker was connected to the first Base Band Unit one that is in idle condition among the first telephony unit and the second telephony unit; When the second Base Band Unit was set up conversation, linker was connected to the second Base Band Unit one that is in idle condition among the first telephony unit and the second telephony unit.
Alternatively, when the end of conversation of the first Base Band Unit or the second Base Band Unit, linker is not connected to the first telephony unit or the second telephony unit with the first Base Band Unit or the second Base Band Unit.
Alternatively, when the end of conversation of the first Base Band Unit, linker is so that the first Base Band Unit and the first telephony unit and the second telephony unit are in off-state; When the end of conversation of the second Base Band Unit, linker is so that the second Base Band Unit and the first telephony unit and the second telephony unit are in off-state.
Alternatively, when the first Base Band Unit is set up conversation, be communicated with controller and the second link of the first coupling cock be connected to one that is in idle condition among the first telephony unit and the second telephony unit; When the second Base Band Unit is set up conversation, be communicated with controller and the second link of the second coupling cock be connected to one that is in idle condition among the first telephony unit and the second telephony unit.
Alternatively, when the end of conversation of the first Base Band Unit, the connection controller is connected to zero-bit with the second link of the first coupling cock; When the end of conversation of the second Base Band Unit, the connection controller is connected to zero-bit with the second link of the second coupling cock.
Alternatively, when mobile communication terminal was opened, the connection controller was connected to zero-bit with the second link of the first coupling cock, and the second link of the second coupling cock is connected to zero-bit.
Alternatively, when mobile communication terminal was opened, linker was not connected to the first telephony unit the first Base Band Unit or the second Base Band Unit, and the second telephony unit was not connected to the first Base Band Unit or the second Base Band Unit.
Alternatively, described mobile communication terminal also comprises: output interface, when at least one Base Band Unit in the first Base Band Unit and the second Base Band Unit is set up conversation, notify the user from the first telephony unit and the second telephony unit, to select corresponding telephony unit for described at least one Base Band Unit; Input interface is used for telephony unit corresponding to each selection that the user is received as described at least one Base Band Unit, and wherein, linker is connected to the telephony unit of the correspondence of user selection with each of described at least one Base Band Unit.
Alternatively, described mobile communication terminal also comprises: when the conversation of the end of conversation of the first Base Band Unit and the second Base Band Unit does not finish, linker is not connected to the first Base Band Unit the first telephony unit or the second telephony unit, and the output interface of mobile communication terminal notifies the user to exist another telephony unit to use.
Alternatively, described mobile communication terminal also comprises: input interface, and be received as the second Base Band Unit from the user and select another telephony unit, wherein, linker is connected to the second Base Band Unit another telephony unit of user selection.
Alternatively, described linker comprises: the first coupling cock and the second coupling cock, wherein, the first link of the first coupling cock is connected to the first telephony unit, the second link of the first coupling cock can be connected to the first Base Band Unit or the second Base Band Unit or be in zero-bit, the first link of the second coupling cock is connected to the second telephony unit, and the second link of the second coupling cock can be connected to the first Base Band Unit or the second Base Band Unit or be in zero-bit.
Alternatively, described mobile communication terminal also comprises: be communicated with controller, be connected to the control end of the first coupling cock and the second coupling cock, so that the connection status of the first coupling cock and the second coupling cock is controlled.
Alternatively, when the first Base Band Unit is set up conversation, be communicated with controller with the first telephony unit be connected the second link that is in a coupling cock that connects of idle condition among the telephony unit and be connected to the first Base Band Unit; When the second Base Band Unit is set up conversation, be communicated with controller with the first telephony unit be connected the second link that is in a coupling cock that connects of idle condition among the telephony unit and be connected to the second Base Band Unit.
When the end of conversation of the first Base Band Unit, the second link of the coupling cock that the connection controller will be connected with the first Base Band Unit is connected to zero-bit; When the end of conversation of the second Base Band Unit, the second link of the coupling cock that the connection controller will be connected with the second Base Band Unit is connected to zero-bit.
