CN104079691A - Mobile communication device using separated computing architecture - Google Patents
Mobile communication device using separated computing architecture Download PDFInfo
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- CN104079691A CN104079691A CN201310305763.2A CN201310305763A CN104079691A CN 104079691 A CN104079691 A CN 104079691A CN 201310305763 A CN201310305763 A CN 201310305763A CN 104079691 A CN104079691 A CN 104079691A
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Abstract
The invention provides a mobile communication device using a separated computing architecture. The mobile communication device comprises a handheld display device and a main computing device. The handheld display device comprises a screen, a first wireless communication circuit and a first processing circuit. The main computing device comprises a second wireless communication circuit, a third wireless communication circuit and a second processing circuit. When the first processing circuit needs to be used for conducting rendering operation of one preset type, a computing request can be sent by the first wireless communication circuit. When the second wireless communication circuit receives the computing request, the second processing circuit can conduct rendering operation according to the computing request to generate image data and transmit the image data to the first wireless communication circuit through the second wireless communication circuit to enable the first processing circuit to display the content of the image data through a screen. According to the mobile communication device using the separated computing architecture, operands and power consumption which need to be conducted by the handheld display device can be effectively lowered, and the service life of the handheld display device can be prolonged.
Description
Technical field
The relevant mobile communications device of the present invention, espespecially a kind of mobile communications device that adopts separate type computing framework
Background technology
Along with scientific and technological progress, become more and more universal mobile communications devices such as smart mobile phone, flat computer, handheld game device.In order to serve for mobile Internet access and high in the clouds the demand day by day increasing in response to user, the screen size that mobile communications device carries has more and more large trend.But in order to take the convenience of user when the hand-held use mobile communications device into account, not allowing the total weight of mobile communications device to be ratio along with the increase of screen size in actual design increases.Therefore, the battery capacity that mobile communications device can carry is quite limited, causes mobile communications device to charge continually, and then causes user's inconvenience.
On the other hand, for lifting mobile communicator is at the operation efficiency of the each side such as transfer of data, image processing and signal processing, in the quite limited inner space of mobile communications device, high-effect process chip that conventionally must the many different purposes of installing.Such integrative framework causes the manufacture complexity of mobile communications device to increase, thereby has reduced the fine ratio of product of mobile communications device.
Summary of the invention
In view of this, how lifting mobile communicator convenience and stand-by time in the use, and reduce the manufacture complexity of mobile communications device, real have problem to be solved for industry.
The embodiment that the invention provides a kind of mobile communications device that adopts separate type computing framework, it comprises: a hand-hold type display unit, comprises: a screen; One audio devices; One first radio communication circuit; And one first treatment circuit, be arranged to control the running of this screen, this audio devices and this first radio communication circuit; And a main arithmetic unit, comprise: an identification authentication system, be arranged to carry out an identity authentication procedure by a cellular network; One second radio communication circuit, is arranged to communicate with this first radio communication circuit; One the 3rd radio communication circuit, is arranged to communicate with this cellular network, the speech data transmitting to receive this cellular network, and send this speech data to this first radio communication circuit by this second radio communication circuit; And one second treatment circuit, be arranged to control the running of this identification authentication system, this second radio communication circuit and the 3rd radio communication circuit.In the time that this first radio communication circuit receives this speech data, this first treatment circuit can utilize the content of this this speech data of audio device plays.When operation of playing up that this first treatment circuit need to be processed a predefined type, this first treatment circuit can utilize this first radio communication circuit to send with playing up of this predefined type and operate a corresponding computing request.In the time that this second radio communication circuit receives this computing request, this second treatment circuit can carry out playing up operation to produce an image data according to this computing request, and this image data is sent to this first radio communication circuit by this second radio communication circuit.Receive after this image data at this first radio communication circuit, this first treatment circuit can utilize the content of this this image data of screen display.
