CN107562282A - Control method and device for wearable equipment screen - Google Patents
Control method and device for wearable equipment screen Download PDFInfo
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- CN107562282A CN107562282A CN201710880186.8A CN201710880186A CN107562282A CN 107562282 A CN107562282 A CN 107562282A CN 201710880186 A CN201710880186 A CN 201710880186A CN 107562282 A CN107562282 A CN 107562282A
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Abstract
The embodiment of the invention discloses a control method and device for a screen of wearable equipment. The method comprises the following steps: detecting an electrical signal of a circuit connection point in a screen of the wearable device; if the circuit connection point which can not detect the electric signal exists, determining a normal display area of the screen of the wearable device; the normal display area of the screen of the wearable device does not comprise a circuit connection point where the electric signal cannot be detected; determining at least one standby display area in a normal display area of a screen, and selecting any one standby display area as a target display area; and reducing the display content of the screen of the wearable device according to the target display area, so that the reduced display content is displayed in the target display area. According to the technical scheme, when the screen of the wearable device is broken or partially fails, the original screen picture can be automatically zoomed, so that the user can normally control the wearable device on the effective screen, and the normal use of the wearable device by the user is not influenced.
Description
Technical field
The present embodiments relate to a kind of wearable device technology, more particularly to a kind of controlling party of wearable device screen
Method and device.
Background technology
Today's society, wearable device turn into the necessity in people's life, can with the rapid development of wearable device
Wearable device brings great convenience for the life of people.
But the problem of wearable device screen is frangible is never effectively solved, touch screen is wearable sets current entirely
Under the standby epoch, the rupture of screen and the sense of touch failure strong influence operation of wearable device, or even cause wearable set
It is standby to use.
The content of the invention
The embodiment of the present invention provides a kind of control method and device of wearable device screen, can work as wearable device screen
When curtain rupture or partial failure, former screen-picture is zoomed in and out automatically, user is entered in effective screen part to wearable device
The normal manipulation of row, does not influence normal use of the user to wearable device.
In a first aspect, the embodiments of the invention provide a kind of control method of wearable device screen, including：
Detect the electric signal of the circuit connection point in wearable device screen；
If in the presence of the circuit connection point that can't detect electric signal, it is determined that the normal viewing area of wearable device screen；
Wherein, the normal viewing area of the wearable device screen does not include the circuit connection point that can't detect electric signal；
At least one standby viewing area is determined in the normal viewing area of the screen, it is standby aobvious to choose any one
Show region as destination display area；
The display content of wearable device screen is reduced according to the destination display area, after to reduce
Display content is shown in the destination display area.
Further, before the electric signal for detecting the circuit connection point in wearable device screen, in addition to：
The status data of wearable device is gathered by sensor, wherein, the status data includes：Wearable device
The direction change rate of rate of acceleration change and wearable device；
Accordingly, detecting the electric signal of the circuit connection point in wearable device screen includes：
If the rate of acceleration change of wearable device is more than first threshold and/or the direction change rate of wearable device is more than
Second Threshold, then detect the electric signal of the circuit connection point in the wearable device screen.
Further, at least one standby viewing area is determined in the normal viewing area of the screen, is chosen any
One standby viewing area includes as destination display area：
At least one standby viewing area is determined in the normal viewing area of the screen, one is chosen and is set with wearable
The standby viewing area of standby screen aspect equal proportion is as destination display area；
Accordingly, the display content of wearable device screen is reduced according to the destination display area, to cause
Display content after diminution, which is shown in the destination display area, to be included：
Obtain the length and width of the destination display area；
The display content of wearable device screen is reduced according to the length and width of the destination display area, to cause
Display content after diminution is shown in the target location region.
Further, at least one standby viewing area is determined in the normal viewing area of the screen, is chosen any
One standby viewing area includes as destination display area：
If at least one standby viewing area be present, filter out the maximum standby viewing area of area and shown as target
Region.
Further, at least one standby viewing area is determined in the normal viewing area of the screen, is chosen any
One standby viewing area includes as destination display area：
At least one standby viewing area, selected distance wearable device are determined in the normal viewing area of the screen
On-screen display (osd) area center is less than the standby viewing area of pre-determined distance as destination display area.
