CN102073375A - Portable terminal and display output method thereof - Google Patents
Portable terminal and display output method thereof Download PDFInfo
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- CN102073375A CN102073375A CN2009102387395A CN200910238739A CN102073375A CN 102073375 A CN102073375 A CN 102073375A CN 2009102387395 A CN2009102387395 A CN 2009102387395A CN 200910238739 A CN200910238739 A CN 200910238739A CN 102073375 A CN102073375 A CN 102073375A
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
- G06F3/1423—Digital output to display device ; Cooperation and interconnection of the display device with other functional units controlling a plurality of local displays, e.g. CRT and flat panel display
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Abstract
The invention discloses a portable terminal and a display output method thereof. The portable terminal at least comprises a first system and a second system, a display apparatus having a display area and being shared by the first system and the second system, and an input apparatus for controlling the movement of a cursor, wherein output data of the first system is displayed on a first portion of the display area controlled by the first system and output data of the second system is displayed on a second portion of the display area controlled by the second system; the method comprises the steps: when the cursor is positioned on the first portion, the first system acquires a triggering switching event corresponding to an input operation of the input apparatus; the first system controls the input apparatus to be switched to be connected with the second system according to the triggering switching event; and when the input apparatus is connected with the second system, the cursor is displayed on the second portion. According to the application, seamless switching for display output is realized between the display portions of the two systems by operating the cursor, thereby improving the switching time for display output.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of demonstration output intent and portable terminal device of portable terminal device.
Background technology
Hybrid (mixing) PC (Personal Computer, personal computer) only has on the PC basis of a system existing, embeds the PC of other at least one system.Can merge work between the different system, display one's respective advantages.A main system that existing common Hybrid PC is integrated usually (for example, Vista) and one from system (for example, Win CE), main system and from sharing equipment such as keyboard, network interface card, display screen between the system.
In the prior art, based on Hybrid PC, can realize that the dual system split screen shows, promptly two systems screen of can distributing according to need on display screen simultaneously carries out demonstration work.The inventor finds in the research process to prior art, existing Hybrid PC is when realizing that split screen shows, need to be provided with on terminal in advance the demonstration change-over switch, the control input equipment is used by different systems, and carries out input-output operation on corresponding display screen.The mode of this set change-over switch makes and shows between different system when switching, complex operation and reduced user's operating experience, for example, when double screen shows, currently in its corresponding screen, carry out display operation by main system, when the user need switch to when system carries out display operation, then can't carry out direct control based on display screen, and need by the operation change-over switch and etc. the to be switched display operation that could realize from system of finishing.
Summary of the invention
The purpose of the embodiment of the invention is to provide a kind of demonstration output intent and portable terminal device of portable terminal device, could realize showing blocked operation to need to be provided with change-over switch in the solution prior art, causes switching the not high problem of loaded down with trivial details user experience.
For solving the problems of the technologies described above, the embodiment of the invention provides following technical scheme:
A kind of demonstration output intent of portable terminal device, be applied to comprise at least in the portable terminal device of first system and second system, described portable terminal device also comprises the shared display device with viewing area by described first system and second system, and be used to control the input equipment that cursor moves, it is characterized in that, the output data of described first system is presented in the first of the described viewing area of being controlled by described first system, the output data of described second system is presented on the second portion of the described viewing area of being controlled by described second system, comprising:
When cursor was positioned at described first, described first system obtained the triggering handover event corresponding with the input operation of described input equipment;
Described first system is according to described triggering handover event, controls described input equipment and switches to described second system and link to each other;
When described input equipment linked to each other with described second system, described cursor was presented on the described second portion.
A kind of portable terminal device, the display device that comprises first system, second system, shared by described first system and second system and be used to control the input equipment that cursor moves with viewing area, the output data of described first system is presented in the first of the described viewing area of being controlled by described first system, the output data of described second system is presented on the second portion of the described viewing area of being controlled by described second system
Described first system comprises:
The trigger event acquiring unit is used for when cursor is positioned at described first, obtains the triggering handover event corresponding with the input operation of described input equipment;
Connect control module, be used for described first system according to described triggering handover event, control described input equipment and switch to described second system and link to each other, when described input equipment linked to each other with described second system, described cursor was presented on the described second portion.