The present invention separately provides a kind of embodiment of the mobile communications device that adopts separate type computing framework, and it comprises: adopt the mobile communications device of separate type computing framework, comprise: a hand-hold type display unit, comprises: a screen; One audio devices; One first radio communication circuit; And one first treatment circuit, be arranged to control the running of this screen, this audio devices and this first radio communication circuit; And a main arithmetic unit, comprise: an identification authentication system, be arranged to carry out an identity authentication procedure by a cellular network; One second radio communication circuit, is arranged to communicate with this first radio communication circuit; One the 3rd radio communication circuit, is arranged to communicate with this cellular network, the speech data transmitting to receive this cellular network, and send this speech data to this first radio communication circuit by this second radio communication circuit; And one second treatment circuit, be arranged to control the running of this identification authentication system, this second radio communication circuit and the 3rd radio communication circuit.In the time that this first radio communication circuit receives this speech data, this first treatment circuit can utilize the content of this this speech data of audio device plays.In the time that this first treatment circuit receives a first kind instruction of user's input, this first treatment circuit can be adjusted the shown presentation content of this screen according to this first kind instruction, in the time that this first treatment circuit receives an Equations of The Second Kind instruction of this user's input, this first treatment circuit can utilize this first radio communication circuit to send a computing request corresponding with this Equations of The Second Kind instruction.In the time that this second radio communication circuit receives this computing request that this first radio communication circuit transmits, this second treatment circuit can carry out computing according to this computing request, and operation result is sent to this first radio communication circuit by this second radio communication circuit.Receive after this operation result at this first radio communication circuit, this first treatment circuit can be according to this operation result adjustment sound-content that at least the shown presentation content of this screen or this audio devices are play.
The present invention separately provides a kind of embodiment of the mobile communications device that adopts separate type computing framework, and it comprises: a hand-hold type display unit, comprises: a screen; One audio devices; One first radio communication circuit; And one first treatment circuit, be arranged to control the running of this screen, this audio devices and this first radio communication circuit; And a main arithmetic unit, comprise: an identification authentication system, be arranged to carry out an identity authentication procedure by a cellular network; One second radio communication circuit, is arranged to communicate with this first radio communication circuit; One the 3rd radio communication circuit, is arranged to communicate with this cellular network, the speech data transmitting to receive this cellular network, and send this speech data to this first radio communication circuit by this second radio communication circuit; And one second treatment circuit, be arranged to control the running of this identification authentication system, this second radio communication circuit and the 3rd radio communication circuit.In the time that this first radio communication circuit receives this speech data, this first treatment circuit can utilize the content of this this speech data of audio device plays.In the time that this first treatment circuit need to be processed the computing of a predefined type and the dump power of this hand-hold type display unit lower than a predeterminated level, this first treatment circuit can utilize this first radio communication circuit to send a computing request corresponding with the computing of this predefined type.In the time that this second radio communication circuit receives this computing request, this second treatment circuit can carry out computing according to this computing request, and operation result is sent to this first radio communication circuit by this second radio communication circuit.Receive after this operation result at this first radio communication circuit, this first treatment circuit can be according to this operation result adjustment sound-content that at least the shown presentation content of this screen or this audio devices are play.
One of advantage of above-described embodiment is effectively to reduce the required operand carrying out of this hand-hold type display unit and power consumption, to extend the service time of this hand-hold type display unit.
Another advantage of above-described embodiment, can be in the case of not shortening the service time of this hand-hold type display unit, reduce the demand of the battery capacity that this hand-hold type display unit is carried, and then can alleviate the weight of this hand-hold type display unit, to promote the ease of use of this hand-hold type display unit.
Another advantage of above-described embodiment, is the manufacture complexity that can reduce this hand-hold type display unit, and then promotes the fine ratio of product of this hand-hold type display unit.
Another advantage of above-described embodiment, is the power consumption that can effectively reduce this main arithmetic unit, can extend the service time of this main arithmetic unit.
Another advantage of above-described embodiment, is in the case of not reducing the battery capacity of this main arithmetic unit, to reduce the volume and weight of this main arithmetic unit, and then promotes the carrying convenience of this main arithmetic unit,
Another advantage of above-described embodiment, is the manufacture complexity that can reduce this main arithmetic unit, and then promotes the fine ratio of product of this main arithmetic unit.
Other advantages of the present invention will explain orally in more detail by the following description and accompanying drawing.
Brief description of the drawings
Fig. 1 is the functional block diagram after the mobile communications device of the employing separate type computing framework of one embodiment of the invention is simplified.
Fig. 2 is the flow chart after an embodiment of the method for carrying out voice call by cellular network of the mobile communications device in Fig. 1 simplifies.
Flow chart after one embodiment of the separate type operation method that Fig. 3 adopts for the mobile communications device in Fig. 1 simplifies.
Flow chart after another embodiment of the separate type operation method that Fig. 4 adopts for the mobile communications device in Fig. 1 simplifies.
