WO2012079484A1 - 系统状态控制方法及便携终端 - Google Patents
系统状态控制方法及便携终端 Download PDFInfo
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- WO2012079484A1 WO2012079484A1 PCT/CN2011/083640 CN2011083640W WO2012079484A1 WO 2012079484 A1 WO2012079484 A1 WO 2012079484A1 CN 2011083640 W CN2011083640 W CN 2011083640W WO 2012079484 A1 WO2012079484 A1 WO 2012079484A1
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- state information
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; 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
- G06F9/44—Arrangements for executing specific programs
- G06F9/448—Execution paradigms, e.g. implementations of programming paradigms
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
- G06F13/38—Information transfer, e.g. on bus
- G06F13/382—Information transfer, e.g. on bus using universal interface adapter
- G06F13/385—Information transfer, e.g. on bus using universal interface adapter for adaptation of a particular data processing system to different peripheral devices
Definitions
- the present application relates to the field of communications technologies, and in particular, to a system state control method and a portable terminal. Background technique
- a hybrid system with a hybrid system architecture where a hybrid system refers to two (including two) systems or more. For example, based on an existing system, embedded in at least another system (including another PC system or embedded) Systems, etc.) Different systems can work together, share information and equipment, and leverage their strengths.
- Portable terminals of the existing common hybrid system architecture usually integrate a main system or a first system (for example, Win7) and a slave system or a second system (for example, Android), and a keyboard can be shared between the master system and the slave system, NICs, displays, storage devices, Audio, etc., and can be joined and separated at the mechanism and interface. In the separation, both systems can work independently, and two systems can work together in the collection.
- the display screen is integrated on the slave system when separated, and the keyboard, audio, storage system, etc. are integrated on the host system when separated, and the master system and the slave system can work together in combination. They can work independently of each other.
- the display is used by the slave system.
- the display can be used by the master system or from either side of the system.
- the purpose of the embodiment of the present application is to provide a system state control method and a portable terminal, so as to solve the problem that the system state cannot meet the actual usage requirements of the user when the main system and the slave system are combined or used in the prior art.
- the embodiment of the present application provides the following technical solutions:
- a system state control method is applied to a portable terminal including a first system and a second system,
- the first system has a first interface
- the second system has a second interface, where the first system and the second system are joined or separated by the first interface
- the method includes: When the first system and the second system enter the engaged state from the separated state, the first system and the second system exchange respective system state information;
- the first system and the second system control the system state according to the predetermined policy according to the system status information.
- the first system and the second system control the system status according to the predetermined policy according to the system status information, including:
- the first system controls its own system state according to a predetermined policy according to its own system state information and system state information of the second system;
- the second system controls its own system state according to a predetermined policy according to its own system state information and system state information of the first system.
- the first system and the second system control the system status according to the predetermined policy according to the system status information, including:
- the first system controls its own system state according to a predetermined policy according to its own system state information and system state information of the second system, and controls the system state of the second system;
- the second system controls its own system state according to a predetermined policy according to its own system state information and system state information of the first system, and controls the system state of the first system.
- the predetermined strategy includes:
- the same system state includes being in the working state at the same time, or At the same time in a non-working state;
- the system in the non-working state automatically enters the working state after entering the engaged state.
- a system state control method is applied to a portable terminal including a first system having a first interface, the second system having a second interface, the first system and the second system
- the first interface and the second interface are engaged or disengaged by the first interface
- the method includes: when the first system and the second system are in an engaged state, the first system and the second system interact according to preset conditions. Their respective system status information; When the first system and the second system enter the separated state from the engaged state, the first system and the second system control the system state according to the predetermined policy according to the system state information.
- the first system and the second system interacting with each other according to a preset condition include: the first system and the second system exchange respective system state information according to a predetermined time interval; or
- the first system and the second system interact with each other in real time; or
- the first system and the second system control the system status according to the predetermined policy according to the system status information, including:
- the first system controls its own system state according to a predetermined policy according to its own system state information and system state information of the second system;
- the second system controls its own system state according to a predetermined policy according to its own system state information and system state information of the first system.
- the first system and the second system control the system status according to the predetermined policy according to the system status information, including:
- the first system controls its own system state according to a predetermined policy according to its own system state information
- the second system controls its own system state according to a predetermined policy according to its own system state information.
- the predetermined strategy includes:
- both the first system and the second system are in an active state, after entering the separated state, the first system enters a non-working state, and the second system enters a working state;
- the second system When the first system is in a non-operating state, the second system is in an active state, and when entering the separated state, the first system will enter a working state, and the second system will enter a non-working state.
- a portable terminal includes a first system and a second system, the first system has a first interface, the second system has a second interface, and the first system and the second system pass the first interface The second interface achieves engagement or separation,
- the first system is configured to exchange respective system state information when entering the engaged state from the separated state with the second system;
- the second system is configured to interact with each other when entering the engaged state from the separated state with the first system Self system status information;
- At least one of the first system and the second system is further configured to control a system state according to a predetermined policy according to the system state information of the interaction.
- the first system is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the second system;
- the second system is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the first system.
- the first system is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the second system, and control a system state of the second system;
- the second system is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the first system, and control a system state of the first system.
- a portable terminal includes a first system and a second system, the first system has a first interface, the second system has a second interface, and the first system and the second system pass the first interface The second interface achieves engagement or separation,
- the first system when used in an engaged state with the second system, interacts with each other according to a preset condition
- the second system is configured to exchange respective system state information according to a preset condition when the second system is in an engaged state;
- the first system is further configured to: when the second system enters the separated state from the engaged state, according to the system state information, control a system state of the first system according to a predetermined policy;
- the second system is further configured to control, according to the system state information, the system state of the second system according to the predetermined policy when entering the separated state from the engaged state with the second system.
- the first system is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the second system;
- the second system is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the first system.
- the first system is configured to control its own system state according to a predetermined policy according to its own system state information
- the second system is configured to control itself according to a predetermined policy according to its own system state information System status.
- a portable terminal comprising a portable mobile system, the portable mobile system being coupled to an electronic system via a joint port, further comprising:
- An interaction unit configured to interact with the electrical system with respective system state information when the portable mobile system engages the electronic system
- control unit configured to control the system state according to the predetermined policy according to the system state information.
- the control unit comprises at least one of the following units:
- a first control unit configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the electronic system
- a second control unit configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the electronic system, and control a system state of the electronic system.
- the interaction unit is further configured to exchange respective system state information according to a preset condition during the process of engaging the portable mobile system with the electronic system;
- the control unit is further configured to control, according to the system state information, a system state of the portable mobile system according to a predetermined policy when the portable mobile system is separated from the electronic system.
- the control unit comprises at least one of the following units:
- a third control unit configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the electronic system;
- the fourth control unit is configured to control its own system state according to a predetermined policy according to its own system state information.
- the portable terminal provided in the embodiment of the present application includes the first system and the second system, the first system has a first interface, the second system has a second interface, the first system and the first The two systems are engaged or disengaged by the first interface and the second interface.
- the first system and the second system enter the engaged state from the separated state, the first system and the second system exchange respective system state information, the first system.
- the second system controls the system state according to the predetermined policy according to the system status information.
- the system state can be automatically switched according to a predetermined policy according to the user's use requirements, and the user is exempted from the primary system and on the basis of the switching logic.
- the system state is controlled by hardware switches, which improves the consistency of the system.
- FIG. 1 is a flow chart of a first embodiment of a system state control method according to the present application.
- FIG. 2 is a flow chart of a second embodiment of a system state control method according to the present application.
- FIG. 3 is a schematic diagram showing the structure of a portable terminal for system control by applying the system state control method of the present application
- FIG. 4 is a block diagram of a first embodiment of a portable terminal of the present application.
- Figure 5 is a block diagram of a second embodiment of the portable terminal of the present application.
- FIG. 6 is a block diagram of a third embodiment of the portable terminal of the present application. detailed description
- some embodiments provide a system state control method, and some embodiments provide a portable terminal.
- An embodiment of the system state control method of the present application is applied to a portable terminal including a first system having a first interface, a second system having a second interface, and a first system and a second system passing through the first interface Engage or separate from the second interface.