The call control method that a kind of mobile communication terminal is provided on the other hand of the present utility model, wherein, described mobile communication terminal comprises the first Base Band Unit, the second Base Band Unit, the first telephony unit, the second telephony unit, linker, it is characterized in that described method comprises: receive the first Base Band Unit and be connected a Base Band Unit in the Base Band Unit to connecting the request of telephony unit; Determine whether the first telephony unit and the second telephony unit all are in idle condition; When definite the first telephony unit and the second telephony unit all were in idle condition, the control linker was connected to one of the first telephony unit and second telephony unit with a described Base Band Unit; When definite the first telephony unit and the second telephony unit all were not in idle condition, the control linker was connected to the telephony unit that is in idle condition in the first telephony unit and the second telephony unit with a described Base Band Unit.
Alternatively, the first telephony unit is receiver and the microphone that mobile communication terminal self arranges.
Alternatively, the second telephony unit is receiver and the microphone that is connected to the earphone of mobile communication terminal.
Alternatively, described linker comprises: the first coupling cock and the second coupling cock, wherein, the first link of the first coupling cock is connected to the first Base Band Unit, the first link of the second coupling cock is connected to the second Base Band Unit, wherein, determine that the step whether the first telephony unit and the second telephony unit all are in idle condition comprises: whether the second link of determining the first coupling cock is connected to the first telephony unit or the second telephony unit, and determines whether the second link of the second coupling cock is connected to the first telephony unit or the second telephony unit.
Alternatively, when the second link of the first coupling cock is not connected to the first telephony unit or the second telephony unit, and when the second link of the second coupling cock is not connected to the first telephony unit or the second telephony unit, determine that the first telephony unit and the second telephony unit all are in idle condition.
Alternatively, when in the second link of the second link of the first coupling cock and the second coupling cock at least one is connected to the first telephony unit or the second telephony unit, determine that the first telephony unit and the second telephony unit all are not in idle condition.
Alternatively, the second link of the second link of the first coupling cock and the second coupling cock is not connected to the first telephony unit or the second telephony unit simultaneously.
Alternatively, the control linker is connected to a described Base Band Unit the first telephony unit and is connected the step of one of telephony unit and comprises: the second link of the coupling cock that the first link is connected with a described Base Band Unit is connected to one of the first telephony unit and second telephony unit.
Alternatively, the control linker is connected to a described Base Band Unit the first telephony unit and is connected the step that is in the telephony unit of idle condition in the telephony unit and comprises: the second link of the coupling cock that the first link is connected with a described Base Band Unit is connected to the telephony unit that is in idle condition in the first telephony unit and the second telephony unit.
Alternatively, the control linker comprises the step that a described Base Band Unit is connected to one of the first telephony unit and second telephony unit: notify the user to select a telephony unit from the first telephony unit and the second telephony unit; From the selection of user's reception to one of the first telephony unit and second telephony unit; The control linker is connected to a described Base Band Unit telephony unit of user selection.
Alternatively, described method also comprises: receive the notice that a described Base Band Unit finishes conversation, and in response to this notice, the control linker disconnects being connected between a described Base Band Unit and the first telephony unit that is connected to a described Base Band Unit or the second telephony unit.
Alternatively, when mobile communication terminal was opened, control was communicated with controller and or not first Base Band Unit is not connected to the first telephony unit or the second telephony unit, and the second Base Band Unit is not connected to the first telephony unit or the second telephony unit.
Alternatively, when mobile communication terminal was opened, control connection controller was connected to zero-bit with the second link of the first coupling cock, and the second link of the second coupling cock is connected to zero-bit.
Alternatively, receive the first Base Band Unit be connected a Base Band Unit in the Base Band Unit to the request that connects telephony unit in, receive the first Base Band Unit and be connected another Base Band Unit in the Base Band Unit when connecting the request of telephony unit, the control linker is connected in the first telephony unit and the second telephony unit one with the first Base Band Unit, and the second Base Band Unit is connected in the first telephony unit and the second telephony unit another.
Alternatively, do not have in the situation of end at the end of conversation of the first Base Band Unit and the conversation of the second Base Band Unit, the control linker is not connected the first Base Band Unit with the first telephony unit or the second telephony unit, and notifies the user to exist another telephony unit to use.
Alternatively, described method also comprises: be received as the second Base Band Unit from the user and select another telephony unit, and the control linker is connected to the second Base Band Unit another telephony unit of user selection.
