CN109379494A - Processing method and electronic equipment - Google Patents
Processing method and electronic equipment Download PDFInfo
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- CN109379494A CN109379494A CN201811253684.0A CN201811253684A CN109379494A CN 109379494 A CN109379494 A CN 109379494A CN 201811253684 A CN201811253684 A CN 201811253684A CN 109379494 A CN109379494 A CN 109379494A
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- ontology
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72448—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions
- H04M1/72454—User interfaces specially adapted for cordless or mobile telephones with means for adapting the functionality of the device according to specific conditions according to context-related or environment-related conditions
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/02—Constructional features of telephone sets
- H04M1/0202—Portable telephone sets, e.g. cordless phones, mobile phones or bar type handsets
- H04M1/026—Details of the structure or mounting of specific components
- H04M1/0266—Details of the structure or mounting of specific components for a display module assembly
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- Engineering & Computer Science (AREA)
- Signal Processing (AREA)
- Environmental & Geological Engineering (AREA)
- Human Computer Interaction (AREA)
- Computer Networks & Wireless Communication (AREA)
- Telephone Function (AREA)
- Telephone Set Structure (AREA)
Abstract
This application discloses a kind of processing method and electronic equipments, this method may include: acquisition call instruction, the call instruction is in use state for controlling the first component, the first component is located in the ontology of mobile terminal, and the first component has windowing corresponding with the first component on the ontology, if the display screen of the mobile terminal is in the second relative position relative to the ontology, the windowing on the ontology appears completely；Obtain detection signal；Based on the call instruction, if the display screen of the detection characterization mobile terminal is in the first relative position relative to the ontology of the mobile terminal, prompt information is exported, which, which is used to indicate, slides the display screen so that the windowing on the ontology appears；Wherein, if the display screen of the mobile terminal is in first relative position relative to the ontology, which blocks the windowing on the ontology completely.The scheme of the application can enable a user to operation of timely, the accurate realization to electronic equipment.
Description
Technical field
This application involves electronic technology fields, more specifically to a kind of processing method and electronic equipment.
Background technique
In the electronic equipments such as mobile phone, tablet computer, camera and earpiece are additionally provided on the same face of display screen
Equal devices, since these devices need to occupy certain region, to limit the screen accounting of display screen.
In order to improve the screen accounting of display screen in electronic equipment to greatest extent, it has been proposed that by camera and can listen
Cylinder etc. is separated with display screen, and therefore, design of LED is become the one kind for becoming future electronic equipment at the electronic equipment of slip lid
Gesture.And the existing electronic equipment with slip lid, what is covered under the slip lid of electronic equipment is keyboard region, by sliding the slip lid
It is shown just for the sake of the keyboard region under blocking slip lid.And the electronics with slip lid designed to improve screen accounting
In equipment, without the reserved band of position that camera and earpiece is arranged on slip lid, so that being conducive to can be by slip lid whole
It is set as display screen, to improve the screen accounting of display screen.However, in order to improve screen accounting and design with slip lid
In electronic equipment, if the device that application program or operating system need that camera or earpiece etc. is called to separate with slip lid,
User is just needed to slide slip lid, so that camera and earpiece can normally play its function.But due to the electricity with slip lid
Therefore how the mode of operation that sub- equipment is different from conventional electronic device needs in user using devices such as earpiece and cameras
When part, can in time, accurately operate electronic equipment is those skilled in the art's technical problem in the urgent need to address.
Summary of the invention
The purpose of the application is to provide a kind of processing method and electronic equipment, enables a user to timely, accurate realization
Operation to electronic equipment, to realize the use of related device in electronic equipment.
To achieve the above object, this application provides following technical solutions:
A kind of processing method, which comprises
Call instruction is obtained, the call instruction is in use state, the first component position for controlling the first component
In in the ontology of mobile terminal, and the first component has windowing corresponding with the first component on the body, such as
The display screen of mobile terminal described in fruit is in the second relative position relative to the ontology, and the windowing on the ontology is complete
Appear；
Obtain detection signal；
Based on the call instruction, if the display screen of mobile terminal described in the detection characterization is relative to the shifting
The ontology of dynamic terminal is in the first relative position, exports prompt information, it is described aobvious that the prompt information is used to indicate sliding
Display screen is so that the windowing on the ontology appears；
Wherein, described if the display screen of the mobile terminal is in first relative position relative to the ontology
Display screen blocks the windowing on the ontology completely.
Preferably, further includes:
If the ontology of the display screen of mobile terminal described in the detection characterization relative to the mobile terminal
In second relative position, the call instruction is responded, the first component is controlled and is in use state.
Preferably, if institute of the display screen of mobile terminal described in the detection characterization relative to the mobile terminal
It states ontology and is in the first relative position, then further include:
It is lasting to obtain detection signal；
If the display screen of mobile terminal described in the detection characterization that current time gets is relative to described mobile whole
The ontology at end is in the second relative position, then responds the call instruction.
Preferably, the acquisition call instruction includes:
Based on the first functional module being active in currently running application program, the call instruction is generated；
Wherein, the application program has the first functional module, and first functional module needs to call the first component.
Preferably, the acquisition call instruction includes:
Based on the face identification functions module being active in operating system, the call instruction is generated；Wherein, institute
It states face identification functions module to need to call front camera, the front camera is the first component.
Preferably, the prompt information is the glide direction information that the display screen is slided in prompt.