The technical scheme that is provided by the above embodiment of the invention as seen, in the embodiment of the present application when cursor is positioned at the first of viewing area, first system obtains the triggering handover event corresponding with the input operation of input equipment, first system is according to triggering handover event, the control input equipment switches to second system and links to each other, when input equipment linked to each other with second system, cursor was presented on the described second portion.When using the embodiment of the present application the portable terminal device of mixed architecture being shown output function, the operation of corresponding cursor in the time of only need moving by input equipment, can between the display part of two system's correspondences, realize showing the seamless switching of output, improve the switching time that shows output thus, be convenient to user's operation.
Description of drawings
Fig. 1 is the first embodiment process flow diagram of the demonstration output intent of portable terminal device of the present invention;
Fig. 2 is the first embodiment process flow diagram of the demonstration output intent of portable terminal device of the present invention;
Fig. 3 is the first embodiment process flow diagram of the demonstration output intent of portable terminal device of the present invention;
Fig. 4 is the first embodiment process flow diagram of the demonstration output intent of portable terminal device of the present invention;
Fig. 5 is for using the structural representation that the present invention shows a kind of portable terminal device of output intent;
Fig. 6 is the first embodiment block diagram of portable terminal device of the present invention;
Fig. 7 is the second embodiment block diagram of portable terminal device of the present invention.
Embodiment
In following a plurality of embodiment of the present invention, some embodiment provides a kind of demonstration output intent of portable terminal device, and some embodiment provides a kind of portable terminal device.
In order to make those skilled in the art person understand technical scheme in the embodiment of the invention better, and the above-mentioned purpose of the embodiment of the invention, feature and advantage can be become apparent more, below in conjunction with accompanying drawing technical scheme in the embodiment of the invention is described in further detail.
The display device that portable terminal device in the embodiment of the present application comprises first system, second system, shared by first system and second system with viewing area, and be used to control the input equipment that cursor moves.Wherein the power consumption of first system can be higher than the power consumption of second system, for example, first system is based on X 86 processor, X 86 processor has the characteristics of two-forty, high power consumption usually, be a kind of processor that can support general Windows operating system, can handle the task that processing power is had relatively high expectations; Second system is based on arm processor, and arm processor has the characteristics of low-power consumption, low rate usually, so its stand-by time is long, only can support the application that complexity is lower.
Further, can also comprise first memory in first system of the application's portable terminal device, can also comprise second memory in second system, between first memory and second memory, also set up the communication port that is used for data transmission.
In following the embodiment of the present application, the output data of first system is presented in the first of the described viewing area of being controlled by first system, and the output data of second system is presented on the second portion of the viewing area of being controlled by second system.Wherein, first can be the part of viewing area, can be the whole of viewing area also, and second portion is same, can be the part of viewing area, also can be the whole of viewing area.
Referring to Fig. 1, be the first embodiment process flow diagram of the demonstration output intent of the application's portable terminal device:
Step 101: when cursor was positioned at first, first system obtained the triggering handover event corresponding with the input operation of described input equipment.
Concrete, the triggering handover event of input operation correspondence can comprise: cursor moves on to the first border of viewing area, for example work as first and second portion and form the whole of viewing area, when just the viewing area realized that double screen shows, the user operates mouse made cursor move to the border of first and second portion boundary; Perhaps receive the click order switch to described second portion, for example the user operates and switches to the second portion virtual key on the click viewing area; Perhaps receive the select command that switches to second portion, from the menu that shows, select the option of second system that switches to when for example the user operates right mouse button.
In the embodiment of the present application, input equipment can be specially the peripheral hardware that mouse, Trackpad etc. can carry out mouse action in the viewing area.
Step 102: first system is according to triggering handover event, and the control input equipment switches to second system and links to each other.
When cursor was mobile in first, input equipment was connected with first system, by first system its output data is presented in the first, and can carries out various application operatings in first; This moment, second system can be in inactive state, and is corresponding, can show the output data of second system on the second portion of viewing area, and perhaps second system can enter standby or dormant state, and second portion should be the blank screen state mutually.
Suppose that first and second portion all have output data to show, after getting access to the triggering handover event, the boundary that moves to first and second portion boundary with cursor is an example, and this moment, first system linked to each other with second system according to this handover trigger event control input equipment.
