CN103135890B - The display packing of touch-screen epigraph and terminal - Google Patents
The display packing of touch-screen epigraph and terminal Download PDFInfo
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- CN103135890B CN103135890B CN201210579216.9A CN201210579216A CN103135890B CN 103135890 B CN103135890 B CN 103135890B CN 201210579216 A CN201210579216 A CN 201210579216A CN 103135890 B CN103135890 B CN 103135890B
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- 238000012856 packing Methods 0.000 title claims abstract description 15
- 238000000034 method Methods 0.000 claims description 20
- 238000006243 chemical reaction Methods 0.000 claims description 10
- 238000009434 installation Methods 0.000 claims description 6
- 238000012545 processing Methods 0.000 abstract description 9
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- 238000005516 engineering process Methods 0.000 description 2
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention provides a kind of display packing and terminal of touch-screen epigraph, when mobile phone be in lock and accept input state time, by superposing the opaque foreground layer of one deck on desktop picture, when user slides touch-screen, by touch sensor module, user operation track data is transferred to graphical user interface module by CPU (central processing unit), the region that user slides is shown as transparent attribute by graphical user interface module, and superposes with desktop picture, finally shows on the touchscreen.Solve in prior art lock and input state time touch-screen repeatedly all light the mobile telephone power consumption caused and increase, the problem that the touch-screen life-span reduces.
Description
Technical field
The present invention relates to a kind of electronic technology, particularly relate to a kind of display packing and terminal of touch-screen epigraph.
Background technology
At present, touch-screen mobile phone has come into huge numbers of families, uses mobile phone to check the note or phone that receive, or checks that the information such as current time have become a kind of daily habits of most people.
General touch-screen mobile phone has three states, black state of namely locking, locks and accepts input state and released state.When mobile phone is idle, be black state of locking, mobile phone screen is in blank screen and lock-out state, and now user inputs any instruction mobile phone and can not respond on screen, can not check missed call, new for functions such as notes.When pressing handset switch switch, mobile phone is converted into by black state of locking and locks and accept input state, when this state, mobile phone screen is entirely bright, but mobile phone or lock-out state, user can only check the missed call be on display screen, time and unlocking operation, and concrete program can not be used.When mobile phone is in released state, mobile phone screen is entirely bright, and user can program on operating handset, can carry out the clawback of missed call, the functions such as answer short message.
User in use, sometimes do not want to open mobile phone released state, and only want to check missed call number, the simple information such as time, now press the locking key of mobile phone solution, be switched to from black state of locking and lock and accept input state, display screen is entirely bright, and user can check corresponding information according to demand.
But, in life, user often repeatedly presses the locking key of mobile phone solution according to demand and is switched to and locks and accept input state, check the information such as time, missed call number, and be switched to when locking and accept input state at every turn, display screen is entirely bright all the time, not only increase the power consumption of mobile phone, and decrease the life-span of display screen.
Summary of the invention
For the problems referred to above of prior art, the invention provides a kind of display packing and terminal of touch-screen epigraph, in order to solve lock and input state time display screen repeatedly all light the mobile telephone power consumption that causes and increase, the problem that the display screen life-span reduces.
First aspect, the invention provides a kind of display packing of touch-screen epigraph, comprising:
Terminal be in lock and accept input state time, touch sensor module detects the touch operation that user touches described terminal touch screen, and obtains user operation track data; Describedly to lock and described touch-screen is locked, can accepts user's input command on the touchscreen and graphical user interface module superposes a foreground layer on desktop picture under accepting input state, the display properties of described foreground layer is opaque;
Described user operation track data is sent to described graphical user interface module by central control unit by described touch sensor module, described graphical user interface module determines the overlay area of described touch operation according to described user operation track data, and the display properties described foreground layer being positioned at the part of described overlay area is set to transparent, again the image that described foreground layer and described desktop picture are positioned at described overlay area is superposed, and be presented on described touch-screen.
The display packing of touch-screen epigraph as above, preferably, described method also comprises: the display properties that described foreground layer is not positioned at the part of described overlay area remains opaque.