Preferably, the glide direction information indicates that the dynamic image includes by the dynamic image that display screen is shown
It is in the first icon mark of first state for embodying the mobile terminal and is in for embodying the mobile terminal
Second icon of two-state identifies；Wherein, the first icon mark characterizes the display screen of the mobile terminal relative to described
The ontology of mobile terminal is in the first relative position；The second icon mark characterizes the display screen phase of the mobile terminal
Second relative position is in for the ontology；
Or；
The glide direction information is indicated by the dynamic luminous efficiency that display screen is shown.
On the other hand, present invention also provides a kind of processing methods, comprising:
Obtain the input operation of the first operational controls of currently running application program；The input operation is for activating
State the first functional module of currently running application program；First functional module calls the first component；The first component
In the ontology of mobile terminal, and the first component has windowing corresponding with the first component on the body,
If the display screen of the mobile terminal is in the second relative position relative to the ontology, the windowing on the ontology is complete
Appear entirely；
Obtain detection signal；
It is operated based on the input, if the display screen of mobile terminal described in the detection characterization is relative to the shifting
The ontology of dynamic terminal is in the first relative position, exports prompt information, it is described aobvious that the prompt information is used to indicate sliding
Display screen is so that the windowing on the ontology appears.
Preferably, further includes:
If the ontology of the display screen of mobile terminal described in the detection characterization relative to the mobile terminal
It in the second relative position, is operated directly in response to the input, activates the first function mould of the currently running application program
Block.
On the other hand, present invention also provides a kind of electronic equipment, comprising:
Display screen, ontology and processor；
Wherein, the first component, and windowing corresponding with the first component are provided in the ontology；
The display screen can be mobile relative to the ontology, wherein the display screen is in the relative to the ontology
One relative position, the display screen block the windowing on the ontology completely；The display screen is in the relative to the ontology
Two relative positions, the windowing on the ontology appear completely；
Processor, for obtaining call instruction, the call instruction is in use state for controlling the first component；It obtains
Detect signal；Based on the call instruction, if display screen described in the detection characterization is in the relative to the ontology
One relative position, exports prompt information, and the prompt information is used to indicate the sliding display screen so that on the ontology
The windowing appears.
By above scheme it is found that in the embodiment of the present application, mobile terminal includes display screen and ontology, it is arranged on ontology
There are the first component and windowing corresponding with the first component, the ontology which can relatively move terminal is mobile, so that
Windowing on the ontology is blocked or appears.Moreover, the calling for being in use state for controlling the first component in acquisition
After instruction, detection signal can be further obtained, if detection characterization display screen completely blocks the windowing on the ontology,
Prompt information can be exported, can indicate that user slides the display screen so that the windowing on ontology appears by the prompt information,
So that the corresponding first component of ontology uplifting window can be used, and then realize quick, exact operations mobile terminal reality
The use of existing associated components.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of application for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the electronic equipment provided by the embodiments of the present application front schematic view under two states respectively；
Fig. 2 is the side schematic view of the electronic equipment of the embodiment of the present application in the first state；
Fig. 3 is a kind of a kind of flow diagram of processing method provided by the embodiments of the present application；
Fig. 4 is a kind of example for exporting glide direction information in the embodiment of the present application in display screen；
Fig. 5 is a kind of another flow diagram of processing method provided by the embodiments of the present application；
Fig. 6 is a kind of another flow diagram of processing method provided by the embodiments of the present application；
Fig. 7 is that a kind of processing method provided by the embodiments of the present application is applied to flow diagram in a kind of application scenarios；
Fig. 8 a shows the display screen opposing body in mobile terminal and is in the first relative position, and mobile terminal receive it is logical
In the case where words request, which exports a kind of exemplary diagram of glide direction information；
Fig. 8 b is shown in the case where mobile terminal receives the telephone number of user's input, is exported and is mentioned in display screen
Show that user slides an exemplary diagram of display screen；
A kind of processing method that Fig. 9 shows the embodiment of the present application is applied to the flow diagram in a kind of application scenarios；
Figure 10 a is shown in the case where needing to unlock screen state, exports the one of prompt sliding display screen in display screen
Kind prompt example；
Figure 10 b is shown in the case where needing to call front camera, exports prompt sliding display screen in display screen
A kind of prompt example.
Specification and claims and term " first " in above-mentioned attached drawing, " second ", " third " " the 4th " etc. (if
In the presence of) it is part for distinguishing similar, without being used to describe a particular order or precedence order.It should be understood that using in this way
Data be interchangeable under appropriate circumstances, so that embodiments herein described herein can be in addition to illustrating herein
Sequence in addition is implemented.
Specific embodiment
The embodiment of the present application can be applied to electronic equipment, which can be mobile eventually for mobile phone, tablet computer etc.
End, or other have the electronic equipment etc. of image capture, voice output and voice collecting etc. function.
In the embodiment of the present application, which includes display screen and ontology, is provided at least one on the ontology
The first component, and windowing corresponding with the first component is additionally provided on ontology.
Wherein, the display screen of the electronic equipment can be slided relative to the ontology of the electronic equipment.Especially by a cunning
Dynamic connection structure realizes that sliding of the display screen relative to the ontology, the sliding are that short distance is slided；It can certainly
It is to slide over long distances.Wherein, the first relative position, the ontology of the electronic equipment are in the ontology of display screen opposing electronic device
On windowing be blocked.The second relative position is in the ontology of display screen opposing electronic device, on the ontology of the electronic equipment
Windowing it is exposed.The display screen can be touching display screen, can obtain what user carried out for the object on display screen
Touch control operation.
The first component can be used to implement that electronic device exterior signal is converted to electronic equipment internal is to be treated
Internal signal, e.g., the first component can be camera, sound collector etc.；Or the first component can receive electronic equipment
Or the signal generated is converted to the signal for being output to electronic device exterior, e.g., which can be for sound follower (e.g.,
Earpiece) etc..