Embodiment
Below will coordinate relevant drawings that embodiments of the invention are described.In the accompanying drawings, identical label represents same or similar element or process step.
Fig. 1 is the functional block diagram after the mobile communications device 100 of one embodiment of the invention is simplified.Mobile communications device 100 comprises a hand-hold type display unit 110 and a main arithmetic unit 120.Hand-hold type display unit 110 comprises a screen 111, an audio devices 113, one first radio communication circuit 115, one first treatment circuit 117 and one first battery 119.The first treatment circuit 117 is coupled to screen 111, audio devices 113 and the first radio communication circuit 115, and is arranged to control the running of screen 111, audio devices 113 and the first radio communication circuit 115.The first battery 119 required electric power when providing screen 111, audio devices 113, the first radio communication circuit 115 and the first treatment circuit 117 to operate.In implementation, screen 111 can be realized with traditional display screen curtain or Touch Screen.The first treatment circuit 117 can be realized with one or more processor unit.The first battery 119 can be realized by battery module connected with one or more or that separate.
Main arithmetic unit 120 comprises an identification authentication system 121, one second radio communication circuit 123, one the 3rd radio communication circuit 125, one second treatment circuit 127 and one second battery 129.Identification authentication system 121 is arranged to carry out an identity authentication procedure by a cellular network (cellular network) 130.The second radio communication circuit 123 is arranged to communicate with the first radio communication circuit 115.The 3rd radio communication circuit 125 is arranged to communicate with cellular network 130, the speech data transmitting to receive cellular network 130, and send this speech data to first radio communication circuit 115 by the second radio communication circuit 123.The second treatment circuit 127 is coupled to identification authentication system 121, the second radio communication circuit 123 and the 3rd radio communication circuit 125, and is arranged to control the running of identification authentication system 121, the second radio communication circuit 123 and the 3rd radio communication circuit 125.The second battery 129 required electric power when providing identification authentication system 121, the second radio communication circuit 123, the 3rd radio communication circuit 125 and the second treatment circuit 127 to operate.The second treatment circuit 127 can be realized with one or more processor unit.The second battery 129 can be realized by battery module connected with one or more or that separate.In the present embodiment, the SIM card of mobile communications device 100 (not illustrating) is arranged in the identification authentication system 121 of main arithmetic unit 120.
From aforementioned, the second radio communication circuit 123 and the 3rd radio communication circuit 125 in main arithmetic unit 120 have different purposes.Particularly, the second radio communication circuit 123 is the use for communicating with the first radio communication circuit 115 of hand-hold type display unit 110, and the 3rd 125 of radio communication circuits are the use for communicating with cellular network 130.Generally speaking, the signal transmission distance of the 3rd radio communication circuit 125, can be greater than the signal transmission distance of the second radio communication circuit 123.In implementation, the 3rd radio communication circuit 125 can with employing 2G, 3G, 4G or the telecommunication circuit of other more advanced transfer protocols realizes.
As shown in Figure 1, hand-hold type display unit 110 is two devices that separate with main arithmetic unit 120, and between hand-hold type display unit 110 and main arithmetic unit 120 and incorporeity be connected.In the time of running, hand-hold type display unit 110 utilizes the first radio communication circuit 115 and the second radio communication circuit 123 to communicate with one another in the mode of wireless transmission with main arithmetic unit 120, to realize the data communication between hand-hold type display unit 110 and main arithmetic unit 120.In implementation, the first radio communication circuit 115 and the second radio communication circuit 123 can be with adopting bluetooth, WiFi, near-field communication (near field communication, NFC) agreement, IEEE802.11 series agreement or other are applicable to realize compared with the circuit of the communication protocol of short transmission distance, to carry out the data communication between hand-hold type display unit 110 and main arithmetic unit 120.
In mobile communications device 100, be used for the screen 111 that show image picture watches for user, be arranged in hand-hold type display unit 110, on main arithmetic unit 120 without any screen is set.Therefore, in the situation that not needing to reduce the second battery 129 capacity, just can significantly reduce cost, volume and the weight of main arithmetic unit 120, and then reduce the element complexity of main arithmetic unit 120, and promote the fine ratio of product of main arithmetic unit 120.Such framework also can make the volume of main arithmetic unit 120 be less than the volume of hand-hold type display unit 110, makes the total surface area of winner's arithmetic unit 120 be less than the total surface area of hand-hold type display unit 110, and then promotes the carrying convenience of main arithmetic unit 120.
