CN106959117A - A kind of information indicating method and device - Google Patents
A kind of information indicating method and device Download PDFInfo
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- CN106959117A CN106959117A CN201710166055.3A CN201710166055A CN106959117A CN 106959117 A CN106959117 A CN 106959117A CN 201710166055 A CN201710166055 A CN 201710166055A CN 106959117 A CN106959117 A CN 106959117A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C21/00—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00
- G01C21/26—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00 specially adapted for navigation in a road network
- G01C21/34—Route searching; Route guidance
- G01C21/36—Input/output arrangements for on-board computers
- G01C21/3626—Details of the output of route guidance instructions
- G01C21/3652—Guidance using non-audiovisual output, e.g. tactile, haptic or electric stimuli
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Abstract
The present invention provides a kind of information indicating method and device, after configured information is got, configured information can be based on, at least part region of control electronics adapts to the deformation of configured information, and configured information can be between knowledge current location and target location relation, therefore the deformation for adapting to configured information by least part region of electronic equipment can indicate that the relation between current location and target location, so the deformation at least part region of electronic equipment is as a kind of indicating mode, so that indicating mode is diversified.And the indicating mode of the deformation at least part region of electronic equipment is for existing voice indicating mode, electronic equipment and the perception interactive on user's limbs can be increased, so for blind person or dysaudia crowd and the electronic equipment in the absence of display unit, the perception of the deformation of electronic equipment can be pointed out by user's limbs, improve versatility.
Description
Technical field
The invention belongs to technical field of information processing, in particular, more particularly to a kind of information indicating method and device.
Background technology
Current existing electronic equipment can enter row information instruction using voice and screen display both modes, but this two
The instruction of kind of mode is more single, and needs screen to be in Chang Liang for this mode of screen display, and when needing user not
When pay close attention to screen.For example for navigation equipment, the Current vehicle that navigation equipment can be provided according to global position system
The information such as position, car speed and running time, the electronic map that stores in navigation equipment plans navigation circuit, and
Vehicle is guided to be travelled according to navigation circuit by voice and both modes of screen display.
Although navigation equipment can quickly cook up navigation circuit after the position of navigation terminal is got, it is possible to use
Voice and screen display two ways indicate correct travel direction, guide vehicle to travel with this, but this instruction side
Formula is still more single.
The content of the invention
In view of this, it is an object of the invention to provide a kind of information indicating method and device, for passing through electronic equipment
The deformation at least part region indicated so that indicating mode is diversified.Technical scheme is as follows：
The present invention provides a kind of information indicating method, and methods described includes：
Configured information is obtained, the configured information can indicate the relation between current location and target location；
Based on the configured information, at least part region of control electronics adapts to the shape of the configured information
Become.
It is preferred that, the acquisition configured information, including：Obtain the direction relationses of target location and current location；
At least part region of the control electronics adapts to the deformation of the configured information, including：Control
At least part region of electronic equipment adapts to the deformation of the direction relationses, wherein, the first deformation ginseng of the deformation
Amount adapts to the direction relationses.
It is preferred that, the acquisition configured information, including：Obtain the distance relation of target location and current location；
At least part region of the control electronics adapts to the deformation of the configured information, including：Control
At least part region of electronic equipment adapts to the deformation of the distance relation, wherein, the first deformation ginseng of the deformation
Amount adapts to the distance relation.
It is preferred that, the acquisition configured information, including：Current location and target location are obtained, the target location is one
The position of a non-progress point in navigation circuit；
Obtain the target location relative relative to the direction parameter of the current location and/or the acquisition current location
In the target location apart from parameter.
The present invention also provides a kind of information indicating apparatus, and described device includes：Acquiring unit and control unit；
The acquiring unit, for obtaining configured information, the configured information can indicate current location and target location
Between relation；
Described control unit, is adapted to at least part region based on the configured information, control electronics
In the deformation of the configured information.
It is preferred that, the acquiring unit, the direction relationses for obtaining target location and current location；
Described control unit, at least part region for control electronics adapts to the shape of the direction relationses
Become, wherein, the first deformation parameter of the deformation adapts to the direction relationses.
It is preferred that, the acquiring unit, the distance relation for obtaining target location and current location；
Described control unit, at least part region for control electronics adapts to the shape of the distance relation
Become, wherein, the first deformation parameter of the deformation adapts to the distance relation.
It is preferred that, the acquiring unit, for obtaining current location and target location, and it is relative to obtain the target location
In the direction parameter of the current location and/or the acquisition current location relative to the target location apart from parameter, institute
State the position that target location is a non-progress point in a navigation circuit.