- the first system of the portable terminal may be specifically a main system (also referred to as a Base) running the X86 system
- the second system may be specifically a slave system (also referred to as a Slate) running the ARM system
- the first interface may be specific
- the USB interface can also be a UART interface or a special interface to meet the connection or separation between the two systems.
- the second interface can be a USB interface or a UART interface or a special interface to satisfy the connection between the two systems or Separation.
- the above Base and Slate are two relatively independent systems that can work independently or work together, and can share some hardware devices, such as display devices, when the bonding work is performed.
- the display device is integrated with the slave system, when the main system and Separated from the system (also available When called Detach or Pull Out), it is only used by the system.
- the main system and the slave system are connected (also called Attach or Push), it can be used by the main system or used by the system.
- the first system is a system composed of a first hardware system and a first operating system based on the first hardware system
- the second system is a system composed of a second hardware system and a second operating system based on the second hardware system.
- the first system and the second system may also be systems having the same operating system.
- the first system and the second system are both systems running the X86 system, or the first system and the second system are both systems running the ARM system.
- the system state includes a work state (work, or SO) and a non-work state, whether it is a primary system or a slave system. Further, the non-working state may also be subdivided into sleep (sleep, or S3). Status and off state ( off, or S4/S5).
- work state work, or SO
- non-working state may also be subdivided into sleep (sleep, or S3).
- Status and off state off, or S4/S5
- the main system and the slave system enter the engaged state from the separated state, or enter the separated state from the engaged state, it is generally required that the user triggers a change in the system state by controlling hardware switches on the respective systems.
- neither the primary system nor the secondary system can automatically adjust the system state of its own system or automatically adjust the system state of another system according to the connection relationship between the two systems (i.e., engagement or separation).
- FIG. 1 a flowchart of a first embodiment of a system state control method of the present application is as follows:
- Step 101 When the first system and the second system enter the engaged state from the separated state, the first system and the second system exchange respective system state information.
- Step 102 The first system and the second system control the system state according to a predetermined policy according to the system status information.
- the predetermined policy may include: when the first system and the second system are in the same system state in the separated state, after entering the engaged state, maintaining the respective system states, and being in the same system state, including being in the working state at the same time, Or at the same time in a non-working state; when one of the first system and the second system is in a working state and a non-working state respectively in the separated state, after entering the engaged state, another system in the non-working state automatically enters the working state. .
- the first system controls its own system state according to a predetermined policy according to its own system state information and system state information of the second system, and the second system according to its own system state information and system state information of the first system. Control your own system state according to a predetermined policy.
- the first system is based on its own system status information and the system status information of the second system. Controlling its own system state according to a predetermined policy, and controlling the system state of the second system; or, the second system controls its own system state according to a predetermined policy according to its own system state information and system state information of the first system, And controlling the system state of the first system; further, the first system may also control the system state of the second system according to the predetermined system according to the obtained system state information of the second system, or the second system may also be obtained only according to the obtained The system status information of the first system controls the system status of the first system according to a predetermined policy.
- the main system is in state SO
- the slave system remains in state SO
- the slave system automatically wakes up from the system
- the slave system enters state SO from state S3.
- the system state is controlled.
- the main system controls the system state according to the system state S3 of the slave system and according to its own system state SO, and automatically wakes up the slave system at the same time.
- the system state changes from state S3 to state SO.
- the master system keeps the system state unchanged according to the system state S3 of the slave system and according to its own system state SO, the slave system.
- the control itself changes according to the system state of the main system and its own system state, and enters state S0 from state S3.
- the slave system changes its state from the state S3 to the state SO according to the system state of the master system and its own system state, and at the same time controls the master system to maintain its own system state.
- the foregoing is only for the purpose of illustrating the examples in which the portable terminal system can automatically control the state change.
- the policy can be adjusted according to the user requirements, and the embodiment of the present application is not limited.
- the primary system is in the state SO
- the slave system is in the state S3
- the state of the master system and the slave system are not changed after entering the engaged state.
- FIG. 2 a flow chart of a second embodiment of the system state control method of the present application is as follows:
- Step 201 When the first system and the second system are in an engaged state, the first system and the second system exchange respective system state information according to preset conditions.
- the first system and the second system When the first system and the second system are in the engaged state, in order to ensure that the system state can be automatically controlled according to the original system state information after entering the separated state, the first system and the second system need to interact with each other. information.
- the system status information When the system status information is exchanged, the system status may be performed according to a preset condition, where: the first system and the second system exchange respective system state information according to a predetermined time interval; or the first system and the second system interact with each other in real time. Or; when the system state of any one of the first system and the second system changes, a notification message including the changed system state information is sent to another system.
- Step 202 When the first system and the second system enter the separated state from the engaged state, the first system and the second system control the system state according to the predetermined policy according to the system state information.
- the predetermined policy may include: when both the first system and the second system are in an active state, after entering the separated state, the first system enters a non-working state, and the second system enters a working state; When the first system is in a non-working state, the second system is in an active state, and after entering the separated state, the first system will enter an active state, and the second system maintains its own system state.
- the system state includes an active state and a non-working state.
- the first system controls its own system state according to a predetermined policy according to its own system state information and system state information of the second system, and the second system according to its own system state information and system state information of the first system
- the predetermined policy controls its own system state.
- the first system controls its own system state according to its own system state information according to a predetermined policy; the second system controls its own system state according to a predetermined policy according to its own system state information.
- the first system is a primary system
- the second system is a secondary system
- the first system and the second system are provided.
- the state is from the engaged state to the separated state:
- the foregoing is only for the purpose of illustrating the examples in which the portable terminal system can automatically control the state change.
- the policy can be adjusted according to the user requirements, and the embodiment of the present application is not limited.
- the primary system in the state SO, and after the slave system is in state S3, the state of the primary system and the secondary system are not changed after entering the separated state.
- the present application actually adds a new state change as compared with the change of the state of the system between the existing main system and the slave system, requiring the user to control the change of the system state through the hardware system switch Power Button of the main system.
- the triggering mechanism for example, triggers automatic control of the system state when the system is inserted into the main system or pulled out from the main system.
- the specific control process can be implemented according to the system state information of the two systems according to the description in the foregoing embodiment.
- FIG. 3 a schematic diagram of a portable terminal structure for system control by applying the system state control method of the present application:
- Base is the main system, including the embedded controller EC, Slate as the slave system, which includes the micro-control unit MCU, the physical interfaces respectively set on the EC and the MCU, and the corresponding detection is added for the physical interface. And communication channels.
- B_DET is used to transmit a Base first signal from the EC to the MCU
- B_DET corresponds to the detection channel of the MCU, so that the Slate can detect whether there is a Base according to the first signal.
- S_DET is used to transmit the second signal of the Slate from the MCU to the EC.
- S_DET corresponds to the detection channel of the EC, so that Base can detect whether there is a Slate according to the second signal
- S_BUS is a serial communication bus.
- I2C Inter-Integrated Circuit
- SPI Serial Peripheral Interface
- UART Universal Asynchronous Receiver/Transmitter
- the interrupt line is used to transfer the system state between Base and Slate between the EC and the MCU.
- the primary system and the secondary system engage the S_BUS, the primary system and the secondary system are formed. Communication channel.
- B_DET, the detection channel and the S_BUS can be at least part of the first interface of the primary system.
- S_DET, the detection channel and the S_BUS can be at least part of the second interface of the slave system.
- a typical application scenario in combination with the above embodiment is that when Base and Slate are separated, Base is in state S3, and Slate is in state SO, that is, the user has been using Slate alone, when the user wants to connect the Slate to the Base for charging, or When you want to copy a file, you need to insert the Slate into the Base.
- the user needs to manually press the hardware switch of the Base again, or turn on the hardware switch LID to wake up the Base.
- the corresponding relationship between the preset system state information and the state control information may be used. , automatically open Base, thus eliminating the user's manual operation, bringing the consistency of user habits.
- the two can be Docking and When UnDocking is selected, the corresponding system state change action is set by a specific program, which is similar to the insertion and removal actions of Base and Slate in the aforementioned application.