Second aspect, the embodiment of the present invention additionally provide a kind of control device of wearable device screen, and the device includes：
Detection module, for detecting the electric signal of the circuit connection point in wearable device screen；
Normal viewing area determining module, if in the presence of the circuit connection point that can't detect electric signal, it is determined that can wear
Wear the normal viewing area of device screen；Wherein, the normal viewing area of the wearable device screen does not include can't detect
The circuit connection point of electric signal；
Destination display area determining module, it is at least one standby aobvious for being determined in the normal viewing area of the screen
Show region, choose any one standby viewing area as destination display area；
Display module, for being reduced according to the destination display area to the display content of wearable device screen,
To cause the display content after reducing to be shown in the destination display area.
Further, in addition to：
Acquisition module, for before the electric signal for detecting the circuit connection point in wearable device screen, passing through sensing
Device gathers the status data of wearable device, wherein, the status data includes：The rate of acceleration change of wearable device and can
The direction change rate of wearable device；
Accordingly, the detection module is specifically used for：
If the rate of acceleration change of wearable device is more than first threshold and/or the direction change rate of wearable device is more than
Second Threshold, then detect the electric signal of the circuit connection point in the wearable device screen.
Further, the destination display area determining module is specifically used for：
At least one standby viewing area is determined in the normal viewing area of the screen, one is chosen and is set with wearable
The standby viewing area of standby screen aspect equal proportion is as destination display area；
Accordingly, the display module is specifically used for：
Obtain the length and width of the destination display area；
The display content of wearable device screen is reduced according to the length and width of the destination display area, to cause
Display content after diminution is shown in the target location region.
Further, the destination display area determining module is specifically used for：
If at least one standby viewing area be present, filter out the maximum standby viewing area of area and shown as target
Region.
Further, the destination display area determining module is specifically used for：
At least one standby viewing area, selected distance wearable device are determined in the normal viewing area of the screen
On-screen display (osd) area center is less than the standby viewing area of pre-determined distance as destination display area.
The embodiment of the present invention is by detecting the electric signal of the circuit connection point in wearable device screen；If detection be present not
To the circuit connection point of electric signal, it is determined that the normal viewing area of wearable device screen；Wherein, wearable device screen
Normal viewing area does not include the circuit connection point that can't detect electric signal；At least one is determined in the normal viewing area of screen
Individual standby viewing area, any one standby viewing area is chosen as destination display area；Can according to destination display area pair
The display content of wearable device screen is reduced, to cause the display content after reducing to be shown in destination display area.Pass through
Technical scheme, former screen-picture can be contracted automatically when the rupture of wearable device screen or partial failure
Put, user is normally manipulated to wearable device in effective screen part, do not influence user makes to the normal of wearable device
With.
Brief description of the drawings
Fig. 1 is a kind of flow chart of the control method of wearable device screen in the embodiment of the present invention one；
Fig. 2 is a kind of flow chart of the control method of wearable device screen in the embodiment of the present invention two；
Fig. 3 is a kind of structural representation of the control device of wearable device screen in the embodiment of the present invention three.
Embodiment
The present invention is described in further detail with reference to the accompanying drawings and examples.It is understood that this place is retouched
The specific embodiment stated is used only for explaining the present invention, rather than limitation of the invention.It also should be noted that in order to just
Part related to the present invention rather than entire infrastructure are illustrate only in description, accompanying drawing.
Embodiment one
A kind of flow chart of the control method for wearable device screen that Fig. 1 provides for the embodiment of the present invention one, this implementation
Example is applicable to the situation of the control of wearable device screen, and this method can be by wearable device provided in an embodiment of the present invention
The control device of screen performs, and the device can realize that the device can be integrated in any need by the way of software and/or hardware
In the terminal device for wanting screen control, such as intelligent watch etc., as shown in figure 1, this method specifically comprises the following steps：
S110, detect the electric signal of the circuit connection point in wearable device screen.
Wherein, the circuit connection point is the circuit connection point in wearable device screen, if circuit connection point can be examined
Electric signal is measured, then illustrates that circuit connection point is normal, then the screen position energy of wearable device corresponding to the circuit connection point
Enough normal uses, if circuit connection point can't detect electric signal, illustrate that circuit connection point damages, then the circuit connection point pair
The screen position rupture or failure for the wearable device answered, it is impossible to for user's normal use.