Step 103: when input equipment linked to each other with second system, cursor was presented on the second portion, finished current flow process.
When input equipment links to each other with second system, the motion track of cursor is that smooth and seamless ground moves in the second portion from the border, be simultaneously displayed in the second portion, second portion in move cursor by second system control input equipment this moment, and carry out the application corresponding operation by second system.
Accordingly, the first of first system control can only show output data, also can enter dormancy or holding state as required, to save system power dissipation.
Referring to Fig. 2, be the second embodiment process flow diagram of the demonstration output intent of the application's portable terminal device, this embodiment shows the process that shows output function according to the state of second system:
Step 201: when cursor was positioned at first, first system obtained the triggering handover event corresponding with the input operation of described input equipment.
Concrete, the triggering handover event of input operation correspondence can comprise: cursor moves on to the first border of viewing area, for example work as first and second portion and form the whole of viewing area, when just the viewing area realized that double screen shows, the user operates mouse made cursor move to the border of first and second portion boundary; Perhaps receive the click order switch to described second portion, for example the user operates and switches to the second portion virtual key on the click viewing area; Perhaps receive the select command that switches to second portion, from the menu that shows, select the option of second system that switches to when for example the user operates right mouse button.
In the embodiment of the present application, input equipment can be specially the peripheral hardware that mouse, Trackpad etc. can carry out mouse action in the viewing area.
Step 202: whether the state of judging second system is off working state, if then execution in step 205; Otherwise, execution in step 204.
The purpose of judging is, when first and the demonstration of second portion double screen, first system is in running order, and second system may be in off working states such as standby or dormancy, also may be in the duty (but not carrying out application operating) that shows output data.
Step 205: first system wake-up, second system, second system control simultaneously is presented at output data on the second portion.
When cursor was mobile in first, input equipment was connected with first system, by first system its output data is presented in the first, and can carries out various application operatings in first; This moment, the second system place entered standby or dormant state, second portion should be the blank screen state mutually, be that the intersection that cursor moves to first and second portion is an example with the trigger event, this moment, first system need at first wake second system up, when waking up, it is on the second portion of blank screen state originally that the control of second system is presented at output data.
Step 204: first system switches to second system according to triggering handover event control input equipment and links to each other.
After second system was presented at output data on the second portion, first system switched to input equipment with second system simultaneously and links to each other.
Step 205: when input equipment linked to each other with second system, cursor was presented on the second portion, finished current flow process.
When input equipment links to each other with second system, the motion track of cursor is that smooth and seamless ground moves in the second portion from the border, be simultaneously displayed in the second portion, second portion in move cursor by second system control input equipment this moment, and carry out the application corresponding operation by second system.
Accordingly, the first of first system control can only show output data, also can enter dormancy or holding state as required, to save system power dissipation.
Use in the foregoing description, when first system and second system work simultaneously, suppose that the display screen left-half is first system control that operates in the INTEL hardware platform, right half part is second system control that operates in embedded platform, and then the user can mouse beacon operates in free level and smooth moving between two parts of above-mentioned display screen.
Referring to Fig. 3, be the 3rd embodiment process flow diagram of the demonstration output intent of the application's portable terminal device, when this embodiment shows with first system and second system's double screen, file is drawn to the process of second portion from first:
Step 301: when cursor was positioned at first, first system got access to the file towing incident in the cursor moving process.
Initial time in the present embodiment, the first of viewing area and second portion show the output data of first system and the output data of second system simultaneously respectively.
When cursor is in first, input equipment carries out application operating and is presented in the first on first system platform, user's operation input apparatus was clicked and was shown certain file in the first and carry out the operation of moving to second portion this moment, and this operates corresponding file towing incident.
Step 302: first system monitoring this document towing incident.
First system monitoring this document pulls incident, promptly monitors the motion track of file, and in the file movement process, the actual cursor that comprises moves and two incidents of file movement.
Step 303: judge whether cursor enters second portion, if then execution in step 304; Otherwise, return step 302.
In the file movement process, its target movably may be still in first system, and the boundary that perhaps also may move past first and second portion boundary enters second portion, and promptly target also may be second system movably.
Step 304: judge whether second system is in off working state, if then execution in step 305; Otherwise, execution in step 306.