- the Dock plug-in is essentially a device-like interaction between the device and the device itself has no system state attributes, the plug-in event is still a hardware switch-like property.
- the interaction between two systems having multiple system states is related to the plugging and unplugging actions, and further related to the system states of the two systems themselves, thus having the prior art. No consistency and integration.
- the present application also provides an embodiment of the portable terminal.
- FIG. 4 it is a block diagram of a first embodiment of a portable terminal of the present application.
- the portable terminal in this embodiment is a portable terminal in which two systems enter a connected state from a separated state:
- the portable terminal includes: a first system 410 and a second system 420.
- the first system 410 has a first interface 411
- the second system 420 has a second interface 421 through which the first system 410 and the second system 420 are engaged or separated.
- the first system 410 is configured to exchange respective system state information when entering the engaged state from the separated state with the second system 420;
- the second system 420 is configured to exchange respective system state information when entering the engaged state from the separated state with the first system 410;
- At least one of the first system 410 and the second system 420 is further configured to control the system state according to the predetermined policy according to the system state information of the interaction.
- the first system 410 is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the second system 420.
- the second system 420 is specifically configured to The own system state information and the system state information of the first system 410 control their own system state according to a predetermined policy.
- the first system 410 is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the second system 420, and control the system state of the second system 420.
- the second system 420 is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the first system 410, and control the system of the first system 410. status.
- FIG. 5 it is a block diagram of a second embodiment of the portable terminal of the present application.
- the portable terminal in this embodiment is a portable terminal in which the two systems enter the separated state from the engaged state:
- the portable terminal includes: a first system 510 and a second system 520.
- the first system 510 has a first interface 511
- the second system 520 has a second interface 521
- the first system 510 and the second system 520 are engaged or disengaged by the first interface 511 and the second interface 522.
- the first system 510 is configured to exchange the respective system state information according to the preset condition when the second system 520 is in the engaged state;
- the second system 520 is configured to exchange respective system state information according to preset conditions when being in an engaged state with the second system 520;
- the first system 510 is further configured to: when the second system 520 enters the separated state from the engaged state, control the system state of the first system 510 according to the predetermined policy according to the system state information;
- the second system 520 is further configured to control the system state of the second system 520 according to a predetermined policy according to the system state information when entering the separated state from the engaged state with the second system 520.
- the first system 510 is specifically configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the second system 520.
- the second system 520 is specifically configured to The system status information of the system and the system status information of the first system 510 control their own system status according to a predetermined policy.
- the first system 510 is configured to control its own system state according to a predetermined policy according to its own system state information.
- the second system 520 is configured to control its own system according to a predetermined policy according to its own system state information. status.
- FIG. 6 a block diagram of a third embodiment of the portable terminal of the present application includes a portable mobile system, and the portable mobile system is coupled to an electronic system through a joint port:
- the portable terminal further includes: an interaction unit 610 and a control unit 620.
- the interaction unit 610 is configured to exchange respective system state information with the electronic system when the portable mobile system engages the electronic system;
- the control unit 620 is configured to control the system state according to the predetermined policy according to the system status information.
- the interaction unit 610 includes at least one unit (not shown in FIG. 6): a first control unit, configured to control itself according to a predetermined policy according to its own system state information and system state information of the electronic system
- the second control unit is configured to control its own system state according to a predetermined policy according to its own system state information and system state information of the electronic system, and control the system state of the electronic system.
- the interaction unit 610 is further configured to: when the portable mobile system is engaged with the electronic system, interact with each other according to a preset condition; the control unit 620 is further configured to be used as the portable mobile system.
- the system state of the portable mobile system is controlled according to a predetermined policy based on the system status information.
- control unit 620 may further include at least one unit (not shown in FIG. 6): a third control unit, configured to follow a predetermined policy according to the system status information of the system and the system status information of the electronic system. Controlling its own system state;
- the fourth control unit is configured to control its own system state according to a predetermined policy according to its own system state information.
- the portable terminal in the embodiment of the present application includes a first system and a second system, the first system has a first interface, the second system has a second interface, and the first system and the second system are used by the description of the foregoing embodiments. Intersect or disengage between the first interface and the second interface.
- the first system and the second system When the first system and the second system enter the engaged state from the separated state, the first system and the second system exchange respective system state information, the first system and the second Based on the system status information, the system controls the system status according to a predetermined policy.
- the system state can be automatically switched according to a predetermined policy according to the user's usage requirements.
- the user On the basis of the switching logic, the user is exempted from the primary system and
- the system state is controlled by hardware switches, which improves the consistency of the system.
- the techniques in the embodiments of the present application can be implemented by means of software plus a necessary general hardware platform. Based on such understanding, the technical solution in the embodiments of the present application may be embodied in the form of a software product in essence or in the form of a software product, and the computer software product may be stored in a storage medium such as a ROM/RAM. , a diskette, an optical disk, etc., comprising instructions for causing a computer system (which may be a personal computer, server, or network device, etc.) to perform the methods described in various embodiments of the present application or portions of the embodiments.
- a computer system which may be a personal computer, server, or network device, etc.
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Abstract
本申请实施例公开了系统状态控制方法及便携终端,便携终端包含第一系统和第二系统,第一系统具有第一接口,第二系统具有第二接口,第一系统和第二系统通过第一接口与第二接口实现接合或分离,该方法包括:当第一系统与所述第二系统从分离状态进入接合状态时,第一系统和第二系统交互各自的系统状态信息;第一系统和第二系统根据系统状态信息,按照预定策略对系统状态进行控制。应用本申请实施例,当主系统和从系统在组合或分离时,可以根据用户的使用需求,按照预定策略对系统状态进行自动切换控制,在符合切换逻辑的基础上,免除了用户在主系统和从系统在组合或分离时,对系统状态通过硬件开关进行控制,提高了系统的一致性。
Description
系统状态控制方法及便携终端 技术领域
本申请涉及通信技术领域, 特别涉及系统状态控制方法及便携终端。 背景技术
混合系统架构的便携终端, 其中混合系统是指 2个(含 2个)以上系统 组成在一起.例如在现有的一个系统的基础上,嵌入其它至少另一个系统(包 括另一个 PC系统或者嵌入式系统等) 不同系统之间可以融合工作, 共享信 息和设备, 发挥各自优势。 现有常见的混合系统架构的便携终端通常集成了 一个主系统或第一系统 (例如, Win7 ) 和一个从系统或第二系统(例如, Android ), 主系统和从系统之间可以共享键盘、 网卡、 显示屏、 存储设备、 Audio (音频)等等, 并在机构和接口上可以做到接合和分离。 在分离时, 2 个系统都可以独立工作, 在集合时 2个系统可以协同工作。 以笔记本电脑为 例, 通常显示屏在分离时集成在从系统上, 而键盘, 音频, 存储系统等在分 离时集成在主系统上, 主系统和从系统之间可以组合在一起协同工作, 也可 以各自独立工作, 当独立工作时, 显示屏由从系统使用, 当组合在一起工作 时, 显示屏可以由主系统或者从系统任意一方使用。