Specifically, the electric signal of the circuit connection point in detection wearable device screen can be to enter according to default frequency
Row detection, or when getting default trigger condition, start to detect, the embodiment of the present invention is not limited this.
S120, if in the presence of the circuit connection point that can't detect electric signal, it is determined that the normal display of wearable device screen
Region, wherein, the normal viewing area of wearable device screen does not include the circuit connection point that can't detect electric signal.
Wherein, wearable device screen is probably due to collision in the presence of the reason for circuit connection point that can't detect electric signal
Caused Mask Failure, it is also possible to be due into Mask Failure caused by water, component failure etc..The embodiment of the present invention is not entered to this
Row limitation.
Wherein, the normal viewing area of the wearable device screen be can normally be watched for user, normal operating
The viewing area of wearable device screen.The normal viewing area of the wearable device does not include the electricity that can't detect electric signal
Road tie point.
Specifically, if circuit connection point can't detect electric signal, it is bad point to illustrate the circuit connection point, according to described
The position of bad point determines that the viewing area is defined as into normal viewing area in the absence of the viewing area of bad point in smart screen
Domain.
S130, at least one standby viewing area is determined in the normal viewing area of screen, it is standby to choose any one
Viewing area is as destination display area.
Wherein, the standby viewing area is the viewing area for user's selection；The destination display area selects for user
The viewing area for being used to show selected.
Wherein, the standby viewing area one is scheduled in normal viewing area, but the region in normal viewing area is differed
It is standby viewing area to establish a capital.For example, the normal viewing area for determining screen is A and B, normal viewing area A includes normal aobvious
Show region Q, normal viewing area W and normal viewing area R, wherein, normal viewing area Q is standby viewing area, normal aobvious
Show that region W and normal viewing area R is not then standby viewing area, normal viewing area B includes normal viewing area X, normal
Viewing area Y and normal viewing area Z, wherein, normal viewing area X is standby viewing area, normal viewing area Y and normal
Viewing area Z is not then standby viewing area.
Specifically, the mode that at least one standby viewing area is determined in the normal viewing area of screen can be interception
The maximum rectangle of normal viewing area inner area, or the rectangle of close center in normal viewing area is intercepted, this
Inventive embodiments are not limited to this.
Specifically, the normal viewing area of wearable device screen includes at least one standby viewing area, therefrom choose
As destination display area, the mode of selection can be random selection, or choose standby for any one standby viewing area
With the viewing area being best suitable in viewing area, such as can be, if there is a standby viewing area in wearable device screen
Centre position in screen, and the area of the standby viewing area is more than other standby viewing areas, then illustrates described standby
It is most suitable viewing area with viewing area, then it is destination display area to select the standby viewing area.
S140, the display content of wearable device screen is reduced according to destination display area, after causing diminution
Display content be shown in destination display area.
Wherein, the mode reduced according to destination display area to the display content of wearable device screen is to wear
The length and width for wearing the display content of device screen are reduced according to the length and width of destination display area.
Wherein, it is that the display content after diminution is presented in into target that the display content after diminution, which is shown in destination display area,
Viewing area.
Specifically, the minification of the display content of wearable device screen for destination display area size with it is wearable
The ratio of the size of device screen.Such as can be, if a length of 10 centimetres of wearable device screen, a width of 4 centimetres, target shows
Show region a length of 5 centimetres, a width of 2 centimetres, then the display content of wearable device screen is reduced twice.
Optionally, before the electric signal for detecting the circuit connection point in wearable device screen, in addition to：
The status data of wearable device is gathered by sensor, wherein, the status data includes：Wearable device
The direction change rate of rate of acceleration change and wearable device；
Wherein, residing sensor can be acceleration transducer and gyroscope.
Specifically, gathering the acceleration of wearable device by acceleration transducer, and then obtain adding for wearable device
Percentage speed variation.The direction of wearable device is gathered by gyroscope, and then obtains the direction change rate of wearable device.
Accordingly, detecting the electric signal of the circuit connection point in wearable device screen includes：
If the rate of acceleration change of wearable device is more than first threshold and/or the direction change rate of wearable device is more than
Second Threshold, then detect the electric signal of the circuit connection point in the wearable device screen.
Wherein, the first threshold can be that user sets, or rule of thumb obtain.
Wherein, the Second Threshold can be that user sets, or rule of thumb obtain.