The display packing of touch-screen epigraph as above, preferably, described method also comprises: if described touch operation with preset consistent for the operation triggering input command on described touch-screen, then described central control unit is after receiving described user operation track data, also performs the operation corresponding to described input command.
The display packing of touch-screen epigraph as above, preferably, described user operation track data sends to described graphical user interface module to comprise by central control unit by described touch sensor module: described user operation track data is sent to central control unit by described touch sensor module; Described user operation track data converts to and by the form of described graphical user interface module identification, the more described user operation track data through format conversion can be sent to described graphical user interface module by described central control unit.
Second aspect, the present invention also provides a kind of terminal, is provided with touch-screen, comprising:
Touch sensor module, when locking for being in terminal and accepting input state, touch operation user being touched to described terminal touch screen detects, and obtains user operation track data; Describedly to lock and described touch-screen is locked, can accepts user's input command on the touchscreen and graphical user interface module superposes a foreground layer on desktop picture under accepting input state, the display properties of described foreground layer is opaque;
Central control unit, with described touch sensor model calling, for receiving described user operation track data, and is transmitted to graphical user interface module;
Graphical user interface module, be connected with described central control unit, for determining the overlay area of described touch operation according to described user operation track data, and the display properties described foreground layer being positioned at the part of described overlay area is set to transparent, again the image that described foreground layer and described desktop picture are positioned at described overlay area is superposed, and be presented on described touch-screen.
Terminal as above, preferably, described graphical user interface module also remains opaque for the display properties of the part described foreground layer not being positioned at described overlay area.
Terminal as above, preferably, described central control unit also for: if described touch operation with preset consistent for the operation triggering input command on described touch-screen, then after receiving described user operation track data, also perform the operation corresponding to described input command.
Terminal as above, preferably, described central control unit also for: the described user operation track data that described touch sensor module sends is converted to and by the form of described graphical user interface module identification, the more described user operation track data through format conversion can be sent to described graphical user interface module.
3rd aspect, the present invention also provides method for information display on a kind of electronic device touchscreen, comprising:
S1: the sight state that user arranges this electronic installation by central control unit at least comprises: screen lock state, the quick reading state of information and released state;
S2: user triggers this electronic installation and is converted to the quick reading state of information by screen lock state;
S3: graphical user interface module superposes a foreground layer on desktop picture, the display properties of described foreground layer is opaque;
S4: described user operation track data is sent to graphical user interface module by central control unit by touch sensor module, described graphical user interface module determines the overlay area of described touch operation according to described user operation track data, and the display properties described foreground layer being positioned at the part of described overlay area is set to transparent, again the image that described foreground layer and described desktop picture are positioned at described overlay area is superposed, and be presented on described touch-screen.
Method as above, preferably, described graphical user interface module controls touch-screen and is shown as: user operation track regions is highlighted display compared to non-operation trace region.
The display packing of touch-screen epigraph provided by the invention and terminal, when mobile phone be in lock input state time, by superposing the opaque foreground layer of one deck on desktop picture, when user slides touch-screen, by touch sensor module, track data is transferred to graphical user interface module by CPU (central processing unit), the region that user slides is shown as transparent attribute by graphical user interface module, and superposes with desktop picture, finally shows on the touchscreen.Solve in prior art lock and input state time display screen repeatedly all light the mobile telephone power consumption caused and increase, the problem that the display screen life-span reduces.
Accompanying drawing explanation
Fig. 1 is Conversion Relations figure between mobile phone state of the present invention;
The display packing process flow diagram of the touch-screen epigraph that Fig. 2 provides for the embodiment of the present invention one;
The terminal structure schematic diagram that Fig. 3 provides for the embodiment of the present invention two;
The touch-screen display effect figure that Fig. 4 provides for the embodiment of the present invention three;
The touch screen portion flow for displaying figure that Fig. 5 provides for the embodiment of the present invention three.
Embodiment
Touch-screen mobile phone has become one of indispensable means of communication in life, and most touch-screen mobile phone has three basic status: black state of locking, and locks and accepts input state and released state.Can mutually change under certain conditions between three states.As shown in Figure 1, the present invention is when locking and accept input state, and desktop picture superposes one deck foreground layer, and the display properties of foreground layer is adjusted to opaque, and concrete implementation method can be described in detail in the examples below.
