CN105718311A - Intelligent system and implementing method thereof, peripheral applied to intelligent device - Google Patents

Intelligent system and implementing method thereof, peripheral applied to intelligent device Download PDF

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Publication number
CN105718311A
CN105718311A CN201610032938.0A CN201610032938A CN105718311A CN 105718311 A CN105718311 A CN 105718311A CN 201610032938 A CN201610032938 A CN 201610032938A CN 105718311 A CN105718311 A CN 105718311A
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China
Prior art keywords
smart machine
operating system
information
peripheral hardware
hardware
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CN201610032938.0A
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Chinese (zh)
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CN105718311B (en
Inventor
赵珅
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Anhui Haima Cloud Technology Co ltd
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Beijing Haiyu Dongxiang Technology Co Ltd
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Priority to PCT/CN2016/072145 priority Critical patent/WO2017004982A1/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/46—Multiprogramming arrangements
    • G06F9/48—Program initiating; Program switching, e.g. by interrupt
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/46—Multiprogramming arrangements
    • G06F9/48—Program initiating; Program switching, e.g. by interrupt
    • G06F9/4806—Task transfer initiation or dispatching
    • G06F9/4843—Task transfer initiation or dispatching by program, e.g. task dispatcher, supervisor, operating system

Abstract

The invention provides an intelligent system and an implementing method thereof, and a peripheral applied to an intelligent device. The intelligent system comprises an intelligent device and a peripheral capable of being connected with the intelligent device via a connection interface. A first operating system and a second operating system control module run in the intelligent device; a second operating system runs in the peripheral; the second operating system control module is used for using the first operating system running in the intelligent device as the current system according to a first switching command, an using the second operating system run in the peripheral as the current system according to a second switching command; when the user operation is executed via the second operating system, external information acquired via the intelligent device is provided to the second operating system run in the peripheral; the hardware operation control information of the second operating system in the peripheral is received, and the hardware of the intelligent device is controlled according to the hardware operation control information to execute the corresponding operation. With the application of the intelligent system, the function of one machine with two systems can be achieved.

Description

Intelligence system and its implementation and the peripheral hardware for smart machine
Technical field
The present invention relates to mobile communication technology field, particularly relate to a kind of intelligence system and its implementation and the peripheral hardware for smart machine.
Background technology
At present, mobile terminal, iPad series of products etc. have been widely used in daily life, and can provide, for people, the various functions become increasingly abundant.The function realized due to equipment such as current various mobile terminals, iPad gets more and more, and more and more intelligent, and therefore the equipment such as this mobile terminal, iPad are also called smart machine by people.
In order to realize various function, each smart machine is generally provided with corresponding operating system.At present, conventional in smart machine operating system has: IOS system, android system, WindowsMobile system, WindowsPhone system, Symbian system and BlackBerryOS system etc..
But, smart machines more of the prior art are generally all only provided with a kind of operating system.Such as, in the iPhone series mobile phone that Apple produces, only it is mounted with IOS system, and other operating system is not installed.Therefore, use the user of this mobile terminal can only realize the function achieved by IOS system, can only use application and game that IOS system supports, and the application and game that other operating system supports can not be used, so that user experience is not high.
Summary of the invention
In view of this, one aspect of the present invention provides intelligence system and its implementation, provides a kind of peripheral hardware for smart machine on the other hand, such that it is able to realize the function of a unit double system.
Technical scheme is specifically achieved in that
A kind of intelligence system, including: a smart machine and can with described smart machine by being connected the peripheral hardware that interface connects；
Described smart machine runs has the first operating system and the second operating system to control module；Described peripheral hardware runs the second operating system；
Described second operating system control module for according to first switching command of the user received using the first operating system of operating in described smart machine as the current system showing user to be operated, according to second switching command of the user received using the second operating system of operating in described peripheral hardware as the current system showing user to be operated；When being performed the operation of user by described second operating system, the external information obtained by described smart machine is supplied to the second operating system operated in described peripheral hardware；Receive the hardware operation from the second operating system in described peripheral hardware and control information, control information according to described hardware operation and control the hardware execution corresponding operating of described smart machine.
In one embodiment, described first operating system and described second operating system are respectively as follows: any one operating system in IOS system, android system, WindowsMobile system, WindowsPhone system, Symbian system or BlackBerryOS system；
Described first operating system and described second operating system are different operating system or identical operating system.
In one embodiment, the described external information obtained by described smart machine includes at least one in following information and combination in any:
User's user instruction information by the screen of described smart machine, button or input through keyboard, and/or content information；
By the image information that the photographic head of described smart machine obtains；
By the audio-frequency information that the mike of described smart machine obtains；
By the sensing data that the sensor of described smart machine obtains；
The hardware operation that the second operating system in described peripheral hardware returns controls information and includes at least one in following information and combination in any:
The information of request incoming event；
The event information of request photographic head；
The event information of request mike；
The event information of request sensor；
The event information of request speaker and the voice data of needs output；
The content information that request display screen shows；
Described according to hardware operation control information control described smart machine perform corresponding operating include:
When described hardware operation controls the information that information includes request incoming event, control described smart machine and call the input equipment in described smart machine so that user uses the input equipment input content information in described smart machine and at content information described in the display screen display of smart machine；
When described hardware operation controls the event information that information includes request photographic head, control described smart machine and call the photographic head of described smart machine and carry out image acquisition；
When described hardware operation controls the event information that information includes request mike, control described smart machine and call the mike of described smart machine and carry out audio frequency reception；
When described hardware operation controls the event information that information includes request sensor, control described smart machine and call the sensor of described smart machine and carry out information gathering；
When described hardware operation control information includes the voice data of event information and the needs output asking speaker, control described smart machine and call the Yang Sheng device playing audio data of described smart machine；
When described hardware operation control information includes the content information that request display screen shows, control described smart machine and described content information is displayed by described display screen.
In one embodiment, described peripheral hardware is provided with communication module；
When current system is the second operating system, described smart machine controls the communication module in module use peripheral hardware and mobile communications network communication by operating in the second operating system in smart machine.
In one embodiment, described outer it is set to the peripheral hardware without input-output equipment；Or it is the peripheral hardware with keyboard；Or it is the peripheral hardware with mike；Or it is the peripheral hardware with speaker；Or it is the peripheral hardware with photographic head.
In the embodiment of the present invention provide a kind of intelligence system realize method, including:
There is the peripheral hardware of the second operating system to be connected running the smart machine having the first operating system with running, and in described smart machine, load the second operating system control module；
Control module by described second operating system and receive first switching command of user using the first operating system of operating in described mobile terminal as the current system showing user to be operated, or receive second switching command of user using the second operating system of operating in described peripheral hardware as the current system showing user to be operated；
When being performed the operation of user by described second operating system, control module by described second operating system and the external information obtained by described smart machine is supplied to the second operating system operated in described peripheral hardware；Receive the hardware operation from the second operating system in described peripheral hardware and control information, control information according to described hardware operation and control the hardware execution corresponding operating of described smart machine.
In one embodiment, described first operating system and described second operating system are respectively as follows: any one operating system in IOS system, android system, WindowsMobile system, WindowsPhone system, Symbian system or BlackBerryOS system；
Described first operating system and described second operating system are different operating system or identical operating system.