Specifically, if the rate of acceleration change of wearable device is more than first threshold, illustrate wearable device by play
Strong collision, in the case of in wearable device by sharp impacts, wearable device screen is easily broken or part is lost
Effect.Therefore when the rate of acceleration change for detecting wearable device is more than first threshold, detect in wearable device screen
The electric signal of circuit connection point, if circuit connection point be present can't detect electric signal, it is broken to illustrate that wearable device screen is present
Broken or partial failure.
Specifically, if the direction change rate of wearable device is more than Second Threshold, illustrate wearable device by violent
Collision, in the case of in wearable device by sharp impacts, wearable device screen is easily broken or partial failure.
Therefore when the direction change rate for detecting wearable device is more than Second Threshold, the circuit detected in wearable device screen connects
The electric signal of contact, if circuit connection point be present can't detect electric signal, illustrate that wearable device screen has broken or portion
Divide failure.
Specifically, if the rate of acceleration change of wearable device is more than first threshold and the direction change rate of wearable device
More than Second Threshold, then illustrate wearable device by sharp impacts, due to the situation in wearable device by sharp impacts
Under, wearable device screen is easily broken or partial failure.Therefore it is big in the rate of acceleration change for detecting wearable device
When first threshold and the direction change rate of wearable device are more than Second Threshold, the circuit detected in wearable device screen connects
The electric signal of contact, if circuit connection point be present can't detect electric signal, illustrate that wearable device screen has broken or portion
Divide failure.
In a specific example, connect according to the circuit in the frequency detecting wearable device screen of daily detection once
The electric signal of contact, if circuit connection point be present can't detect electric signal, illustrate that wearable device screen has broken or portion
Divide failure, if circuit connection point can detect electric signal, illustrate that wearable device screen is normal.
The technical scheme of the present embodiment, by the electric signal for detecting the circuit connection point in wearable device screen；If deposit
It can't detect the circuit connection point of electric signal, it is determined that the normal viewing area of wearable device screen；Wherein, it is wearable to set
The normal viewing area of standby screen does not include the circuit connection point that can't detect electric signal；In the normal viewing area of screen really
Fixed at least one standby viewing area, chooses any one standby viewing area as destination display area；Shown according to target
Region reduces to the display content of wearable device screen, to cause the display content after reducing to be shown in target viewing area
Domain., can be when the rupture of wearable device screen or partial failure, automatically to former screen-picture by technical scheme
Zoom in and out, user is normally manipulated to wearable device in effective screen part, do not influence user to wearable device
Normal use.
Embodiment two
Fig. 2 be the embodiment of the present invention two in a kind of wearable device screen control method flow chart, the present embodiment
Optimized based on previous embodiment one, there is provided the control method of preferable wearable device screen, be specifically, in institute
State and at least one standby viewing area is determined in the normal viewing area of screen, choose any one standby viewing area as mesh
Mark viewing area includes：Determine at least one standby viewing area in the normal viewing area of the screen, choose one with
The standby viewing area of wearable device screen aspect equal proportion is as destination display area；Accordingly, shown according to the target
Show that region reduces to the display content of wearable device screen, to cause the display content after reducing to be shown in the target
Viewing area includes：Obtain the length and width of the destination display area；By the display content of wearable device screen according to described
The length and width of destination display area are reduced, to cause the display content after reducing to be shown in the target location region.
Thus, the length of standby viewing area and wide ratio and the length of wearable device screen in standby viewing area are chosen
The region of display content after being reduced with the wide standby viewing area of ratio identical as display, the content of display can be ensured
It is undistorted, lift the usage experience of user.
Accordingly, the method for the present embodiment specifically comprises the following steps：
S210, detect the electric signal of the circuit connection point in wearable device screen.
S220, if in the presence of the circuit connection point that can't detect electric signal, it is determined that the normal display of wearable device screen
Region, wherein, the normal viewing area of wearable device screen does not include the circuit connection point that can't detect electric signal.
S230, determines at least one standby viewing area in the normal viewing area of screen, choose one with it is wearable
The standby viewing area of device screen length and width equal proportion is as destination display area.
Wherein, the destination display area is long and wide ratio and wearable device screen length and wide ratio identical
Viewing area.For example, if wearable device screen length and wide ratio are 4:1, then chosen from standby viewing area long and wide
Ratio be 4:1 standby viewing area is as destination display area.
