CN103475759A - Separated type mobile phone and operation method thereof - Google Patents
Separated type mobile phone and operation method thereof Download PDFInfo
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- CN103475759A CN103475759A CN2013104046989A CN201310404698A CN103475759A CN 103475759 A CN103475759 A CN 103475759A CN 2013104046989 A CN2013104046989 A CN 2013104046989A CN 201310404698 A CN201310404698 A CN 201310404698A CN 103475759 A CN103475759 A CN 103475759A
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Abstract
The invention discloses a separated type mobile phone and an operation method thereof. The mobile phone comprises a mobile phone body and a screen module. The mobile phone body comprises a first processor, a first memory, a first power supply, a first wireless communication unit and a second wireless communication unit. The screen module comprises a second processor, a second memory, a second power supply, an input unit, a display screen and a third wireless communication unit. The first processor of the mobile phone body is used as the primary processor of the mobile phone and is used for transmitting the data to be displayed to the screen module through the second wireless communication unit. The second processor is used for controlling the third wireless communication unit to receive the data sent from the mobile phone body and controlling the display screen to display the data. The second processor also transmits the control commands sent by the input unit to the first processor and are executed by the first processor. According to the separated type mobile phone and the operation method of the separated type mobile phone, the screen can be separated from the mobile phone body, and different mobile phone screens can be used according to needs.
Description
Technical field
The invention belongs to the mobile communication equipment technical field, relate to a kind of mobile phone, relate in particular to a kind of separate type mobile telephone; Simultaneously, the invention still further relates to the operation method of separate type mobile telephone.
Background technology
Current smart mobile phone is all integrated, and screen sticks on mobile phone, and the screen size of a mobile phone fixes, and can't change the size of screen.When the user wishes to change own mobile phone screen big or small, just have to again buy new mobile phone.And the difference of mobile phone on function is not very large, so just caused larger waste.
In view of this, nowadays, in the urgent need to designing a kind of new mobile phone, preferably can allow screen separate with mobile phone body, in order to overcome the above-mentioned defect of existing mobile phone.
Summary of the invention
Technical problem to be solved by this invention is: a kind of separate type mobile telephone is provided, can by screen and mobile phone body portion from, use as required different mobile phone screens.
In addition, the present invention also provides a kind of operation method of separate type mobile telephone, can by screen and mobile phone body portion from, use as required different mobile phone screens.
For solving the problems of the technologies described above, the present invention adopts following technical scheme:
A kind of separate type mobile telephone, described mobile phone comprises mobile phone body, one or more screen module, mobile phone body can with each screen module wireless connections;
Described mobile phone body comprises first processor, first memory, the first power supply, the first radio communication unit, the second radio communication unit; First processor is connected with first memory, the first power supply, the first radio communication unit, the second radio communication unit respectively;
Described screen module comprises the second processor, second memory, second source, touch display screen, the 3rd radio communication unit; The second processor is connected with second memory, second source, touch display screen, the 3rd radio communication unit respectively;
Described mobile phone body and screen module are utilized described the second radio communication unit, the 3rd radio communication unit mutual data transmission;
Described the first radio communication unit is in order to the connecting communication base station;
The first processor of described mobile phone body, as the primary processor of mobile phone, in order to process every data of mobile phone, comprising: will need the data that show to be sent to screen module by the second radio communication unit;
Described the second processor receives in order to control the 3rd radio communication unit the data that send from mobile phone body, and controls the touch display screen demonstration;
Described the second processor also receives the touch action of touch display screen induction, and generates control signal, by the 3rd radio communication unit, is sent to mobile phone body; Perhaps, the touch action that the second processor is responded to the touch display screen received, this touch action is generated to corresponding digital signal and be sent to mobile phone body, by the first processor of mobile phone body, parse corresponding control command, and control the mobile phone all parts and carry out;
Described mobile phone body also comprises link control module, in order to control mobile phone body, with which or which screen module, is connected; In synchronization or time period, link control module is controlled mobile phone body can only receive the control command that a screen module sends.