In order to make it easy to understand, the electronic equipment of the application, is described in detail with reference to the accompanying drawing.
Such as, referring to Fig. 1, it illustrates schematic diagram of the electronic equipment of the application under two states.
Left side shows the front schematic view of electronic equipment in the first state in Fig. 1.It can be with by the figure in left side in Fig. 1
Find out, under the first state of electronic equipment, the ontology of 12 opposing electronic device of display screen of the electronic equipment 11 is in first
Relative position, the display screen 12 block the windowing on the ontology of electronic equipment.In Fig. 1 in the image in left side, electronic equipment
The completely shown screen 12 of windowing on ontology blocks.
It, can be with if the ontology slide downward of the opposing electronic device display screen under the first state of electronic equipment
So that electronic equipment is in the second state, the image on right side, shows the electronics in the image on the right side of the Fig. 1 and sets as shown in figure 1
Standby front schematic view in the second condition.
It can be seen from figure on the right side of Fig. 1 under the second state of electronic equipment, 12 phase of display screen of the electronic equipment 11
Second relative position is in for the ontology 13 of electronic equipment, which simultaneously blocks opening on the ontology 13 of the electronic equipment
Window 14, so that the ontology uplifting window of electronic equipment is exposed.In that case, the first component on the ontology of the electronic equipment
15 are also exposed at a time, so that the first component 15 can be used normally in user.
The two states of electronic equipment shown by 1 middle left and right of comparison diagram, two width figure, it can be seen that by sliding electronics
The display screen of equipment can make electronic equipment be in different use states.Such as, it is not needing using ontology in electronic equipment
When the upper first component, then the display screen opposing body that can keep electronic equipment is in the first relative position, so that display screen
The windowing on the ontology of the electronic equipment is blocked, so that the first component on windowing corresponding position is not exposed.And it is needing
It, then can be with slide downward display screen, so that on electronic equipment ontology when using the first component on the ontology of electronic equipment
The exposed appearance of windowing.
It should be noted that in this example it is shown that screen refers to comprising display area and carries the portion of display area
Part.As seen from Figure 1, display screen can regard the slip lid for carrying display screen as, which can be slided with opposing body, with
The windowing on ontology is blocked by slip lid or manifests windowing.
In order to the second relative position of display screen and ontology is more clearly understood, Fig. 2 may refer to, it illustrates
When the ontology of display screen opposing electronic device is in the second relative position, the side schematic view of electronic equipment.That is, figure
2 be side schematic view corresponding to the front schematic view of electronic equipment shown in right side in Fig. 1.
As seen from Figure 2, after 13 slide downward of ontology of 12 opposing electronic device of display screen, the top of display screen with
The top of electronic equipment ontology no longer flushes.In that case, the windowing nature of the top half in electronic equipment ontology
Appearance can be appeared.
In conjunction with the introduction of the above electronic equipment, processing method in the embodiment of the present application is introduced below.For the ease of
It introduces, is illustrated so that electronic equipment is mobile terminal as an example below.
Referring to Fig. 3, it illustrates a kind of flow diagram of processing method one embodiment of the application, the sides of the present embodiment
Method can be applied to mobile terminal.The processing method of the present embodiment may include:
S301 obtains call instruction.
Wherein, which is in use state for controlling the first component.
As previously described, which is located in the ontology of mobile terminal, and the first component has on the ontology
Windowing corresponding with the first component.Wherein, if the display screen of the mobile terminal is in the second opposite position relative to the ontology
It sets, then the windowing on the ontology appears completely.
It is understood that when operating system, application program need to call and use the first component in the electronic device,
The call instruction can then be generated.The different scenes using its first component are needed based on mobile terminal, which is somebody's turn to do
The mode of call instruction can there are many.The several ways for obtaining call instruction are illustrated below:
Such as, in the case where a kind of possible, based on what is be active in the currently running application program of mobile terminal
First functional module generates the call instruction.Wherein, which has first functional module, first functional module
It needs to call the first component.The functional module for needing to call the first component is referred to as the first functional module by the application, when
So, according to the difference of the first component, need to call the functional module of the first component different in application program, the application to this not
Add limitation.
Wherein, application program generates call instruction based on the first functional module of state of activation can be divided into two class feelings again
Condition.
Wherein, a kind of situation is the first function mould being active in the currently running application program of mobile terminal
Block actively calls the first component.
For example, by taking the first component is earpiece as an example there is the application program for calling the earpiece demand can be call
Using (for realizing the application answered and made a phone call), instant messaging application etc. has the application of call function module, then
Receiving incoming call requests in such application program, (call, voice communication or video for e.g., receiving callee's initiation are logical
The request such as words), then the call function module applied can generate the call instruction for calling earpiece, to realize the tune directly to earpiece
With.
Another kind of situation is that user triggers application program manually and generates call instruction.Such as, mobile terminal obtains current operation
Application program the first operating space input operation, which operates first for activating currently running application program
Functional module, and first functional module be activated after generate call the first component call instruction.
For example, using the first component as earpiece, application can be talk application or instant messaging etc., then first function
Energy module is the call function module in application, then when user can be by dialing called number, clicking voice communication
Key etc. is operated to application input for initiating the input of call request, is operated by the input, then can be triggered application activating
Call function module, to realize that triggering call function module generates the call instruction for calling earpiece manually.
In another example using the first component as the front camera of mobile terminal, using for camera applications, then opened in camera applications
After moving and running, user clicks the operation of switching preamplifier camera, calls mould to trigger camera applications by the camera of activation
Block generates the call instruction for calling the front camera.