Embodiment one
The display packing process flow diagram of the touch-screen epigraph that Fig. 2 provides for the invention process one, as shown in Figure 2, S201: terminal be in lock and accept input state time, the touch operation of touch sensor module to user's touch terminal touch-screen detects, and obtains user operation track data.In this step, this is locked and this touch-screen is locked, can accepts user's input command on the touchscreen and graphical user interface module superposes a foreground layer on desktop picture under accepting input state, and the display properties of this foreground layer is opaque.
S202: this user operation track data is sent to this graphical user interface module by central control unit by this touch sensor module, this graphical user interface module determines the overlay area of this touch operation according to this user operation track data, and the display properties this foreground layer being positioned at the part of this overlay area is set to transparent, again the image that this foreground layer and this desktop picture are positioned at this overlay area is superposed, and be presented on this touch-screen.
Wherein, when terminal is in and locks and accept input state, the foreground layer that the desktop picture of this handset touch panel superposes is opaque attribute, and user cannot see any image.When user is under this is locked and accepts input state when finger contact or slip touch-screen, touch-screen itself is lock-out state, the function such as can only carry out unlocking operation, simple note preview, missed call number are checked, but the operation of any interior of mobile phone program can not be performed.Now, touch sensor module can detect according to user's contact or the track slided, the operation trace of user is generated user operation track data and sends to graphical user interface module by central control unit, after graphical user interface module determines the overlay area that will show, the display image attributes shown in overlay area changes transparent attribute into, again the image that this foreground layer and this desktop picture are positioned at this overlay area is superposed, and be presented on this touch-screen.Like this, because the prospect in the region that track covers is transparent attribute, the portions of display content thus superposed with this region can be seen by user, thus achieves the display of picture material.And other, the unlapped region of track due to foreground layer be still opaque attribute, thus user still can't see.
The display packing of the touch-screen epigraph that the present embodiment provides, when mobile phone be in lock and accept input state time, by superposing the opaque foreground layer of one deck on desktop picture, when user slides touch-screen, by touch sensor module, track data is transferred to graphical user interface module by CPU (central processing unit), the region that user slides is shown as transparent attribute by graphical user interface module, and superposes with desktop picture, finally shows on the touchscreen.In solution prior art, when locking and accept input state, touch-screen repeatedly all lights the mobile telephone power consumption increase caused, the problem that the touch-screen life-span reduces.
Particularly, in display packing in embodiment one, also comprise: if this touch operation with preset consistent for the operation triggering input command on this touch-screen, then this central control unit is after receiving this user operation track data, also performs the operation corresponding to this input command.
Wherein, if when user operation track is just the track corresponding to unblock, this touch-screen can show the desktop picture in user operation track regions, mobile phone can also be unlocked, the normal use of mobile phone is ensured.
When this user operation track data sends to this graphical user interface module to comprise by central control unit by this touch sensor module: this user operation track data is sent to central control unit by this touch sensor module; This user operation track data converts to and by the form of this graphical user interface module identification, then this user operation track data through format conversion can be sent to this graphical user interface module by central control unit.
Wherein, while user is by touching touch sensor module input trajectory, touch sensor module is also in the touching activity detecting user, when touch sensor module detects the touching activity of user, this testing result is generated user operation track data by this module, the user operation track data of generation is sent to central control unit by touch sensor module, central control unit receives the raw data arrived from mobile phone touch sensor module acquires, processing process is carried out to these raw data, such as, carry out the conversion etc. of data layout, make it to become form that graphical user interface module can accept and send to this graphical user interface module.
Embodiment two
The terminal structure schematic diagram that Fig. 3 provides for the embodiment of the present invention.As shown in Figure 3, this terminal, is provided with touch-screen, comprising: touch sensor module 32, central control unit 33 and graphical user interface module 34.