发明人在对现有混合架构的便携终端进行研究的过程中发现,主系统和 从系统之间在组合或分离时, 如果两者之间的系统状态不一致, 例如, 当从 系统要需与主系统组合协同工作时, 如果从系统处于工作状态, 而主系统处 于睡眠状态, 则在从系统插入主系统接合后, 还需要用户手动唤醒主系统, 才能实现二者协同工作。 由此可知, 现有主系统和从系统在组合或分离时, 2个系统状态难以根据用户的使用需求进行自动切换。 发明内容
本申请实施例的目的在于提供系统状态控制方法及便携终端,以解决现 有技术中主系统和从系统在进行组合或分离使用时, 系统状态无法满足用户 实际使用需求进行自动切换的问题。
为解决上述技术问题, 本申请实施例提供如下技术方案:
一种系统状态控制方法, 应用于包含第一系统和第二系统的便携终端,
所述第一系统具有第一接口, 所述第二系统具有第二接口, 所述第一系统和 第二系统通过所述第一接口与第二接口实现接合或分离, 所述方法包括: 当所述第一系统与所述第二系统从分离状态进入接合状态时 ,所述第一 系统和第二系统交互各自的系统状态信息;
所述第一系统和第二系统根据所述系统状态信息,按照预定策略对系统 状态进行控制。
所述第一系统和第二系统根据所述系统状态信息,按照预定策略对系统 状态进行控制包括:
所述第一系统根据自身的系统状态信息和所述第二系统的系统状态信 息, 按照预定策略控制自身的系统状态; 以及
所述第二系统根据自身的系统状态信息和所述第一系统的系统状态信 息, 按照预定策略控制自身的系统状态。
所述第一系统和第二系统根据所述系统状态信息,按照预定策略对系统 状态进行控制包括:
所述第一系统根据自身的系统状态信息和所述第二系统的系统状态信 息,按照预定策略控制自身的系统状态,以及控制所述第二系统的系统状态; 或者,
所述第二系统根据自身的系统状态信息和所述第一系统的系统状态信 息,按照预定策略控制自身的系统状态,以及控制所述第一系统的系统状态。
所述预定策略包括:
当所述第一系统和所述第二系统在分离状态时处于相同的系统状态,则 进入接合状态后, 保持各自的系统状态不变, 所述处于相同的系统状态包括 同时处于工作状态, 或同时处于非工作状态;
当所述第一系统和所述第二系统中的一个系统在分离状态时处于工作 状态, 另一个处于非工作状态, 则进入接合状态后, 所述处于非工作状态的 系统自动进入工作状态。
一种系统状态控制方法, 应用于包含第一系统和第二系统的便携终端, 所述第一系统具有第一接口, 所述第二系统具有第二接口, 所述第一系统和 第二系统通过所述第一接口与第二接口实现接合或分离, 所述方法包括: 所述第一系统与第二系统之间处于接合状态时,所述第一系统和第二系 统按照预设条件交互各自的系统状态信息;
当所述第一系统与第二系统从接合状态进入分离状态时,所述第一系统 和第二系统根据所述系统状态信息, 按照预定策略对系统状态进行控制。
所述第一系统和第二系统按照预设条件交互各自的系统状态信息包括: 所述第一系统和第二系统按照预定的时间间隔交互各自的系统状态信 息; 或
所述第一系统和第二系统实时交互各自的系统状态信息; 或
所述第一系统和第二系统中的任意一个系统的系统状态发生改变时,向 另一个系统发送包含改变后的系统状态信息的通知消息。
所述第一系统和第二系统根据所述系统状态信息,按照预定策略对系统 状态进行控制包括:
所述第一系统根据自身的系统状态信息和所述第二系统的系统状态信 息, 按照预定策略控制自身的系统状态;
所述第二系统根据自身的系统状态信息和所述第一系统的系统状态信 息, 按照预定策略控制自身的系统状态。
所述第一系统和第二系统根据所述系统状态信息,按照预定策略对系统 状态进行控制包括:
所述第一系统根据自身的系统状态信息,按照预定策略控制自身的系统 状态;
所述第二系统根据自身的系统状态信息,按照预定策略控制自身的系统 状态。
所述预定策略包括:
当所述第一系统和第二系统都处于工作状态时, 当进入分离状态后, 所 述第一系统进入非工作状态, 所述第二系统进入工作状态;
当所述第一系统处于非工作状态时, 第二系统处于工作状态, 当进入分 离状态后,所述第一系统将进入工作状态,所述第二系统将进入非工作状态。
一种便携终端,包括第一系统和第二系统,所述第一系统具有第一接口, 所述第二系统具有第二接口, 所述第一系统和第二系统通过所述第一接口与 第二接口实现接合或分离,
所述第一系统, 用于当与第二系统从分离状态进入接合状态时, 交互各 自的系统状态信息;
所述第二系统, 用于当与第一系统从分离状态进入接合状态时, 交互各
自的系统状态信息;
所述第一系统和第二系统中的至少一个系统,还用于根据所述交互的系 统状态信息, 按照预定策略对系统状态进行控制。
所述第一系统,具体用于根据自身的系统状态信息和所述第二系统的系 统状态信息, 按照预定策略控制自身的系统状态;
所述第二系统,具体用于根据自身的系统状态信息和所述第一系统的系 统状态信息, 按照预定策略控制自身的系统状态。
所述第一系统,具体用于根据自身的系统状态信息和所述第二系统的系 统状态信息, 按照预定策略控制自身的系统状态, 以及控制所述第二系统的 系统状态; 或者
所述第二系统,具体用于根据自身的系统状态信息和所述第一系统的系 统状态信息, 按照预定策略控制自身的系统状态, 以及控制所述第一系统的 系统状态。
一种便携终端,包括第一系统和第二系统,所述第一系统具有第一接口, 所述第二系统具有第二接口, 所述第一系统和第二系统通过所述第一接口与 第二接口实现接合或分离,
所述第一系统, 用于与第二系统之间处于接合状态时, 按照预设条件交 互各自的系统状态信息;
所述第二系统, 用于与第二系统之间处于接合状态时, 按照预设条件交 互各自的系统状态信息;
所述第一系统, 还用于当与第二系统从接合状态进入分离状态时, 根据 所述系统状态信息, 按照预定策略对第一系统的系统状态进行控制;
所述第二系统, 还用于当与第二系统从接合状态进入分离状态时, 根据 所述系统状态信息, 按照预定策略对第二系统的系统状态进行控制。
所述第一系统,具体用于才艮据自身的系统状态信息和所述第二系统的系 统状态信息, 按照预定策略控制自身的系统状态;
所述第二系统,具体用于根据自身的系统状态信息和所述第一系统的系 统状态信息, 按照预定策略控制自身的系统状态。
所述第一系统, 用于根据自身的系统状态信息, 按照预定策略控制自身 的系统状态;
所述第二系统, 用于根据自身的系统状态信息, 按照预定策略控制自身
的系统状态。
一种便携终端, 所述便携终端包括一便携移动系统, 所述便携移动系统 通过一接合端口与一电子系统接合, 还包括:
交互单元, 用于当所述便携移动系统接合上所述电子系统时, 与所述电 子系统交互各自的系统状态信息;
控制单元, 用于根据所述系统状态信息,按照预定策略对系统状态进行 控制。
所述控制单元包括至少一个下述单元:
第一控制单元,用于根据自身的系统状态信息和所述电子系统的系统状 态信息, 按照预定策略控制自身的系统状态;
第二控制单元,用于根据自身的系统状态信息和所述电子系统的系统状 态信息, 按照预定策略控制自身的系统状态, 以及控制所述电子系统的系统 状态。
所述交互单元, 还用于当所述便携移动系统与电子系统接合过程中, 按 照预设条件交互各自的系统状态信息;
所述控制单元, 还用于当所述便携移动系统与电子系统分离时,根据所 述系统状态信息, 按照预定策略对所述便携移动系统的系统状态进行控制。
所述控制单元包括至少一个下述单元:
第三控制单元,用于根据自身的系统状态信息和所述电子系统的系统状 态信息, 按照预定策略控制自身的系统状态;
第四控制单元, 用于根据自身的系统状态信息, 按照预定策略控制自身 的系统状态。
由以上本申请实施例提供的技术方案可见,本申请实施例中的便携终端 包括第一系统和第二系统,第一系统具有第一接口,第二系统具有第二接口, 第一系统和第二系统之间通过第一接口与第二接口实现接合或分离, 当第一 系统与第二系统从分离状态进入接合状态时, 第一系统和第二系统交互各自 的系统状态信息, 第一系统和第二系统根据系统状态信息, 按照预定策略对 系统状态进行控制。应用本申请实施例,当主系统和从系统在组合或分离时, 可以根据用户的使用需求, 按照预定策略对系统状态进行自动切换控制, 在 符合切换逻辑的基础上, 免除了用户在主系统和从系统在组合或分离时, 对 系统状态通过硬件开关进行控制, 提高了系统的一致性。
附图说明
为了更清楚地说明本发明实施例的技术方案, 下面将对实施例的描述中 所需要使用的附图作筒单地介绍。 下面描述中的附图仅仅是本发明的示例性 实施例。
图 1为本申请系统状态控制方法的第一实施例流程图;
图 2为本申请系统状态控制方法的第二实施例流程图;
图 3 为应用本申请系统状态控制方法进行系统控制的一种便携终端结 构示意图;
图 4为本申请便携终端的第一实施例框图;
图 5为本申请便携终端的第二实施例框图;
图 6为本申请便携终端的第三实施例框图。 具体实施方式
在如下本申请的多个实施例中, 有些实施例提供了系统状态控制方法, 有些实施例提供了便携终端。
为了使本技术领域的人员更好地理解本申请实施例中的技术方案,并使 本申请实施例的上述目的、 特征和优点能够更加明显易懂, 下面结合附图对 本申请实施例中技术方案作进一步详细的说明。
本申请系统状态控制方法的实施例应用在包含第一系统和第二系统的 便携终端, 第一系统具有第一接口, 第二系统具有第二接口, 第一系统和第 二系统通过第一接口与第二接口实现接合或分离。 其中, 便携终端的第一系 统可以具体为运行 X86系统的主系统(也可称为 Base ), 第二系统可以具体 为运行 ARM系统的从系统(也可称为 Slate ) , 第一接口可以具体为 USB接 口也可以是 UART接口或者一个特殊接口来满足两个系统之间的接合或者 分离, 第二接口可以为 USB接口也可以是 UART接口或者一个特殊接口来 满足两个系统之间的接合或者分离。 这里不做限定, 只要第一系统的第一接 口与第二系统的第二接口能够实现两个系统的接合和分离,且能够互通系统 状态信息即可。 上述 Base和 Slate是两个相对独立系统, 可以分别独立工作 或者接合在一起工作, 并且在接合工作时, 还可以共享部分硬件设备, 例如 显示设备, 通常显示设备与从系统集成一体, 当主系统和从系统分离 (也可