Can realize utilizing simultaneously two Mobile phone cards to converse according to mobile communication terminal of the present utility model and call control method, overcome the restriction that only can use a Mobile phone card to converse.
Will be in ensuing description part set forth the utility model other aspect and/or advantage, some will be clearly by describing, and perhaps can learn through enforcement of the present utility model.
Description of drawings
By the detailed description of carrying out below in conjunction with accompanying drawing, above-mentioned and other purpose of the present utility model, characteristics and advantage will become apparent, wherein:
Fig. 1 illustrates the structured flowchart according to the mobile communication terminal of an embodiment of the present utility model;
Fig. 2 illustrates the flow chart according to the call control method of an exemplary embodiment of the present utility model;
Fig. 3 illustrates an example according to the linker of the mobile communication terminal of embodiment of the present utility model;
Fig. 4 illustrates the flow chart according to the call control method of another exemplary embodiment of the present utility model.
Embodiment
Now, describe more fully with reference to the accompanying drawings different example embodiment, wherein, some exemplary embodiments are shown in the drawings.In the accompanying drawings, identical drawing reference numeral represents identical parts all the time.
Fig. 1 illustrates the structured flowchart according to the mobile communication terminal of an embodiment of the present utility model.
As shown in Figure 1, the mobile communication terminal 100 according to current embodiment of the present utility model comprises: the first radio frequency unit 101, the second radio frequency unit 102, the first Base Band Unit 103, the second Base Band Unit 104, the first telephony unit 105, the second telephony unit 106, linker 107, connection controller 108.
The first radio frequency unit 101 is used for transmitting and receiving the radiofrequency signal corresponding with the first Mobile phone card, and is connected to the first Base Band Unit 103.The first Base Band Unit 103 is used for processing with armed radiofrequency signal that the first radio frequency unit 101 receives.The first Base Band Unit 103 is connected to the first mobile phone draw-in groove, to access the information of the first Mobile phone card of installing in the first mobile phone draw-in groove.
The second radio frequency unit 102 is used for transmitting and receiving the radiofrequency signal corresponding with the second Mobile phone card, and is connected to the second Base Band Unit 104.The second Base Band Unit 104 is used for processing with armed radiofrequency signal that the second radio frequency unit 102 receives.The second Base Band Unit 104 is connected to the second mobile phone draw-in groove, to access the information of the second Mobile phone card of installing in the second mobile phone draw-in groove.
The first telephony unit 105 is used for the user to be conversed, and can be receiver and the microphone that mobile communication terminal self arranges.
The second telephony unit 106 is used for the user to be conversed, and can be receiver and the microphone that can be connected to the earphone of mobile communication terminal.
Linker 107 is used for being connected between the first telephony unit 105 and the second telephony unit 106 and the first Base Band Unit 103 and the second Base Band Unit 104.
For example, when the first telephony unit 105 was connected with the first Base Band Unit 103, the user can utilize the first telephony unit 105 to carry out the conversation of the first Mobile phone card.When the second telephony unit 106 was connected with the second Base Band Unit 104, the user can utilize the second telephony unit 106 to carry out the conversation of the second Mobile phone card.Like this, the user can use the first telephony unit 105 and the second telephony unit 106 to carry out simultaneously the conversation of the first Mobile phone card and the second Mobile phone card simultaneously.
The connected state that is communicated with 108 pairs of linkers 107 of controller is controlled.In other words, control linker 107 is realized the different connection status between the first telephony unit 105 and the second telephony unit 106 and the first Base Band Unit 103 and the second Base Band Unit 104.Specifically, when certain Base Band Unit in the first Base Band Unit 103 and the second Base Band Unit 104 receives the conversation incoming call or initiates the conversation exhalation with the foundation conversation, be communicated with controller 108 this Base Band Unit is connected to one that is in idle condition in the first telephony unit 105 and the second telephony unit 106, to converse.The idle condition here refers to not be connected to the first Base Band Unit 103 or the second Base Band Unit 104.In addition, when end of conversation, connection controller 108 these Base Band Unit of disconnection are connected with telephony unit.
Fig. 2 illustrates the flow chart according to the call control method of an exemplary embodiment of the present utility model.