It is the explanation carried out in case where generating call instruction based on application program above, in another possible feelings
In condition, obtaining call instruction be may also is that based on the functional module being active in operating system, be generated to the first component
Call instruction.
Such as, which is generated based on the face identification functions module being active in operating system, wherein should
Face identification functions module needs to call the front camera on the ontology of mobile terminal, in this kind of situation, front camera
It may be considered the first component.
For example: in the case where display screen is in screen lock state, operating system calls face recognition module, to be known by face
Other module calls front camera to acquire facial image, to determine whether to unlock based on facial image.In another example application program
Face identification functions module in call operation system, before being called by the face identification functions module activated in operating system
It sets camera and realizes man face image acquiring etc., to realize subscriber authentication etc..
It is understood that above is only several possible situations for obtaining call instruction, for other possible situations
It is equally applicable to the embodiment of the present application.Meanwhile the above practical application scene introduction for several possible situations is relatively simple,
Extended meeting in conjunction with the embodiments describes to part of application scenarios in detail afterwards.
S302 obtains detection signal.
The detection signal is used to detect the relative position of the display screen of mobile terminal relative to the ontology of mobile terminal.Pass through
The detection signal can analyze whether the windowing on terminal body appears.
In the embodiment of the present application, the mode of the acquisition for mobile terminal detection signal equally can there are many may, below
Illustrate by taking several situations as an example.
In the case where a kind of possible, it is arranged on the ontology of mobile terminal for detecting the opposite of display screen opposing body
The Hall element of positional relationship can then obtain the detection signal that the Hall element senses.
Wherein, set-up mode of the Hall element on the ontology of mobile terminal can there are many may.Such as, it can move end
Setting Hall element is corresponded at the sliding final position of display screen in the ontology at end, wherein sliding final position be display screen from
The final position that direction slide downward far from ontology top can reach, the sliding terminal location is it is also assumed that be windowing
Boundary.Such as, in Fig. 1 right side figure, open a window appeared completely in the figure, shown here as screen can not be further continued for downslide
Dynamic, the position for corresponding to display screen top herein, in terminal body is exactly to slide final position.
Correspondingly, region of the setting for Hall switch induction on the slip lid where the display screen, which is being shown
When screen opposing body slides into second relative position, which can sense the region to generate signal, pass through
The signal of Hall switch determines the relative position between the display screen of mobile terminal and the ontology of mobile terminal.For example, if aobvious
Display screen opposing body is in the second relative position, obtains the second status signal by Hall switch.If display screen opposing body
In non-second relative position, first state signal is obtained by Hall switch, that is, because the mechanism that is slidably connected makes display screen
The first relative position can be returned to by being in non-second relative position relative to the second ontology, so the first state signal is with regard to table
It levies display screen and is in the first relative position relative to the second ontology, therefore, exactly can be realized as showing with a Hall switch
The detection of screen and the second ontology relative position.
For another example, it in the case where the ontology of mobile terminal is provided with the sliding rail being connected with display screen, can set on the slide rail
Hall element is set, during display screen is slided along sliding rail opposing body, the signal that Hall element is sensed can also be produced
Changing.Wherein, when display screen along sliding rail to far from ontology top sliding in the case where, i.e., opening ontology uplifting window the case where
Under, it be can analyze out by obtaining the signal that senses of Hall element, display screen opposing body slide downward and slided into
Relative position.Correspondingly, in the case that display screen upward sliding is to block windowing, signal and display that Hall element senses
The signal sensed during screen slide downward is different, in this way, the signal that can be sensed from Hall element determines whether
Belong to the case where display screen blocks windowing.
Certainly, the embodiment of this programme can also determine the opposite of display screen and the second ontology using multiple Hall switch
Position is e.g. separately positioned on the first relative position and/or the second relative position；When having multiple relative positions if necessary
Multiple Hall switch can also be set.
, can also be by the way that contact-making switch be arranged on the ontology of mobile terminal in another possible situation, the contact
Switch can be set at the sliding final position of ontology, if display screen slides into sliding final position, the contact-making switch
State be first switch state；And if display screen leaves the sliding final position, illustrate that display screen can be restored to and blocks
The state of windowing, at this point, the state of contact-making switch is second switch state.Correspondingly, the detection signal can be for for characterizing
The status signal of the switch state of contact-making switch.
S303 is based on the call instruction, if the display screen of the detection characterization mobile terminal is relative to the movement
The ontology of terminal is in the first relative position, exports prompt information.
As previously described, if the display screen of the mobile terminal is in the first relative position, the display screen relative to ontology
The windowing on the ontology is blocked completely.
It is understood that block the windowing on ontology completely due to display screen, then the first component in windowing without
Method realizes corresponding function, or can not effectively realize corresponding function.Such as, when the first component is the front camera of mobile terminal,
If the shown screen of windowing blocks completely, which is blocked, so that face can not be acquired by front camera
Image.For another example, when the first component is earpiece, since earpiece is blocked, the sound of mobile terminal local can not be effectively acquired, or
Person can not collect the sound of mobile terminal local at all.In that case, it is necessary to prompt user to slide display screen, so that
It must open a window exposed.Therefore, the prompt information exported in the present embodiment, which is used to indicate, slides the display screen so that the ontology
On windowing appear.
In the embodiment of the present application, the form of prompt information can there are many may.Optionally, in order to more intuitive
Prompt the user on how manifest windowing, the prompt information can for prompt slide the display screen glide direction information.Accordingly
, the glide direction information of user's output can be explicitly shown the glide direction of screen, be somebody's turn to do from according to the sliding of corresponding glide direction
Display screen, so that the windowing on ontology is exposed.