称 Detach或 Pull Out )时, 仅供从系统使用, 当主系统和从系统接合(也可 称 Attach或 Push ) 时, 可以供主系统使用, 也可以供从系统使用。 另外, 第一系统是第一硬件系统和基于该第一硬件系统的第一操作系统组成的系 统, 第二系统是第二硬件系统和基于该第二硬件系统的第二操作系统组成的 系统。 第一系统和第二系统也可以是具有相同操作系统的系统, 例如, 第一 系统和第二系统均为运行 X86系统的系统,或者第一系统和第二系统均为运 行 ARM系统的系统。
本申请实施例中, 无论是主系统还是从系统, 其系统状态都包括了工作 状态 (work, 或 SO )和非工作状态, 进一步, 非工作状态还可以细分为睡 眠(sleep, 或 S3 )状态和关闭状态 ( off, 或 S4/S5 )。 现有技术中, 当主系 统和从系统之间由分离状态进入接合状态, 或者由接合状态进入分离状态 时, 通常需要用户通过控制各个系统上的硬件开关来触发系统状态的改变。 现有技术中, 不管是主系统或者从系统都无法根据两个系统的之间的连接关 系 (即, 接合或分离) 自动调整自身系统的系统状态或者自动调整另一个系 统的系统状态。 参见图 1 , 本申请系统状态控制方法的第一实施例流程图:
步骤 101 : 当第一系统与第二系统从分离状态进入接合状态时, 第一系 统和第二系统交互各自的系统状态信息。
步骤 102: 第一系统和第二系统根据系统状态信息, 按照预定策略对系 统状态进行控制。
其中,预定策略可以包括: 当第一系统和第二系统在分离状态时处于相 同的系统状态, 则进入接合状态后, 保持各自的系统状态不变, 处于相同的 系统状态包括同时处于工作状态, 或同时处于非工作状态; 当第一系统和第 二系统中的一个系统在分离状态时分别处于工作状态与非工作状态, 则进入 接合状态后, 另一个处于非工作状态的系统自动进入工作状态。
在对系统状态进行控制时, 可以包括如下两种方式:
第一种, 第一系统根据自身的系统状态信息和第二系统的系统状态信 息, 按照预定策略控制自身的系统状态, 以及第二系统根据自身的系统状态 信息和第一系统的系统状态信息, 按照预定策略控制自身的系统状态。
第二种,由第一系统根据自身的系统状态信息和第二系统的系统状态信
息, 按照预定策略控制自身的系统状态, 以及控制第二系统的系统状态; 或 者, 由第二系统根据自身的系统状态信息和第一系统的系统状态信息, 按照 预定策略控制自身的系统状态, 以及控制第一系统的系统状态; 进一步, 第 一系统也可以仅根据获得的第二系统的系统状态信息,按照预定策略控制第 二系统的系统状态, 或者, 第二系统也可以仅根据获得的第一系统的系统状 态信息, 按照预定策略控制第一系统的系统状态。 下面结合上述第一实施例,详细描述应用本申请实施例进行系统状态控 制的几个实例, 其中第一系统为主系统, 第二系统为从系统, 假设第一系统 和第二系统所处的状态为从分离状态进入接合状态:
1、 当分离状态时, 主系统处于状态 so, 从系统处于状态 so, 则进入接 合状态后, 主系统和从系统均保持状态 so;
2、 当分离状态时, 主系统处于状态 SO , 从系统处于状态 S3 , 则进入接 合状态后, 主系统仍然保持状态 SO , 同时自动唤醒从系统, 从系统从状态 S3进入状态 SO; 根据上述实施例中对系统状态进行控制的方式, 在两个系 统接合后,主系统根据从系统的系统状态 S3以及根据自身的系统状态 SO控 制自身保持系统状态不变, 同时自动唤醒从系统, 使之的系统状态发生改变 从状态 S3进入状态 SO, 当然另一实施方式, 在两个系统接合后, 主系统根 据从系统的系统状态 S3以及根据自身的系统状态 SO控制自身保持系统状态 不变,从系统根据主系统的系统状态以及自身的系统状态控制自身发生改变 从状态 S3进入状态 S0。 当然另一实施方式, 从系统根据主系统的系统状态 以及自身的系统状态控制自身发生改变从状态 S3进入状态 SO, 同时控制主 系统保持自身的系统状态不变。
3、 当分离状态时, 主系统处于状态 SO , 从系统处于状态 S4/S5 , 则进 入接合状态后, 主系统仍然保持状态 SO, 同时自动开启从系统, 从系统从 状态 S4/S5进入状态 SO; 具体实施方式同上三种方式, 不再赘述。
4、 当分离状态时, 主系统处于状态 S3 , 从系统处于状态 SO , 则进入接 合状态后, 从系统仍保持状态 SO, 同时自动唤醒主系统, 主系统从状态 S3 进入状态 SO; 具体实施方式同上三种方式, 不再赘述。
5、 当分离状态时, 主系统处于状态 S3 , 从系统处于状态 S3 , 则进入接 合状态后, 主系统和从系统均保持状态 S3 ; 具体实施方式同上三种方式,
不再赘述。
6、 当分离状态时, 主系统处于状态 S3 , 从系统处于状态 S4/S5 , 则进 入接合状态后, 主系统仍然保持状态 S3 , 以及从系统仍然保持状态 S4/S5; 具体实施方式同上三种方式, 不再赘述。
7、 当分离状态时, 主系统处于状态 S4/S5 , 从系统处于状态 SO, 则进 入接合状态后, 从系统仍保持状态 SO , 同时自动开启主系统, 主系统从状 态 S4/S5进入状态 SO; 具体实施方式同上三种方式, 不再赘述。
8、 当分离状态时, 主系统处于状态 S4/S5 , 从系统处于状态 S3 , 则进 入接合状态后, 主系统仍然保持状态 S4/S5 , 以及从系统仍然保持状态 S3; 具体实施方式同上三种方式, 不再赘述。
9、 当分离状态时, 主系统处于状态 S4/S5 , 从系统处于状态 S4/S5 , 则 进入接合状态后, 主系统和从系统均保持状态 S4/S5。 具体实施方式同上三 种方式, 不再赘述。
需要说明的是,上述仅是为了说明便携终端系统能够自动控制状态改变 所列举的几种实例, 实际应用过程中, 可以根据用户需求进行策略调整, 对 此本申请实施例不进行限制。 例如, 在分离状态时, 主系统处于状态 SO , 从系统处于状态 S3 , 则进入接合状态后, 主系统和从系统的状态均不做改 变。 参见图 2, 本申请系统状态控制方法的第二实施例流程图:
步骤 201 : 第一系统与第二系统之间处于接合状态时, 第一系统和第二 系统按照预设条件交互各自的系统状态信息。
第一系统和第二系统之间处于接合状态时, 为了保证在进入分离状态 后, 可以自动根据原来的系统状态信息对系统状态进行控制, 因此第一系统 和第二系统需要交互各自的系统状态信息。 在交互系统状态信息时, 可以按 照预设条件进行, 包括: 第一系统和第二系统按照预定的时间间隔交互各自 的系统状态信息;或者,第一系统和第二系统实时交互各自的系统状态信息; 或者, 第一系统和第二系统中的任意一个系统的系统状态发生改变时, 向另 一个系统发送包含改变后的系统状态信息的通知消息。
步骤 202: 当第一系统与第二系统从接合状态进入分离状态时, 第一系 统和第二系统根据系统状态信息, 按照预定策略对系统状态进行控制。
其中,预定策略可以包括: 当所述第一系统和第二系统都处于工作状态 时, 当进入分离状态后, 所述第一系统进入非工作状态, 所述第二系统进入 工作状态; 当所述第一系统处于非工作状态时,所述第二系统处于工作状态, 当进入分离状态后, 所述第一系统将进入工作状态, 所述第二系统保持自身 的系统状态。 所述系统状态包括工作状态和非工作状态。
在对系统状态进行控制时, 可以包括如下两种方式:
第一种, 第一系统根据自身的系统状态信息和第二系统的系统状态信 息, 按照预定策略控制自身的系统状态, 第二系统根据自身的系统状态信息 和第一系统的系统状态信息, 按照预定策略控制自身的系统状态。
第二种, 第一系统根据自身的系统状态信息,按照预定策略控制自身的 系统状态; 第二系统根据自身的系统状态信息, 按照预定策略控制自身的系 统状态。 下面结合上述第二实施例,详细描述应用本申请实施例进行系统状态控 制的几个实例, 其中第一系统为主系统, 第二系统为从系统, 4叚设第一系统 和第二系统所处的状态为从接合状态进入分离状态:
1、 当接合状态时, 主系统处于状态 SO , 从系统处于状态 so , 则进入分 离状态后, 主系统进入状态 S3 , 从系统保持状态 SO;
2、 当接合状态时, 主系统处于状态 SO , 从系统处于状态 S3 , 则进入分 离状态后, 主系统进入状态 S3 , 同时自动唤醒从系统, 从系统从状态 S3进 入状态 S0;
3、 当接合状态时, 主系统处于状态 S0 , 从系统处于状态 S4/S5 , 则进 入分离状态后, 主系统进入状态 S3 , 同时自动开启从系统, 从系统从状态 S4/S5进入状态 S0;
4、 当接合状态时, 主系统处于状态 S3 , 从系统处于状态 S0 , 则进入分 离状态后, 从系统仍保持状态 S0 , 主系统仍保持状态 S3;
5、 当接合状态时, 主系统处于状态 S3 , 从系统处于状态 S3 , 则进入分 离状态后, 主系统和从系统均保持状态 S3;
6、 当接合状态时, 主系统处于状态 S3 , 从系统处于状态 S4/S5 , 则进 入分离状态后, 主系统仍然保持状态 S3 , 以及从系统仍然保持状态 S4/S5;
7、 当接合状态时, 主系统处于状态 S4/S5 , 从系统处于状态 S0, 则进
入分离状态后, 从系统仍保持状态 SO, 主系统保持状态 S4/S5;
8、 当接合状态时, 主系统处于状态 S4/S5 , 从系统处于状态 S3 , 则进 入分离状态后, 主系统仍然保持状态 S4/S5 , 以及从系统仍然保持状态 S3;
9、 当接合状态时, 主系统处于状态 S4/S5 , 从系统处于状态 S4/S5 , 则 进入分离状态后, 主系统和从系统均保持状态 S4/S5。