When cursor entered second portion, first system was in running order, and second system may be in off working states such as standby or dormancy, also may be in the duty (but not carrying out application operating) that shows output data.
Step 305: first system wake-up, second system, second system control simultaneously is presented at output data on the second portion.
When cursor pulled file in first, input equipment was connected with first system, by first system its output data is presented in the first; This moment, the second system place entered standby or dormant state, second portion should be the blank screen state mutually, when file movement arrives the border of first and second portion boundary, first system will be in second system wake-up of dormancy or holding state, and it is on the second portion of blank screen state originally that the control of second system is presented at output data.
Step 306: first system switches to second system according to triggering handover event control input equipment and links to each other.
After second system was presented at output data on the second portion, cursor was that smooth and seamless ground moves in the second portion from the border with the motion track of file, and first system switches to input equipment with second system simultaneously and links to each other.
Step 307: when input equipment links to each other with second system, obtain the pairing destination address in the position of cursor on second portion.
When input equipment with after second system links to each other, this moment, file was presented in the second portion, can continue in second portion mobile this document to the purpose file, second system obtains the address information of this purpose file, and can be with this address information by the communication port between first memory and the second memory, for example I2C is transferred to first system.
Step 308: institute towing file is transferred to the second memory and this destination address corresponding memory space by communication port from first memory, finishes current flow process.
After first system gets access to the address of purpose file, the file that is kept in the first memory can be transferred to purpose file in the second memory by communication port, when being implemented in the double screen demonstration thus, the visualized data management that file pulls between double screen.
The operation that visualized data pulls between the shown dual system of the foregoing description, the embodiment of the invention can also be applied in following scene: when operate mouse in the first of first system control, after clicking right button and from drop-down menu, selecting copy command, after cursor moves to second portion from first, after in second portion, carrying out paste operation, can realize that also data move to the visualized operation of second system from first system; Perhaps, when full screen display is carried out in first system control control viewing area, and second system is when being in background state, in the viewing area, certain file is clicked right button, after from menu, selecting to send to the order of second system, then also can realize the visualized operation that data are transmitted between dual system, for example, the user is to certain audio file, selection plays to second system with it, and then first system is transferred to second system with this audio file by communication port, simultaneously second system is waken up from the backstage, can full screen display behind second system wake-up, also can realize that double screen shows with first system, no matter adopt which kind of display mode, input equipment switched to second system and linked to each other this moment, audio player ejects on the full frame or second portion by the control of second system simultaneously, and plays this audio file.
Referring to Fig. 4, be the 4th embodiment process flow diagram of the demonstration output intent of the application's portable terminal device, this embodiment shows the process that portable terminal device switches between showing by the full screen display of system's control with by the double screen of two systems' controls:
Step 401: initial time, first system and second system are all in running order and realize that double screen shows.
Be initial time, the output data of the output data of first system and second system is presented at respectively in the first and second portion of viewing area.
Step 402: when cursor was positioned at second portion, second system obtained the full screen display order of input equipment input.
Cursor is positioned at second portion, illustrate that this moment, input equipment linked to each other with second system, by the control input operation of second system, in the time of can presetting cursor and move to the second portion boundary, obtain corresponding full screen display order, also can virtual button click be set at the second portion boundary, then click this button after, obtain corresponding full screen display order.
Step 403: second system makes first control from being switched to by second system by the control of first system according to the full screen display order.
Step 404: the control of second system is presented at output data on the full screen display zone of being made up of first and second portion, and cursor moves on described full screen display zone.
Step 405: first system enters background operation state.
When full screen display was carried out in the control of second system, first system can enter background operation state, for example enters dormancy or holding state.
With above-mentioned steps 401 to step 405 in like manner, when double screen shows, cursor also can smoothly move to first by second portion earlier, and in first, obtain the full screen display order of input equipment input, for example, in the time of also can presetting cursor and move to first's boundary, obtain corresponding full screen display order, also can virtual button click be set at first's boundary, then click this button after, obtain corresponding full screen display order.
Step 406: second system judges whether to get access to the double screen display command of input equipment input, if then execution in step 407; Otherwise, return step 406.
Step 407: control first switches to by first system and controls.
When second system carries out full screen display, corresponding double screen display command in the time of can presetting cursor and move to the border of viewing area, the first of second system control viewing area switched to by first system and controlled this moment.