In step 201, be communicated with controller 108 and receive the first Base Band Unit 103 and be connected a Base Band Unit in the Base Band Unit 104 to connecting the request of telephony unit.When the conversation incoming call that one of the first Base Band Unit 103 and second Base Band Unit 104 occur or exhalation, the Base Band Unit of conversation occurs to being communicated with controller 108 request connection telephony unit.
In step 202, be communicated with controller 108 and determine whether the first telephony unit 105 and the second telephony unit 106 all are in idle condition.Can be by determining whether linker 107 is connected to the first telephony unit 105 and the second telephony unit 106 with the first Base Band Unit 103, and whether definite linker 107 be connected to the first telephony unit 105 and the second telephony unit 106 with the second Base Band Unit 104, determines whether the first telephony unit 105 and the second telephony unit 106 all are in idle condition.
When linker 107 is not connected to the first telephony unit 105 and the second telephony unit 106 with the first Base Band Unit 103, and definite linker 107 determines that the first telephony unit 105 and the second telephony unit 106 all are in idle condition when the second Base Band Unit 104 not being connected to the first telephony unit 105 and the second telephony unit 106.Otherwise, determine that the first telephony unit 105 and the second telephony unit 106 all are not in idle condition.
When step 202 determines that the first telephony unit 105 and the second telephony unit 106 all are in idle condition, in step 203, be communicated with controller 108 control linkers 107 a described Base Band Unit is connected to one of the first telephony unit 105 and second telephony unit 106.
Alternatively, being communicated with controller 108 can be so that the output interface of mobile communication terminal (for example, display, loud speaker) notifies the user to select a telephony unit from the first telephony unit and the second telephony unit.For example, show the user interface that is used for above-mentioned selection at display; Perhaps notifying the user to press predetermined key by loud speaker selects.In addition, be communicated with the selection that controller 108 can receive from the input interface (for example, keyboard, button, touch-screen) of mobile communication terminal the user.When user selection the first telephony unit 105, be communicated with controller 108 control linkers 107 a described Base Band Unit is connected to the first telephony unit 105; When user selection the second telephony unit 106, be communicated with controller 108 control linkers 107 a described Base Band Unit is connected to the second telephony unit 106.
When step 202 determines that the first telephony unit 105 and the second telephony unit 106 all are not in idle condition, in step 204, be communicated with controller 108 control linkers 107 and a described Base Band Unit be connected to the telephony unit that is in idle condition among the first telephony unit 105 and the second telephony unit 106.Should be appreciated that when the first telephony unit 105 and the second telephony unit 106 all were not in idle condition, the telephony unit that is in busy state had been connected to another Base Band Unit, be used for the conversation of another Base Band Unit.In addition, because same Base Band Unit is not connected to two telephony unit simultaneously, therefore, because a described Base Band Unit does not also build on the connection of telephony unit, therefore there is a telephony unit that is in idle condition.
In addition, receive simultaneously the first Base Band Unit 103 and be connected a Base Band Unit in the Base Band Unit 104 when connecting the request of telephony unit when being communicated with controller 108, can control linker 107 the first Base Band Unit 103 is connected in the first telephony unit 105 and the second telephony unit 106 one, the second Base Band Unit 104 is connected in the first telephony unit 105 and the second telephony unit 106 another.
In addition, being communicated with controller 108 can be so that the output interface of mobile communication terminal notifies the user to be respectively the first Base Band Unit 103 and the second Base Band Unit 104 is selected telephony unit, and can receive from the input interface of mobile communication terminal user's selection.Subsequently, be communicated with the telephony unit that controller 108 can be connected respectively to the first Base Band Unit 103 and the second Base Band Unit 104 user selection.
In addition, do not have in the situation of end at the end of conversation of the first Base Band Unit and the conversation of the second Base Band Unit, being communicated with controller 108 control linkers disconnects the connection between the telephony unit of the first Base Band Unit and current connection, and notify the user to exist another telephony unit (that is the telephony unit that, disconnects with the first Base Band Unit) available by the output interface of mobile communication terminal.Be the second Base Band Unit when selecting another telephony unit when the input interface from mobile communication terminal receives the user, be communicated with controller 108 control linkers the second Base Band Unit is connected to another telephony unit.