In addition, because the second battery 129 in main arithmetic unit 120 is without providing electric power to the screen 111 in hand-hold type display unit 110, thus can effectively reduce the power consumption of main arithmetic unit 120, and then extend service time and the stand-by time of main arithmetic unit 120.
Moreover, due in main arithmetic unit 120 without the large-screen that high-res is set, therefore can reduce the manufacture complexity of main arithmetic unit 120, and then promote the fine ratio of product of main arithmetic unit 120.
In implementation, also can on main arithmetic unit 120, install and be used to refer to the operating state of main arithmetic unit 120 or the simple and easy indicator light of power state (for example LED lamp if needed, in figure, do not illustrate), or the simple screen that installing size is less, power consumption is less, to save the power consumption of main arithmetic unit 120.
Below collocation Fig. 2 is further illustrated to the function mode of mobile communications device 100.
Fig. 2 is the flow chart after an embodiment of mobile communications device 100 method of carrying out voice call by cellular network 130 simplifies.In the flow chart illustrating at Fig. 2, be arranged in the flow process of the affiliated field of a specific device, represent the flow process of being undertaken by this specific device.For example, be labeled as the part in the field of " hand-hold type display unit ", represent the flow process that hand-hold type display unit 110 is carried out, be labeled as the part in the field of " main arithmetic unit ", represent the flow process that main arithmetic unit 120 carries out, be labeled as the part in the field of " cellular network ", represent the flow process that cellular network 130 carries out, the rest may be inferred for all the other.In follow-up flow chart, also adopt identical Orchestration.
In the time that the user of mobile communications device 100 will utilize mobile communications device 100 and a callee device to carry out voice call, can operate to assign dialing instruction to hand-hold type display unit 110.For example, user can utilize the keyboard (not illustrating) in hand-hold type display unit 110 to assign dialing instruction.Be in the embodiment of Touch Screen at screen 111, user also can click on screen 111, to assign dialing instruction.Or user also can assign dialing instruction in acoustic control mode by the audio devices 113 in hand-hold type display unit 110.
Now, hand-hold type display unit 110 can be carried out flow process 202, receives the dialing instruction that user assigns.In addition, the first treatment circuit 117 also can produce a corresponding dialing request (call request) in flow process 202.
In flow process 204, the first treatment circuit 117 can utilize the first radio communication circuit 115 Sending dialled number requests.
In flow process 206, the second radio communication circuit 123 of main arithmetic unit 120 can receive the dialing request that the first radio communication circuit 115 transmits.
In flow process 208, the second treatment circuit 127 can be controlled identification authentication system 121 and utilize the 3rd radio communication circuit 125, carries out an identity authentication procedure by the authentication server (not illustrating) of cellular network 130 and a far-end.In implementation, identification authentication system 121 can be in flow process 208 data of access SIM card, carry out the required identification data of authentication program to obtain.
Passed through after authentication program at main arithmetic unit 120, cellular network 130 can carry out flow process 210, transmits the first speech data of this callee device generation to main arithmetic unit 120.
In flow process 212, the 3rd radio communication circuit 125 can receive the first speech data that cellular network 130 transmits.In addition, the second treatment circuit 127 can utilize the second radio communication circuit 123 to send the first speech data receiving in flow process 212.
In flow process 214, the first treatment circuit 117 of hand-hold type display unit 110 can receive the first speech data that the second radio communication circuit 123 transmits.
In flow process 216, the first treatment circuit 117 can utilize audio devices 113 to play the content of the first speech data receiving.
In the time that the user of hand-hold type display unit 110 speaks to hand-hold type display unit 110, audio devices 113 carries out flow process 218, to produce corresponding second speech data.Now, the first treatment circuit 117 can utilize the first radio communication circuit 115 to send second speech data.
In flow process 220, the second radio communication circuit 123 of main arithmetic unit 120 can receive the second speech data that the first radio communication circuit 115 transmits.Now, the second treatment circuit 127 can utilize the 3rd radio communication circuit 125 to transmit second speech data to cellular network 130.
In flow process 222, cellular network 130 can receive the second speech data that the 3rd radio communication circuit 125 transmits, and passes to aforesaid callee device.
Utilize the method for earlier figures 2, just can realize the voice call between mobile communications device 100 and this callee device.