When this touch sensor module 32 is locked for being in terminal and accepting input state, touch operation user being touched to this terminal touch screen detects, and obtains user operation track data; This is locked and this touch-screen is locked, can accepts user's input command on the touchscreen and graphical user interface module 34 superposes a foreground layer on desktop picture under accepting input state, and the display properties of this foreground layer is opaque.This central control unit 33 is connected with this touch sensor module 32, for receiving this user operation track data, and is transmitted to graphical user interface module 34.This graphical user interface module 34 is connected with this central control unit 33, for determining the overlay area of this touch operation according to this user operation track data, and the display properties this foreground layer being positioned at the part of this overlay area is set to transparent, again the image that this this foreground layer and this desktop picture are positioned at this overlay area is superposed, and be presented on this touch-screen.
Wherein, touch sensor module 32 detects the activity of user on handset touch panel, and generating user operation track data, to realize principle be that the number of ways such as pressure, magnetic field, temperature be applied to around it by perception detects User Activity.After this touch sensor module 32 detects the moving position information of user, these positional informations can be recorded one by one, which forms user operation track data, such as, coordinate points (x1, y1), (x2, y1), (x3, y1), (x4, y1) .... (xn, y1).N such coordinate points defines straight line, and these coordinate points data are exactly a certain bar user operation track data.When coordinate points is abundant time, user operation track data is then a region, and user operation track data can present with variform, such as, being sometimes the decimal system, is sometimes scale-of-two, although presentation form is different, its flesh and blood or the same.User operation rail track is changed into user operation track data by touch sensor module 32, and is sent to CPU (central processing unit) 33.
CPU (central processing unit) 33 receives the raw data arrived from mobile phone touch sensor 32 module acquires, carries out processing process, such as, carries out the conversion etc. of data layout, make it to become the form that graphical user interface module 34 can accept to these raw data.As everyone knows, containing multiple buffer in central control unit 33, register, these are all internal storage devices, the storage of data can be realized, utilize these memory devices, the user operation track data after process, as transferring device, is sent to graphical user interface module 34 by central control unit 33.
Graphical user interface module 34 (GraphicalUserInterface, be called for short GUI) receiving after central control unit sends out the user operation track data of 33, prospect in the region covered by track according to these data is coated with and makes transparent attribute into, then superpose with the displaying contents under foreground layer, because the prospect in the region that track covers is transparent attribute, thus the portions of display content superposed with this region can be seen by user, thus achieves the display of content.And the unlapped region of other track is not owing to possessing transparent attribute, need not shows by high brightness, so reduce mobile telephone power consumption, extend the life-span of touch-screen.
The terminal that the present embodiment provides is provided with touch-screen, also comprises touch sensor module, central control unit and graphical user interface module.When mobile phone be in lock and accept input state time, by superposing the opaque foreground layer of one deck on desktop picture, when user slides touch-screen, by touch sensor module, user operation track data is transferred to graphical user interface module by CPU (central processing unit), the region that user slides is shown as transparent attribute by graphical user interface module, and superpose with desktop picture, finally show on the touchscreen.Because achieve mobile phone in screen locking and accept input state time, mobile phone desktop image only in display operation trace, so in solution prior art when locking and accept input state touch-screen repeatedly all light the mobile telephone power consumption that causes and increase, the problem that the touch-screen life-span reduces.
Particularly, this graphical user interface module 34 also remains opaque for the display properties of the part this foreground layer not being positioned at this overlay area.
This central control unit 33 also for: if this touch operation with preset consistent for the operation triggering input command on this touch-screen, then after receiving this user operation track data, also perform the operation corresponding to this input command.
The terminal of the embodiment of the present invention two, this central control unit 33 also for: this user operation track data this touch sensor module 32 sent converts the form that can be identified by this graphical user interface module 34 to, then this user operation track data through format conversion is sent to this graphical user interface module 34.