In order to allow the glide direction that user is more intuitive, fast explicit slides the display screen, the application is defeated
Glide direction information out can be shown with dynamic effect.
Such as, in a kind of possible situation, which can be indicated by dynamic image that display screen is shown.
Wherein, the dynamic image may include: for embody the mobile terminal be in first state the first icon mark and be used for
Embody the second icon mark that the mobile terminal is in the second state.Wherein, first icon mark characterizes the mobile terminal
Display screen is in the first relative position relative to the ontology of the mobile terminal；Second icon mark characterizes the aobvious of the mobile terminal
Display screen is in the second relative position relative to the ontology.
For example, first icon mark can be opposite in first relative to ontology in the display screen of mobile terminal
When position, the schematic diagram of the mobile terminal.Correspondingly, second icon mark can for mobile terminal display screen relative to
When ontology is in the second relative position, the schematic diagram of the mobile terminal.
Such as, the dynamic image for showing mobile terminal output referring to fig. 4 shows in the effect that two different moments are showed
It is intended to.Wherein, the frame that two width figures are respectively the dynamic image 41 of former and later two moment mobile terminal output is controlled in Fig. 4
Image.As seen from Figure 4, previous moment, output mobile terminal is in first state and (shows on the display screen of mobile terminal
Screen opposing body is in the first relative position) diagram, and later moment in time, on the display screen of mobile terminal at output mobile terminal
In the diagram of the second state.It follows that the dynamic being made up of the two field pictures that mobile terminal shown in Fig. 4 continuously exports
Image, user can intuitively recognize that mobile terminal blocks the first state of windowing from display screen, to open a window it is exposed go out the
The specific variation of two-state, so that user, which can accurately recognize, needs the slide downward display screen, to manifest ontology
On windowing.
In practical applications, the dynamic image be also possible to comprising from the first state of mobile terminal to the second state gradually
The dynamic effect picture of change, the application are without restriction to this.
In the case where another is possible, the dynamic luminous efficiency which can also be shown by display screen refers to
Show.Such as, dynamic luminous efficiency is shown respectively in one or two sides of display screen, which can highlight shining point from aobvious
It is transmitted downwards along the side of display screen on the top of display screen.The effect moved down can be showed by the transmission of bright shining point
Fruit prompt, so that user can know the glide direction for sliding the display screen.
It is understood that in practical applications, the form of output glide direction information can also have other possibility, this Shen
It is please without restriction to this.Moreover, in practical applications, output glide direction information can also in combination with various ways, e.g.,
When exporting dynamic image instruction by display screen, which can both include the first image identification and the second image identification,
It can also include that dynamic luminous efficiency indicates.
As known from the above, in the embodiment of the present application, mobile terminal includes display screen and ontology, is provided with first on ontology
Component and windowing corresponding with the first component, the ontology which can relatively move terminal is mobile, so that the ontology
On windowing be blocked or appear.Moreover, obtain for control the first component be in use state call instruction it
Afterwards, can further obtain detection signal can export if detection characterization display screen completely blocks the windowing on the ontology
Prompt information can indicate that user slides the display screen so that the windowing on ontology appears, to make by the prompt information
Obtaining the corresponding first component of ontology uplifting window can be used, and then is realized quick, exact operations mobile terminal and realized correlation
The use of component.
It is understood that when obtaining call instruction, if mobile terminal obtains detection characterization mobile terminal
Display screen be in the second relative position relative to the ontology of the mobile terminal, then explanation shown here as screen sliped off, move
Windowing on dynamic terminal body is exposed.In that case, mobile terminal may not need output prompt information, and direct
The call instruction is responded, the first component is controlled and is in use state.Such as, the first component is front camera, then responds calling
The call instruction of front camera wakes up and starts the front camera, so that front camera executes Image Acquisition.
It is understood that in the embodiment of the present application, if the display screen of detection characterization mobile terminal relative to
The ontology of mobile terminal is in the first relative position (i.e. the first state of mobile terminal), and mobile terminal responds the side of call instruction
Formula can be there are many situation.
Such as, if the display screen of detection characterization mobile terminal is in the first opposite position relative to the ontology of mobile terminal
It sets, mobile terminal, which responds the call instruction at least, can following three kinds of situations:
The first situation are as follows: before mobile terminal exports the prompt information, which responds the call instruction；
Second situation is that mobile terminal responds the call instruction while exporting the prompt information；
It is that mobile terminal responds the call instruction after exporting the prompt information in the case of the third.
Three cases above, not in view of whether user has passed through sliding display screen, to realize that windowing is appeared completely,
And after responding the call instruction due to mobile terminal, the first component can be controlled and be in use state, then may appear in aobvious
Display screen do not slide or display screen sliding process in, the first component has been in use state.Certainly, in three cases above
In, the use of the first component is had no effect on, but during user slides display screen, the using effect meeting of the first component
Different using effects is showed with the sliding of display screen.
Such as, by taking the first component is earpiece as an example, if used in the case where mobile terminal control earpiece is in use state
The display screen is not yet slided at family, and mobile terminal is still in first state, then with user's slide downward display screen, earpiece is hidden
The region of gear gradually becomes smaller, so that the volume that earpiece exports sound outward can also become larger.
For another example, it by taking the first component is front camera as an example, is used if be in mobile terminal control front camera
In the case where state, the mobile terminal is still in first state, at this point, since the shown screen of the front camera blocks, before this
The pickup area for setting camera is all the back side of display screen.With user's slide downward display screen, which is blocked
Area be gradually reduced and finally appeared completely, then the front camera acquired image is also gradually from the back side of display screen
Become the ambient image of environment locating for mobile terminal.
