CN201252628Y

CN201252628Y - Multi-card two-way receiving/sending mobile phone

Info

Publication number: CN201252628Y
Application number: CNU2008202082735U
Authority: CN
Inventors: 洪川田
Original assignee: Individual
Current assignee: Global Online (beijing) Technology Co Ltd
Priority date: 2008-09-10
Filing date: 2008-09-10
Publication date: 2009-06-03
Anticipated expiration: 2018-09-10

Abstract

The utility model discloses a multi-card two-way receiving/sending mobile phone which comprises a main controller and a plurality of processors. The main controller is connected with a user interface. The processors are connected with the main controller; meanwhile, each processor is connected with a card reader which can embed and read an SIM card, a receiver, an emitter and an antenna; wherein, one processor can be connected with a plurality of card readers so that a plurality of SIM cards can be connected with the main controller at the same time; the mobile phone is started as long as power is supplied; and a plurality of cards are on standby at the same time and execute the automatic two-way receiving and sending function and also can display a plurality of network signals at the user interface.

Description

Many card bidirectional transmit-receive mobile phones

Technical field

The utility model relates to a kind of many card bidirectional transmit-receive mobile phones, refers to especially a kind ofly can less processor reach many cards and share mobile phones, carries out the information persons of standbies simultaneously of many cards and automatic bidirectional transmitting-receiving different communication networks.

Background technology

Press, US 5,987,325Multiple smart card phone and method " the United States Patent (USP) case adopts single controller (Controller) to connect a group of receivers (Receiver), reflector (Transmitter), antenna; connect the card reader (Reader) that many groups can read SIM card simultaneously; make antenna intermittently search telecommunications company's telecommunication of different SIM card, reach many card bidirectional transmit-receives; It solves the problem that a mobile phone can use a plurality of doors number, but because of an antenna and a controller are only arranged, when a door number just in use, another door number but need suspend use, and is therefore also impracticable.

In addition, the Chinese patent case of bulletin number CN2484701Y " mobile telephone with multiple cards " uses a plurality of SIM card to be connected with a controller through a switch, and the mat switch switches many cards to be used; But the SIM card that is not switched to still can not be used, though be mobile telephone with multiple cards, reality only has a card standby, and other blocks stopped status.

The applicant once proposed the TW-M255595 TaiWan, China patent case of " blocking the bidirectional transmit-receive mobile phone " more, and it makes standby simultaneously of many cards and automatic bidirectional transmitting-receiving; But all take too greatly because of mobile phone space and electric weight are consumed, have much room for improvement.

The utility model content

The utility model provides a kind of many card bidirectional transmit-receive mobile phones, comprising: a master controller, and it connects user interface; A plurality of processors, it is connected with described master controller, simultaneously each processor each connect and can embed card reader that SIMCARD understands and receiver, reflector, antenna; One of them processor connects a plurality of card reader, makes a plurality of SIMCARD can connect master controller simultaneously, and started by the power supply supply, the transmitting-receiving of many cards standby simultaneously automatic bidirectional, and a plurality of network signals can be presented at user interface.

The utility model processor takes up space and significantly reduces, but spendable SIM card significantly increases, and each SIM card all can be in holding state simultaneously, all SIM card are interrogated record also all can obtain reservation, fully save the mobile phone space, also reduce power consumption, more need not to use switch to switch, many SIM mobile phone practicality is promoted greatly.

Description of drawings

Shown in Figure 1 is the calcspar of the utility model embodiment.

Shown in Figure 2 is the mobile phone schematic perspective view of the utility model embodiment.

Shown in Figure 3 is the calcspar of another embodiment of the utility model.

Drawing reference numeral

1 mobile phone, 11 master controllers

The 112 power supply supplies of 111 user interfaces

The mark of 113 display screens, 114 telecommunications companies

115 antenna marks, 12 first processors

121 the one SIMCARD, 122 first card reader

123 first receivers, 124 first reflectors

125 first antennas, 13 second processors

131 the 2nd SIMCARD, 132 second card reader

133 second receivers, 134 second reflectors

135 second antennas, 141 Three S's IMCARD

142 third reading card devices 151 the 4th SIMCARD

152 the 4th card reader

Embodiment

See also Fig. 1, the mobile phone 1 of the utility model embodiment comprises:

One master controller (Master-control unit) 11, it connects the user interface (User interface) 111 that display screen and keyboard constituted, and is subjected to 112 startups of power supply (power) supply;

One first processor (First processor) 12, it is connected with described master controller 11, connection simultaneously can embed first card reader (First reader) 122 that a SIMCARD121 understands, and other connects first receiver 123 and first reflector (First transmitter) 124; First receiver 123 and first reflector 124 and common first antenna 125 that connects;

One second processor (Second processor) 13, it is connected with described master controller 11, and connect and can embed second card reader (Second reader) 132 that the 2nd SIMCARD131 understands, other connects second receiver 133 and second reflector (Second transmitter) 134; Second receiver 133 and second reflector 134 and common second antenna 135 that connects; Second processor 13 connects simultaneously can embed the third reading card device (Third reader) 142 that Three S's IMCARD141 understands.