Specifically, at least one standby viewing area is determined in the normal viewing area of screen, from the standby display
In region, one is chosen with the standby viewing area of wearable device screen aspect equal proportion as destination display area.
Optionally, if the length-width ratio of standby viewing area and the length-width ratio of wearable device screen are different from, select
Closest to the standby viewing area of wearable device screen aspect ratio as destination display area.
S240, obtain the length and width of destination display area.
Specifically, obtain with the standby viewing area of wearable device screen aspect equal proportion as destination display area,
The length of destination display area and wide numerical value are obtained, such as can be a length of 6 centimetres of destination display area, a width of 3 centimetres.
S250, the display content of wearable device screen is reduced according to the length and width of destination display area, so that
Display content after must reducing is shown in target location region.
Specifically, the display content of wearable device screen is contracted according to the length and wide numerical value of destination display area
It is small, if for example, a length of 6 centimetres of destination display area, a width of 3 centimetres, then the display content of wearable device screen is reduced
For a length of 6 centimetres, a width of 3 centimetres.
Specifically, the display content of wearable device screen is reduced according to the length and width of destination display area, will
Display content after diminution is shown in target location region and watches and operate for user.
Optionally, at least one standby viewing area is determined in the normal viewing area of the screen, is chosen any one
Individual standby viewing area includes as destination display area：
If at least one standby viewing area be present, filter out the maximum standby viewing area of area and shown as target
Region.
Specifically, the maximum standby viewing area of area is filtered out from alternative area as the convenient use of destination display area
Family uses.For example, if the area of alternative area is respectively A, B, C, D, and A ﹥ B ﹥ C ﹥ D, then select the alternative area work that area is A
For destination display area.
The maximum standby viewing area of area is selected to be provided the user as destination display area in the present embodiment
One relatively large regional display content, relative to the less standby viewing area of area, user is more facilitated to watch and make
With lifting the usage experience of user.
Optionally, at least one standby viewing area is determined in the normal viewing area of the screen, is chosen any one
Individual standby viewing area includes as destination display area：
At least one standby viewing area, selected distance wearable device are determined in the normal viewing area of the screen
On-screen display (osd) area center is less than the standby viewing area of pre-determined distance as destination display area.
Wherein, the pre-determined distance is the distance of user's setting or the viewing optimum distance rule of thumb obtained.
Wherein, the standby viewing area that pre-determined distance is less than apart from wearable device on-screen display (osd) area center is relative
More preferable viewing experience, and more convenient user's operation can be provided the user in the standby viewing area of other positions.
In a specific example, if wearable device is mobile phone, mobile phone is opened screen by sharp impacts, collision rift
Automatic detection function, confirm whether screen is damaged by being detected to circuit connection point, equal proportion can be accommodated by being calculated if damaged
The intact region of screen, former screen is reduced into ratio is included in the intact region of screen, and waits user to confirm, user can after confirmation
Picture after the diminution of effective screen area normal use, does not influence equipment normal use.
In another specific example, wearable device is mobile phone, carries out the once detection to circuit connection point weekly
Operation, if in the presence of the circuit connection point that can't detect electric signal, account for screen is damaged or fails, and will can't detect electric signal
Circuit connection point regard as bad point, calculate be able to detect that in screen electric signal circuit connection point composition region, will
Former screen is according to the length and the wide diminution for carrying out different proportion of destination display area (for example, will according to the long of destination display area
The length of former screen is reduced into original half, according to destination display area it is wide by former screen it is wide be reduced into it is original 1/4),
And the region that screen is capable of normal use is shown in after its diminution, wait user to confirm that user can be in effective screen after confirmation
Picture after the normal use diminution of region, does not influence equipment normal use.
The technical scheme of the present embodiment, by the electric signal for detecting the circuit connection point in wearable device screen；If deposit
It can't detect the circuit connection point of electric signal, it is determined that the normal viewing area of wearable device screen；Wherein, it is wearable to set
The normal viewing area of standby screen does not include the circuit connection point that can't detect electric signal；In the normal viewing area of screen really
Fixed at least one standby viewing area, chooses any one standby viewing area as destination display area；Shown according to target
Region reduces to the display content of wearable device screen, to cause the display content after reducing to be shown in target viewing area
Domain., can be when the rupture of wearable device screen or partial failure, automatically to former screen-picture by technical scheme
Zoom in and out, user is normally manipulated to wearable device in effective screen part, do not influence user to wearable device
Normal use.
