CN202019391U - Mobile phone operational unit and split-type mobile phone - Google Patents
Mobile phone operational unit and split-type mobile phone Download PDFInfo
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- CN202019391U CN202019391U CN2011200583613U CN201120058361U CN202019391U CN 202019391 U CN202019391 U CN 202019391U CN 2011200583613 U CN2011200583613 U CN 2011200583613U CN 201120058361 U CN201120058361 U CN 201120058361U CN 202019391 U CN202019391 U CN 202019391U
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Abstract
The utility model relates to a mobile phone operational unit and a split-type mobile phone. The split-type mobile phone comprises a main machine and an operational unit. The main machine comprises a first central processing unit (CPU), a first man-machine operation module, a first radio frequency receiving and transmitting module, a first power manager or a first power manager with a subscriber identity module management function, a subscriber identity module and a first Bluetooth module. The first CPU is respectively connected with the other modules through corresponding interfaces of the first CPU. The operational unit comprises a second CPU, a second man-machine operation module, a second Bluetooth module, a second power manager and an audio coding and decoding module. The second CUP is respectively connected with the other modules through corresponding interfaces of the second CPU, and the main machine is communicated with the operational unit through the first Bluetooth module and the second Bluetooth module. The mobile phone operational unit and the split-type mobile phone have the advantages of having low radiation to human body and being good in communication performance.
Description
(1), technical field: the utility model relates to a kind of mobile phone component and mobile phone, particularly a kind of mobile phone operation parts and divide-body mobile phone.
(2), background technology: mobile phone is a kind of novel communication instrument commonly used in modern people's live and work.Along with science and technology development and growth in the living standard, the status of mobile phone is more and more important, and its popularity also more and more widely.Yet mobile phone has brought some influences especially for people's health coming fast for people's communication band and simultaneously easily, also having brought some troubles.As everyone knows, mobile phone can produce electromagnetic radiation in the process of using, and this electromagnetic radiation can form by the reciprocation between transmission channel again and pollute with light velocity propagation, disturbs human normal activity.One tame scientific research institution of Sweden has done an investigation to the Swede of more than 10,000 use mobile phones.The result shows, uses the frequent more people of mobile phone, and its uncomfortable sensation is obvious more.The scientific worker studies have shown that: human body continues to be subjected to the electromagnetic radiation meeting of certain intensity to produce thermal effect and non-thermal effect, may cause that skin heating, eyeball cataract, testis degeneration, health are tired, degradation symptom under the headache, immunologic function.Thereby countries in the world are especially paid attention to serious day by day mobile phone electromagnetic pollution, formulate relevant laws and regulations one after another and administer the electromagnetic radiation of mobile telephone environment.
In order to reduce the radiation of mobile phone, there are a lot of people that the structure of mobile phone is improved to human body.As the patent No. is that 00241989.0 patent documentation discloses a kind of divide-body mobile phone, this divide-body mobile phone is made up of main frame and hand-held set, the high-frequency radio frequency circuit big to human body radiation is arranged in the main frame, between hand-held set and the main frame by low power dedicated radio link, when making a phone call hand-held set is placed in one's ear, put in position main frame is anti-, so just can reduce high-frequency signal in the mobile phone the injury of human body away from human body.Though this patent has the function that reduces mobile phone radiation, its internal circuit is aging, and it is all poor on reliability, communication efficiency, communication distance and intelligent degree.
(3), utility model content:
The technical problems to be solved in the utility model is: at the prior art deficiency, provide a kind of, mobile phone operation parts and divide-body mobile phone that communication performance strong little to human body radiation.
The technical solution of the utility model:
A kind of divide-body mobile phone, contain main frame and functional unit, main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first power supervisor, the mobile phone card and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is by its mobile phone card and mobile phone card connection, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor is a CPU, the first machine operation module, first radio frequency receives transmitter module, the mobile phone card and first bluetooth module provide power supply; Functional unit contains the 2nd CPU, the second human-machine operation module, second bluetooth module, second source manager and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, and the second source manager provides power supply for the 2nd CPU, the second human-machine operation module, second bluetooth module and audio encoding and decoding module; Main frame and functional unit communicate with one another by first bluetooth module and second bluetooth module.