In mobile communications device 100, hand-hold type display unit 110 can utilize main arithmetic unit 120 to share the operand of part, to reduce the required operand carrying out of hand-hold type display unit 110, reduces by this power consumption of hand-hold type display unit 110.Below collocation Fig. 3 and Fig. 4 are further illustrated to the separate type operation method that mobile communications device 100 adopts.
Flow chart after one embodiment of the separate type operation method that Fig. 3 adopts for mobile communications device 100 simplifies.
In the time that the first treatment circuit 117 of hand-hold type display unit 110 need to be processed the computing of a predefined type, the first treatment circuit 117 can carry out flow process 302, to produce a computing request (computing request) corresponding with the computing of this predefined type.In implementation, in this computing request, can comprise one or more operational parameter corresponding with the computing of this predefined type.
In one embodiment, the computing of aforementioned predefined type be a predefined type play up operation (rendering operation).In the case, the first treatment circuit 117 can produce the corresponding computing request of operation of playing up with this predefined type in flow process 302, and in this computing request, can comprise with playing up of this predefined type and operate one or more corresponding operational parameter.For example, the operation of playing up of aforesaid predefined type can be that a 3D plays up operation, or needing to consume other that exceed a predetermined operation stock number plays up operation.
In flow process 304, the first treatment circuit 117 can utilize the first radio communication circuit 115 to send computing request.
In flow process 306, the second radio communication circuit 123 of main arithmetic unit 120 can receive the computing request that the first radio communication circuit 115 transmits.
In flow process 308, the second treatment circuit 127 of main arithmetic unit 120 can carry out computing according to the computing request receiving, to produce operation result.Be in the embodiment that plays up operation of a predefined type in the computing of aforementioned predefined type, the second treatment circuit 127 can carry out playing up operation to produce an image data according to this computing request.In the case, alleged operation result in flow process 308, is the second treatment circuit 127 and plays up the image data producing after operation.
In flow process 310, the second treatment circuit 127 can utilize the second radio communication circuit 123 to send operation result.
In flow process 312, the first radio communication circuit 115 of hand-hold type display unit 110 can receive the operation result that the second radio communication circuit 123 transmits.
In flow process 314, the first treatment circuit 117 of hand-hold type display unit 110 can be according to the operation result receiving, and adjusts the sound-content that the shown presentation content of screen 111 at least or audio devices 113 are play.For example, in the embodiment that the operation result producing in aforementioned flow process 308 is image data, the first treatment circuit 117 can utilize screen 111 to show the content of this image data in flow process 314.
In implementation, the first treatment circuit 117 of hand-hold type display unit 110 can be in the time need to processing the computing of predefined type at every turn, all carry out the flow process in earlier figures 3, to utilize main arithmetic unit 120 to share the operand of part, reduce by this required operand carrying out of hand-hold type display unit 110.
In another embodiment, the first 117 for the treatment of circuits can, in the time need to processing the computing of predefined type and the dump power of the first battery 119 lower than a predeterminated level, just carry out the flow process in earlier figures 3.In the present embodiment, in the time that the first treatment circuit 117 need to be processed the computing of predefined type, if the dump power of the first battery 119 is higher than predeterminated level, the first treatment circuit 117 can select to carry out voluntarily the computing of this predefined type, and according to the result of computing, adjust the sound-content that the shown presentation content of screen 111 at least or audio devices 113 are play.
In addition, mobile communications device 100 also can be inputted according to user the instruction type of hand-hold type display unit 110, determines whether utilizing main arithmetic unit 120 to share the operand of hand-hold type display unit 110.For example, flow chart after another embodiment of the separate type operation method that, Fig. 4 adopts for mobile communications device 100 simplifies.
Such as, in the time that the user of mobile communications device 100 will utilize mobile communications device 100 to carry out some running (multimedia running, data calculating etc.) beyond voice call, can operate to input relevant control command to hand-hold type display unit 110.In implementation, user can utilize keyboard, screen 111 or the audio devices 113 in hand-hold type display unit 110 to carry out input control order.
Now, hand-hold type display unit 110 can be carried out flow process 402, receives the control command of user's input.
In flow process 404, the first treatment circuit 117 can judge the type of the control command of user's input.If the control command of user's input is first kind instruction, hand-hold type display unit 110 can be carried out flow process 406.If the control command of user's input is Equations of The Second Kind instruction, hand-hold type display unit 110 can be carried out aforesaid flow process 302.In implementation, the designer of mobile communications device 100 can distinguish according to the various criterions relevant with involved operand the type of the control command of user's input.