Embodiment three
Fig. 3 is a kind of structural representation of the control device of wearable device screen of the embodiment of the present invention three.This implementation
Example is applicable to the situation of the control of wearable device screen, and the device can be realized by the way of software and/or hardware, the dress
Putting can be integrated in the equipment of any offer screen control function, such as intelligent watch etc., wearable be set as shown in figure 3, described
The control device of standby screen specifically includes：Detection module 310, normal viewing area determining module 320, destination display area determine
Module 330 and display module 340.
Wherein, detection module 310, for detecting the electric signal of the circuit connection point in wearable device screen；
Normal viewing area determining module 320, if in the presence of the circuit connection point that can't detect electric signal, it is determined that can
The normal viewing area of wearable device screen, wherein, the normal viewing area of the wearable device screen does not include detection not
To the circuit connection point of electric signal；
Destination display area determining module 330, it is at least one standby for being determined in the normal viewing area of the screen
With viewing area, any one standby viewing area is chosen as destination display area；
Display module 340, for being contracted according to the destination display area to the display content of wearable device screen
It is small, to cause the display content after reducing to be shown in the destination display area.
Optionally, in addition to：
Acquisition module, for before the electric signal for detecting the circuit connection point in wearable device screen, passing through sensing
Device gathers the status data of wearable device, wherein, the status data includes：The rate of acceleration change of wearable device and can
The direction change rate of wearable device；
Accordingly, the detection module is specifically used for：
If the rate of acceleration change of wearable device is more than first threshold and/or the direction change rate of wearable device is more than
Second Threshold, then detect the electric signal of the circuit connection point in the wearable device screen.
Optionally, the destination display area determining module is specifically used for：
At least one standby viewing area is determined in the normal viewing area of the screen, one is chosen and is set with wearable
The standby viewing area of standby screen aspect equal proportion is as destination display area；
Accordingly, the display module is specifically used for：
Obtain the length and width of the destination display area；
The display content of wearable device screen is reduced according to the length and width of the destination display area, to cause
Display content after diminution is shown in the target location region.
Optionally, the destination display area determining module is specifically used for：
If at least one standby viewing area be present, filter out the maximum standby viewing area of area and shown as target
Region.
Optionally, the destination display area determining module is specifically used for：
At least one standby viewing area, selected distance wearable device are determined in the normal viewing area of the screen
On-screen display (osd) area center is less than the standby viewing area of pre-determined distance as destination display area.
The technical scheme of the present embodiment, by the electric signal for detecting the circuit connection point in wearable device screen；If deposit
It can't detect the circuit connection point of electric signal, it is determined that the normal viewing area of wearable device screen；Wherein, it is wearable to set
The normal viewing area of standby screen does not include the circuit connection point that can't detect electric signal；In the normal viewing area of screen really
Fixed at least one standby viewing area, chooses any one standby viewing area as destination display area；Shown according to target
Region reduces to the display content of wearable device screen, to cause the display content after reducing to be shown in target viewing area
Domain., can be when the rupture of wearable device screen or partial failure, automatically to former screen-picture by technical scheme
Zoom in and out, user is normally manipulated to wearable device in effective screen part, do not influence user to wearable device
Normal use.
The said goods can perform the method that any embodiment of the present invention is provided, and possess the corresponding functional module of execution method
And beneficial effect.
Pay attention to, above are only presently preferred embodiments of the present invention and institute's application technology principle.It will be appreciated by those skilled in the art that
The invention is not restricted to specific embodiment described here, can carry out for a person skilled in the art various obvious changes,
Readjust and substitute without departing from protection scope of the present invention.Therefore, although being carried out by above example to the present invention
It is described in further detail, but the present invention is not limited only to above example, without departing from the inventive concept, also
Other more equivalent embodiments can be included, and the scope of the present invention is determined by scope of the appended claims.
Claims (10)
- A kind of 1. control method of wearable device screen, it is characterised in that including：Detect the electric signal of the circuit connection point in wearable device screen；If in the presence of the circuit connection point that can't detect electric signal, it is determined that the normal viewing area of wearable device screen, wherein, The normal viewing area of the wearable device screen does not include the circuit connection point that can't detect electric signal；At least one standby viewing area is determined in the normal viewing area of the screen, chooses any one standby viewing area Domain is as destination display area；The display content of wearable device screen is reduced according to the destination display area, to cause the display after reducing Content is shown in the destination display area.