Embodiment three
Fig. 4 is the touch-screen display effect figure of the embodiment of the present invention three.In Fig. 4 upper right corner, display current time is 18:02, and the service condition of battery.The region representation user that dotted line and screen right side bearing and upper sideline fence up touches the track overlay area of process, and hatched example areas represents the region that user did not touch, and represents this region and is still blank screen, namely do not show any content.In the present embodiment, handset touch panel 41 upper right corner is generally fixing can show this temporal information, and this position is precognition for user.Therefore first mobile phone to be switched to and to lock by pressing on & off switch and accept input state by user, then by the approximate region of this information of touching on handset touch panel 41, through some process, the time " 18:02 " in touch-screen 41 upper right corner and battery service condition are highlighted, and the region that other users do not touch then or blank screen shows.Operation trace touch-screen 41 showing user and touch-screen expose ratio entirely, more can reduce mobile telephone power consumption, extend touch-screen 41 life-span.
The touch screen portion flow for displaying figure that Fig. 5 provides for the embodiment of the present invention three.As shown in Figure 5,
S501: judge whether user presses switch and do not operate through key or through some time user.
If user presses switch switch or user when the some time does not operate, mobile phone jumps to locks black state and performs S502, if user does not press switching on and shutting down key or continues operating handset, mobile phone will stay at released state.
S502: judge that whether user is by switch switch.
When mobile phone be in lock black state time, judge that whether user is by switch switch, as pressed switch switch, mobile phone will be jumped to by black state of locking and locks and accept input state and perform S503, otherwise mobile phone will stay at black state of locking.
S503: judge whether user presses switch switch or do not operate through the some time.
When mobile phone be in lock and accept input state time, if user presses switch switch or through some time inoperation, mobile phone jumps to black state of locking, if when user does not press switching on and shutting down key mapping or carries out any operation, perform S504.
S504: judge whether user has touching activity in touch sensor module.
If user touches touch sensor module, the user operation track data of generation is sent to CPU (central processing unit) and performs S505 by this module.Otherwise mobile phone will locked and accept input state to continue wait for that user sends instruction.
The region memory that track covers by S505:GUI module figure be shown on touch-screen.
GUI module receives centre and to get a haircut the user operation track data sent, and GUI module region memory that track is covered figure be shown on touch-screen.
S506: judge whether user slides on the touchscreen according to the track preset.
If user is when sliding on the touchscreen according to the track preset, mobile phone unlocks, otherwise mobile phone stays on and locking and accepting input state.The present embodiment user will show the temporal information in Fig. 4, so do not jump to released state.
The invention provides method for information display on a kind of electronic device touchscreen, it comprises the following steps:
S1: the sight state that user arranges this electronic installation by central control unit at least comprises: screen lock state, the quick reading state of information and released state;
S2: user triggers this electronic installation and is converted to the quick reading state of information by screen lock state;
S3: graphical user interface module superposes a foreground layer on desktop picture, the display properties of described foreground layer is opaque;
S4: described user operation track data is sent to graphical user interface module by central control unit by touch sensor module, described graphical user interface module determines the overlay area of described touch operation according to described user operation track data, and the display properties described foreground layer being positioned at the part of described overlay area is set to transparent, again the image that described foreground layer and described desktop picture are positioned at described overlay area is superposed, and be presented on described touch-screen.
Described graphical user interface module controls touch-screen and is shown as: user operation track regions is highlighted display compared to non-operation trace region.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (8)
1. a display packing for touch-screen epigraph, is characterized in that, comprising:
Terminal be in lock and accept input state time, touch sensor module detects the touch operation that user touches described terminal touch screen, and obtains user operation track data; Describedly to lock and described touch-screen is locked, can accepts user's input command on the touchscreen and graphical user interface module superposes a foreground layer on desktop picture under accepting input state, the display properties of described foreground layer is opaque;
Described user operation track data is sent to described graphical user interface module by central control unit by described touch sensor module, described graphical user interface module determines the overlay area of described touch operation according to described user operation track data, and the display properties described foreground layer being positioned at the part of described overlay area is set to transparent, again the image that described foreground layer and described desktop picture are positioned at described overlay area is superposed, and be presented on described touch-screen;
Wherein, described user operation track data sends to described graphical user interface module to comprise by central control unit by described touch sensor module:
Described user operation track data is sent to central control unit by described touch sensor module;
Described user operation track data converts to and by the form of described graphical user interface module identification, the more described user operation track data through format conversion can be sent to described graphical user interface module by described central control unit.