Although having no effect on the use of the first component in three cases above, due to the using effect of the first component
Variation may be generated, sense of discomfort may be brought to user, therefore, the embodiment of the present application is in detection characterization mobile terminal
In the case where first state, it can also continue to obtain the detection signal, to judge whether the state of mobile terminal becomes
Two-state.
Such as, referring to Fig. 5, it illustrates a kind of flow diagram of another embodiment of processing method of the application, this implementations
The method of example is applied to above-mentioned electronic equipment, and for ease of description, the present embodiment is by mobile terminal of electronic equipment
Example explanation.
The method of the present embodiment may include:
S501 obtains call instruction.
Wherein, the first component which is used to control on the ontology of mobile terminal is in use state.
S502 obtains detection signal.
Above step S501 and S502 may refer to the related introduction of preceding embodiment, and details are not described herein.
S503, if the display screen of the detection characterization mobile terminal is in the relative to the ontology of the mobile terminal
Two relative positions control the first component and are in use state directly in response to the call instruction.
If the detection signal shows that mobile terminal is in the second state, illustrates that the windowing on ontology is exposed, be not necessarily to
User slides display screen again, in that case, then without executing subsequent step S504, and can refer to directly in response to the calling
It enables, the control first component is in use state.
S504, if the display screen of the detection characterization mobile terminal is in first relative to the ontology of mobile terminal
Relative position is based on the call instruction, exports prompt information, and execute step S505.
Wherein, prompt information is used to indicate the sliding display screen so that the windowing on the ontology appears.
S505, it is lasting to obtain detection signal, and, if the detection characterization mobile terminal that gets of current time is shown
Display screen is in the second relative position relative to the ontology of the mobile terminal, then responds the call instruction.
It is understood that in view of user's skilled operation the application mobile terminal in the case where, even if acquiring tune
When with instruction, the display screen of mobile terminal is in the first relative position relative to the ontology of mobile terminal, user be likely to compared with
Quickly to slide display screen, so that the display screen for changing mobile terminal is closed relative to the relative position of the ontology of mobile terminal
System.Accordingly, it is possible to appear in the case that display screen not yet shows prompt information, user has slided display screen, so that moving
The display screen of dynamic terminal is in the second relative position relative to the ontology of mobile terminal, and the windowing on ontology is appeared completely；Again
Alternatively, user has sliped off display screen while the display screen of mobile terminal shows prompt information, so that mobile terminal
Windowing on ontology is appeared completely.
In order to display screen relative movement terminal ontology be in the second relative position in the case where and time control
The first component of mobile terminal processed is in use state, so that user, which can timely use the first component, completes related behaviour
Make, in the present embodiment, determines the display screen of mobile terminal relative to mobile terminal in the detection signal obtained according to step S02
Ontology be in the first relative position in the case where, also will continue to continue obtain this be used to reflect display screen opposing body position close
The detection signal of system.Moreover, the detection characterization display screen once got is in the second relative position relative to ontology,
The call instruction is then responded, is in use state to control the first component, without being concerned about whether display screen has exported
The prompt information.
It is understood that difference at the time of sliding display screen according to user in practical applications, it is possible that first holding
Then row step S505 executes the operation that prompt information is exported in step S504 again；It may also appear in and execute step S504
While middle output prompt information, step S505 is executed.
As a kind of optional way of the application, such as Fig. 6, it illustrates a kind of another embodiments of processing method of the application
Flow diagram, the method for the present embodiment includes:
S601 obtains the input operation of the first operational controls of currently running application program.
Wherein, which operates the first functional module for activating the currently running application program；First function
Module calls the first component.
The step may refer to the associated description of preceding embodiment, and details are not described herein.
S602 obtains detection signal.
S603 is operated based on the input, if the display screen of the detection characterization mobile terminal is relative to the movement
The ontology of terminal is in the first relative position, exports prompt information.
Wherein, prompt information is used to indicate the sliding display screen so that the windowing on the ontology appears.
The scheme of the embodiment of the present application in order to facilitate understanding, below with reference to different application scenarios to the embodiment of the present application
Scheme is introduced.
Firstly, using the first component being arranged on the ontology of mobile terminal as earpiece, and with the talk application in mobile terminal
It receives and illustrates for the call request of call initiator.Such as, referring to Fig. 7, it illustrates a kind of processing methods of the application one
Flow diagram in kind application scenarios.The present embodiment is applied to mobile terminal, and be arranged on the ontology of mobile terminal the
One component is for earpiece, the method for the present embodiment may include:
S701 is answered when the talk application of mobile terminal receives the call request of call initiator transmission by call
Call function module in generates the call instruction for calling earpiece.
S702 obtains detection signal.
S703, if the display screen of the detection characterization mobile terminal is in the relative to the ontology of the mobile terminal
Two relative positions control the earpiece and are in use state directly in response to the call instruction.
It is understood that mobile terminal is without defeated in the case that the windowing on ontology appears completely in the terminal
Prompt information out then directly controls earpiece and is in use state, will pass through the voice of earpiece output call initiator transmission.
S704, if the display screen of the detection characterization mobile terminal is in first relative to the ontology of mobile terminal
Relative position is based on the call instruction, and output is for prompting the glide direction information of sliding display screen in display screen, and executes
Step S705.
In order to make it easy to understand, by taking the dynamic image instruction that glide direction information is shown by display screen as an example.Such as Fig. 8 a,
It shows in the case where the display screen opposing body of mobile terminal is in the first relative position, mobile terminal receives call and asks
When asking, which exports a kind of exemplary diagram of glide direction information.