In one embodiment, the described external information obtained by described smart machine includes at least one in following information and combination in any:
User's user instruction information by the screen of described smart machine, button or input through keyboard, and/or content information；
By the image information that the photographic head of described smart machine obtains；
By the audio-frequency information that the mike of described smart machine obtains；
By the sensing data that the sensor of described smart machine obtains；
The hardware operation that the second operating system in described peripheral hardware returns controls information and includes at least one in following information and combination in any:
The information of request incoming event；
The event information of request photographic head；
The event information of request mike；
The event information of request sensor；
The event information of request speaker and the voice data of needs output；
The content information that request display screen shows；
Described according to hardware operation control information control described smart machine perform corresponding operating include:
When described hardware operation controls the information that information includes request incoming event, control described smart machine and call the input equipment in described smart machine so that user uses the input equipment input content information in described smart machine and at content information described in the display screen display of smart machine；
When described hardware operation controls the event information that information includes request photographic head, control described smart machine and call the photographic head of described smart machine and carry out image acquisition；
When described hardware operation controls the event information that information includes request mike, control described smart machine and call the mike of described smart machine and carry out audio frequency reception；
When described hardware operation controls the event information that information includes request sensor, control described smart machine and call the sensor of described smart machine and carry out information gathering；
When described hardware operation control information includes the voice data of event information and the needs output asking speaker, control described smart machine and call the Yang Sheng device playing audio data of described smart machine；
When described hardware operation control information includes the content information that request display screen shows, control described smart machine and described content information is displayed by described display screen.
In one embodiment, described smart machine is provided with first communication module；Described peripheral hardware is provided with second communication module；
When current system is the first operating system, described smart machine uses the first communication module in smart machine and mobile communications network communication；
When current system is the second operating system, described smart machine controls the second communication module in module use peripheral hardware and mobile communications network communication by operating in the second operating system in smart machine.
In one embodiment, described outer it is set to the peripheral hardware without input-output equipment；Or it is the peripheral hardware with keyboard；Or it is the peripheral hardware with mike；Or it is the peripheral hardware with speaker；Or it is the peripheral hardware with photographic head.
A kind of peripheral hardware for smart machine, including: processor, first memory, second memory, input/output interface and power supply；
Described processor is connected respectively with described first memory, second memory, input/output interface；
Described second memory is for storing the data of the second operating system being different from or being same as the first operating system in smart machine；
Described first memory, for reading the data of described second operating system by described processor and running described second operating system from described second memory；
Described processor is connected with the controller arranged in the terminal by described interface module；
Described processor controls module by described input/output interface with the second operating system being arranged in smart machine and is connected, control the external information obtained by smart machine that module sends for receiving described second operating system by described input/output interface and process, the external information after processing is sent respectively to process after the corresponding first memory of external information or second memory；The hardware operation receiving first memory and second memory transmission controls information, after information that the hardware operation received is controlled processes, the hardware operation control information after processing is sent to described second operating system control module by described input/output interface；
Described power supply, for powering for described processor, first memory, second memory and input/output interface.
In one embodiment, described peripheral hardware farther includes: communication module；
Described processor is additionally operable to receive described second operating system by input/output interface and controls the communication instruction that the user of module transmission is inputted by described smart machine, and described communication instruction is sent to described communication module；
Described communication module is for according to described communication instruction and mobile communications network communication；
Described power supply is additionally operable to power for described communication module.
In one embodiment, described peripheral hardware also includes: wifi module and bluetooth module；
Described wifi module, is connected with described processor, is used for and wireless network transmissions data；
Described bluetooth module, is connected with described processor, for transmitting data with the external equipment with Bluetooth function.
In one embodiment, described peripheral hardware also includes: OTG module；
Described OTG module, is connected with described processor, is used for making described peripheral hardware as USB peripheral.
In one embodiment, described first memory or second memory are additionally operable to control module according to the second operating system and are sent to, by described input/output interface and processor, the data that the storage instruction storage of first memory or second memory is specified, and the data specified are read in the instruction of reading being sent to first memory or second memory by described input/output interface and processor according to the second operating system control module.
In one embodiment, the battery that power supply is predeterminated voltage in described peripheral hardware；
Described peripheral hardware may further comprise: transformator；
Described transformator, for converting the running voltage of described smart machine to by the predeterminated voltage of the power supply in peripheral hardware.
In one embodiment, described peripheral hardware farther includes: input through keyboard module；
Described input through keyboard module is connected with the processor of described smart machine by described input/output interface, for when the current system of described smart machine is the first operating system run in smart machine, the user of reception being entered through described input/output interface and is transferred to the processor of described smart machine.
In one embodiment, described input through keyboard module is further used for when the current system of described smart machine is the second operating system run in smart machine, the content information user of reception inputted is transferred to the processor of described smart machine by described input/output interface, so that the content information that described user inputs is transferred to described second operating system and controls module by the processor of described smart machine, described second operating system controls module and again the content information that described user inputs is sent to the processor in described peripheral hardware.
In one embodiment, described input through keyboard module is also connected with the processor in described peripheral hardware, for run in the first memory that current system is described peripheral hardware of described smart machine the second operating system time, the user of reception is inputted the processor being transferred in described peripheral hardware.
In one embodiment, described peripheral hardware farther includes: two ends are provided with the transmission line of data-interface.
In one embodiment, described peripheral hardware farther includes: the second operating system for being arranged in smart machine controls module, for the first switching command according to the user received using the first operating system of operating in described smart machine as the current system showing user to be operated, according to second switching command of the user received using the second operating system of operating in described peripheral hardware as the current system showing user to be operated；When being performed the operation of user by described second operating system, the external information obtained by described smart machine is supplied to the second operating system operated in described peripheral hardware；Receive the hardware operation from the second operating system in described peripheral hardware and control information, control information according to described hardware operation and control the hardware execution corresponding operating of described smart machine.
In one embodiment, the described external information obtained by described smart machine includes at least one in following information and combination in any:
User's user instruction information by the screen of described smart machine, button or input through keyboard, and/or content information；
By the image information that the photographic head of described smart machine obtains；
By the audio-frequency information that the mike of described smart machine obtains；
By the sensing data that the sensor of described smart machine obtains；
The hardware operation that the second operating system in described peripheral hardware returns controls information and includes at least one in following information and combination in any:
The information of request incoming event；
The event information of request photographic head；
The event information of request mike；
The event information of request sensor；
The event information of request speaker and the voice data of needs output；
The content information that request display screen shows；
Described according to hardware operation control information control described smart machine perform corresponding operating include:
When described hardware operation controls the information that information includes request incoming event, control described smart machine and call the input equipment in described smart machine so that user uses the input equipment input content information in described smart machine and at content information described in the display screen display of smart machine；
When described hardware operation controls the event information that information includes request photographic head, control described smart machine and call the photographic head of described smart machine and carry out image acquisition；
When described hardware operation controls the event information that information includes request mike, control described smart machine and call the mike of described smart machine and carry out audio frequency reception；
When described hardware operation controls the event information that information includes request sensor, control described smart machine and call the sensor of described smart machine and carry out information gathering；
When described hardware operation control information includes the voice data of event information and the needs output asking speaker, control described smart machine and call the Yang Sheng device playing audio data of described smart machine；
When described hardware operation control information includes the content information that request display screen shows, control described smart machine and described content information is displayed by described display screen.