Dial into mobile phone 1 as external call, when entering via first antenna, 125 transmission signals, to be received via first receiver 123, and handle via first processor 12, and with a SIMCARD121 information that is read by first card reader 122 affirmation of comparing, signal is done identification, classification via master controller 11, and exported by user interface 111; When the SIMCARD121 Outgoing Call desired from mobile phone 1, the information of user interface 111 inputs is discerned, is classified by master controller 11, again information is automatically changeed by first processor 12 and a SIMCARD121 information that is read by first card reader 122 compare confirm after, information is sent out by antenna 125 via first reflector 124 automatically.

When external call is dialled in mobile phone 1, when entering via second antenna, 135 transmission signals, it will receive via second receiver 133, and handle via second processor 13, if the signal that enter this moment is to belong to set aside the 2nd SIMCARD131 person, then will with the 2nd SIMCARD131 information that is read by second card reader 132 affirmation of comparing, then signal is discerned, is classified via master controller 11, automatically via user interface 111 outputs; If the signal that enter this moment is to belong to set aside Three S's IMCARD141 person, then will with the Three S's IMCARD141 information that is read by third reading card device 142 affirmation of comparing, then signal is discerned, classified via master controller 11, automatically via user interface 111 outputs; When desiring the 2nd SIMCARD131 in mobile phone 1 or Three S's IMCARD141 Outgoing Call, will discern, classify via master controller 11 by the information of user interface 111 inputs, automatic second processor 13 of information is handled; If be to desire to transfer at this moment with the 2nd SIMCARD131, then will with the 2nd SIMCARD131 information that second card reader 132 the is read affirmation of comparing, if be to desire to transfer at this moment with Three S's IMCARD141, then the comparison of described information is confirmed and will then information be sent out by antenna 135 through second reflector 134 automatically at Three S's IMCARD141.

When mobile phone 1 when power supply supply 112 starts, each processor will carry out authentication and the registration of each SIMCARD simultaneously, and discern, classify by master controller 11, and with present antenna receiving signal situation with whether there is the display screen 113 of the information user interface 111 in that is embedded that tame telecommunications SIMCARD of company to show, but open the functions that automatic bidirectionals are received and dispatched of blocking simultaneously as Fig. 2 more; As shown in the figure, the display screen 113 of mobile phone 1 user interface 111 shows the mark 114 (suitably literal or pattern displaying) of representing three tame telecommunications companies (in addition also can be at the jingle bell the tinkle of bells in the software or do difference musically and set), and representative has three SIMCARD to be embedded in each card reader to be read; And normally received signal of two antennas is represented in the clear demonstration of two antenna marks 115.

The utility model embodiment is fit to transnational commercial people's bodyguard to be used, and also being fit to has the people's bodyguard that uses the multi-carrier demand; For example often come in and go out commercial people's bodyguard of three countries, three country variant telecommunications company SIM card can be placed first card reader 122 and second and third card reader 132,142, then three SIM cards all at any time received signal, send signal, therefore, standby when mobile phone 1 will be kept three SIM cards at any time, and the state of automatic bidirectional transmitting-receiving simultaneously; The log of interrogating simultaneously all will remain in the master controller 11, and the user can obtain relevant information via user interface 111.

The utility model embodiment only needs two processors can use three SIM cards, if demand is arranged, first processor 12 also can increase connection and can embed the 4th card reader (Fourth reader) 152 that the 4th SIMCARD151 understands as shown in Figure 3; Therefore, the utility model embodiment processor takes up space and significantly reduces, but spendable SIM card significantly increases, and each SIM card all can be in holding state simultaneously, all SIM card are interrogated record also all can obtain reservation, fully saves the mobile phone space, also reduces power consumption, more need not to use switch to switch, many SIM mobile phone practicality is promoted greatly.

The above person of thought, it only is preferable possible embodiments of the present utility model, when not limiting the scope that the utility model is implemented with this, promptly the equivalent structure of being done according to the utility model claim and utility model description generally changes and modifies, and all should still belong to the scope that the utility model patent is contained.

Claims

1, a kind of many card bidirectional transmit-receive mobile phones is characterized in that, the two-way receipts mobile phone of described many cards comprises:

A master controller connects user interface; A plurality of processors are connected with described master controller, simultaneously each processor each connect and can embed card reader that SIMCARD understands and receiver, reflector, antenna; One of them processor connects a plurality of card reader, makes a plurality of SIMCARD can connect master controller simultaneously, and started by the power supply supply, the transmitting-receiving of many cards standby simultaneously automatic bidirectional, and a plurality of network signals can be presented at user interface.

2, many according to claim 1 card bidirectional transmit-receive mobile phones is characterized in that described this processor comprises:

One first processor is connected with described master controller, connects simultaneously to embed first card reader that a SIMCARD understands, and other connects first receiver and first reflector; First receiver and first reflector and common first antenna that connects;

One second processor is connected with master controller, and connects and can embed second card reader that the 2nd SIMCARD understands, and other connects second receiver and second reflector; Second receiver and second reflector and common second antenna that connects; Second processor and connection can embed the third reading card device that Three S's IMCARD understands, and are connected second receiver and second reflector and common second antenna that connects jointly with second card reader.

3, as described in claim 2, block the bidirectional transmit-receive mobile phones more, it is characterized in that, the further connection of described first processor can embed the 4th card reader that the 4th SIMCARD understands, and is connected first receiver and first reflector and common first antenna that connects jointly with first card reader.