A kind of separate type mobile telephone, described mobile phone comprises mobile phone body, screen module, mobile phone body and screen module wireless connections;
Described mobile phone body comprises first processor, first memory, the first power supply, the first radio communication unit, the second radio communication unit; First processor is connected with first memory, the first power supply, the first radio communication unit, the second radio communication unit respectively;
Described screen module comprises the second processor, second memory, second source, input unit, display screen, the 3rd radio communication unit; The second processor is connected with second memory, second source, input unit, display screen, the 3rd radio communication unit respectively;
Described mobile phone body and screen module are utilized described the second radio communication unit, the 3rd radio communication unit mutual data transmission;
Described the first radio communication unit is in order to the connecting communication base station;
The first processor of described mobile phone body, as the primary processor of mobile phone, in order to process every data of mobile phone, comprising: will need the data that show to be sent to screen module by the second radio communication unit;
Described the second processor receives in order to control the 3rd radio communication unit the data that send from mobile phone body, and controls the display screen demonstration; The control command that described the second processor also sends input unit is sent to first processor, by first processor, is carried out.
As a preferred embodiment of the present invention, described mobile phone body is not established display screen, or mobile phone body is provided with second display screen.
As a preferred embodiment of the present invention, described display screen and input unit are touch display screen.
As a preferred embodiment of the present invention, described the second processor also receives the touch action of touch display screen induction, and generates control signal, by the 3rd radio communication unit, is sent to mobile phone body;
Perhaps, the touch action that the second processor is responded to the touch display screen received, this touch action is generated to corresponding digital signal and be sent to mobile phone body, by the first processor of mobile phone body, parse corresponding control command, and control the mobile phone all parts and carry out.
As a preferred embodiment of the present invention, described mobile phone comprises some screen module.
As a preferred embodiment of the present invention, described mobile phone body also comprises link control module, in order to control mobile phone body, with which or which screen module, is connected; In synchronization or time period, link control module is controlled mobile phone body can only receive the control command that a screen module sends.
As a preferred embodiment of the present invention, described the second radio communication unit, the 3rd radio communication unit are WIFI wireless communication module or BT wireless communication module or NFC wireless communication module.
A kind of operation method of above-mentioned separate type mobile telephone, described operation method comprises the steps:
The first processor of described mobile phone body, as the primary processor of mobile phone, is processed every data of mobile phone; Comprise: will need the data that show to be sent to screen module by the second radio communication unit;
Described the second processor is controlled the 3rd radio communication unit and is received the data that send from mobile phone body, and controls the display screen demonstration;
The control command that described the second processor sends input unit is sent to first processor, by first processor, is received and is carried out.
Beneficial effect of the present invention is: separate type mobile telephone and operation method thereof that the present invention proposes, can by screen and mobile phone body portion from, use as required different mobile phone screens.The present invention is by screen is separated with mobile phone, convenient for users to use, has enriched alternative and the diversity of equipment.
The accompanying drawing explanation
The composition schematic diagram that Fig. 1 is separate type mobile telephone of the present invention.
The main body that Fig. 2 is separate type mobile telephone in embodiment mono-and the connection diagram of screen module.
The main body that Fig. 3 is separate type mobile telephone in embodiment bis-and the connection diagram of screen module.
Embodiment
Describe the preferred embodiments of the present invention in detail below in conjunction with accompanying drawing.
Embodiment mono-
Refer to Fig. 1, the present invention has disclosed a kind of separate type mobile telephone, and described mobile phone comprises mobile phone body 10, one or more screen module 20, mobile phone body 10 can with each screen module 20 wireless connections.
Described mobile phone body 10 comprises first processor 11, first memory 12, the first power supply 15, the first radio communication unit 13, the second radio communication unit 14; First processor 11 is connected with first memory 12, the first power supply 15, the first radio communication unit 13, the second radio communication unit 14 respectively.
Described screen module 20 comprises the second processor 21, second memory 22, second source 25, touch display screen 23, the 3rd radio communication unit 24; The second processor 21 is connected with second memory 22, second source 25, touch display screen 23, the 3rd radio communication unit 24 respectively.
Described mobile phone body 10 is utilized described the second radio communication unit 14, the 3rd radio communication unit 24 mutual data transmissions with screen module 20.Described the second radio communication unit 14, the 3rd radio communication unit 24 can be WIFI wireless communication module or BT wireless communication module or NFC wireless communication module.
Described the first radio communication unit 13 is in order to the connecting communication base station, and the first radio communication unit 13 can be 2G wireless communication module, 3G wireless communication module, 4G wireless communication module etc.
The first processor 11 of described mobile phone body 10 is as the primary processor of mobile phone, in order to process every data of mobile phone; Comprise: will need the data that show to be sent to screen module 20 by the second radio communication unit 14.
Described the second processor 21 receives in order to control the 3rd radio communication unit 24 data that send from mobile phone body 10, and controls touch display screen 23 demonstrations.