As seen from the above technical solution, in embodiments of the present invention, owing to smart machine can run the first operating system, and above-mentioned peripheral hardware can run the second operating system, and control module by loading the second operating system in smart machine, such that it is able to realize switching and the process of above-mentioned two operating system on smart machine, making user is to use operating system two kinds different on smart machine sensuously, if smart machine and peripheral hardware thereof are considered as an overall intelligence system, that be then equivalent to achieve two operating systems on same machine and deposit, namely the function of a unit double system is achieved.
Additionally, owing to smart machine being provided with first communication module, and peripheral hardware is additionally provided with second communication module, and above-mentioned two communication module can independently with mobile communications network communication, if using smart machine and peripheral hardware as an overall intelligence system, then be equivalent to have two independent SIMs on a machine simultaneously, and the two SIM can be used to communicate independently, it is achieved thereby that the functions such as double-card dual-standby.
Further, the form that implements of this peripheral hardware can be arranged according to actual needs, for instance can be the peripheral hardware without input-output equipment, and now this peripheral hardware can be the form of mobile phone shell, it is also possible to for the form of similar USB flash disk；Or being the peripheral hardware with keyboard, now this peripheral hardware can be the form of keyboard；Additionally, this peripheral hardware can also be the peripheral hardware with mike, or it is the peripheral hardware with speaker, or is the peripheral hardware etc. with photographic head.
Accompanying drawing explanation
The exemplary block diagram of a kind of intelligence system in Figure 1A and Figure 1B respectively embodiment of the present invention.
Fig. 2 is the structural representation of a kind of peripheral hardware for smart machine in the embodiment of the present invention.
Fig. 3 is the exemplary process diagram of a kind of method that realizes of intelligence system in the embodiment of the present invention.
Detailed description of the invention
In the embodiment of the present invention, in order to solve the problem that smart machine can not use the application supported of other operating system except the operating system self arranged and game, it is thought of as this smart machine and a kind of external equipment (abbreviation peripheral hardware) is provided, another kind of operating system can be provided in this peripheral hardware for this smart machine.
For making technical scheme and advantage clearly understand, below in conjunction with drawings and the specific embodiments, the present invention is further detailed explanation.
The exemplary block diagram of a kind of intelligence system in Figure 1A and Figure 1B respectively embodiment of the present invention.As shown in FIG. 1A and 1B, the intelligence system in the embodiment of the present invention includes: smart machine 10 and can with smart machine 10 by being connected the peripheral hardware 20 that interface 11,21 connects.Wherein, smart machine 10 and peripheral hardware 20 can pass through wired connection, and the transmission line 23 in figure connects；Or, it is possible to by wireless connections (not shown).
Wherein, smart machine 10 runs has the first operating system and the second operating system to control module 22；Described peripheral hardware runs the second operating system.
Second operating system control module 22 for the first switching command according to the user received using the first operating system of operating in described smart machine 10 as the current system showing user to be operated, according to second switching command of the user received using the second operating system of operating in described peripheral hardware 20 as the current system showing user to be operated.
When being performed the operation of user by described first operating system, namely when presenting to current system that user is operated and being the first operating system or when the first operating system performs the operation of user on backstage, smart machine traditionally handling process carries out processing.Such as, smart machine 10 obtains external information, and is processed this external information by the first operating system, and as need to be the hardware device of self be controlled, then the first operating system directly controls each hardware device of smart machine 10.Such as, need output if any data, then export the data of required output either directly through the various outut devices in smart machine 10.
When being performed the operation of user by described second operating system, namely when presenting to current system that user is operated and being the second operating system or when the second operating system performs the operation of user on backstage, the external information that mobile terminal 10 is obtained by the second operating system control module 22 is sent to peripheral hardware 20 by connecting interface, the second operating system in peripheral hardware 20 process this external information；When the second operating system needs the hardware device using smart machine 10, second operating system controls module 22 and then receives the hardware operation control information from the second operating system in described peripheral hardware, controls information according to described hardware operation and controls the hardware execution corresponding operating of described smart machine.Such as, when having data to need to export such as the second operating system, then the output data needing output that peripheral hardware 20 sends are received, it would be desirable to the output data of output are by the various outut devices output in smart machine 10.
Wherein, the described external information obtained by smart machine 10 includes at least one in following information and combination in any: user is by the user instruction information of the screen of smart machine 10, button or input through keyboard, and/or content information；By the image information that the photographic head of smart machine 10 obtains；By the audio-frequency information that the mike of smart machine 10 obtains；By the sensing data etc. that the sensor of smart machine 10 obtains.Wherein, sensor can include any one in the sensors such as gravity sensor, GPS, gyroscope or combination in any.In one embodiment, first these external informations can be transferred to the first operating system, then it is supplied to the second operating system by the first operating system and controls module 22, second operating system control module 22 again through between smart machine 10 and peripheral hardware 20 connect interface be sent in peripheral hardware 20 run the second operating system, the second operating system process.
The hardware operation that the second operating system in described peripheral hardware 20 returns controls information and includes at least one in following information and combination in any: the information of request incoming event；The event information of request photographic head；The event information of request mike；The event information of request sensor；The event information of request speaker and the voice data of needs output；The content information etc. that request display screen shows.
Correspondingly, described control described smart machine 10 according to described control information operation and perform corresponding operating and comprise the steps that
When described control information operation includes the information of request incoming event, described smart machine 10 can be controlled and call the input equipment in described smart machine 10 so that user uses the input equipment input content information in smart machine 10 and at content information described in the display screen display of smart machine 10；In one embodiment, the second operating system control module 22 can call the input equipment in described smart machine 10 by the first operating system of smart machine 10.
When described control information operation includes the event information of request photographic head, smart machine 10 can be controlled and call the photographic head of smart machine 10 and carry out image acquisition；In one embodiment, the second operating system control module 22 can call the photographic head in described smart machine 10 by the first operating system of smart machine 10.
When described control information operation includes the event information of request mike, smart machine 10 can be controlled and call the mike of smart machine 10 and carry out audio frequency reception；In one embodiment, the second operating system control module 22 can call the mike in described smart machine 10 by the first operating system of smart machine 10.
When described control information operation includes the event information of request sensor, smart machine 10 can be controlled and call the sensor of smart machine 10 and carry out information gathering；In one embodiment, the second operating system control module 22 can call the sensor in described smart machine 10 by the first operating system of smart machine 10.
When described control information operation includes the voice data of event information and the needs output asking speaker, smart machine 10 can be controlled and call the Yang Sheng device playing audio data of smart machine 10；In one embodiment, the second operating system control module 22 can call the speaker in described smart machine 10 by the first operating system of smart machine 10.
When described control information operation includes the content information that request display screen shows, smart machine 10 can be controlled described content information is displayed by described display screen.
In one embodiment, peripheral hardware 20 can be further provided with communication module (not shown).
When current system is the second operating system, described smart machine uses the communication module in peripheral hardware and mobile communications network communication by operating in the second operating system control module 22 in smart machine.
If additionally, be also equipped with communication module in smart machine, then when current system is the first operating system, described smart machine uses communication module and the mobile communications network communication of this smart machine self.