2. method according to claim 1, is characterized in that, described method also comprises:
The display properties that described foreground layer is not positioned at the part of described overlay area remains opaque.
3. method according to claim 1, is characterized in that, described method also comprises:
If described touch operation with preset consistent for the operation triggering input command on described touch-screen, then described central control unit is after receiving described user operation track data, also performs the operation corresponding to described input command.
4. a terminal, is provided with touch-screen, it is characterized in that, comprising:
Touch sensor module, when locking for being in terminal and accepting input state, touch operation user being touched to described terminal touch screen detects, and obtains user operation track data; Describedly to lock and described touch-screen is locked, can accepts user's input command on the touchscreen and graphical user interface module superposes a foreground layer on desktop picture under accepting input state, the display properties of described foreground layer is opaque;
Central control unit, with described touch sensor model calling, for receiving described user operation track data, and is transmitted to graphical user interface module;
Graphical user interface module, be connected with described central control unit, for determining the overlay area of described touch operation according to described user operation track data, and the display properties described foreground layer being positioned at the part of described overlay area is set to transparent, again the image that described foreground layer and described desktop picture are positioned at described overlay area is superposed, and be presented on described touch-screen;
Wherein, described central control unit also for: the described user operation track data that described touch sensor module sends is converted to and by the form of described graphical user interface module identification, the more described user operation track data through format conversion can be sent to described graphical user interface module.
5. terminal according to claim 4, is characterized in that, described graphical user interface module also remains opaque for the display properties of the part described foreground layer not being positioned at described overlay area.
6. terminal according to claim 4, is characterized in that, described central control unit also for:
If described touch operation with preset consistent for the operation triggering input command on described touch-screen, then after receiving described user operation track data, also perform the operation corresponding to described input command.
7. a method for information display on electronic device touchscreen, it comprises the following steps:
S1: the sight state that user arranges this electronic installation by central control unit at least comprises: screen lock state, the quick reading state of information and released state;
S2: user triggers this electronic installation and is converted to the quick reading state of information by screen lock state;
S3: graphical user interface module superposes a foreground layer on desktop picture, the display properties of described foreground layer is opaque;
S4: user operation track data is sent to graphical user interface module by central control unit by touch sensor module, described graphical user interface module is according to the overlay area of described user operation track data determination touch operation, and the display properties described foreground layer being positioned at the part of described overlay area is set to transparent, again the image that described foreground layer and described desktop picture are positioned at described overlay area is superposed, and be presented on described touch-screen;
Wherein, described user operation track data sends to described graphical user interface module to comprise by central control unit by described touch sensor module:
Described user operation track data is sent to central control unit by described touch sensor module;
Described user operation track data converts to and by the form of described graphical user interface module identification, the more described user operation track data through format conversion can be sent to described graphical user interface module by described central control unit.
8. method according to claim 7, is characterized in that, described graphical user interface module controls touch-screen and is shown as: user operation track regions is highlighted display compared to non-operation trace region.
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| CN105808112B (en) * | 2014-12-30 | 2019-10-29 | 联想(北京)有限公司 | Electronic device, wearable device and information processing method |
| CN105095733A (en) * | 2015-07-28 | 2015-11-25 | 努比亚技术有限公司 | Screen display method and mobile terminal |
| JP6584025B2 (en) * | 2015-08-31 | 2019-10-02 | ホアウェイ・テクノロジーズ・カンパニー・リミテッド | Screen enabling method and apparatus, and electronic device |
| CN106657642B (en) * | 2016-12-26 | 2019-10-08 | 努比亚技术有限公司 | A kind of information processing method and mobile terminal |
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| CN101667100A (en) * | 2009-09-01 | 2010-03-10 | 宇龙计算机通信科技(深圳)有限公司 | Method and system for unlocking mobile terminal LCD display screen and mobile terminal |
| CN102844989A (en) * | 2010-04-14 | 2012-12-26 | 三星电子株式会社 | Touch-based mobile device and method for performing touch lock function of the mobile device |
| CN102346644A (en) * | 2011-09-16 | 2012-02-08 | 百度在线网络技术（北京）有限公司 | Method and device for activating part of screen in mobile terminal |
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