Described the second processor 21 also receives the touch action of touch display screen 23 inductions, and generates control signal, by the 3rd radio communication unit 24, is sent to mobile phone body 10; Perhaps, the touch action that the second processor 21 is responded to the touch display screen 23 received, this touch action is generated to corresponding digital signal and be sent to mobile phone body 10, by the first processor 11 of mobile phone body 10, parse corresponding control command, and control the mobile phone all parts and carry out.
In addition, refer to Fig. 2, in the present embodiment, mobile phone body 10 can connect a plurality of screen module 20, therefore need to manage control to connection.Described mobile phone body also comprises link control module, in order to control mobile phone body, with which or which screen module, is connected; In synchronization or time period, link control module is controlled mobile phone body can only receive the control command that a screen module sends.Certainly, mobile phone also can only include a screen module 20.
As shown in Figure 2, in the present embodiment, mobile phone body 10 itself is provided with second display screen and input key; Certainly, also input key can be set, second display screen is touch-screen.
More than introduced the composition of separation chamber of the present invention mobile phone, the present invention, when disclosing above-mentioned mobile phone, also discloses a kind of operation method of above-mentioned separate type mobile telephone, and described operation method comprises the steps:
The first processor of [step S1] described mobile phone body, as the primary processor of mobile phone, is processed every data of mobile phone; Comprise: will need the data that show to be sent to screen module by the second radio communication unit;
[step S2] described second processor is controlled the 3rd radio communication unit and is received the data that send from mobile phone body, and controls the display screen demonstration;
The control command that [step S3] described second processor sends input unit is sent to first processor, by first processor, is received and is carried out.
The present invention is independent by the screen of mobile phone, and mobile phone is divided into to two parts: operation part (screen module) and processing section (mobile phone body).Operation part is relevant with display screen, and the user can do in on-screen options, and all functions can realize.Processing section is that the handset processes data are relevant with function, all data all finish dealing with in this section and Real-time Feedback to operation part.The user when in use, if change the size of screen, only need to again buy screen and get final product like this, and original screen still can continue to use, and other parts of mobile phone are not need renewal.
The user is in the process of using, and different operation parts is can be simultaneous, thereby greatly facilitates user's selectivity, and the while is bringing great convenience property also.When the user uses a plurality of operation part, can show respectively different contents, carry out different operations.
The user, in the process of using, can allow processing section be placed on somewhere, only needs within the specific limits to use operation part to get final product.Like this can be very easily in position differently, use machine.Be exemplified as the user and can respectively put an operation part in kitchen and bedroom, processing section is placed on parlor.The user is operating handset normally in kitchen and bedroom, and does not need mobile processing section.
Embodiment bis-
The difference of the present embodiment and embodiment mono-is, in the present embodiment, described mobile phone body is not established display screen and input key.
Embodiment tri-
The difference of the present embodiment and embodiment mono-is, in the present embodiment, described screen module does not arrange touch display screen, and is only display screen, now needs to arrange input module.
Described the second processor receives in order to control the 3rd radio communication unit the data that send from mobile phone body, and controls the display screen demonstration.The control command that described the second processor sends input unit is sent to first processor, by first processor, is received and is carried out.
In sum, separate type mobile telephone and operation method thereof that the present invention proposes, can by screen and mobile phone body portion from, use as required different mobile phone screens.The present invention is by screen is separated with mobile phone, convenient for users to use, has enriched alternative and the diversity of equipment.
Here description of the invention and application is illustrative, not wants by scope restriction of the present invention in the above-described embodiments.Here the distortion of disclosed embodiment and change is possible, and for those those of ordinary skill in the art, the various parts of the replacement of embodiment and equivalence are known.Those skilled in the art are noted that in the situation that do not break away from spirit of the present invention or substantive characteristics, and the present invention can be with other form, structure, layout, ratio, and realizes with other assembly, material and parts.In the situation that do not break away from the scope of the invention and spirit, can carry out other distortion and change to disclosed embodiment here.