Wherein, the form that implements of peripheral hardware 20 can be arranged according to actual needs, for instance, peripheral hardware 20 can be the peripheral hardware without input-output equipment, as shown in Figure 1A, it is possible to for the form of mobile phone shell, or can also be the form of similar USB flash disk；Or can also as shown in fig. 1b, for the peripheral hardware with keyboard, this keyboard can be the external input keyboard of smart machine 10, say, that can the external input keyboard of smart machine 10 be extended in the embodiment of the present invention；Or it is similar with it, it is also possible to for the peripheral hardware with mike；Or it is the peripheral hardware with speaker；Or it is the peripheral hardware etc. with photographic head.
Visible, in the inventive solutions, smart machine 10 runs and has the first operating system, and run in peripheral hardware 20 and have the second operating system, module 22 is controlled by loading the second operating system in smart machine 10, switching and the process of two operating systems can be realized: when user needs to use the first operating system in same intelligence system, the second operating system can be passed through and control the first operating system on the switching directly use smart machine 10 of module 22, and realize the various functions of the first operating system；And when user needs to use the second operating system, then can first pass through the second operating system control module 22 and current system is switched to the second operating system operated in described peripheral hardware 20, the external information obtained by mobile terminal smart machine 10 is (such as, user passes through input content information and the user instruction information of mobile terminal smart machine 10 input, photographic head by mobile terminal smart machine 10, receiver, external information that the various equipment such as sensor obtains etc.) it is sent to peripheral hardware 20, and this peripheral hardware 20 sent need the various output data of output (such as, image, video, the data such as sound) by the various outut devices in described smart machine 10 (such as, display screen, mike etc.) output, thus realizing the various functions of the second operating system, making user is being sensuously employ the second operating system on smart machine 10 and achieve the various functions of the second operating system.Therefore, if making smart machine 10 and peripheral hardware as a whole to consider, then that be equivalent to achieve two operating systems on same machine and deposit, namely achieve the function of a unit double system.
In the inventive solutions, described first operating system and described second operating system can be respectively: any one operating system in IOS system, android system, WindowsMobile system, WindowsPhone system, Symbian system or BlackBerryOS system；And described first operating system and described second operating system can be different operating system, it is also possible to for identical operating system.
Such as, in an example of the present invention, described first operating system can be IOS system, and described second operating system can be android system.Now, described smart machine 10 can be the mobile terminal that Apple produces, such as the mobile phone of iPhone series；Or can also for products such as iPad, the iPadPro of Apple's production.
It addition, in the inventive solutions, the second operating system is controlled module 22 and can also be realized by the mode of various hardware or software.
Such as, in one embodiment of the invention, the second operating system control module 22 can show user with the form of an application arranging and being arranged in smart machine 10.Such as, when the first operating system run in smart machine 10 is IOS system, described second operating system controls module 22 can show as an IOSAPP, i.e. a native applications operated in IOS system.
Now, when user opens this IOSAPP, current system just can be switched to the second operating system android system, such that it is able at smart machine (such as, it is provided with the mobile phone of the iPhone series of IOS system, may be simply referred to as iPhone mobile phone, lower with) display screen on directly display actual motion android system in peripheral hardware 20.The now experience of user is completely just as using a real smart machine having run android system, and it can realize most of function of Android phone, for instance call, note, online, installation application and game etc..
And when this IOSAPP is closed or puts into backstage by user, it is possible to current system is switched to the first operating system IOS system, thus being returned to IOS system.Therefore, for a user, realizing dual system switching on smart machine is exactly open and close an APP to apply so simple.It is additionally, since the first above-mentioned operating system and the second operating system is run simultaneously, be therefore a real unit double system.
Additionally, above-mentioned for intelligence system by using, it is also possible that the android system operated in peripheral hardware 20 directly accesses the various types of hardware resource on smart machine 10, for instance GPU, display screen, touch screen (Touch), physical button, photographic head, mike, receiver, put outward, various sensors etc..So, it is identical that the Android that above-mentioned peripheral hardware 20 can be provided by experiences the experience with the real smart machine running and having android system.
Such as, current system be the second operating system (such as, android system) time, described peripheral hardware 20 can will need to be sent to the data (i.e. a kind of output data needing output) of physical screen, it is sent to above-mentioned IOSAPP (namely the second operating system controls module 22) by connecting interface, this IOSAPP is shown in described smart machine 10 (such as to after the above-mentioned decoding data needing to be sent to physical screen, iPhone mobile phone) display screen on, so that instead of in the second operating system operated in described peripheral hardware 20 physical screen shown needed for output data with the display screen of this smart machine 10.
Again such as, current system be the second operating system (such as, android system) time, peripheral hardware 20 can will need the event of request photographic head in second operating system, it is sent to above-mentioned IOSAPP (namely the second operating system controls module 22) by the interface that connects between smart machine 10 and peripheral hardware 20, this IOSAPP will to smart machine 10 (such as, iPhone mobile phone) in real photographic head call, and by the data of photographic head reception or generation (such as, raw data) it is sent to above-mentioned peripheral hardware 20 by the connection interface between smart machine 10 and peripheral hardware 20, so that the second operating system run in described peripheral hardware 20 can normally use the photographic head in smart machine 10.Therefore, described peripheral hardware 20 can be not provided with photographic head, but use the photographic head in smart machine 10.
Again such as, current system be the second operating system (such as, android system) time, peripheral hardware 20 by needing the event of request speaker in the second operating system and can need the voice data of output, it is sent to above-mentioned IOSAPP (namely the second operating system controls module 22) by the interface that connects between smart machine 10 and peripheral hardware 20, this IOSAPP will to smart machine 10 (such as, iPhone mobile phone) in real speaker call, and the voice data exported by peripheral hardware 20 is by the speaker output in smart machine 10, so that described second operating system can normally use the speaker playing audio-fequency data in smart machine 10.Therefore, described peripheral hardware 20 can be not provided with speaker, but use the speaker in smart machine 10.
Again such as, current system be the second operating system (such as, android system) time, described peripheral hardware 20 can will need the event of request mike in second operating system, it is sent to above-mentioned IOSAPP (namely the second operating system controls module 22) by the interface that connects between smart machine 10 and peripheral hardware 20, this IOSAPP will to smart machine 10 (such as, iPhone mobile phone) in real mike call, and by the data of microphones or generation (such as, voice data) it is sent to peripheral hardware 20 by the connection interface between smart machine 10 and peripheral hardware 20, so that the second operating system run in peripheral hardware 20 can normally use the mike in smart machine 10.Therefore, described peripheral hardware 20 can be not provided with mike, but use the mike in smart machine 10.
Again such as, current system be the second operating system (such as, android system) time, described IOSAPP (namely the second operating system controls module 22) can read described smart machine 10 (such as, iPhone mobile phone) in various sensors (such as, gravity sensor, GPS, gyroscope etc.) acquired sensing data, and the sensing data read is sent to above-mentioned peripheral hardware 20 by the connection interface between smart machine 10 and peripheral hardware 20, so that the sensing data received can be write in described second operating system by the second operating system run in described peripheral hardware 20 as virtual-sensor.Therefore, described peripheral hardware 20 can be not provided with sensor, but use the various sensors in smart machine 10.