Perhaps, main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first has the power supervisor of mobile phone card management function, the mobile phone card and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is by first power supervisor and the mobile phone card connection that has a mobile phone card management function, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor that has mobile phone card management function is a CPU, the first machine operation module, first radio frequency receives transmitter module, the mobile phone card and first bluetooth module provide power supply.
In the middle of also containing, transmits divide-body mobile phone parts, the middle parts of transmitting contain the 3rd CPU, the 3rd human-machine operation module, the 3rd power supervisor and the 3rd bluetooth module, the 3rd CPU is connected with the 3rd human-machine operation module by its man-machine interface, the 3rd CPU is connected with the 3rd bluetooth module by its blue tooth interface, and the 3rd power supervisor provides power supply for the 3rd CPU, the 3rd human-machine operation module and the 3rd bluetooth module; Main frame, functional unit and middle the forwarding between the parts communicate with one another by first bluetooth module, second bluetooth module and the 3rd bluetooth module.
The 3rd CPU and the 3rd power supervisor are combined in one becomes the 3rd CPU that has a power management function, perhaps the 3rd CPU and the 3rd bluetooth module are combined in one becomes the 3rd CPU that has a Bluetooth function, and perhaps the 3rd CPU, the 3rd power supervisor and the 3rd bluetooth module are combined in one becomes the 3rd CPU that has power management and a Bluetooth function.
The model of the 3rd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of the 3rd power supervisor is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of the 3rd bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the 3rd model that has the CPU of power management function is: TCS2315 or OMAP1710, the described middle number of transmitting parts is 1～3.
The one CPU and first radio frequency receive transmitter module and are combined in one and become first CPU that has a radio-frequency receiving-transmitting function, and perhaps a CPU, first radio frequency receive transmitter module and first power supervisor and be combined in one and become first CPU that has radio-frequency receiving-transmitting and a power management function; The 2nd CPU and second source manager are combined in one becomes second CPU that has a power management function, perhaps the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one, and perhaps second source manager and audio encoding and decoding module combinations become second power supervisor that has an audio encoding and decoding function in one; The audio encoding and decoding module also connects earphone and oscillator.
The model of the one CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model that first radio frequency receives transmitter module is: MAX2507, MAX2392, TCS Modem Chipset, AD6539 or TS9970, the model of first power supervisor is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, first model that has the power supervisor of mobile phone card management function is: AT73C203 or TWL4030, the model of first bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the mobile phone card is SIM card or usim card, the model of the 2nd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of second source manager is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of second bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the model of audio encoding and decoding module is: MAX98088, TLV320AIC3100, TLV320AIC3110, TLV320AIC3111, TLV320AIC3120, TLV320DAC3101, TLV320DAC3100, TLV320DAC3120, CS42L73 or TSC2301, second model that has the CPU of power management function is: TCS2315 or OMAP1710, second model that has the CPU of audio encoding and decoding function is: TCS2315, second model that has the power supervisor of audio encoding and decoding function is: TWL5030 or TWL4030.
A kind of mobile phone operation parts, contain the 2nd CPU, the second human-machine operation module, second bluetooth module, second source manager and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second source manager are the 2nd CPU, the second human-machine operation module, second bluetooth module and audio encoding and decoding module provide power supply.
The 2nd CPU and second source manager are combined in one becomes second CPU that has a power management function, perhaps the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one, and perhaps second source manager and audio encoding and decoding module combinations become second power supervisor that has an audio encoding and decoding function in one.
The model of the 2nd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of second source manager is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of second bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the model of audio encoding and decoding module is: MAX98088, TLV320AIC3100, TLV320AIC3110, TLV320AIC3111, TLV320AIC3120, TLV320DAC3101, TLV320DAC3100, TLV320DAC3120, CS42L73 or TSC2301, second model that has the CPU of power management function is: TCS2315 or OMAP1710, second model that has the CPU of audio encoding and decoding function is: TCS2315, second model that has the power supervisor of audio encoding and decoding function is: TWL5030 or TWL4030.