Compared with prior art, the above-mentioned technical proposal that the present invention is provided has the following advantages that：
By above-mentioned technical proposal, after configured information is got, configured information can be based on, control electronics are extremely
Small part region adapts to the deformation of configured information, and configured information can be between knowledge current location and target location
Relation, therefore the deformation for adapting to configured information by least part region of electronic equipment can indicate that current location and mesh
Relation between cursor position, the deformation at least part region of such electronic equipment is as a kind of indicating mode, so that referring to
Show mode variation.And the indicating mode of the deformation at least part region of electronic equipment is relative to existing voice indicating mode
For, electronic equipment and the perception interactive on user's limbs can be increased, so for blind person or dysaudia crowd and not
There is the electronic equipment of display unit, the perception of the deformation of electronic equipment can be pointed out by user's limbs, improved
Versatility.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are the present invention
Some embodiments, for those of ordinary skill in the art, on the premise of not paying creative work, can also basis
These accompanying drawings obtain other accompanying drawings.
Fig. 1 is a kind of flow chart of information indicating method provided in an embodiment of the present invention；
Fig. 2 is a kind of deformation schematic diagram of intelligent terminal provided in an embodiment of the present invention；
Fig. 3 is another deformation schematic diagram of intelligent terminal provided in an embodiment of the present invention；
Fig. 4 is a kind of deformation schematic diagram of wearable intelligent shoe provided in an embodiment of the present invention；
Fig. 5 is another deformation schematic diagram of wearable intelligent shoe provided in an embodiment of the present invention；
Fig. 6 is another flow chart of information indicating method provided in an embodiment of the present invention；
Fig. 7 is a kind of structural representation of information indicating apparatus provided in an embodiment of the present invention；
Fig. 8 is another structural representation of information indicating apparatus provided in an embodiment of the present invention.
Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
A part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The every other embodiment obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.
Referring to Fig. 1, it illustrates a kind of flow chart of information indicating method provided in an embodiment of the present invention, can include
Following steps：
101：Configured information is obtained, wherein configured information can indicate the relation between current location and target location.Can
What it is with understanding is：Current location and target location are that current location is mesh for the destination object for needing to be indicated
The geographical position that mark object is presently in, it can be obtained by the positioner of electronic equipment internal, such as can be by fixed
GPS (Globle Positioning System, the GPS) technologies of position device are wireless fixed by other
Position technology positions destination object, and to obtain the current location of destination object, the current location of certain destination object can also lead to
Cross and be located at the other equipment outside electronic equipment to obtain.
Target location is then the position that certain distance is equipped with apart from present bit, and target location is obtained in embodiments of the present invention
It can be following manner, but be not limited to following three kinds of modes：
A kind of position：Target location is the destination present position that destination object is wanted to reach, and is wanted in destination object
Target location is fixed after the destination reached is determined.
Another position：Target location is the position from current location to a non-progress point the present position of destination
Put, the position of this non-progress point can according to destination object distance set in advance with current location and from current location to
Depending on navigation circuit between the present position of destination.Such as distance set in advance with current location is 50 meters, then is working as
Front position and from current location between the present position of destination navigation circuit determine after, the target location is then located at
Apart from the position of 50 meters of current location on the navigation circuit.Because current location changes always, so target location is
During from current location to the position of a non-progress point the present position of destination, target location is also to change always.
Another position：Target location is mark sex object present position in navigation circuit, is indicated in this way in navigation circuit
Property building present position.There may be multiple landmarks in navigation circuit, then target location can be apart from present bit
Put recently, and still without landmark position.
After being determined in current location and target location, can obtain can indicate the pass between current location and target location
The configured information of system, can such as obtain target location relative to the direction parameter of current location and/or current location relative to mesh
Cursor position apart from parameter.That is configured information includes direction parameter and includes direction apart from parameter, or configured information
Parameter and any one parameter in parameter, wherein direction parameter are used for the side for indicating that target location is located at current location
Position, to obtain the direction relationses of target location and current location by direction parameter, such as direction parameter is east, then shows target position
Setting in the east of current location.Then be used to indicate the distance between current location and target location apart from parameter, with by away from
From the distance relation that parameter obtains target location and current location.
In other words, configured information includes：The direction relationses and target location of target location and current location and current location
Distance relation, wherein direction parameter of the direction relationses by target location relative to current location obtain, and distance relation then leads to
The distance between current location and target location is crossed to obtain.
102：Based on configured information, at least part region of control electronics adapts to the deformation of configured information.
That is, can be indicated in embodiments of the present invention by the deformation at least part region of electronic equipment, and this portion
Subregional deformation adapts to configured information.