Again such as, current system be the second operating system (such as, android system) time, if needing user to input information, then peripheral hardware 20 can will need the event of request input in second operating system, it is sent to above-mentioned IOSAPP (namely the second operating system controls module 22) by the interface that connects between smart machine 10 and peripheral hardware 20, this IOSAPP will to smart machine 10 (such as, iPhone mobile phone) in input equipment call, make user can use the input information of the input equipment input information in smart machine 10 the display screen display user at smart machine 10；Then, the input information of user is sent to peripheral hardware 20 by the connection interface between smart machine 10 and peripheral hardware 20 by this IOSAPP, in the second operating system that input runs in peripheral hardware 20.Therefore, described peripheral hardware 20 can not use the input method of the second operating system (such as, android system), but use the input method in mobile terminal.
Again such as, current system be the second operating system (such as, android system) time, if needing user to carry out touch-screen input, then described IOSAPP (namely the second operating system controls module 22) can read described smart machine 10 (such as, iPhone mobile phone) in touch screen event touchscreen data (such as, pressure, the data such as position), and the touchscreen data read is sent to above-mentioned peripheral hardware 20 by the connection interface between smart machine 10 and peripheral hardware 20, so that the second operating system run in described peripheral hardware 20 can simulate the touch screen event in smart machine 10 according to the touchscreen data received.
It addition, in the inventive solutions, it is not only able to realize the function of an above-mentioned unit double system, it is also possible to realize the functions such as double-card dual-standby.
Such as, in one particular embodiment of the present invention, described smart machine 10 is provided with first communication module；Described peripheral hardware 20 is provided with second communication module.
When current system is the first operating system, smart machine 10 receives the communication instruction of user's input, and the communication instruction according to user's input uses the first communication module in smart machine 10 and mobile communications network communication；
When current system is the second operating system, second operating system control module 22 controls the communication instruction of user's input that it is received by smart machine 10 and is sent to peripheral hardware 20 by the connection interface between smart machine 10 and peripheral hardware 20, and the communication instruction according to user's input uses the second communication module in peripheral hardware 20 and mobile communications network communication.
It can thus be appreciated that, when user need to use communication module communicates with mobile communications network in smart machine 10 time, module 22 can be controlled by described second operating system and be switched to the first operating system, now can directly use smart machine 10 and mobile communications network communication；And when the communication module that user is desirable in peripheral hardware communicates, then can control module 22 by described second operating system is switched to the second operating system, peripheral hardware 20 and mobile communications network communication now can be used.
Owing to first communication module and second communication module all will arrange independent SIM, if therefore smart machine 10 and peripheral hardware being made as a whole, then be equivalent to have two independent SIMs on a machine simultaneously, and the two SIM can be used to communicate independently, it is achieved thereby that the functions such as double-card dual-standby.
In the further embodiment of the present invention, smart machine 10 can also be the equipment such as iPad or iPadPro, correspondingly peripheral hardware 20 can be the similar above-mentioned peripheral hardware without input-output equipment, it is also possible to for the peripheral hardware with keyboard being synthesized together with the keyboard input devices of iPadPro.Additionally, for other application, peripheral hardware 20 can also adopt other version.
When smart machine 10 is the equipment such as iPad or iPadPro, except can realizing above-mentioned dual system, when peripheral hardware 20 includes communication module, when current system is the second operating system, smart machine 10 can also pass through the communication module in peripheral hardware 20 and mobile communications network communication.
Fig. 2 is the structural representation of the peripheral hardware for smart machine in the embodiment of the present invention.As shown in Figure 2, in one embodiment of the invention, described peripheral hardware 20 comprises the steps that processor 201, first memory 202, second memory 203, communication module 204, power supply 205 and input/output interface 21 (this input/output interface 21 can as the connection interface 21 in Figure 1A and Figure 1B).Or, in certain embodiments, peripheral hardware 20 also may not include above-mentioned communication module 204.
Wherein, described processor 201 is connected respectively with described first memory 202, second memory 203, communication module 204 and input/output interface 21；Described processor 201 controls module 22 by the interface 11 of described input/output interface 21 and smart machine with the second operating system being arranged in smart machine and is connected.
Described second memory 203 can be ROM (Read-OnlyMemory), can be used for storing the data of described second operating system.
Described first memory 202 can be RAM (Random-AccessMemory), can be used for reading the data of described second operating system from described second memory 203 by described processor 201 and running described second operating system.
Described processor 201 receives described second operating system by input/output interface 21 and controls the external information obtained by smart machine 10 that module 22 sends and process, the external information after processing is sent respectively to process after the corresponding first memory 202 of external information, second memory 203 or communication module 204；Receive the hardware operation control information that first memory 202, second memory 203 or communication module 204 send, after information that the hardware operation received is controlled processes, the hardware operation control information after processing is sent to described second operating system control module by described input/output interface.Such as, the data needing output that first memory 202, second memory 203 or communication module 204 send can be received, after the data needing output received are processed, it is sent to described second operating system as the output data needing output by input/output interface 21 and controls module 22；It is additionally operable to receive described second operating system by input/output interface 21 and controls the communication instruction that the user of module 22 transmission is inputted by smart machine 10, and described communication instruction is sent to described communication module 204.
Described communication module 204, for according to described communication instruction and mobile communications network communication (including the function that voice communication, note etc. are realized by mobile communications network).
Described power supply 205, for powering for described processor 201, first memory 202, second memory 203, communication module 204 and input/output interface 21.
In other embodiments of the invention, first memory 202 and second memory 203 can also be other type of memorizer.Additionally, in another embodiment of the present invention, first memory 202 and second memory 203 can also be same memorizer.
It addition, in another specific embodiment of the present invention, peripheral hardware 20 also can farther include: wifi module 206.
Described wifi module 206, is connected with described processor 201, is used for and wireless network transmissions data.
It addition, in another specific embodiment of the present invention, described peripheral hardware 20 also can farther include: bluetooth module 207.
Described bluetooth module 207, is connected with described processor 201, for transmitting data with the external equipment with Bluetooth function.
It addition, in another specific embodiment of the present invention, described peripheral hardware 20 also can farther include: OTG module 208.
Described OTG module 208, is connected with described processor 201, is used for making described peripheral hardware 20 as USB peripheral.
It addition, in one embodiment of the invention, described peripheral hardware 20 can further include: the two ends for connecting the interface 11 of the input/output interface 21 of described peripheral hardware 20 and smart machine 10 are provided with the transmission line 23 of data-interface 231.Therefore, the data-interface 231 of one end of transmission line 23 is connected with input/output interface 21 on host peripheral 20, and the data-interface 231 of the other end of transmission line 23 is then connected with the interface 11 on smart machine 10.
In one particular embodiment of the present invention, can there be two communication links between peripheral hardware 20 and smart machine 10: data link and message link.
Wherein, input/output interface 21 on peripheral hardware 20 is (such as, MicroUsb interface) transmission line can be passed through with the connection interface 11 on smart machine 10 (such as, Lighning interface on iPhone mobile phone) it is connected, as main data link, now, can on the basis of above-mentioned physical connection, by Microsoft Loopback Adapter, set up TCP/IP and connect, as communication protocol.It addition, this link is also also used as power link simultaneously.Therefore, this link have data transmission and charging difunctional.
It addition, the bluetooth module in peripheral hardware 20 can set up wireless connections with the bluetooth module in smart machine 10 (such as, iPhone mobile phone), thus setting up corresponding message link, as the path of the information such as message and signaling.