Call is received in mobile terminal it can be seen from Fig. 8 a, and the display screen of the mobile terminal is relative to this
In the case that body is in the first relative position, in addition to showing the initiator of call on the display screen 81 of the mobile terminal
Except the information such as name and telephone number, a dynamic image 82 can be also shown in display screen.The Dynamic Graph in Fig. 8 a
What picture was currently presented is that the display screen opposing body of mobile terminal is in the effect picture of the second relative position, to prompt user to slide
The sliding screen.Certainly, the suggestion content that dynamic image is understood for the ease of user, below dynamic image or in dynamic image
Further include the prompt text that the display screen is slided in prompt, " is answered to lower sliding cover " as shown in Fig. 8 a.
S705, it is lasting to obtain detection signal, and, if the detection characterization mobile terminal that gets of current time is shown
Display screen is in the second relative position relative to the ontology of the mobile terminal, then responds the call instruction, and control earpiece, which is in, to be used
State.
It is understood that user slides the display screen or user passes through such as Fig. 8 a before display screen exports prompt information
Shown in prompt information slide the display screen, it is mobile in the case where realizing that the windowing on terminal body is appeared completely
Terminal can then respond the call instruction, and control earpiece is in use state.
It is understood that in the present embodiment, being relatively moved eventually in the display screen of the detection characterization mobile terminal
In the case that the ontology at end is in the first relative position, the case where mobile terminal responds the call instruction, can be above-mentioned
Other situations, the application are without restriction to this.
It is understood that Fig. 7 is illustrated so that talk application receives call request as an example, but the application for type
The case where voice communication or video calling etc. are needed using earpiece is received, it is similar to the present embodiment, this is not repeated to go to live in the household of one's in-laws on getting married
It states.
In addition, initiating the case where conversing to other users by the talk application of mobile terminal for user, implement with Fig. 7
Example is similar, the difference is that only, in step S701, receives the call of user's input in the talk application of mobile terminal
When location (such as telephone number), the call instruction for calling earpiece is generated by the call function module in talk application.
Such as, referring to Fig. 8 b, it illustrates in the case where the telephone number for receiving user's input in mobile terminal, output is mentioned
Show that user slides an example of display screen.As in Fig. 8 b left side figure shown in, user can be in dialing circle of talk application
Telephone number to be called is inputted in face.In that case, if mobile terminal detect user input the telephone number or
Person detects that user clicks exhalation key and dials the telephone number, and, mobile terminal determines that the current opposing body of display screen is in the
One relative position, then mobile terminal can export the dynamic image 83 for prompting the sliding display screen in display screen, such as Fig. 8 b
Shown in the figure on middle right side.
Below using the first component as front camera, and operating system needs that front camera is called to realize face acquisition,
To illustrate for completing the scene of display screen unlocks by recognition of face.Such as, referring to Fig. 9, it illustrates a kind of processing of the application
The flow diagram of another embodiment of method.The present embodiment may include:
S901 activates face identification functions module by operating system in the case where receiving display screen unlocking request,
And the call instruction for calling front camera is generated by face identification functions module.
S902 obtains detection signal.
Step S902 may refer to the related introduction of preceding embodiment.
S903, if the display screen of the detection characterization mobile terminal is in the relative to the ontology of the mobile terminal
Two relative positions control the front camera and are in use state, to be adopted by front camera directly in response to the call instruction
Collect facial image.
S904, if the display screen of the detection characterization mobile terminal is in first relative to the ontology of mobile terminal
Relative position is based on the call instruction, and output is for prompting the glide direction information of sliding display screen in display screen.
In scene in view of realizing unlocking screen by recognition of face, in order to prompt user to need to acquire facial image,
The prompt information that prompt user acquires facial image can be exported in display screen, and mentioning for face is presented in a scanning area as shown
Indicating is known.Based on this, if the first icon that output embodies mobile terminal different conditions in display screen simultaneously identifies and second
Icon mark, then may cause user and be difficult to understand for, it is not easy to clearly slide the prompt purpose of the dynamic image of display screen in time.
In that case, glide direction information can be indicated preferably by the dynamic luminous efficiency that display screen is shown in the present embodiment.
Such as, it is illustrated in conjunction with Figure 10 a in the case where unlocking screen state, the display screen prompt sliding display screen of mobile terminal
A kind of prompt example.The display screen opposing body that left side shows mobile terminal in figure loa is in the feelings of the first relative position
Under condition, the display screen of mobile terminal is in screen lock state.In figure loa on the basis of the figure in left side, if user clicks screen
Or click screen and wake up key, in addition to the unlock prompt figure for prompting user to acquire facial image can be exported in display screen
Except mark 101, the dynamic luminous efficiency instruction 102 for prompting user's slide downward display screen can be also exported in the display screen, such as
In Figure 10 a shown in the figure on right side.
It is understood that calling the application scenarios of front camera in the case where the first component is front camera
It can also be that user needs to take pictures using front camera.In this kind of application scenarios, if the camera applications of mobile terminal open
Dynamic and current rear camera is in use state, then if mobile terminal detects that user clicks the application interface of camera applications
Middle camera converts icon, and the call instruction for calling front camera can be generated by camera applications.Such as, referring to Figure 10 b
Shown, the schematic diagram for showing the application interface of output camera applications in display screen in left side, is answered in the camera in figure 10b
A camera conversion icon 103 is presented in application interface.After user clicks camera conversion icon 103,
If judging to need to call front camera by camera applications, to generate the call instruction to front camera.
Correspondingly, if the display screen of mobile terminal is in the first relative position relative to the ontology of mobile terminal, it can
On the basis of display screen shows the application interface of camera applications, output is for prompting the sliding of sliding display screen in display screen
Directional information, as shown in the figure on right side in Figure 10 b.Sliding is used to indicate it is found that exporting in display screen by the figure on the right side of Figure 10 b
The dynamic image 104 of directional information, in this way, prompt of the user based on the dynamic image, can slide display screen, to manifest this
Front camera on body.