The audio encoding and decoding module also connects earphone and oscillator.
A kind of divide-body mobile phone, contain main frame and functional unit, main frame contains a CPU, the first machine operation module, the reception of first radio frequency transmitter module, first power supervisor and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor receives transmitter module for a CPU, the first machine operation module, first radio frequency and first bluetooth module provides power supply; Functional unit contains the 2nd CPU, the second human-machine operation module, second bluetooth module, the second source manager, mobile phone card and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is by its mobile phone card and mobile phone card connection, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second source manager are the 2nd CPU, the second human-machine operation module, second bluetooth module, mobile phone card and audio encoding and decoding module provide power supply; Main frame and functional unit communicate with one another by first bluetooth module and second bluetooth module.
Perhaps, functional unit contains the 2nd CPU, the second human-machine operation module, second bluetooth module, second has the power supervisor of mobile phone card management function, mobile phone card and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is by second power supervisor and the mobile phone card connection that has a mobile phone card management function, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second power supervisor that has mobile phone card management function is the 2nd CPU, the second human-machine operation module, second bluetooth module, mobile phone card and audio encoding and decoding module provide power supply.
Divide-body mobile phone also contains a certain number of middle parts of transmitting, the middle parts of transmitting contain the 3rd CPU, the 3rd human-machine operation module, the 3rd power supervisor and the 3rd bluetooth module, the 3rd CPU is connected with the 3rd human-machine operation module by its man-machine interface, the 3rd CPU is connected with the 3rd bluetooth module by its blue tooth interface, and the 3rd power supervisor provides power supply for the 3rd CPU, the 3rd human-machine operation module and the 3rd bluetooth module; Main frame, functional unit and middle the forwarding between the parts communicate with one another by first bluetooth module, second bluetooth module and the 3rd bluetooth module.
The 3rd CPU and the 3rd power supervisor are combined in one becomes the 3rd CPU that has a power management function, perhaps the 3rd CPU and the 3rd bluetooth module are combined in one becomes the 3rd CPU that has a Bluetooth function, and perhaps the 3rd CPU, the 3rd power supervisor and the 3rd bluetooth module are combined in one becomes the 3rd CPU that has power management and a Bluetooth function.
The model of the 3rd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of the 3rd power supervisor is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of the 3rd bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the 3rd model that has the CPU of power management function is: TCS2315 or OMAP1710, the described middle number of transmitting parts is 1～3.
Functional unit also contains second radio frequency and receives transmitter module, and the 2nd CPU receives transmitter module by its radio frequency interface and second radio frequency and is connected.
The model that second radio frequency receives transmitter module is: MAX2507, MAX2392, TCS Modem Chipset, AD6539 or TS9970.
The one CPU and first radio frequency receive transmitter module and are combined in one and become first CPU that has a radio-frequency receiving-transmitting function, and perhaps a CPU, first radio frequency receive transmitter module and first power supervisor and be combined in one and become first CPU that has radio-frequency receiving-transmitting and a power management function; The 2nd CPU and second source manager are combined in one becomes second CPU that has a power management function, perhaps the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one, perhaps second source manager and audio encoding and decoding module combinations become second power supervisor that has an audio encoding and decoding function in one, and perhaps second has the power supervisor of mobile phone card management function and audio encoding and decoding module combinations and become second power supervisor that has audio encoding and decoding and a mobile phone card management function in one; The audio encoding and decoding module also connects earphone and oscillator.
The model of the one CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model that first radio frequency receives transmitter module is: MAX2507, MAX2392, TCS Modem Chipset, AD6539 or TS9970, the model of first power supervisor is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, second model that has the power supervisor of mobile phone card management function is: AT73C203 or TWL4030, the model of first bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the mobile phone card is SIM card or usim card, the model of the 2nd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of second source manager is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of second bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the model of audio encoding and decoding module is: MAX98088, TLV320AIC3100, TLV320AIC3110, TLV320AIC3111, TLV320AIC3120, TLV320DAC3101, TLV320DAC3100, TLV320DAC3120, CS42L73 or TSC2301, second model that has the CPU of power management function is: TCS2315 or OMAP1710, second model that has the CPU of audio encoding and decoding function is: TCS2315, second model that has the power supervisor of audio encoding and decoding function is: TWL5030 or TWL4030, the second power supervisor model that has audio encoding and decoding and mobile phone card management function is: TWL4030.