需要说明的是,上述仅是为了说明便携终端系统能够自动控制状态改变 所列举的几种实例, 实际应用过程中, 可以根据用户需求进行策略调整, 对 此本申请实施例不进行限制。 例如, 在接合状态时, 主系统处于状态 SO, 从系统处于状态 S3 , 则进入分离状态后, 主系统和从系统的状态均不做改 变。 由上述实施例可见, 与现有主系统与从系统之间接合状态改变时, 需要 用户通过主系统的硬件系统开关 Power Button来控制系统状态的改变相比, 本申请实际增加了新的状态改变触发机制, 例如, 从系统插入主系统, 或者 从主系统拔出时, 触发对系统状态进行自动控制, 具体的控制过程可以根据 两个系统的系统状态信息, 按照前述实施例中的描述实现。 参见图 3 , 为应用本申请系统状态控制方法进行系统控制的一种便携终 端结构示意图:
其中, Base作为主系统, 其中包括嵌入式控制器 EC, Slate作为从系 统,其中包括了微控制单元 MCU,在 EC和 MCU上分别设置了的物理接口, 并为该物理接口增加了相应的检测和通讯通道。如图 3中所示,其中 B_DET 用于由 EC向 MCU传输 Base第一信号, 当主系统和从系统接合时 B_DET 与 MCU的检测通道对应, 由此 Slate可以根据该第一信号检测是否有 Base 存在; S_DET用于由 MCU向 EC传输 Slate的第二信号, 当主系统和从系 统接合时 S_DET与 EC的检测通道对应, 由此 Base可以根据第二信号检测 是否有 Slate存在; S_BUS为串行通讯总线,例如 I2C( Inter-Integrated Circuit )、 SPI ( Serial Peripheral Interface , 串行夕卜围接口 )、 UART ( Universal Asynchronous Receiver/Transmitter , 通用异步接收 /发射器)等, 该串行通讯 总线中包含了必要的中断线, 用于 EC与 MCU之间传输 Base和 Slate之间 的系统状态。 当主系统和从系统接合该 S_BUS构成了主系统和从系统之间
的通讯通道。 更进一步, B_DET、 检测通道和 S_BUS可以作为主系统的第 一接口的至少一部分。 S_DET、 检测通道和 S_BUS可以作为从系统的第二 接口的至少一部分。
结合图 3 , 4叚设 Base与 Slate处于分离状态时, Base的系统状态为 S3 , Slate的系统状态为 S0。 当 Slate插入 Base后, Base的 EC通过检测 S_DET 发生变化,可知发生了 Slate插入 Base的事件。此时, Base的 EC通过 S_BUS 与 Slate的 MCU通讯, 获得 Slate的系统状态为 SO, 而 Base的系统状态为 S3 , 因此根据前述预定策略控制, Base将被自动唤醒进入 SO状态, 而 Slate 则保持 SO状态。 结合上述实施例的一种典型应用场景是,在 Base与 Slate 分离时, Base 处于状态 S3 , Slate处于状态 SO, 即用户一直在单独使用 Slate, 当用户想将 Slate接合到 Base上进行充电, 或者想要拷贝文件时, 则需要将 Slate 插入 Base。 在现有技术中, 此时用户需要再次手动按动 Base 的硬件开关, 或者 打开硬件开关 LID唤醒 Base; 但是使用本申请实施例, 则可以根据预先设 置的系统状态信息与状态控制信息的对应关系, 自动开启 Base,从而省去了 用户的手动操作, 带来了用户使用习惯的一致性。
另外, 对于现有技术中的另一种应用, 当第一系统和第二系统分别为 Notebook (平板电脑 )和 Dock (用于插拔 Notebook的系统) 时, 可以在二 者接合( Docking )以及拔出 ( UnDocking )时, 通过特定程序设置相应的系 统状态改变动作, 该插拔动作与前述应用中 Base和 Slate的插拔动作类似。 但是, 由于 Dock插拔实质上是一种类似设备与系统之间的交互动作, 而且 设备本身没有系统状态的属性, 因此插拔事件仍然是一种类似硬件开关的性 质。 而本申请实施例中, 是具有多系统状态的两个系统之间的交互动作. 系 统状态的改变不仅与插拔动作有关,还进一步与两个系统本身的系统状态相 关, 因此具有现有技术所没有的一致性和集成性。 与本申请便携终端的显示控制方法相对应,本申请还提供了便携终端的 实施例。
参见图 4, 为本申请便携终端的第一实施例框图, 该实施例中的便携终 端为两个系统从分离状态进入接合状态的便携终端:
该便携终端包括: 第一系统 410和第二系统 420。 第一系统 410具有第 一接口 411 , 第二系统 420具有第二接口 421 , 第一系统 410和第二系统 420 通过第一接口 411和第二接口 422实现接合或分离。
其中, 第一系统 410, 用于当与第二系统 420从分离状态进入接合状态 时, 交互各自的系统状态信息;
第二系统 420, 用于当与第一系统 410从分离状态进入接合状态时, 交 互各自的系统状态信息;
第一系统 410和第二系统 420中的至少一个系统 ,还用于根据所述交互 的系统状态信息, 按照预定策略对系统状态进行控制。
其中, 所述第一系统 410, 具体用于根据自身的系统状态信息和所述第 二系统 420的系统状态信息, 按照预定策略控制自身的系统状态; 所述第二 系统 420, 具体用于根据自身的系统状态信息和所述第一系统 410的系统状 态信息, 按照预定策略控制自身的系统状态。
其中, 所述第一系统 410, 具体用于根据自身的系统状态信息和所述第 二系统 420的系统状态信息, 按照预定策略控制自身的系统状态, 以及控制 所述第二系统 420的系统状态; 或者, 所述第二系统 420, 具体用于根据自 身的系统状态信息和所述第一系统 410的系统状态信息,按照预定策略控制 自身的系统状态, 以及控制所述第一系统 410的系统状态。 参见图 5 , 为本申请便携终端的第二实施例框图, 该实施例中的便携终 端为两个系统从接合状态进入分离状态的便携终端:
该便携终端包括: 第一系统 510和第二系统 520。 第一系统 510具有第 一接口 511 , 第二系统 520具有第二接口 521 , 第一系统 510和第二系统 520 通过第一接口 511和第二接口 522实现接合或分离。
其中, 第一系统 510, 用于与第二系统 520之间处于接合状态时, 按照 预设条件交互各自的系统状态信息;
所述第二系统 520, 用于与第二系统 520之间处于接合状态时, 按照预 设条件交互各自的系统状态信息;
所述第一系统 510 , 还用于当与第二系统 520从接合状态进入分离状态 时, 根据所述系统状态信息, 按照预定策略对第一系统 510的系统状态进行 控制;
所述第二系统 520 , 还用于当与第二系统 520从接合状态进入分离状态 时, 根据所述系统状态信息, 按照预定策略对第二系统 520的系统状态进行 控制。
其中, 所述第一系统 510, 具体用于根据自身的系统状态信息和所述第 二系统 520的系统状态信息, 按照预定策略控制自身的系统状态; 所述第二 系统 520, 具体用于根据自身的系统状态信息和所述第一系统 510的系统状 态信息, 按照预定策略控制自身的系统状态。
其中, 所述第一系统 510, 用于根据自身的系统状态信息, 按照预定策 略控制自身的系统状态; 所述第二系统 520,用于根据自身的系统状态信息, 按照预定策略控制自身的系统状态。 参见图 6, 为本申请便携终端的第三实施例框图, 该包括一便携移动系 统, 所述便携移动系统通过一接合端口与一电子系统接合:
该便携终端还包括: 交互单元 610和控制单元 620。
交互单元 610, 用于当所述便携移动系统接合上所述电子系统时, 与所 述电子系统交互各自的系统状态信息;
控制单元 620, 用于根据所述系统状态信息, 按照预定策略对系统状态 进行控制。
具体的, 交互单元 610包括至少一个下述单元(图 6中未示出): 第一 控制单元, 用于根据自身的系统状态信息和所述电子系统的系统状态信息, 按照预定策略控制自身的系统状态; 第二控制单元, 用于根据自身的系统状 态信息和所述电子系统的系统状态信息, 按照预定策略控制自身的系统状 态, 以及控制所述电子系统的系统状态。
其中, 所述交互单元 610, 还用于当所述便携移动系统与电子系统接合 过程中, 按照预设条件交互各自的系统状态信息; 所述控制单元 620, 还用 于当所述便携移动系统与电子系统分离时, 根据所述系统状态信息, 按照预 定策略对所述便携移动系统的系统状态进行控制。
具体的, 控制单元 620也可以进一步包括至少一个下述单元(图 6中未 示出): 第三控制单元, 用于根据自身的系统状态信息和所述电子系统的系 统状态信息, 按照预定策略控制自身的系统状态; 第四控制单元, 用于根据 自身的系统状态信息, 按照预定策略控制自身的系统状态。
通过以上的实施方式的描述可知,本申请实施例中的便携终端包括第一 系统和第二系统, 第一系统具有第一接口, 第二系统具有第二接口, 第一系 统和第二系统之间通过第一接口与第二接口实现接合或分离, 当第一系统与 第二系统从分离状态进入接合状态时, 第一系统和第二系统交互各自的系统 状态信息, 第一系统和第二系统根据系统状态信息, 按照预定策略对系统状 态进行控制。 应用本申请实施例, 当主系统和从系统在组合或分离时, 可以 根据用户的使用需求, 按照预定策略对系统状态进行自动切换控制, 在符合 切换逻辑的基础上, 免除了用户在主系统和从系统在组合或分离时, 对系统 状态通过硬件开关进行控制, 提高了系统的一致性。
本领域的技术人员可以清楚地了解到本申请实施例中的技术可借助软 件加必需的通用硬件平台的方式来实现。 基于这样的理解, 本申请实施例中 的技术方案本质上或者说对现有技术做出贡献的部分可以以软件产品的形 式体现出来, 该计算机软件产品可以存储在存储介质中, 如 ROM/RAM、 磁 碟、 光盘等, 包括若干指令用以使得一台计算机系统(可以是个人计算机, 服务器, 或者网络设备等)执行本申请各个实施例或者实施例的某些部分所 述的方法。
本说明书中的各个实施例均采用递进的方式描述,各个实施例之间相同 相似的部分互相参见即可,每个实施例重点说明的都是与其他实施例的不同 之处。 尤其, 对于系统实施例而言, 由于其基本相似于方法实施例, 所以描 述的比较筒单, 相关之处参见方法实施例的部分说明即可。