It should be noted that above embodiments are to illustrate so that electronic equipment is mobile terminal as an example, but work as electronic equipment
When for other kinds of terminal, it is equally applicable.
The processing method of corresponding the application, present invention also provides a kind of electronic equipment, the structure of the electronic equipment can be with
Referring to shown in prior figures 1.Specifically, the electronic equipment may include:
Display screen, ontology and processor；
Wherein, the first component, and windowing corresponding with the first component are provided in the ontology；
The display screen can be mobile relative to the ontology, wherein the display screen is in the relative to the ontology
One relative position, the display screen block the windowing on the ontology completely；The display screen is in the relative to the ontology
Two relative positions, the windowing on the ontology appear completely；
Processor, for obtaining call instruction, the call instruction is in use state for controlling the first component；It obtains
Detect signal；Based on the call instruction, if display screen described in the detection characterization is in the relative to the ontology
One relative position, exports prompt information, and the prompt information is used to indicate the sliding display screen so that on the ontology
The windowing appears.
The operation of the processor specifically executed may refer to operation performed by the mobile terminal side of front, no longer superfluous herein
It states.
The foregoing description of the disclosed embodiments makes professional and technical personnel in the field can be realized or use the application.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the application.Therefore, the application
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (10)
1. a kind of processing method, which comprises
Call instruction is obtained, the call instruction is in use state for controlling the first component, and the first component, which is located at, to be moved
In the ontology of dynamic terminal, and the first component has windowing corresponding with the first component on the body, if institute
The display screen for stating mobile terminal is in the second relative position relative to the ontology, and the windowing on the ontology is completely aobvious
Dew；
Obtain detection signal；
Based on the call instruction, if the display screen of mobile terminal described in the detection characterization is relative to described mobile whole
The ontology at end is in the first relative position, exports prompt information, and the prompt information is used to indicate the sliding display screen
So that the windowing on the ontology appears；
Wherein, if the display screen of the mobile terminal is in first relative position, the display relative to the ontology
Screen blocks the windowing on the ontology completely.
2. processing method according to claim 1, further includes:
If the display screen of mobile terminal described in the detection characterization is in relative to the ontology of the mobile terminal
Second relative position, responds the call instruction, controls the first component and is in use state.
3. processing method according to claim 1, if the display screen phase of mobile terminal described in the detection characterization
First relative position is in for the ontology of the mobile terminal, then further include:
It is lasting to obtain detection signal；
If the display screen of mobile terminal described in the detection characterization that current time gets is relative to the mobile terminal
The ontology is in the second relative position, then responds the call instruction.
4. processing method according to claim 1, the acquisition call instruction include:
Based on the first functional module being active in currently running application program, the call instruction is generated；Wherein,
The application program has the first functional module, and first functional module needs to call the first component.
5. processing method according to claim 1, the acquisition call instruction include:
Based on the face identification functions module being active in operating system, the call instruction is generated；Wherein, the people
Face identification function module needs to call front camera, and the front camera is the first component.
6. processing method according to claim 1, the prompt information is the glide direction that the display screen is slided in prompt
Information.
7. processing method according to claim 6, the glide direction information is referred to by the dynamic image that display screen is shown
Show, the dynamic image includes being in the first icon mark of first state and for embodying for embodying the mobile terminal
The mobile terminal is in the second icon mark of the second state；Wherein, the first icon mark characterizes the mobile terminal
Display screen be in the first relative position relative to the ontology of the mobile terminal；Described in the second icon mark characterization
The display screen of mobile terminal is in the second relative position relative to the ontology；
Or；
The glide direction information is indicated by the dynamic luminous efficiency that display screen is shown.
8. a kind of processing method, comprising:
Obtain the input operation of the first operational controls of currently running application program；The input operation is for activating described work as
First functional module of the application program of preceding operation；First functional module calls the first component；The first component is located at
In the ontology of mobile terminal, and the first component has windowing corresponding with the first component on the body, if
The display screen of the mobile terminal is in the second relative position relative to the ontology, and the windowing on the ontology is completely aobvious
Dew；
Obtain detection signal；
It is operated based on the input, if the display screen of mobile terminal described in the detection characterization is relative to described mobile whole
The ontology at end is in the first relative position, exports prompt information, and the prompt information is used to indicate the sliding display screen
So that the windowing on the ontology appears.
9. processing method according to claim 8, further includes:
If the display screen of mobile terminal described in the detection characterization is in relative to the ontology of the mobile terminal
Second relative position is operated directly in response to the input, activates the first functional module of the currently running application program.
10. a kind of electronic equipment, comprising:
Display screen, ontology and processor；
Wherein, the first component, and windowing corresponding with the first component are provided in the ontology；
The display screen can be mobile relative to the ontology, wherein the display screen is in the first phase relative to the ontology
To position, the display screen blocks the windowing on the ontology completely；The display screen is in the second phase relative to the ontology
To position, the windowing on the ontology appears completely；
Processor, for obtaining call instruction, the call instruction is in use state for controlling the first component；It is detected
Signal；Based on the call instruction, if display screen described in the detection characterization is in the first phase relative to the ontology
To position, prompt information is exported, the prompt information is used to indicate the sliding display screen so that described on the ontology
Windowing appears.
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| CN113206896A (en) * | 2020-01-15 | 2021-08-03 | 北京小米移动软件有限公司 | Terminal control method, terminal and mobile terminal |
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Application publication date: 20190222 |