In addition, in one embodiment of the invention, described first memory or second memory, can be additionally used in and be sent to, by connecting interface & processor, the data that the storage instruction storage of first memory or second memory is specified according to the second operating system control module 22, and can read, according to the reading instruction that the second operating system control module 22 is sent to first memory or second memory by connection interface & processor, the data specified.
Therefore, the control of module 22 is controlled by the second operating system, it is possible to make two operating systems can access in main frame or first memory or second memory, thus being equivalent to the memory space directly extending on smart machine.
Additionally, in one embodiment of the invention, the power supply 205 in described peripheral hardware 20 can be the battery of predeterminated voltage；Described peripheral hardware 20 also can farther include: transformator 209.
Described transformator 209, for converting the running voltage of described smart machine 10 to by the predeterminated voltage of the power supply 205 in peripheral hardware 20.
Such as, in one embodiment of the invention, power supply 205 in described peripheral hardware 20 can be the high capacity cell of a 3.7V, and the voltage of the 3.7V of the power supply 205 in peripheral hardware 20 can be converted to the voltage of 5V by described transformator 209, i.e. the running voltage of smart machine 10.
Therefore, the power supply 205 in above-mentioned peripheral hardware 20 can be powered to two operating systems, namely can outwards set 20 power supplies, it is also possible to power to smart machine 10, thus being equivalent to be directly expanded to for the portable power source of smart machine 10 this power supply 205.
It addition, in yet another embodiment of the present invention, the external form of described peripheral hardware 20 can need to pre-set according to practical application.Such as, in various embodiments of the present invention, the external form of peripheral hardware 20 can be the peripheral hardware without input-output equipment, for instance for the form of mobile phone shell, consequently facilitating the connection firm with mobile terminal, and can also provide certain protection for mobile terminal.Or can also be the form etc. of similar USB flash disk.
Certainly, in the inventive solutions, the external form of described peripheral hardware can also be the external equipment independent of described smart machine 10 of other form, for instance, it is possible to for the peripheral hardware with keyboard, now this peripheral hardware can be the form of keyboard；Additionally, this peripheral hardware can also be the peripheral hardware with mike, or it is the peripheral hardware with speaker, or is the peripheral hardware etc. with photographic head.The present invention is to this and is not limited as.
To be set to example with the outer of keyboard, now this peripheral hardware also can farther include: input through keyboard module (not shown).
Described input through keyboard module can be passed through described input/output interface and be connected with the processor of described smart machine, for when the current system of described smart machine is the first operating system run in smart machine, the user of reception being entered through described input/output interface and is transferred to the processor of described smart machine.
In one embodiment, described input through keyboard module is further used for when the current system of described smart machine is the second operating system run in smart machine, the content information user of reception inputted is transferred to the processor of described smart machine by described input/output interface, so that the content information that described user inputs is transferred to described second operating system and controls module by the processor of described smart machine, described second operating system controls module and again the content information that described user inputs is sent to the processor in described peripheral hardware.
Or, in another embodiment, described input through keyboard module also can be connected with the processor in described peripheral hardware further, for when the current system of described smart machine is the second operating system run in described peripheral hardware, the user of reception inputting the processor being transferred in described peripheral hardware.
Fig. 3 is the exemplary process diagram of a kind of method that realizes of intelligence system in the embodiment of the present invention.The method can be used for the intelligence system realized shown in Figure 1A or Figure 1B.As it is shown on figure 3, the method can comprise the steps:
Step 301, has the peripheral hardware of the second operating system to be connected running the smart machine having the first operating system with running, and loads the second operating system control module in described smart machine.
Wherein, described first operating system and described second operating system can be respectively as follows: any one operating system in IOS system, android system, WindowsMobile system, WindowsPhone system, Symbian system or BlackBerryOS system.Described first operating system and described second operating system are different operating system or identical operating system.
Step 302, control module by described second operating system and receive first switching command of user using the first operating system of operating in described mobile terminal as the current system showing user to be operated, or receive second switching command of user using the second operating system of operating in described peripheral hardware as the current system showing user to be operated.
Step 303, when being performed the operation of user by described second operating system, is controlled module by described second operating system and the external information obtained by described smart machine is supplied to the second operating system operated in described peripheral hardware；Receive the hardware operation from the second operating system in described peripheral hardware and control information, control information according to described hardware operation and control the hardware execution corresponding operating of described smart machine.
Wherein, the described external information obtained by smart machine includes at least one in following information and combination in any: user's user instruction information by the screen of smart machine, button or input through keyboard, and/or content information；By the image information that the photographic head of smart machine obtains；By the audio-frequency information that the mike of smart machine obtains；By the sensing data etc. that the sensor of smart machine obtains.Wherein, sensor can include any one in the sensors such as gravity sensor, GPS, gyroscope or combination in any.In one embodiment, first these external informations can be transferred to the first operating system, then it is supplied to the second operating system by the first operating system and controls module, second operating system control module again through between smart machine and peripheral hardware connect interface be sent in peripheral hardware run the second operating system, the second operating system process.
The hardware operation that the second operating system in described peripheral hardware returns controls information and includes at least one in following information and combination in any: the information of request incoming event；The event information of request photographic head；The event information of request mike；The event information of request sensor；The event information of request speaker and the voice data of needs output；The content information etc. that request display screen shows.
Correspondingly, described according to described control information operation control described smart machine perform corresponding operating comprise the steps that
When described control information operation includes the information of request incoming event, described smart machine can be controlled and call the input equipment in described smart machine so that user uses the input equipment input content information in smart machine and at content information described in the display screen display of smart machine；In one embodiment, the second operating system control module can call the input equipment in described smart machine by the first operating system of smart machine.
When described control information operation includes the event information of request photographic head, smart machine can be controlled and call the photographic head of smart machine and carry out image acquisition；In one embodiment, the second operating system control module can call the photographic head in described smart machine by the first operating system of smart machine.
When described control information operation includes the event information of request mike, smart machine can be controlled and call the mike of smart machine and carry out audio frequency reception；In one embodiment, the second operating system control module can call the mike in described smart machine by the first operating system of smart machine.
When described control information operation includes the event information of request sensor, smart machine can be controlled and call the sensor of smart machine and carry out information gathering；In one embodiment, the second operating system control module can call the sensor in described smart machine by the first operating system of smart machine.
When described control information operation includes the voice data of event information and the needs output asking speaker, smart machine can be controlled and call the Yang Sheng device playing audio data of smart machine；In one embodiment, the second operating system control module can call the speaker in described smart machine by the first operating system of smart machine.
When described control information operation includes the content information that request display screen shows, smart machine can be controlled described content information is displayed by described display screen.
In one embodiment, peripheral hardware can be further provided with communication module.
When current system is the second operating system, described smart machine controls the communication module in module use peripheral hardware and mobile communications network communication by operating in the second operating system in smart machine.
If additionally, be also equipped with communication module in smart machine, then when current system is the first operating system, described smart machine uses communication module and the mobile communications network communication of this smart machine self.