Step 408: first system enters the foreground show state, finishes current flow process.
Second system wakes first system up from the backstage, the viewing area realizes that double screen shows, input equipment is still by the control of second system and carry out application operating in second portion.Can realize cursor moving and the data visualization bookkeeping between double screen this moment according to the previous embodiment content.
In the present embodiment, the dual system portable terminal device that comprises first system and second system can be specially notebook computer, as shown in Figure 5, logical organization synoptic diagram for notebook computer, comprise LCD, main system PE, from the SE of system, main system shared storage, from system's shared storage, energy supply control module, first display controller, second display controller, the first son screen change-over switch, the second son screen change-over switch, power change-over switch, selection module and EC (Embedded Controller, embedded Control) module.Below in conjunction with this Fig. 5 the process that the application's double screen switches is described.
In the present embodiment, described LCD is divided into the first son screen and the second son screen in logic, can realize the control of two son screens is shown under energy supply control module and display controller Collaborative Control; Select module to link to each other with the EC module; The EC module is shielded change-over switch, power change-over switch, main system with the first son screen change-over switch, second son respectively with control line 1～5 and is linked to each other from system; Power change-over switch links to each other with master and slave system, energy supply control module; Described main system and from linking to each other with the I2C command channel between the system; Described main system links to each other with described first display controller by address bus, control bus, the data bus of native system, carries out alternately according to the bus Handshake Protocol between the two; Described main system shared storage is connected on the address bus, control bus, data bus of main system; Describedly link to each other with described second display controller by address bus, control bus, the data bus of native system, carry out alternately according to the bus Handshake Protocol between the two from system; Describedly be connected on address bus from system, control bus, the data bus from system's shared storage; Described first display controller, second display controller output video data and control clock etc.; The described first son screen, the second son screen are connected on the output terminal of the first screen change-over switch, the second son screen change-over switch; The input end of the described first son screen change-over switch links to each other with first display controller, second display controller respectively, and the input end of the described second son screen change-over switch also links to each other with first display controller, second display controller respectively; Also just mean like this, for the described first son screen, the second son screen are all set two systems to be selected; Described two systems to be selected are described main system and the operating system moved from system;
Described energy supply control module is connected between power supply and the son screen; Connect the first son screen, the second son screen by first selector line, second selector line respectively; Only when energy supply control module was chosen a selector switch line, this selector switch line conducting was shielded and power supply thereby connect corresponding son, to realize the power supply to corresponding son screen.
Implement scene one, when the mode of operation of selecting module to select is a master operating system when working independently, the work of EC module generation system control signal indication master operating system, and do not work from operating system; In the present embodiment, display mode is the information to be displayed that the first son screen, the second son screen show master operating system, LCD this moment will be as complete the using for main system of separate equipment, and the EC module indication first son screen change-over switch, the second son screen change-over switch are all chosen the input end that connects first display controller; The first son screen, the second son screen become unified physics display screen at this moment, all the information to be displayed of demonstration master operating system under the control of first display controller that is connected with main system; At this moment, master operating system can be adjusted output resolution ratio, needs with realistic demonstration.Simultaneously, the indication of EC module generation power control signal was all powered to the first son screen, second sub the screen; When described power change-over switch selects that the power control signal that the EC module generates is transmitted to described energy supply control module, described energy supply control module is chosen first selector line, second selector line simultaneously according to described power control signal, promptly first selector line, second selector line is all powered.If master operating system also generates power control signal, then described power change-over switch also can be selected the power control signal that master operating system generates is transmitted to described energy supply control module.
Implement scene two, when the mode of operation of selecting module to select for when operating system works independently, EC module generation system control signal is indicated from operating system work, and master operating system is not worked; The scene of back is similar with enforcement scene one, difference is that the EC module indication first son screen change-over switch, second son shield change-over switch and all choose the input end that links to each other with second display controller, the first son screen, the second son screen switching just controlled by second display controller, demonstration is from the information to be displayed of operating system, and energy supply control module also is to choose first selector line, second selector line simultaneously.At this moment, can adjust output resolution ratio, need with realistic demonstration from operating system.