A kind of mobile phone operation parts, contain the 2nd CPU, the second human-machine operation module, second bluetooth module, the second source manager, mobile phone card and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is by its mobile phone card and mobile phone card connection, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second source manager are the 2nd CPU, the second human-machine operation module, second bluetooth module, mobile phone card and audio encoding and decoding module provide power supply.
Perhaps, the mobile phone operation parts contain the 2nd CPU, the second human-machine operation module, second bluetooth module, second has the power supervisor of mobile phone card management function, mobile phone card and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is by second power supervisor and the mobile phone card connection that has a mobile phone card management function, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second power supervisor that has mobile phone card management function is the 2nd CPU, the second human-machine operation module, second bluetooth module, mobile phone card and audio encoding and decoding module provide power supply.
The 2nd CPU and second source manager are combined in one becomes second CPU that has a power management function, perhaps the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one, perhaps second source manager and audio encoding and decoding module combinations become second power supervisor that has an audio encoding and decoding function in one, and perhaps second has the power supervisor of mobile phone card management function and audio encoding and decoding module combinations and become second power supervisor that has audio encoding and decoding and a mobile phone card management function in one.
The model of the 2nd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of second source manager is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of second bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, second model that has the power supervisor of mobile phone card management function is: AT73C203 or TWL4030, the model of audio encoding and decoding module is: MAX98088, TLV320AIC3100, TLV320AIC3110, TLV320AIC3111, TLV320AIC3120, TLV320DAC3101, TLV320DAC3100, TLV320DAC3120, CS42L73 or TSC2301, second model that has the CPU of power management function is: TCS2315 or OMAP1710, second model that has the CPU of audio encoding and decoding function is: TCS2315, second model that has the power supervisor of audio encoding and decoding function is: TWL5030 or TWL4030, the second power supervisor model that has audio encoding and decoding and mobile phone card management function is: TWL4030, mobile phone card are SIM card or usim card.
The audio encoding and decoding module also connects earphone and oscillator.
The beneficial effects of the utility model:
1. divide-body mobile phone of the present utility model contains main frame and functional unit, contain in the main frame the bigger radio frequency of human body radiation is received transmitter module, pass through the bluetooth module communication of low radiation between functional unit and the main frame, main frame can be placed on during use from human body place far away, converse near functional unit is placed on head, so just can reduce the injury of radio frequency the people.Since bluetooth module have transmission speed height, good reliability, low in energy consumption, cost is low, makes this divide-body mobile phone have stronger communication performance.
2. divide-body mobile phone of the present utility model also contains a certain number of middle parts of transmitting, middle bluetooth module and main frame and functional unit communication of transmitting parts by low radiation, the signal that main frame sends can be delivered in the functional unit by transmitting parts in the middle of a certain number of, equally, the signal that functional unit sends also can be delivered in the main frame by transmitting parts in the middle of a certain number of, middle forwarding parts have been widened the distance between main frame and the functional unit, have remedied the short defective of bluetooth module communication distance.
3. transmit parts in the middle of of the present utility model and also have positioning function, the number of transmitting parts when the centre is 3 when above, and functional unit can be determined the position of self by the communication of transmitting parts with the centre.
4. functional unit of the present utility model can use separately, when the function to this split mobile phone updates, can only change functional unit, equally, when changing the network formats of this split mobile phone, also main frame can only be changed, therefore, the utility model economical environment-protective adapts to current low-carbon economy society.