Claims (9)
1. a separate type mobile telephone, is characterized in that, described mobile phone comprises mobile phone body, one or more screen module, mobile phone body can with each screen module wireless connections;
Described mobile phone body comprises first processor, first memory, the first power supply, the first radio communication unit, the second radio communication unit; First processor is connected with first memory, the first power supply, the first radio communication unit, the second radio communication unit respectively;
Described screen module comprises the second processor, second memory, second source, touch display screen, the 3rd radio communication unit; The second processor is connected with second memory, second source, touch display screen, the 3rd radio communication unit respectively;
Described mobile phone body and screen module are utilized described the second radio communication unit, the 3rd radio communication unit mutual data transmission;
Described the first radio communication unit is in order to the connecting communication base station;
The first processor of described mobile phone body, as the primary processor of mobile phone, in order to process every data of mobile phone, comprising: will need the data that show to be sent to screen module by the second radio communication unit;
Described the second processor receives in order to control the 3rd radio communication unit the data that send from mobile phone body, and controls the touch display screen demonstration;
Described the second processor also receives the touch action of touch display screen induction, and generates control signal, by the 3rd radio communication unit, is sent to mobile phone body; Perhaps, the touch action that the second processor is responded to the touch display screen received, this touch action is generated to corresponding digital signal and be sent to mobile phone body, by the first processor of mobile phone body, parse corresponding control command, and control the mobile phone all parts and carry out;
Described mobile phone body also comprises link control module, in order to control mobile phone body, with which or which screen module, is connected; In synchronization or time period, link control module is controlled mobile phone body can only receive the control command that a screen module sends.
2. a separate type mobile telephone, is characterized in that, described mobile phone comprises mobile phone body, screen module, mobile phone body and screen module wireless connections;
Described mobile phone body comprises first processor, first memory, the first power supply, the first radio communication unit, the second radio communication unit; First processor is connected with first memory, the first power supply, the first radio communication unit, the second radio communication unit respectively;
Described screen module comprises the second processor, second memory, second source, input unit, display screen, the 3rd radio communication unit; The second processor is connected with second memory, second source, input unit, display screen, the 3rd radio communication unit respectively;
Described mobile phone body and screen module are utilized described the second radio communication unit, the 3rd radio communication unit mutual data transmission;
Described the first radio communication unit is in order to the connecting communication base station;
The first processor of described mobile phone body, as the primary processor of mobile phone, in order to process every data of mobile phone, comprising: will need the data that show to be sent to screen module by the second radio communication unit;
Described the second processor receives in order to control the 3rd radio communication unit the data that send from mobile phone body, and controls the display screen demonstration; The control command that described the second processor also sends input unit is sent to first processor, by first processor, is carried out.
3. separate type mobile telephone according to claim 2 is characterized in that:
Described mobile phone body is not established display screen, or mobile phone body is provided with second display screen.
4. separate type mobile telephone according to claim 2 is characterized in that:
Described display screen and input unit are touch display screen.
5. separate type mobile telephone according to claim 4 is characterized in that:
Described the second processor also receives the touch action of touch display screen induction, and generates control signal, by the 3rd radio communication unit, is sent to mobile phone body;
Perhaps, the touch action that the second processor is responded to the touch display screen received, this touch action is generated to corresponding digital signal and be sent to mobile phone body, by the first processor of mobile phone body, parse corresponding control command, and control the mobile phone all parts and carry out.
6. separate type mobile telephone according to claim 2 is characterized in that:
Described mobile phone comprises some screen module.
7. separate type mobile telephone according to claim 6 is characterized in that:
Described mobile phone body also comprises link control module, in order to control mobile phone body, with which or which screen module, is connected; In synchronization or time period, link control module is controlled mobile phone body can only receive the control command that a screen module sends.
8. separate type mobile telephone according to claim 2 is characterized in that:
Described the second radio communication unit, the 3rd radio communication unit are WIFI wireless communication module or BT wireless communication module or NFC wireless communication module.
9. the operation method of the described separate type mobile telephone of one of claim 2 to 7, is characterized in that, described operation method comprises the steps:
The first processor of described mobile phone body, as the primary processor of mobile phone, is processed every data of mobile phone; Comprise: will need the data that show to be sent to screen module by the second radio communication unit;
Described the second processor is controlled the 3rd radio communication unit and is received the data that send from mobile phone body, and controls the display screen demonstration;
The control command that described the second processor sends input unit is sent to first processor, by first processor, is received and is carried out.
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| CN2013104046989A CN103475759A (en) | 2013-09-06 | 2013-09-06 | Separated type mobile phone and operation method thereof |
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| CN2013104046989A CN103475759A (en) | 2013-09-06 | 2013-09-06 | Separated type mobile phone and operation method thereof |
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| CN105430606A (en) * | 2015-12-30 | 2016-03-23 | 惠州Tcl移动通信有限公司 | Separate terminal and control method thereof |
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