For example, in one embodiment, first kind instruction refers to the first treatment circuit 117 and processes the instruction that the required operand of this instruction is less than a predetermined operation amount, and Equations of The Second Kind instruction refers to the instruction that the required operand of first treatment circuit 117 this instruction of processing is greater than this predetermined operation amount.In another embodiment, first kind instruction refers to the first treatment circuit 117 and processes the instruction that the required time of this instruction is less than a scheduled time, and Equations of The Second Kind instruction refers to the instruction that the required operand of first treatment circuit 117 this instruction of processing is greater than this predetermined operation amount.In another embodiment, first kind instruction refers to the instruction irrelevant with multimedia computing, and Equations of The Second Kind instruction refers to the instruction relevant with multimedia computing.In another embodiment, first kind instruction refers to the instruction irrelevant with image processing, and Equations of The Second Kind instruction refers to the instruction relevant with image processing.In another embodiment, first kind instruction refers to signal and compiles, decoding processes irrelevant instruction, and Equations of The Second Kind instruction refer to signal compile, decoding processes relevant instruction.In another embodiment, first kind instruction refers to data Encrypt and Decrypt and processes irrelevant instruction, and Equations of The Second Kind instruction refers to data Encrypt and Decrypt and processes relevant instruction.
In flow process 406, the first treatment circuit 117 can carry out computing according to this first kind instruction, and adjusts the shown presentation content of screen 111 according to the result of computing.
In flow process 302, the first treatment circuit 117 can produce a computing request corresponding with this Equations of The Second Kind instruction.In implementation, in this computing request, can comprise this Equations of The Second Kind instruction, and one or more operational parameter corresponding with this Equations of The Second Kind instruction.
Other flow processs 304～314 in Fig. 4 all corresponding flow process in earlier figures 3 are similar, therefore, about the function mode of flow process 304～314 in earlier figures 3 and the explanation of associated advantages, are also applicable in the embodiment of Fig. 4.For simplicity's sake, at this repeated description not.
From above stated specification, the hand-hold type display unit 110 in mobile communications device 100, can give main arithmetic unit 120 by the computational load of part and share, to reduce by this operand and the power consumption of hand-hold type display unit 110.Therefore, can, in the case of not shortening the service time of hand-hold type display unit 110, reduce the demand to the first battery 119 capacity, and then can reduce the volume and weight of hand-hold type display unit 110, to promote the ease of use of hand-hold type display unit 110.
In addition, compared to traditional mobile communications device, user is in the time of the mobile communications device 100 that uses this case to propose, with it main arithmetic unit 120 is taken or is placed on, therefore can alleviate user's burden.
Moreover, due in hand-hold type display unit 110 without identification authentication system 121, radio communication circuit 125 and dynamical treatment circuit for communicating with cellular network 130 are set, therefore can effectively reduce manufacture complexity and the hardware cost of hand-hold type display unit 110, and then promote fine ratio of product and the volume production speed of hand-hold type display unit 110.
In specification and claim, use some vocabulary to censure specific element.But person of ordinary skill in the field should understand, same element may be called with different nouns.Specification and claim be not using the difference of title as the mode of distinguishing element, but the difference in function is used as the benchmark of distinguishing with element.Be open term at specification and claim mentioned " comprising ", therefore should be construed to " comprise but be not limited to ".In addition, " couple " at this and comprise directly any and indirectly connect means.Therefore, be coupled to the second element if describe the first element in literary composition, represent that the first element can directly be connected in the second element by the signal such as electric connection or wireless transmission, optical delivery connected mode, or by other elements or connection means indirectly electrically or signal be connected to this second element.
Used herein " and/or " describing mode, comprise cited one of them or the combination in any of multiple projects.In addition, unless in specification, specialize, the term of any odd number lattice all comprises the connotation of plural lattice simultaneously.
These are only preferred embodiment of the present invention, all equalizations of doing according to the claims in the present invention change and modify, and all should belong to covering scope of the present invention.