(4), description of drawings:
Fig. 1 is one of schematic block circuit diagram of main frame;
Fig. 2 be main frame schematic block circuit diagram two;
Fig. 3 be main frame schematic block circuit diagram three;
Fig. 4 be main frame schematic block circuit diagram four;
Fig. 5 be main frame schematic block circuit diagram five;
Fig. 6 be main frame schematic block circuit diagram six;
Fig. 7 is one of schematic block circuit diagram of functional unit;
Fig. 8 be functional unit schematic block circuit diagram two;
Fig. 9 be functional unit schematic block circuit diagram three;
Figure 10 be functional unit schematic block circuit diagram four;
Figure 11 be functional unit schematic block circuit diagram five;
Figure 12 be functional unit schematic block circuit diagram six;
Figure 13 be functional unit schematic block circuit diagram seven;
Figure 14 be functional unit schematic block circuit diagram eight;
Figure 15 be functional unit schematic block circuit diagram nine;
Figure 16 is one of middle schematic block circuit diagram of transmitting parts;
Figure 17 is two of a middle schematic block circuit diagram of transmitting parts;
Figure 18 is three of a middle schematic block circuit diagram of transmitting parts;
Figure 19 is the circuit theory diagrams of functional unit;
Figure 20 is the circuit theory diagrams of main frame.
(5), embodiment:
Embodiment one: referring to Fig. 1, Fig. 7, among the figure, divide-body mobile phone contains main frame and functional unit, main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first power supervisor, the mobile phone card and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is by its mobile phone card and mobile phone card connection, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor is a CPU, the first machine operation module, first radio frequency receives transmitter module, the mobile phone card and first bluetooth module provide power supply; Functional unit contains the 2nd CPU, the second human-machine operation module, second bluetooth module, second source manager and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, and the second source manager provides power supply for the 2nd CPU, the second human-machine operation module, second bluetooth module and audio encoding and decoding module; Main frame and functional unit communicate with one another by first bluetooth module and second bluetooth module.
The audio encoding and decoding module also connects earphone and oscillator.
The model of the one CPU is: OMAP2430, the model that first radio frequency receives transmitter module is: MAX2507, the model of first power supervisor is: BCM59001, the model of first bluetooth module is: BCM2046, the mobile phone card is SIM, and the model of the 2nd CPU is: OMAP2430, and the model of second source manager is: BCM59001, the model of second bluetooth module is: BCM2046, the model of audio encoding and decoding module is: MAX98088.
Embodiment two: referring to Fig. 2, Fig. 8, numbering is identical with embodiment one among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: a CPU, first radio frequency receive transmitter module and first power supervisor and are combined in one and become first CPU that has radio-frequency receiving-transmitting and a power management function, and the 2nd CPU and second source manager are combined in one becomes second CPU that has a power management function.
Second model that has the CPU of power management function is: TCS2315.
Embodiment three: referring to Fig. 3, Fig. 9, Figure 19, Figure 20, numbering is identical with embodiment one among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first has the power supervisor of mobile phone card management function, the mobile phone card and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is by first power supervisor and the mobile phone card connection that has a mobile phone card management function, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor that has mobile phone card management function is a CPU, the first machine operation module, first radio frequency receives transmitter module, the mobile phone card and first bluetooth module provide power supply.
Second source manager and audio encoding and decoding module combinations become second power supervisor that has an audio encoding and decoding function in one.
First model that has the power supervisor of mobile phone card management function is: TWL4030, second model that has the power supervisor of audio encoding and decoding function is: TWL4030.
In Figure 19 and Figure 20,1 is a CPU, 2 is first bluetooth module, 3 is first to have the power supervisor of mobile phone card management function, and 4 is the first machine operation module, and 5 is that first radio frequency receives transmitter module, 6 is the 2nd CPU, 7 is second bluetooth module, and 8 is second to have the power supervisor of audio encoding and decoding function, and 9 is the second human-machine operation module.
Embodiment four: referring to Fig. 4, Fig. 7, numbering is identical with embodiment one among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first has the power supervisor of mobile phone card management function, the mobile phone card and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is by first power supervisor and the mobile phone card connection that has a mobile phone card management function, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor that has mobile phone card management function is a CPU, the first machine operation module, first radio frequency receives transmitter module, the mobile phone card and first bluetooth module provide power supply.
The one CPU and first radio frequency receive transmitter module and are combined in one and become first CPU that has a radio-frequency receiving-transmitting function.
First model that has the power supervisor of mobile phone card management function is: TWL4030.