- 2. according to the method for claim 1, it is characterised in that the electricity of the circuit connection point in detection wearable device screen Before signal, in addition to：The status data of wearable device is gathered by sensor, wherein, the status data includes：The acceleration of wearable device Spend the direction change rate of rate of change and wearable device；Accordingly, detecting the electric signal of the circuit connection point in wearable device screen includes：If the rate of acceleration change of wearable device is more than first threshold and/or the direction change rate of wearable device is more than second Threshold value, then detect the electric signal of the circuit connection point in the wearable device screen.
- 3. according to the method for claim 1, it is characterised in that determine at least one in the normal viewing area of the screen Individual standby viewing area, choose any one standby viewing area includes as destination display area：At least one standby viewing area is determined in the normal viewing area of the screen, chooses one and wearable device screen The standby viewing area of curtain length and width equal proportion is as destination display area；Accordingly, the display content of wearable device screen is reduced according to the destination display area, to reduce Display content afterwards, which is shown in the destination display area, to be included：Obtain the length and width of the destination display area；The display content of wearable device screen is reduced according to the length and width of the destination display area, to reduce Display content afterwards is shown in the target location region.
- 4. according to the method for claim 1, it is characterised in that determine at least one in the normal viewing area of the screen Individual standby viewing area, choose any one standby viewing area includes as destination display area：If at least one standby viewing area be present, the maximum standby viewing area of area is filtered out as target viewing area Domain.
- 5. according to the method for claim 1, it is characterised in that determine at least one in the normal viewing area of the screen Individual standby viewing area, choose any one standby viewing area includes as destination display area：At least one standby viewing area, selected distance wearable device screen are determined in the normal viewing area of the screen Viewing area center is less than the standby viewing area of pre-determined distance as destination display area.
- A kind of 6. control device of wearable device screen, it is characterised in that including：Detection module, for detecting the electric signal of the circuit connection point in wearable device screen；Normal viewing area determining module, if in the presence of the circuit connection point that can't detect electric signal, it is determined that wearable to set The normal viewing area of standby screen, wherein, the normal viewing area of the wearable device screen does not include can't detect telecommunications Number circuit connection point；Destination display area determining module, for determining at least one standby viewing area in the normal viewing area of the screen Domain, any one standby viewing area is chosen as destination display area；Display module, for being reduced according to the destination display area to the display content of wearable device screen, so that Display content after must reducing is shown in the destination display area.
- 7. device according to claim 6, it is characterised in that also include：Acquisition module, for before the electric signal for detecting the circuit connection point in wearable device screen, being adopted by sensor Collect the status data of wearable device, wherein, the status data includes：The rate of acceleration change of wearable device and wearable The direction change rate of equipment；Accordingly, the detection module is specifically used for：If the rate of acceleration change of wearable device is more than first threshold and/or the direction change rate of wearable device is more than second Threshold value, then detect the electric signal of the circuit connection point in the wearable device screen.
- 8. device according to claim 6, it is characterised in that the destination display area determining module is specifically used for：At least one standby viewing area is determined in the normal viewing area of the screen, chooses one and wearable device screen The standby viewing area of curtain length and width equal proportion is as destination display area；Accordingly, the display module is specifically used for：Obtain the length and width of the destination display area；The display content of wearable device screen is reduced according to the length and width of the destination display area, to reduce Display content afterwards is shown in the target location region.
- 9. device according to claim 6, it is characterised in that the destination display area determining module is specifically used for：If at least one standby viewing area be present, the maximum standby viewing area of area is filtered out as target viewing area Domain.
- 10. device according to claim 6, it is characterised in that the destination display area determining module is specifically used for：At least one standby viewing area, selected distance wearable device screen are determined in the normal viewing area of the screen Viewing area center is less than the standby viewing area of pre-determined distance as destination display area.
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| CN201710880186.8A CN107562282A (en) | 2017-09-26 | 2017-09-26 | Control method and device for wearable equipment screen |
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| CN201710880186.8A CN107562282A (en) | 2017-09-26 | 2017-09-26 | Control method and device for wearable equipment screen |
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