Claims (16)
1. a mobile communications device that adopts separate type computing framework, is characterized in that, comprises:
One hand-hold type display unit, comprises:
One screen;
One audio devices;
One first radio communication circuit; And
One first treatment circuit, is arranged to control the running of this screen, this audio devices and this first radio communication circuit; And
One main arithmetic unit, comprises:
One identification authentication system, is arranged to carry out an identity authentication procedure by a cellular network;
One second radio communication circuit, is arranged to communicate with this first radio communication circuit;
One the 3rd radio communication circuit, is arranged to communicate with this cellular network, the speech data transmitting to receive this cellular network, and send this speech data to this first radio communication circuit by this second radio communication circuit; And
One second treatment circuit, is arranged to control the running of this identification authentication system, this second radio communication circuit and the 3rd radio communication circuit;
Wherein, in the time that this first radio communication circuit receives this speech data, this first treatment circuit can utilize the content of this this speech data of audio device plays;
Wherein, when when operation of playing up that this first treatment circuit need to be processed a predefined type, this first treatment circuit can utilize this first radio communication circuit to send with playing up of this predefined type and operate a corresponding computing request, and in the time that this second radio communication circuit receives this computing request, this second treatment circuit can carry out playing up operation to produce an image data according to this computing request, and this image data is sent to this first radio communication circuit by this second radio communication circuit;
Wherein, receive after this image data at this first radio communication circuit, this first treatment circuit can utilize the content of this this image data of screen display.
2. mobile communications device as claimed in claim 1, is characterized in that, comprises with playing up of this predefined type and operate one or more corresponding operational parameter in this computing request.
3. mobile communications device as claimed in claim 2, is characterized in that, the operation of playing up of this predefined type comprises a 3D and plays up operation.
4. mobile communications device as claimed in claim 1, is characterized in that, this main arithmetic unit total surface area is less than the total surface area of this hand-hold type display unit, and between this main arithmetic unit and this hand-hold type display unit, incorporeity is connected.
5. a mobile communications device that adopts separate type computing framework, is characterized in that, comprises:
One hand-hold type display unit, comprises:
One screen;
One audio devices;
One first radio communication circuit; And
One first treatment circuit, is arranged to control the running of this screen, this audio devices and this first radio communication circuit; And
One main arithmetic unit, comprises:
One identification authentication system, is arranged to carry out an identity authentication procedure by a cellular network;
One second radio communication circuit, is arranged to communicate with this first radio communication circuit;
One the 3rd radio communication circuit, is arranged to communicate with this cellular network, the speech data transmitting to receive this cellular network, and send this speech data to this first radio communication circuit by this second radio communication circuit; And
One second treatment circuit, is arranged to control the running of this identification authentication system, this second radio communication circuit and the 3rd radio communication circuit;
Wherein, in the time that this first radio communication circuit receives this speech data, this first treatment circuit can utilize the content of this this speech data of audio device plays;
Wherein, in the time that this hand-hold type display unit receives a first kind instruction of user's input, this first treatment circuit can be adjusted the shown presentation content of this screen according to this first kind instruction, in the time that this hand-hold type display unit receives an Equations of The Second Kind instruction of this user's input, this first treatment circuit can utilize this first radio communication circuit to send a computing request corresponding with this Equations of The Second Kind instruction;
Wherein, in the time that this second radio communication circuit receives this computing request that this first radio communication circuit transmits, this second treatment circuit can carry out computing according to this computing request, and operation result is sent to this first radio communication circuit by this second radio communication circuit, and receive after this operation result at this first radio communication circuit, this first treatment circuit can be according to this operation result adjustment sound-content that at least the shown presentation content of this screen or this audio devices are play.
6. mobile communications device as claimed in claim 5, is characterized in that, comprises an image data in this operation result.
7. mobile communications device as claimed in claim 5, is characterized in that, comprises this Equations of The Second Kind instruction in this computing request.
8. mobile communications device as claimed in claim 7, is characterized in that, separately comprises one or more operational parameter corresponding with this Equations of The Second Kind instruction in this computing request.
9. mobile communications device as claimed in claim 5, is characterized in that, this first kind instruction is the instruction irrelevant with image processing, and this Equations of The Second Kind instruction is the instruction relevant with image processing.
10. mobile communications device as claimed in claim 5, is characterized in that, this first kind instruction is to process irrelevant instruction with signal volume, decoding, and this Equations of The Second Kind instruction is to process relevant instruction with signal volume, decoding.
11. mobile communications devices as claimed in claim 5, is characterized in that, this first kind instruction is to process irrelevant instruction with data Encrypt and Decrypt, and this Equations of The Second Kind instruction is to process relevant instruction with data Encrypt and Decrypt.