Embodiment five: referring to Fig. 5, Figure 10, among the figure, divide-body mobile phone contains main frame and functional unit, main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first power supervisor and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor is a CPU, the first machine operation module, first radio frequency receives transmitter module and first bluetooth module provides power supply; Functional unit contains the 2nd CPU, the second human-machine operation module, second bluetooth module, the second source manager, mobile phone card and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is by its mobile phone card and mobile phone card connection, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second source manager are the 2nd CPU, the second human-machine operation module, second bluetooth module, mobile phone card and audio encoding and decoding module provide power supply; Main frame and functional unit communicate with one another by first bluetooth module and second bluetooth module.
The audio encoding and decoding module also connects earphone and oscillator.
The model of the one CPU is: OMAP2430, the model that first radio frequency receives transmitter module is: MAX2507, the model of first power supervisor is: BCM59001, the model of first bluetooth module is: BCM2046, the mobile phone card is a SIM card, and the model of the 2nd CPU is: OMAP2430, and the model of second source manager is: BCM59001, the model of second bluetooth module is: BCM2046, the model of audio encoding and decoding module is: MAX98088.
Embodiment six: referring to Fig. 5, Figure 12, numbering is identical with embodiment five among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: functional unit contains the 2nd CPU, the second human-machine operation module, second bluetooth module, second has the power supervisor of mobile phone card management function, mobile phone card and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is by second power supervisor and the mobile phone card connection that has a mobile phone card management function, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second power supervisor that has mobile phone card management function is the 2nd CPU, the second human-machine operation module, second bluetooth module, mobile phone card and audio encoding and decoding module provide power supply.
Second model that has the power supervisor of mobile phone card management function is: TWL4030.
Embodiment seven: referring to Fig. 5, Figure 11, numbering is identical with embodiment six among the figure, the same meaning of representative, and its course of work is also basic identical, and something in common does not repeat, and difference is:
Second has the power supervisor of mobile phone card management function and audio encoding and decoding module combinations becomes second power supervisor that has audio encoding and decoding and a mobile phone card management function in one.
The second power supervisor model that has audio encoding and decoding and mobile phone card management function is: TWL4030.
Embodiment eight: referring to Fig. 6, Figure 13, numbering is identical with embodiment five among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: a CPU and first radio frequency receive transmitter module and are combined in one and become first CPU that has a radio-frequency receiving-transmitting function, and the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one.
Second model that has the CPU of audio encoding and decoding function is: TCS2315.
Embodiment nine: referring to Fig. 6, Figure 14, numbering is identical with embodiment six among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: a CPU and first radio frequency receive transmitter module and are combined in one and become first CPU that has a radio-frequency receiving-transmitting function, and the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one.
Second model that has the CPU of audio encoding and decoding function is: TCS2315.
Embodiment ten: referring to Fig. 6, Figure 15, numbering is identical with embodiment five among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: a CPU and first radio frequency receive transmitter module and are combined in one and become first CPU that has a radio-frequency receiving-transmitting function, and functional unit also contains second radio frequency and receives transmitter module, and the 2nd CPU is connected with second radio frequency reception transmitter module by its radio frequency interface.
The model that second radio frequency receives transmitter module is: MAX2507.
Embodiment 11: referring to Fig. 1, Fig. 7, Figure 16, numbering is identical with embodiment one among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, difference is: transmit parts in the middle of divide-body mobile phone also contains 1, the middle parts of transmitting contain the 3rd CPU, the 3rd human-machine operation module, the 3rd power supervisor and the 3rd bluetooth module, the 3rd CPU is connected with the 3rd human-machine operation module by its man-machine interface, the 3rd CPU is connected with the 3rd bluetooth module by its blue tooth interface, and the 3rd power supervisor is the 3rd CPU, the 3rd human-machine operation module and the 3rd bluetooth module provide power supply; Main frame, functional unit and middle the forwarding between the parts communicate with one another by first bluetooth module, second bluetooth module and the 3rd bluetooth module.
The model of the 3rd CPU is: OMAP2430, the model of the 3rd power supervisor is: BCM59001, the model of the 3rd bluetooth module is: BCM2046.