Implement scene one or implement scene two times, the EC module also can only indicate in the first son screen change-over switch, the second son screen change-over switch to choose the input end that links to each other with first display unit or second display unit, indicates energy supply control module also only to choose a corresponding selector switch line accordingly.
Implement scene three, when the mode of operation of selecting module to select is a master operating system and when operating system is worked simultaneously, EC module generation system control signal indicates master and slave operating system all to work; At this moment, master operating system and all need show simultaneously at LCD from operating system, the display mode of selecting module to select is the first son screen, the second son screen shows master operating system respectively, can inhale from the to be shown of operating system, the EC module indication first son screen change-over switch, the second son screen change-over switch is chosen respectively and first display controller, the input end that second display controller links to each other, the first son screen change-over switch is connected first display controller on the first son screen, the second son screen change-over switch is connected second display controller on the second son screen, the information to be displayed that is master operating system shows by the first son screen, shown by the second son screen from the information to be displayed of operating system; Simultaneously, the EC module generates power control signal, and described energy supply control module is chosen first selector line, second selector line simultaneously according to described power control signal.At this moment, the first son screen shows the information to be displayed of master operating system, is controlled by first display controller; And the second son screen shows the information to be displayed from operating system, is controlled by second display controller; Master operating system and be implemented in same physics display screen from operating system and show.
When changing and change to when implementing scene three from implementing scene, described main system is first hardware system, and described master operating system is first operating system; Described is second hardware system from system, and described is second operating system from operating system; The described first son screen, the second son screen are the described first of described viewing area, and the described second son screen is the described second portion of described viewing area, and the described second son screen change-over switch is described second change-over switch.When changing when implementing scene three from implementing scene two, described main system is second hardware system, and described master operating system is second operating system, and described is first hardware system from system, and described is first operating system from operating system; The described first son screen, the second son screen are the described first of described viewing area, and the described first son screen is the described second portion of described viewing area, and the described first son screen change-over switch is described second change-over switch.
Implement in the scene three, the selected display mode of described selection module also can be the first son screen, the second son screen is corresponding to respectively system, main system, this moment, described EC module indication first son shielded change-over switch, the second son screen change-over switch is chosen respectively and second display controller, the input end that first display controller links to each other, the first son screen change-over switch is connected second display controller on the first son screen, the second son screen change-over switch is connected first display controller on the second son screen, the information to be displayed that is master operating system shows by the second son screen, shown by a son screen from the information to be displayed of operating system.
In the present embodiment, the first son screen change-over switch, the second son screen change-over switch can be embedded among the LCD Panel, also can be placed on the notebook mainboard; Described selection module and EC module can be multiplexing in the Hybrid system.
Corresponding with the demonstration output intent embodiment of portable terminal device of the present invention, the present invention also provides the embodiment of portable terminal device.
The first embodiment block diagram of the application's portable terminal device as shown in Figure 6.This portable terminal device comprises: first system 610, second system 620, the display device of being shared by first system 610 and second system 620 with viewing area 630 and be used to control the input equipment 640 that cursor moves.Wherein, the output data of described first system 610 is presented in the first of the described viewing area of being controlled by described first system 610, and the output data of described second system 620 is presented on the second portion of the described viewing area of being controlled by described second system 620.
Wherein, first system 610 comprises:
Trigger event acquiring unit 611 is used for when cursor is positioned at described first, obtains the triggering handover event corresponding with the input operation of described input equipment;
Connect control module 612, be used for described first system 610 according to described triggering handover event, control described input equipment and switch to described second system 620 and link to each other, when described input equipment linked to each other with described second system 620, described cursor was presented on the described second portion.
Further, this first system 610 can also comprise (not shown among Fig. 6): state is judged performance element, is used to judge the residing state of described second system, when described second system is in off working state, wakes described second system up; Described second system 620 can comprise (not shown among Fig. 6): show output control unit, be used for control output data is presented at described second portion.
Further, first system 610 comprises first memory, and described second system 620 comprises second memory, establishes communication port between described first memory and described second memory.Described first system can also comprise (not shown among Fig. 6): data move acquiring unit, are used for when cursor is positioned at described first, obtain the data moving event of described input equipment input; Data transmission unit is used for the data corresponding with described data moving event are transferred to described second memory by described communication port from described first memory.Wherein, data transmission unit can specifically comprise: obtain the destination address unit, be used to obtain the pairing destination address in the position of cursor on described second portion; Carry out data transmission unit, be used for described data are transferred to described second memory and described destination address corresponding memory space from described first memory by described communication port.