Fig. 3 illustrates the example according to the linker 107 in the mobile communication terminal shown in Figure 1 of an embodiment of the present utility model.
In this embodiment, linker 107 comprises two coupling cocks, that is, and and the first coupling cock 301 and the second coupling cock 302.
A link of the first coupling cock 301 is moved end not, is fixedly attached to the first Base Band Unit 103; Another link of the first coupling cock 301 is the moved end, can be connected to the first telephony unit 105 or the second telephony unit 106 or be in zero-bit (that is, being free of attachment to any telephony unit).
A link of the second coupling cock 302 is moved end not, is fixedly attached to the second Base Band Unit 104; Another link of the second coupling cock 302 is the moved end, can be connected to the first telephony unit 105 or the second telephony unit 106 or be in zero-bit (that is, being free of attachment to any telephony unit).
The control end of the first coupling cock 301 and the second coupling cock 302 is connected to and is communicated with controller 108, thereby is in different connected states under the control that is communicated with controller 108.
Each coupling cock can be in three kinds of connected states, that is, (1) moved end is connected to the first telephony unit 105; (2) moved end is connected to two telephony unit 106; (3) moved end is free of attachment to any one (that is, being in zero-bit) in the first telephony unit 105 and two telephony unit 106.
Coupling cock is in state (1) or state (2) and shows and set up the voice connection.Therefore, in general, the first coupling cock 301 and the second coupling cock 302 are not in state (1) or state (2) simultaneously.In other words, a telephony unit can not be connected to two Base Band Unit simultaneously.Yet the first coupling cock 301 and the second coupling cock 302 can be in state (3) simultaneously, show that two Base Band Unit have all set up voice and connected and all be in mute state or two Base Band Unit and all do not set up voice and connect this moment.
Usually, when mobile communication terminal was opened, the connected state that is communicated with controller 108 acquiescence the first coupling cocks 301 and the second coupling cock 302 was set to state (3).
In the standby process of mobile communication terminal, when certain Base Band Unit exists conversation incoming call or exhalation (namely, need to set up conversation) time, the connected state that is communicated with the coupling cock of controller 108 these Base Band Unit is set to state (1) or state (2), thereby sets up being connected of this Base Band Unit and telephony unit.When certain Base Band Unit has stopped conversation or in the communication process user selection during silent mode, the connected state that is communicated with the coupling cock of controller 108 these Base Band Unit is set to state (3), thereby disconnects being connected of this Base Band Unit and telephony unit.
Below in conjunction with Fig. 4 call control method according to Fig. 1 of an embodiment of the present utility model and mobile communication terminal shown in Figure 3 is described.Fig. 4 illustrates the flow chart according to the call control method of an exemplary embodiment of the present utility model.
As shown in Figure 4, in step 401, when the conversation incoming call that has one of the first Base Band Unit 103 and second Base Band Unit 104 or exhalation, exist the Base Band Unit of conversation to being communicated with controller 108 request connection telephony unit.At this moment, be communicated with the request that controller 108 can receive the connection telephony unit of this Base Band Unit.
In step 402, response is communicated with the connection status of controller 108 inquiry the first coupling cocks 301 and the second coupling cock 302 from the request of the connection telephony unit of this Base Band Unit.That is whether the connected state of, determining the first coupling cock 301 and the second coupling cock 302 all is in state (3).
When step 402 determines that the connected state of the first coupling cock 301 and the second coupling cock 302 all is in state (3), in step 403, the connected state with the corresponding coupling cock of this Base Band Unit among connection controller 108 first coupling cocks 301 and the second coupling cock 302 is set to state (1) or state (2).For example, if the first Base Band Unit 103 receives the conversation incoming call or initiates conversation and breathe out, the connected state that then is communicated with controller 108 first coupling cocks 301 is set to state (1) or state (2); For example, if the second Base Band Unit 104 receives the conversation incoming call or initiates conversation and breathe out, the connected state that then is communicated with controller 108 second coupling cocks 302 is set to state (1) or state (2).