Embodiment 12: referring to Fig. 1, Fig. 7, Figure 17, numbering is identical with embodiment 11 among the figure, the same meaning of representative, and its course of work is also basic identical, something in common does not repeat, and difference is: the 3rd CPU and the 3rd bluetooth module are combined in one becomes the 3rd CPU that has a Bluetooth function.
Embodiment 13: referring to Fig. 1, Fig. 7, Figure 18, numbering is identical with embodiment 11 among the figure, the same meaning of representative, its course of work is also basic identical, something in common does not repeat, and difference is: the 3rd CPU and the 3rd power supervisor are combined in one becomes the 3rd CPU that has a power management function.
The 3rd model that has the CPU of power management function is: TCS2315.
Claims (10)
1. divide-body mobile phone, contain main frame and functional unit, it is characterized in that: main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first power supervisor, the mobile phone card and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is by its mobile phone card and mobile phone card connection, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor is a CPU, the first machine operation module, first radio frequency receives transmitter module, the mobile phone card and first bluetooth module provide power supply; Perhaps, main frame contains a CPU, the first machine operation module, first radio frequency receives transmitter module, first has the power supervisor of mobile phone card management function, the mobile phone card and first bluetooth module, the one CPU is connected with the first machine operation module by its man-machine interface, the one CPU receives transmitter module by its radio frequency interface and first radio frequency and is connected, the one CPU is by first power supervisor and the mobile phone card connection that has a mobile phone card management function, the one CPU is connected with first bluetooth module by its blue tooth interface, and first power supervisor that has mobile phone card management function is a CPU, the first machine operation module, first radio frequency receives transmitter module, the mobile phone card and first bluetooth module provide power supply; Functional unit contains the 2nd CPU, the second human-machine operation module, second bluetooth module, second source manager and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, and the second source manager provides power supply for the 2nd CPU, the second human-machine operation module, second bluetooth module and audio encoding and decoding module; Main frame and functional unit communicate with one another by first bluetooth module and second bluetooth module.
2. divide-body mobile phone according to claim 1, it is characterized in that: transmit parts in the middle of described divide-body mobile phone also contains, the middle parts of transmitting contain the 3rd CPU, the 3rd human-machine operation module, the 3rd power supervisor and the 3rd bluetooth module, the 3rd CPU is connected with the 3rd human-machine operation module by its man-machine interface, the 3rd CPU is connected with the 3rd bluetooth module by its blue tooth interface, and the 3rd power supervisor provides power supply for the 3rd CPU, the 3rd human-machine operation module and the 3rd bluetooth module; Main frame, functional unit and middle the forwarding between the parts communicate with one another by first bluetooth module, second bluetooth module and the 3rd bluetooth module.
3. divide-body mobile phone according to claim 2, it is characterized in that: described the 3rd CPU and the 3rd power supervisor are combined in one becomes the 3rd CPU that has a power management function, perhaps the 3rd CPU and the 3rd bluetooth module are combined in one becomes the 3rd CPU that has a Bluetooth function, and perhaps the 3rd CPU, the 3rd power supervisor and the 3rd bluetooth module are combined in one becomes the 3rd CPU that has power management and a Bluetooth function.
4. divide-body mobile phone according to claim 3, it is characterized in that: the model of described the 3rd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of the 3rd power supervisor is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of the 3rd bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the 3rd model that has the CPU of power management function is: TCS2315 or OMAP1710, the described middle number of transmitting parts is 1～3.
5. divide-body mobile phone according to claim 1, it is characterized in that: a described CPU and first radio frequency receive transmitter module and are combined in one and become first CPU that has a radio-frequency receiving-transmitting function, and perhaps a CPU, first radio frequency receive transmitter module and first power supervisor and be combined in one and become first CPU that has radio-frequency receiving-transmitting and a power management function; Described the 2nd CPU and second source manager are combined in one becomes second CPU that has a power management function, perhaps the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one, and perhaps second source manager and audio encoding and decoding module combinations become second power supervisor that has an audio encoding and decoding function in one; Described audio encoding and decoding module also connects earphone and oscillator.