The second embodiment block diagram of the application's portable terminal device as shown in Figure 7.This portable terminal device comprises: first system 710, second system 720, the display device of being shared by first system 710 and second system 720 with viewing area 730 and be used to control the input equipment 740 that cursor moves.Wherein, the output data of described first system 710 is presented in the first of the described viewing area of being controlled by described first system 710, and the output data of described second system 720 is presented on the second portion of the described viewing area of being controlled by described second system 720.
Wherein, first system 710 comprises: trigger event acquiring unit 711, be used for when cursor is positioned at described first, and obtain the triggering handover event corresponding with the input operation of described input equipment;
Display command acquiring unit 721 is used for when cursor is positioned at described second portion, obtains the full screen display order of described input equipment input;
Show switch control unit 722, be used for, make described first from switching to control by described second system by the control of described first system according to described full screen display order;
Full screen display output unit 723 is used to control described input equipment and carries out full screen display on the viewing area of being made up of described first and second portion;
Described first system 710 also comprises:
Running status control module 713 is used for when carrying out full screen display, controls described first system and enters background operation state.
Further, described display command acquiring unit 721 also is used to obtain the double screen display command of input equipment input; Described demonstration switch control unit 722 also is used to control described first and switches to the control by described first system; Described running status control module 713 also is used for controlling described first system and entering the foreground show state when control first of first system.
As seen through the above description of the embodiments, in the embodiment of the present application when cursor is positioned at the first of viewing area, first system obtains the triggering handover event corresponding with the input operation of input equipment, first system is according to triggering handover event, the control input equipment switches to second system and links to each other, when input equipment linked to each other with second system, cursor was presented on the described second portion.When using the embodiment of the present application the portable terminal device of mixed architecture being shown output function, the operation of corresponding cursor in the time of only need moving by input equipment, can between the display part of two system's correspondences, realize showing the seamless switching of output, improve the switching time that shows output thus, be convenient to user's operation.
The technology that those skilled in the art can be well understood in the embodiment of the invention can realize by the mode that software adds essential general hardware platform.Based on such understanding, the part that technical scheme in the embodiment of the invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product can be stored in the storage medium, as ROM/RAM, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be a personal computer, server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
Above-described embodiment of the present invention does not constitute the qualification to protection domain of the present invention.Any modification of being done within the spirit and principles in the present invention, be equal to and replace and improvement etc., all should be included within protection scope of the present invention.
Claims (14)
1. the demonstration output intent of a portable terminal device, it is characterized in that, be applied to comprise at least in the portable terminal device of first system and second system, described portable terminal device also comprises the shared display device with viewing area by described first system and second system, and be used to control the input equipment that cursor moves, it is characterized in that, the output data of described first system is presented in the first of the described viewing area of being controlled by described first system, the output data of described second system is presented on the second portion of the described viewing area of being controlled by described second system, comprising:
When cursor was positioned at described first, described first system obtained the triggering handover event corresponding with the input operation of described input equipment;
Described first system is according to described triggering handover event, controls described input equipment and switches to described second system and link to each other;
When described input equipment linked to each other with described second system, described cursor was presented on the described second portion.
2. method according to claim 1 is characterized in that, switches to before described second system links to each other at the described input equipment of control, also comprises:
Judge the residing state of described second system, when described second system is in off working state, wake described second system up, described second system controls simultaneously output data is presented on the described second portion.
3. method according to claim 1, it is characterized in that, the triggering handover event of described input operation correspondence comprises: described cursor moves on to the first border of described viewing area, perhaps receive the click order that switches to described second portion, perhaps receive the select command that switches to described second portion.
4. method according to claim 1 is characterized in that, described first system comprises first memory, and described second system comprises second memory, establishes communication port between described first memory and described second memory, also comprises:
When cursor was positioned at described first, described first system obtained the data moving event of described input equipment input;
First system is transferred to described second memory by described communication port from described first memory with the data corresponding with described data moving event.
5. method according to claim 4 is characterized in that, described data moving event comprises:
Cursor moves data is drawn to described second portion from described first, and perhaps cursor moves data are copied to described second portion from described first, perhaps receives the order that data is sent to described second system from described first system.