以上所述的本申请实施方式, 并不构成对本申请保护范围的限定。任何 在本申请的精神和原则之内所作的修改、 等同替换和改进等, 均应包含在本 申请的保护范围之内。
Claims
1、 一种系统状态控制方法, 应用于包含第一系统和第二系统的便携终 端, 所述第一系统具有第一接口, 所述第二系统具有第二接口, 所述第一系 统和第二系统通过所述第一接口与第二接口实现接合或分离, 其特征在于, 所述方法包括:
当所述第一系统与所述第二系统从分离状态进入接合状态时 ,所述第一 系统和第二系统交互各自的系统状态信息;
所述第一系统和第二系统根据所述系统状态信息,按照预定策略对系统 状态进行控制。
2、 根据权利要求 1所述的方法, 其特征在于, 所述第一系统和第二系 统根据所述系统状态信息, 按照预定策略对系统状态进行控制包括:
所述第一系统根据自身的系统状态信息和所述第二系统的系统状态信 息, 按照预定策略控制自身的系统状态; 以及
所述第二系统根据自身的系统状态信息和所述第一系统的系统状态信 息, 按照预定策略控制自身的系统状态。
3、 根据权利要求 1所述的方法, 其特征在于, 所述第一系统和第二系 统根据所述系统状态信息, 按照预定策略对系统状态进行控制包括:
所述第一系统根据自身的系统状态信息和所述第二系统的系统状态信 息,按照预定策略控制自身的系统状态,以及控制所述第二系统的系统状态; 或者,
所述第二系统根据自身的系统状态信息和所述第一系统的系统状态信 息,按照预定策略控制自身的系统状态,以及控制所述第一系统的系统状态。
4、 根据权利要求 1至 3任意一项所述的方法, 其特征在于, 所述预定 策略包括:
当所述第一系统和所述第二系统在分离状态时处于相同的系统状态,则 进入接合状态后, 保持各自的系统状态不变, 所述处于相同的系统状态包括 同时处于工作状态, 或同时处于非工作状态;
当所述第一系统和所述第二系统中的一个系统在分离状态时处于工作 状态, 另一个处于非工作状态, 则进入接合状态后, 所述处于非工作状态的 系统自动进入工作状态。
5、 一种系统状态控制方法, 应用于包含第一系统和第二系统的便携终 端, 所述第一系统具有第一接口, 所述第二系统具有第二接口, 所述第一系 统和第二系统通过所述第一接口与第二接口实现接合或分离, 其特征在于, 所述方法包括:
所述第一系统与第二系统之间处于接合状态时 ,所述第一系统和第二系 统按照预设条件交互各自的系统状态信息;
当所述第一系统与第二系统从接合状态进入分离状态时,所述第一系统 和第二系统根据所述系统状态信息, 按照预定策略对系统状态进行控制。
6、 根据权利要求 5所述的方法, 其特征在于, 所述第一系统和第二系 统按照预设条件交互各自的系统状态信息包括:
所述第一系统和第二系统按照预定的时间间隔交互各自的系统状态信 息; 或
所述第一系统和第二系统实时交互各自的系统状态信息; 或
所述第一系统和第二系统中的任意一个系统的系统状态发生改变时,向 另一个系统发送包含改变后的系统状态信息的通知消息。
7、 根据权利要求 5所述的方法, 其特征在于, 所述第一系统和第二系 统根据所述系统状态信息, 按照预定策略对系统状态进行控制包括:
所述第一系统根据自身的系统状态信息和所述第二系统的系统状态信 息, 按照预定策略控制自身的系统状态;
所述第二系统根据自身的系统状态信息和所述第一系统的系统状态信 息, 按照预定策略控制自身的系统状态。
8、 根据权利要求 5所述的方法, 其特征在于, 所述第一系统和第二系 统根据所述系统状态信息, 按照预定策略对系统状态进行控制包括:
所述第一系统根据自身的系统状态信息,按照预定策略控制自身的系统 状态;
所述第二系统根据自身的系统状态信息,按照预定策略控制自身的系统 状态。
9、 根据权利要求 5至 8任意一项所述的方法, 其特征在于, 所述预定 策略包括:
当所述第一系统和第二系统都处于工作状态时, 当进入分离状态后, 所 述第一系统进入非工作状态, 所述第二系统进入工作状态; 当所述第一系统处于非工作状态时, 第二系统处于工作状态, 当进入分 离状态后,所述第一系统将进入工作状态,所述第二系统将进入非工作状态。
10、 一种便携终端, 包括第一系统和第二系统, 所述第一系统具有第一 接口, 所述第二系统具有第二接口, 所述第一系统和第二系统通过所述第一 接口与第二接口实现接合或分离, 其特征在于,
所述第一系统, 用于当与第二系统从分离状态进入接合状态时, 交互各 自的系统状态信息;
所述第二系统, 用于当与第一系统从分离状态进入接合状态时, 交互各 自的系统状态信息;
所述第一系统和第二系统中的至少一个系统,还用于根据所述交互的系 统状态信息, 按照预定策略对系统状态进行控制。
11、 根据权利要求 10所述的便携终端, 其特征在于,
所述第一系统,具体用于根据自身的系统状态信息和所述第二系统的系 统状态信息, 按照预定策略控制自身的系统状态;
所述第二系统,具体用于根据自身的系统状态信息和所述第一系统的系 统状态信息, 按照预定策略控制自身的系统状态。
12、 根据权利要求 10所述的便携终端, 其特征在于,
所述第一系统,具体用于根据自身的系统状态信息和所述第二系统的系 统状态信息, 按照预定策略控制自身的系统状态, 以及控制所述第二系统的 系统状态; 或者
所述第二系统,具体用于根据自身的系统状态信息和所述第一系统的系 统状态信息, 按照预定策略控制自身的系统状态, 以及控制所述第一系统的 系统状态。
13、 一种便携终端, 包括第一系统和第二系统, 所述第一系统具有第一 接口, 所述第二系统具有第二接口, 所述第一系统和第二系统通过所述第一 接口与第二接口实现接合或分离, 其特征在于,
所述第一系统, 用于与第二系统之间处于接合状态时, 按照预设条件交 互各自的系统状态信息;
所述第二系统, 用于与第二系统之间处于接合状态时, 按照预设条件交 互各自的系统状态信息;
所述第一系统, 还用于当与第二系统从接合状态进入分离状态时,根据 所述系统状态信息, 按照预定策略对第一系统的系统状态进行控制; 所述第二系统, 还用于当与第二系统从接合状态进入分离状态时,根据 所述系统状态信息, 按照预定策略对第二系统的系统状态进行控制。
14、 根据权利要求 1 3所述的便携终端, 其特征在于,
所述第一系统,具体用于根据自身的系统状态信息和所述第二系统的系 统状态信息, 按照预定策略控制自身的系统状态;
所述第二系统,具体用于根据自身的系统状态信息和所述第一系统的系 统状态信息, 按照预定策略控制自身的系统状态。
15、 根据权利要求 1 3所述的便携终端, 其特征在于,
所述第一系统, 用于根据自身的系统状态信息, 按照预定策略控制自身 的系统状态;
所述第二系统, 用于根据自身的系统状态信息, 按照预定策略控制自身 的系统状态。
16、 一种便携终端, 所述便携终端包括一便携移动系统, 所述便携移动 系统通过一接合端口与一电子系统接合, 其特征在于, 还包括:
交互单元, 用于当所述便携移动系统接合上所述电子系统时, 与所述电 子系统交互各自的系统状态信息;
控制单元, 用于根据所述系统状态信息,按照预定策略对系统状态进行 控制。
17、 根据权利要求 16所述的便携终端, 其特征在于, 所述控制单元包 括至少一个下述单元:
第一控制单元,用于根据自身的系统状态信息和所述电子系统的系统状 态信息, 按照预定策略控制自身的系统状态;
第二控制单元,用于根据自身的系统状态信息和所述电子系统的系统状 态信息, 按照预定策略控制自身的系统状态, 以及控制所述电子系统的系统 状态。
18、 根据权利要求 17所述的便携终端, 其特征在于,
所述交互单元, 还用于当所述便携移动系统与电子系统接合过程中, 按 照预设条件交互各自的系统状态信息;
所述控制单元, 还用于当所述便携移动系统与电子系统分离时,根据所 述系统状态信息, 按照预定策略对所述便携移动系统的系统状态进行控制。
19、 根据权利要求 18所述的便携终端, 其特征在于, 所述控制单元包 括至少一个下述单元:
第三控制单元,用于根据自身的系统状态信息和所述电子系统的系统状 态信息, 按照预定策略控制自身的系统状态;
第四控制单元, 用于根据自身的系统状态信息, 按照预定策略控制自身 的系统状态。
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- 2011-12-07 WO PCT/CN2011/083640 patent/WO2012079484A1/zh not_active Ceased
- 2011-12-07 US US13/994,470 patent/US9652254B2/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1357840A (zh) * | 2000-12-08 | 2002-07-10 | 英业达股份有限公司 | 计算机保密系统 |
| US20050116830A1 (en) * | 2003-12-02 | 2005-06-02 | Wallenstein Brian D. | Lifeline online smoke alarm |
| US20050223145A1 (en) * | 2004-04-05 | 2005-10-06 | Jin-Min Lin | System, apparatus and method for migrating computer environment and associated computer readable recording medium |
| CN101673174A (zh) * | 2009-08-18 | 2010-03-17 | 宇龙计算机通信科技(深圳)有限公司 | 一种提供用户界面接口的方法、系统和移动终端 |
Also Published As
| Publication number | Publication date |
|---|---|
| US20130268748A1 (en) | 2013-10-10 |
| CN102572063B (zh) | 2014-11-05 |
| US9652254B2 (en) | 2017-05-16 |
| CN102572063A (zh) | 2012-07-11 |
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