In another embodiment, when when step 402 determines that the connected state of the first coupling cock 301 and the second coupling cock 302 all is in state (3), being communicated with controller 108 can be so that the output interface of mobile communication terminal (for example, display, loud speaker) notifies the user to select a telephony unit from the first telephony unit and the second telephony unit.For example, show the user interface that is used for above-mentioned selection at display; Perhaps notifying the user to press predetermined key by loud speaker selects.In addition, be communicated with the selection that controller 108 can receive from the input interface (for example, keyboard, button, touch-screen) of mobile communication terminal the user.When user selection used the first telephony unit 105, the connected state that is communicated with controller 108 corresponding coupling cocks was set to state (1); When user selection used the second telephony unit 106, the connected state that is communicated with controller 108 corresponding coupling cocks was set to state (2).
In addition, when the user selects silent mode in communication process, be communicated with the connected state that controller 108 can described corresponding coupling cock and be set to state (3).
When step 402 determines that the connected state of the first coupling cock 301 and the second coupling cock 302 all is not in state (3), in step 404, the second link of described corresponding coupling cock is connected to is in of idle condition in the first telephony unit 105 and the second telephony unit 106.
In another embodiment, a link of the first coupling cock 301 shown in Figure 3 is moved end not, is fixedly attached to the first telephony unit 105; Another link of the first coupling cock 301 is the moved end, can be connected to the first Base Band Unit 103 or the second Base Band Unit 104 or be in zero-bit (that is, being free of attachment to any Base Band Unit).
A link of the second coupling cock 302 is moved end not, is fixedly attached to the second telephony unit 106; Another link of the second coupling cock 302 is the moved end, can be connected to the first Base Band Unit 103 or the second Base Band Unit 104 or be in zero-bit (that is, being free of attachment to any Base Band Unit).
Should be appreciated that, the linker of other structures also is feasible, as long as can be communicated with under controller 108 controls to the first Base Band Unit 103 be connected Base Band Unit 104 and the first telephony unit 105 be connected telephony unit 106 and be connected, and a Base Band Unit is not connected to the first telephony unit 105 and the second telephony unit 106 simultaneously.
Can realize simultaneously utilizing two Mobile phone cards to converse according to mobile communication terminal of the present utility model and call control method, overcome the restriction that only can use a Mobile phone card to converse.
Although specifically shown with reference to its exemplary embodiment and described the utility model, but it should be appreciated by those skilled in the art, in the situation that does not break away from the spirit and scope of the present utility model that claim limits, can carry out various changes on form and the details to it.
Claims (10)
1. mobile communication terminal is characterized in that comprising: the first radio frequency unit, the second radio frequency unit, the first Base Band Unit, the second Base Band Unit, the first telephony unit, the second telephony unit, linker,
Wherein, the first radio frequency unit is connected to the first Base Band Unit, and the first Base Band Unit is connected to the first mobile phone draw-in groove,
The second radio frequency unit is connected to the second Base Band Unit, and the second Base Band Unit is connected to the second mobile phone draw-in groove,
Linker is arranged between the first Base Band Unit and the second Base Band Unit and the first telephony unit and the second telephony unit, to be used for being connected between the first telephony unit and the second telephony unit and the first Base Band Unit and the second Base Band Unit.
2. mobile communication terminal according to claim 1 is characterized in that, described linker comprises: the first coupling cock and the second coupling cock,
Wherein, the first link of the first coupling cock is connected to the first Base Band Unit, and the second link of the first coupling cock can be connected to the first telephony unit or the second telephony unit or be in zero-bit,
The first link of the second coupling cock is connected to the second Base Band Unit, and the second link of the second coupling cock can be connected to the first telephony unit or the second telephony unit or be in zero-bit.
3. mobile communication terminal according to claim 2 is characterized in that, also comprises: be communicated with controller, be connected to the control end of the first coupling cock and the second coupling cock, so that the connection status of the first coupling cock and the second coupling cock is controlled.
4. mobile communication terminal according to claim 1 is characterized in that, the first telephony unit is receiver and the microphone that mobile communication terminal self arranges.
5. mobile communication terminal according to claim 1 is characterized in that, the second telephony unit is receiver and the microphone that is connected to the earphone of mobile communication terminal.
6. mobile communication terminal according to claim 2 is characterized in that, the first telephony unit and the second telephony unit are not connected to the first Base Band Unit or the second Base Band Unit simultaneously.