6. method according to claim 4 is characterized in that, the data that described first system will be corresponding with the data moving event are transferred to described second memory by described communication port from described first memory and comprise:
Obtain the pairing destination address in the position of cursor on described second portion;
Described data are transferred to the described second memory and described destination address corresponding memory space by described communication port from described first memory.
7. method according to claim 1 is characterized in that, also comprises:
When cursor was positioned at described second portion, described second system obtained the full screen display order of described input equipment input;
Described second system makes described first from switching to the control by described second system by the control of described first system according to described full screen display order;
Described second system controls described input equipment and carry out full screen display on the viewing area of being made up of described first and second portion;
Described first system enters background operation state.
8. method according to claim 7 is characterized in that, also comprises:
When second system gets access to the double screen display command of input equipment input, control described first and switch to control by described first system;
Described first system enters the foreground show state.
9. portable terminal device, the display device that comprises first system, second system, shared by described first system and second system and be used to control the input equipment that cursor moves with viewing area, it is characterized in that, the output data of described first system is presented in the first of the described viewing area of being controlled by described first system, the output data of described second system is presented on the second portion of the described viewing area of being controlled by described second system
Described first system comprises:
The trigger event acquiring unit is used for when cursor is positioned at described first, obtains the triggering handover event corresponding with the input operation of described input equipment;
Connect control module, be used for described first system according to described triggering handover event, control described input equipment and switch to described second system and link to each other, when described input equipment linked to each other with described second system, described cursor was presented on the described second portion.
10. portable terminal device according to claim 9 is characterized in that, described first system also comprises:
State is judged performance element, is used to judge the residing state of described second system, when described second system is in off working state, wakes described second system up;
Described second system comprises:
Show output control unit, be used for control output data is presented at described second portion.
11. portable terminal device according to claim 9 is characterized in that, described first system comprises first memory, and described second system comprises second memory, establishes communication port between described first memory and described second memory,
Described first system also comprises:
Data move acquiring unit, are used for when cursor is positioned at described first, obtain the data moving event of described input equipment input;
Data transmission unit is used for the data corresponding with described data moving event are transferred to described second memory by described communication port from described first memory.
12. portable terminal device according to claim 11 is characterized in that, described data transmission unit comprises:
Obtain the destination address unit, be used to obtain the pairing destination address in the position of cursor on described second portion;
Carry out data transmission unit, be used for described data are transferred to described second memory and described destination address corresponding memory space from described first memory by described communication port.
13. portable terminal device according to claim 9 is characterized in that, described second system comprises:
The display command acquiring unit is used for when cursor is positioned at described second portion, obtains the full screen display order of described input equipment input;
Show switch control unit, be used for, make described first from switching to control by described second system by the control of described first system according to described full screen display order;
The full screen display output unit is used to control described input equipment and carries out full screen display on the viewing area of being made up of described first and second portion;
Described first system also comprises:
The running status control module is used for when carrying out full screen display, controls described first system and enters background operation state.
14. portable terminal device according to claim 13 is characterized in that,
Described display command acquiring unit also is used to obtain the double screen display command of input equipment input;
Described demonstration switch control unit also is used to control described first and switches to the control by described first system;
Described running status control module also is used for controlling described first system and entering the foreground show state when control first of first system.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910238739 CN102073375B (en) | 2009-11-24 | 2009-11-24 | Portable terminal and display output method thereof |
| PCT/CN2010/001816 WO2011063598A1 (en) | 2009-11-24 | 2010-11-12 | Method for display output of portable terminal and portable terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910238739 CN102073375B (en) | 2009-11-24 | 2009-11-24 | Portable terminal and display output method thereof |
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| Publication Number | Publication Date |
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| CN102073375A true CN102073375A (en) | 2011-05-25 |
| CN102073375B CN102073375B (en) | 2013-02-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 200910238739 Active CN102073375B (en) | 2009-11-24 | 2009-11-24 | Portable terminal and display output method thereof |
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| CN (1) | CN102073375B (en) |
| WO (1) | WO2011063598A1 (en) |
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| WO2011063598A1 (en) | 2011-06-03 |
| CN102073375B (en) | 2013-02-13 |
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