Wherein, the form that implements of peripheral hardware can be arranged according to actual needs, for instance, peripheral hardware can be the peripheral hardware without input-output equipment, it is possible to for the form of mobile phone shell, or can also be the form of similar USB flash disk；Or can also being the peripheral hardware with keyboard, this keyboard can be the external input keyboard of smart machine, say, that can the external input keyboard of smart machine be extended in the embodiment of the present invention；Or it is similar with it, it is also possible to for the peripheral hardware with mike；Or it is the peripheral hardware with speaker；Or it is the peripheral hardware etc. with photographic head.
In sum, in the inventive solutions, owing to smart machine can run the first operating system, and above-mentioned peripheral hardware can run the second operating system, and module can be controlled by the second operating system being carried in smart machine and realize the switching of above-mentioned two operating system, making user is to use operating system two kinds different on smart machine sensuously, if making smart machine and peripheral hardware as a whole to consider, that be then equivalent to achieve two operating systems on same machine and deposit, namely the function of a unit double system is achieved.Additionally, when being this mobile terminal of mobile phone due to smart machine, it is provided with first communication module, and when peripheral hardware is additionally provided with second communication module, above-mentioned two communication module can independently with mobile communications network communication, if making as a whole by smart machine and peripheral hardware, be then equivalent to have two independent SIMs on a machine simultaneously, and the two SIM can be used to communicate independently, it is achieved thereby that the functions such as double-card dual-standby.It is additionally, since and can be realized the functions such as a unit double system and double-card dual-standby by above-mentioned peripheral hardware, be therefore equivalent to carry two smart machines, and carry two smart machines than simultaneously more convenient.
Further, since two operating systems can access the ROM in main frame, therefore also correspond to the memory space directly extending on smart machine；It is additionally, since the power supply in peripheral hardware to power to peripheral hardware, it is also possible to power to smart machine, thus also corresponding to be directly expanded to this power supply the portable power source for smart machine.
In addition, the various types of hardware resource on smart machine can be directly accessed due to the second operating system in peripheral hardware, such as GPU, display screen, touch screen (Touch), physical button, photographic head, mike, receiver, put outward, various sensors etc., therefore peripheral hardware can be not provided with above-mentioned hardware resource, such that it is able to be substantially reduced the production cost of peripheral hardware.
It addition, in some embodiments, it can also be the application program being built in smart machine in advance that above-mentioned second operating system controls module.In some embodiments, it can also be the assembly with described peripheral hardware together supporting sale that the second above-mentioned operating system controls module.Such as, it can be the program application being stored in peripheral hardware that this second operating system controls module, and when this peripheral hardware is connected with smart machine, the program application stating the second operating system control module in this peripheral hardware is loaded in smart machine.Or, it can also be the program application being stored in background server and loading from background server that this second operating system controls module.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within the scope of protection of the invention.

Claims (22)

1. an intelligence system, it is characterised in that including a: smart machine and can with described smart machine by being connected the peripheral hardware that interface connects；
Described smart machine runs has the first operating system and the second operating system to control module；Described peripheral hardware runs the second operating system；
Described second operating system control module for according to first switching command of the user received using the first operating system of operating in described smart machine as the current system showing user to be operated, according to second switching command of the user received using the second operating system of operating in described peripheral hardware as the current system showing user to be operated；When being performed the operation of user by described second operating system, the external information obtained by described smart machine is supplied to the second operating system operated in described peripheral hardware；Receive the hardware operation from the second operating system in described peripheral hardware and control information, control information according to described hardware operation and control the hardware execution corresponding operating of described smart machine.
2. system according to claim 1, it is characterized in that, described first operating system and described second operating system are respectively as follows: any one operating system in IOS system, android system, WindowsMobile system, WindowsPhone system, Symbian system or BlackBerryOS system；
Described first operating system and described second operating system are different operating system or identical operating system.
3. system according to claim 1, it is characterised in that the described external information obtained by described smart machine includes at least one in following information and combination in any:
User's user instruction information by the screen of described smart machine, button or input through keyboard, and/or content information；
By the image information that the photographic head of described smart machine obtains；
By the audio-frequency information that the mike of described smart machine obtains；
By the sensing data that the sensor of described smart machine obtains；
The hardware operation that the second operating system in described peripheral hardware returns controls information and includes at least one in following information and combination in any:
The information of request incoming event；
The event information of request photographic head；
The event information of request mike；
The event information of request sensor；
The event information of request speaker and the voice data of needs output；
The content information that request display screen shows；
Described according to hardware operation control information control described smart machine perform corresponding operating include:
When described hardware operation controls the information that information includes request incoming event, control described smart machine and call the input equipment in described smart machine so that user uses the input equipment input content information in described smart machine and at content information described in the display screen display of smart machine；
When described hardware operation controls the event information that information includes request photographic head, control described smart machine and call the photographic head of described smart machine and carry out image acquisition；
When described hardware operation controls the event information that information includes request mike, control described smart machine and call the mike of described smart machine and carry out audio frequency reception；
When described hardware operation controls the event information that information includes request sensor, control described smart machine and call the sensor of described smart machine and carry out information gathering；
When described hardware operation control information includes the voice data of event information and the needs output asking speaker, control described smart machine and call the Yang Sheng device playing audio data of described smart machine；
When described hardware operation control information includes the content information that request display screen shows, control described smart machine and described content information is displayed by described display screen.
4. system according to claim 1, it is characterised in that be provided with communication module in described peripheral hardware；
When current system is the second operating system, described smart machine controls the communication module in module use peripheral hardware and mobile communications network communication by operating in the second operating system in smart machine.
5. system according to any one of claim 1 to 4, it is characterised in that be set to the peripheral hardware without input-output equipment outside described；Or it is the peripheral hardware with keyboard；Or it is the peripheral hardware with mike；Or it is the peripheral hardware with speaker；Or it is the peripheral hardware with photographic head.
6. an intelligence system realize method, it is characterised in that including:
There is the peripheral hardware of the second operating system to be connected running the smart machine having the first operating system with running, and in described smart machine, load the second operating system control module；
Control module by described second operating system and receive first switching command of user using the first operating system of operating in described mobile terminal as the current system showing user to be operated, or receive second switching command of user using the second operating system of operating in described peripheral hardware as the current system showing user to be operated；
When being performed the operation of user by described second operating system, control module by described second operating system and the external information obtained by described smart machine is supplied to the second operating system operated in described peripheral hardware；Receive the hardware operation from the second operating system in described peripheral hardware and control information, control information according to described hardware operation and control the hardware execution corresponding operating of described smart machine.
7. method according to claim 6, it is characterized in that, described first operating system and described second operating system are respectively as follows: any one operating system in IOS system, android system, WindowsMobile system, WindowsPhone system, Symbian system or BlackBerryOS system；
Described first operating system and described second operating system are different operating system or identical operating system.