6. divide-body mobile phone according to claim 5, it is characterized in that: the model of a described CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model that first radio frequency receives transmitter module is: MAX2507, MAX2392, TCS Modem Chipset, AD6539 or TS9970, the model of first power supervisor is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, first model that has the power supervisor of mobile phone card management function is: AT73C203 or TWL4030, the model of first bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the mobile phone card is SIM card or usim card, the model of the 2nd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of second source manager is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of second bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the model of audio encoding and decoding module is: MAX98088, TLV320AIC3100, TLV320AIC3110, TLV320AIC3111, TLV320AIC3120, TLV320DAC3101, TLV320DAC3100, TLV320DAC3120, CS42L73 or TSC2301, second model that has the CPU of power management function is: TCS2315 or OMAP1710, second model that has the CPU of audio encoding and decoding function is: TCS2315, second model that has the power supervisor of audio encoding and decoding function is: TWL5030 or TWL4030.
7. mobile phone operation parts, it is characterized in that: contain the 2nd CPU, the second human-machine operation module, second bluetooth module, second source manager and audio encoding and decoding module, the 2nd CPU is connected with the second human-machine operation module by its man-machine interface, the 2nd CPU is connected with second bluetooth module by its blue tooth interface, the 2nd CPU is connected with the audio encoding and decoding module by its audio frequency controller interface, the audio encoding and decoding module connects transmitter, receiver and loud speaker, second source manager are the 2nd CPU, the second human-machine operation module, second bluetooth module and audio encoding and decoding module provide power supply.
8. mobile phone operation parts according to claim 7, it is characterized in that: described the 2nd CPU and second source manager are combined in one becomes second CPU that has a power management function, perhaps the 2nd CPU and audio encoding and decoding module combinations become second CPU that has an audio encoding and decoding function in one, and perhaps second source manager and audio encoding and decoding module combinations become second power supervisor that has an audio encoding and decoding function in one.
9. mobile phone operation parts according to claim 8, it is characterized in that: the model of described the 2nd CPU is: Qualcomm MSM7230, Qualcomm MSM8255 1GHz, OMAP2420, OMAP2430, OMAP2431, OMAP3410, OMAP3420, OMAP3430, OMAP3440, OMAP3630 or OMAP36x, the model of second source manager is: BCM59001, Fsl610, TWL92230, AXP180, LM26480, ISPl704, ISPl601, MAX5035DC/DC, APS1006 or APS4070, the model of second bluetooth module is: BCM2046, BCM2045, BCM 4750, NL5500, GNS7560, STLC2690 or BlueCore7, the model of audio encoding and decoding module is: MAX98088, TLV320AIC3100, TLV320AIC3110, TLV320AIC3111, TLV320AIC3120, TLV320DAC3101, TLV320DAC3100, TLV320DAC3120, CS42L73 or TSC2301, second model that has the CPU of power management function is: TCS2315 or OMAP1710, second model that has the CPU of audio encoding and decoding function is: TCS2315, second model that has the power supervisor of audio encoding and decoding function is: TWL5030 or TWL4030.
10. mobile phone operation parts according to claim 7 is characterized in that: described audio encoding and decoding module also connects earphone and oscillator.
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| CN2011200583613U CN202019391U (en) | 2011-03-08 | 2011-03-08 | Mobile phone operational unit and split-type mobile phone |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102111506A (en) * | 2011-03-08 | 2011-06-29 | 阎瑞军 | Mobile phone operating unit and spilt-type mobile phone |
| CN104754768A (en) * | 2013-12-25 | 2015-07-01 | 联想(北京)有限公司 | Communication equipment, information processing system and communication method |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102111506A (en) * | 2011-03-08 | 2011-06-29 | 阎瑞军 | Mobile phone operating unit and spilt-type mobile phone |
| CN104754768A (en) * | 2013-12-25 | 2015-07-01 | 联想(北京)有限公司 | Communication equipment, information processing system and communication method |
| CN104754768B (en) * | 2013-12-25 | 2019-01-15 | 联想(北京)有限公司 | Communication equipment, information processing system and communication means |
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