7. mobile communication terminal according to claim 1 is characterized in that, when the first Base Band Unit was set up conversation, linker was connected to the first Base Band Unit one that is in idle condition among the first telephony unit and the second telephony unit; When the second Base Band Unit was set up conversation, linker was connected to the second Base Band Unit one that is in idle condition among the first telephony unit and the second telephony unit.
8. mobile communication terminal according to claim 1 is characterized in that, when the end of conversation of the first Base Band Unit, linker is so that the first Base Band Unit and the first telephony unit and the second telephony unit are in off-state; When the end of conversation of the second Base Band Unit, linker is so that the second Base Band Unit and the first telephony unit and the second telephony unit are in off-state.
9. mobile communication terminal according to claim 3, it is characterized in that, when the first Base Band Unit is set up conversation, be communicated with controller and the second link of the first coupling cock be connected to one that is in idle condition among the first telephony unit and the second telephony unit; When the second Base Band Unit is set up conversation, be communicated with controller and the second link of the second coupling cock be connected to one that is in idle condition among the first telephony unit and the second telephony unit.
10. mobile communication terminal according to claim 3 is characterized in that, when the end of conversation of the first Base Band Unit, the connection controller is connected to zero-bit with the second link of the first coupling cock; When the end of conversation of the second Base Band Unit, the connection controller is connected to zero-bit with the second link of the second coupling cock.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220446215.2U CN202818630U (en) | 2012-08-31 | 2012-08-31 | Mobile communication terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220446215.2U CN202818630U (en) | 2012-08-31 | 2012-08-31 | Mobile communication terminal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202818630U true CN202818630U (en) | 2013-03-20 |
Family
ID=47877428
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201220446215.2U Expired - Lifetime CN202818630U (en) | 2012-08-31 | 2012-08-31 | Mobile communication terminal |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202818630U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103685679A (en) * | 2012-08-31 | 2014-03-26 | 广州三星通信技术研究有限公司 | Mobile communication terminal and call control method thereof |
-
2012
- 2012-08-31 CN CN201220446215.2U patent/CN202818630U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103685679A (en) * | 2012-08-31 | 2014-03-26 | 广州三星通信技术研究有限公司 | Mobile communication terminal and call control method thereof |
| CN103685679B (en) * | 2012-08-31 | 2016-08-10 | 广州三星通信技术研究有限公司 | Mobile communication terminal and call control method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101207412B (en) | Tv set for controlling blue tooth mobile phone | |
| CN102420640B (en) | In-vehicle apparatus | |
| CN102857272B (en) | Short-range wireless communication apparatus | |
| US20100048133A1 (en) | Audio data flow input/output method and system | |
| CN102075891A (en) | Mobile phone answering method and system based on personal network | |
| CN104184499B (en) | The control method of bluetooth equipment, device, system | |
| CN103188372B (en) | Mobile terminal and conversation method and conversation system of mobile terminal | |
| CN101499824A (en) | Method for connecting Bluetooth audio equipment | |
| CN101286768A (en) | Remote controller for Bluetooth mobile phone | |
| CN101119399B (en) | Blue tooth loudspeaker | |
| CN102984374A (en) | Communication terminal and communication manner switching method thereof | |
| CN105657868A (en) | Mobile terminal and interface control method thereof | |
| CN201178410Y (en) | Double card double standby mobile phone | |
| CN202713296U (en) | Multimedia equipment, multimedia transmission and playing system and telephone conference system | |
| CN102695289B (en) | The method of the bilateral of mobile terminal and mobile terminal | |
| CN103259902B (en) | Terminal and call method | |
| CN103685679B (en) | Mobile communication terminal and call control method thereof | |
| CN101616204B (en) | Headset and handset system | |
| CN111866823B (en) | Wireless earphone charging equipment, interaction method and storage medium | |
| CN103716910A (en) | System, intelligent terminal, mobile terminal and method for achieving mobile communication | |
| CN202818630U (en) | Mobile communication terminal | |
| CN202178792U (en) | Bluetooth handset separator | |
| CN101472355A (en) | Double-card double-standby mobile phone with Bluetooth system | |
| CN105025543A (en) | Communication method, apparatus and terminal | |
| US20140148215A1 (en) | Mobile communication device capable of switching between different antenna modes |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130320 |