12. mobile communications devices as claimed in claim 5, is characterized in that, this main arithmetic unit total surface area is less than the total surface area of this hand-hold type display unit, and between this main arithmetic unit and this hand-hold type display unit, incorporeity is connected.
13. 1 kinds adopt the mobile communications device of separate type computing framework, it is characterized in that, comprise:
One hand-hold type display unit, comprises:
One screen;
One audio devices;
One first radio communication circuit; And
One first treatment circuit, is arranged to control the running of this screen, this audio devices and this first radio communication circuit; And
One main arithmetic unit, comprises:
One identification authentication system, is arranged to carry out an identity authentication procedure by a cellular network;
One second radio communication circuit, is arranged to communicate with this first radio communication circuit;
One the 3rd radio communication circuit, is arranged to communicate with this cellular network, the speech data transmitting to receive this cellular network, and send this speech data to this first radio communication circuit by this second radio communication circuit; And
One second treatment circuit, is arranged to control the running of this identification authentication system, this second radio communication circuit and the 3rd radio communication circuit;
Wherein, in the time that this first radio communication circuit receives this speech data, this first treatment circuit can utilize the content of this this speech data of audio device plays;
Wherein, in the time that this first treatment circuit need to be processed the computing of a predefined type and the dump power of this hand-hold type display unit lower than a predeterminated level, this first treatment circuit can utilize this first radio communication circuit to send a computing request corresponding with the computing of this predefined type, and in the time that this second radio communication circuit receives this computing request, this second treatment circuit can carry out computing according to this computing request, and operation result is sent to this first radio communication circuit by this second radio communication circuit;
Wherein, receive after this operation result at this first radio communication circuit, this first treatment circuit can be according to this operation result adjustment sound-content that at least the shown presentation content of this screen or this audio devices are play.
14. as the mobile communications device of claim 13, it is characterized in that, comprises one or more operational parameter corresponding with the computing of this predefined type in this computing request.
15. as the mobile communications device of claim 14, it is characterized in that, the computing of this predefined type comprises plays up operation.
16. as the mobile communications device of claim 13, it is characterized in that, this main arithmetic unit total surface area is less than the total surface area of this hand-hold type display unit, and between this main arithmetic unit and this hand-hold type display unit, incorporeity is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310305763.2A CN104079691A (en) | 2013-03-29 | 2013-07-19 | Mobile communication device using separated computing architecture |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320155258.X | 2013-03-29 | ||
| CN201320155258 | 2013-03-29 | ||
| CN201310305763.2A CN104079691A (en) | 2013-03-29 | 2013-07-19 | Mobile communication device using separated computing architecture |
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| Publication Number | Publication Date |
|---|---|
| CN104079691A true CN104079691A (en) | 2014-10-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310305763.2A Pending CN104079691A (en) | 2013-03-29 | 2013-07-19 | Mobile communication device using separated computing architecture |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN104079691A (en) |
| TW (3) | TWM464730U (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104407870A (en) * | 2014-12-03 | 2015-03-11 | 英业达科技有限公司 | Remote operating system environment setting system and method |
| TWI798812B (en) * | 2019-12-31 | 2023-04-11 | 鍾國誠 | Control device and method for controlling illuminating device |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI399083B (en) * | 2010-07-28 | 2013-06-11 | Compal Communication Inc | Wireless communication system with remote control function and wireless communication module thereof |
| US8612580B2 (en) * | 2011-05-31 | 2013-12-17 | Microsoft Corporation | Distributed computing framework |
| US9369820B2 (en) * | 2011-08-23 | 2016-06-14 | Htc Corporation | Mobile communication device and application interface switching method |
| TWM444003U (en) * | 2012-06-27 | 2012-12-21 | Weistech Technology Co Ltd | Smart television integrated application device |
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2013
- 2013-05-28 TW TW102209969U patent/TWM464730U/en not_active IP Right Cessation
- 2013-07-03 TW TW102123898A patent/TWI512543B/en active
- 2013-07-03 TW TW102212551U patent/TWM470977U/en not_active IP Right Cessation
- 2013-07-19 CN CN201310305763.2A patent/CN104079691A/en active Pending
Also Published As
| Publication number | Publication date |
|---|---|
| TWM470977U (en) | 2014-01-21 |
| TWI512543B (en) | 2015-12-11 |
| TW201437843A (en) | 2014-10-01 |
| TWM464730U (en) | 2013-11-01 |
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