8. method according to claim 6, it is characterised in that the described external information obtained by described smart machine includes at least one in following information and combination in any:
User's user instruction information by the screen of described smart machine, button or input through keyboard, and/or content information；
By the image information that the photographic head of described smart machine obtains；
By the audio-frequency information that the mike of described smart machine obtains；
By the sensing data that the sensor of described smart machine obtains；
The hardware operation that the second operating system in described peripheral hardware returns controls information and includes at least one in following information and combination in any:
The information of request incoming event；
The event information of request photographic head；
The event information of request mike；
The event information of request sensor；
The event information of request speaker and the voice data of needs output；
The content information that request display screen shows；
Described according to hardware operation control information control described smart machine perform corresponding operating include:
When described hardware operation controls the information that information includes request incoming event, control described smart machine and call the input equipment in described smart machine so that user uses the input equipment input content information in described smart machine and at content information described in the display screen display of smart machine；
When described hardware operation controls the event information that information includes request photographic head, control described smart machine and call the photographic head of described smart machine and carry out image acquisition；
When described hardware operation controls the event information that information includes request mike, control described smart machine and call the mike of described smart machine and carry out audio frequency reception；
When described hardware operation controls the event information that information includes request sensor, control described smart machine and call the sensor of described smart machine and carry out information gathering；
When described hardware operation control information includes the voice data of event information and the needs output asking speaker, control described smart machine and call the Yang Sheng device playing audio data of described smart machine；
When described hardware operation control information includes the content information that request display screen shows, control described smart machine and described content information is displayed by described display screen.
9. method according to claim 6, it is characterised in that be provided with first communication module in described smart machine；Described peripheral hardware is provided with second communication module；
When current system is the first operating system, described smart machine uses the first communication module in smart machine and mobile communications network communication；
When current system is the second operating system, described smart machine controls the second communication module in module use peripheral hardware and mobile communications network communication by operating in the second operating system in smart machine.
10. the method according to any one of claim 6 to 9, it is characterised in that be set to the peripheral hardware without input-output equipment outside described；Or it is the peripheral hardware with keyboard；Or it is the peripheral hardware with mike；Or it is the peripheral hardware with speaker；Or it is the peripheral hardware with photographic head.
11. the peripheral hardware for smart machine, it is characterised in that including: processor, first memory, second memory, input/output interface and power supply；
Described processor is connected respectively with described first memory, second memory, input/output interface；
Described second memory is for storing the data of the second operating system being different from or being same as the first operating system in smart machine；
Described first memory, for reading the data of described second operating system by described processor and running described second operating system from described second memory；
Described processor controls module by described input/output interface with the second operating system being arranged in smart machine and is connected, control the external information obtained by smart machine that module sends for receiving described second operating system by described input/output interface and process, the external information after processing is sent respectively to process after the corresponding first memory of external information or second memory；The hardware operation receiving first memory and second memory transmission controls information, after information that the hardware operation received is controlled processes, the hardware operation control information after processing is sent to described second operating system control module by described input/output interface；
Described power supply, for powering for described processor, first memory, second memory and input/output interface.
12. peripheral hardware according to claim 11, it is characterised in that described peripheral hardware farther includes: communication module；
Described processor is additionally operable to receive described second operating system by input/output interface and controls the communication instruction that the user of module transmission is inputted by described smart machine, and described communication instruction is sent to described communication module；
Described communication module is for according to described communication instruction and mobile communications network communication；
Described power supply is additionally operable to power for described communication module.
13. peripheral hardware according to claim 12, it is characterised in that also include in described main frame: WIFI module and/or bluetooth module；
Described WIFI module is connected with described processor, is used for and wireless network transmissions data；
Described bluetooth module is connected with described processor, for transmitting data with the external equipment with Bluetooth function.
14. peripheral hardware according to claim 12, it is characterised in that also include in described peripheral hardware: OTG module；
Described OTG module is connected with described processor, is used for making described peripheral hardware as USB peripheral.
15. peripheral hardware according to claim 12, it is characterised in that:
Described first memory or second memory are additionally operable to control module according to the second operating system and are sent to, by described input/output interface and processor, the data that the storage instruction storage of first memory or second memory is specified, and the data specified are read in the instruction of reading being sent to first memory or second memory by described input/output interface and processor according to the second operating system control module.
16. peripheral hardware according to claim 12, it is characterised in that:
Power supply in described peripheral hardware is the battery of predeterminated voltage；
Described peripheral hardware may further comprise: transformator；
Described transformator for converting the running voltage of described smart machine to by the predeterminated voltage of the power supply in described peripheral hardware.
17. peripheral hardware according to claim 12, it is characterised in that described peripheral hardware farther includes: input through keyboard module；
Described input through keyboard module is connected with the processor of described smart machine by described input/output interface, for when the current system of described smart machine is the first operating system run in smart machine, the user of reception being entered through described input/output interface and is transferred to the processor of described smart machine.
18. peripheral hardware according to claim 17, it is characterized in that, described input through keyboard module is further used for when the current system of described smart machine is the second operating system run in smart machine, the content information user of reception inputted is transferred to the processor of described smart machine by described input/output interface, so that the content information that described user inputs is transferred to described second operating system and controls module by the processor of described smart machine, described second operating system controls module and again the content information that described user inputs is sent to the processor in described peripheral hardware.
19. peripheral hardware according to claim 17, it is characterized in that, described input through keyboard module is also connected with the processor in described peripheral hardware, for run in the first memory that current system is described peripheral hardware of described smart machine the second operating system time, the user of reception is inputted the processor being transferred in described peripheral hardware.
20. the peripheral hardware according to any one of claim 11 to 19, it is characterised in that described peripheral hardware farther includes: two ends are provided with the transmission line of data-interface.
21. the peripheral hardware according to any one of claim 11 to 19, it is characterized in that, described peripheral hardware farther includes: the second operating system for being arranged in smart machine controls module, for the first switching command according to the user received using the first operating system of operating in described smart machine as the current system showing user to be operated, according to second switching command of the user received using the second operating system of operating in described peripheral hardware as the current system showing user to be operated；When being performed the operation of user by described second operating system, the external information obtained by described smart machine is supplied to the second operating system operated in described peripheral hardware；Receive the hardware operation from the second operating system in described peripheral hardware and control information, control information according to described hardware operation and control the hardware execution corresponding operating of described smart machine.
22. peripheral hardware according to claim 21, it is characterised in that the described external information obtained by described smart machine includes at least one in following information and combination in any:
User's user instruction information by the screen of described smart machine, button or input through keyboard, and/or content information；
By the image information that the photographic head of described smart machine obtains；
By the audio-frequency information that the mike of described smart machine obtains；
By the sensing data that the sensor of described smart machine obtains；
The hardware operation that the second operating system in described peripheral hardware returns controls information and includes at least one in following information and combination in any:
The information of request incoming event；
The event information of request photographic head；
The event information of request mike；
The event information of request sensor；
The event information of request speaker and the voice data of needs output；
The content information that request display screen shows；
Described according to hardware operation control information control described smart machine perform corresponding operating include:
When described hardware operation controls the information that information includes request incoming event, control described smart machine and call the input equipment in described smart machine so that user uses the input equipment input content information in described smart machine and at content information described in the display screen display of smart machine；
When described hardware operation controls the event information that information includes request photographic head, control described smart machine and call the photographic head of described smart machine and carry out image acquisition；
When described hardware operation controls the event information that information includes request mike, control described smart machine and call the mike of described smart machine and carry out audio frequency reception；
When described hardware operation controls the event information that information includes request sensor, control described smart machine and call the sensor of described smart machine and carry out information gathering；
When described hardware operation control information includes the voice data of event information and the needs output asking speaker, control described smart machine and call the Yang Sheng device playing audio data of described smart machine；
When described hardware operation control information includes the content information that request display screen shows, control described smart machine and described content information is displayed by described display screen.
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