In embodiments of the present invention, at least part region of control electronics adapts to the deformation of configured information
Feasible pattern includes but is not limited to following manner：
A kind of mode of control electronics deformation：In the situation for the direction relationses for getting target location and current location
Under, at least part region of control electronics adapts to the first deformation parameter of the deformation of direction relationses, wherein deformation
Direction relationses are adapted to, the first deformation parameter of so-called deformation adapts to the direction parameter side of adapting to that direction relationses refer to deformation
The direction indicated to relation, and deform upon can be electronic equipment at least part region at least part, such as part area
The side of the whole in domain or at least part of Zone Full etc., such as subregion or other can deformation part, deformation
Mode can be the direction bending or curling that adapt to direction relationses instruction or the direction progress body for adapting to direction relationses instruction
Product change, the volume of such as electronic equipment expands or heaved to the direction for adapting to direction relationses instruction or clamps that (both sides are returned simultaneously
Contracting) or side contracting (side retraction) etc., as long as there occurs alteration of form is regarded as deformation in the present invention, spy is not to this
Definite limitation.
The direction for example indicated in the direction relationses is basic orientation, and any one in Ru Dong, south, west and north is basic
During direction, adapting to a kind of mode of direction relationses deformation is：The subregion or subregion of control electronics are at least
At least part in part or all of region bends or crimped to the direction for adapting to direction relationses instruction；Adapt to direction relationses
Another way is：At least part in the subregion of control electronics or at least partially or fully region of subregion
Expanded to the direction for adapting to direction relationses instruction or clamp or heave or side contracting, to realize the volume by control electronics
Change adapts to the deformation of direction relationses to reach.
The direction indicated in the direction relationses is middle direction, as the southeast, northwest etc. are made up of two basic orientation
During direction, adapt to direction relationses deformation mode and include but is not limited to following four kinds of modes：
Adapting to a kind of mode of direction relationses is：The subregion of control electronics or at least part of subregion
Or at least part in Zone Full bends or crimped to the direction for adapting to direction relationses instruction.
Adapting to the another way of direction relationses is：Part at least part region of control electronics is to adaptation
In direction relationses indicate direction in a basic orientation bending or crimp, and control electronics at least part region
In remainder to adapt to direction relationses instruction direction in another basic orientation bend or crimp.
Adapting to the yet another approach of direction relationses is：At least part at least part region of control electronics to
The bending of a basic orientation or the curling adapted in the direction of direction relationses instruction, and control the residue at least part region
Part expands to another basic orientation in the direction for adapting to direction relationses instruction or clamps or heave or side contracting.
Adapting to the yet another approach of direction relationses is：At least part at least part region of control electronics to
Adapt to the expansion of a basic orientation in the direction of direction relationses instruction or clamp or heave or side contracting, and control at least partly
Remainder in region expands to another basic orientation in the direction for adapting to direction relationses instruction or clamps or heave
Or side contracting.
The another way of control electronics deformation：In the feelings for the distance relation for getting target location and current location
Under condition, at least part region of control electronics adapts to the deformation of distance relation.Wherein the first deformation of deformation is joined
Amount adapts to distance relation, and the first deformation parameter of deformation adapt to distance relation refer to deformation apart from parameter adapt to away from
The distance value indicated from relation.
Such as by least part or Zone Full in all or part of region of the subregion of electronic equipment
The side of at least part deformation, such as subregion or other can deformation position, deformation mode can adapt to distance
Volume Changes occur for the distance measurements that the distance measurements bending or curling that relation is indicated adapt to distance relation instruction, such as electronic equipment
At least part at least partially or fully region of subregion adapt to distance relation instruction distance value expansion or clamp or
Heave or side contracting etc..
The yet another approach of control electronics deformation：Getting the distance relation of target location and current location and side
In the case of relation, at least part region of control electronics adapts to the deformation of distance relation and direction relationses.
First deformation parameter of wherein deformation adapts to direction relationses, and the second deformation parameter of deformation adapts to distance and closed
System, the first deformation parameter of so-called deformation adapts to direction relationses and refers to that the direction parameter of deformation adapts to direction relationses instruction
Direction, the second deformation parameter of deformation adapt to distance relation refer to deformation apart from parameter adapt to distance relation instruction away from
From value, and deform upon can be electronic equipment at least part region at least part, the whole of such as subregion or
The side of at least part at least partially or fully region of subregion etc., such as subregion or other can deformation part
Can adapt to direction bending or curling or the direction for adapting to direction relationses instruction of direction relationses instruction Deng, deformation mode
Volume Changes are carried out, the volume of such as electronic equipment expands or heaved to the direction for adapting to direction relationses instruction or clamps (both sides
Bounce back simultaneously) or side contracting (side retraction) etc., as long as there occurs alteration of form is regarded as deformation in the present invention, to this
Specific limitation is not done.
The feasible pattern that direction relationses deformation is provided specifically can be adapted to refering to above-mentioned, but with the above-mentioned side of adapting to
Difference to relation deformation is：The deformation quantity of control electronics, such as bending amount and volume change and distance relation
The distance value of instruction is related.
Below with two exemplary embodiments, to the embodiment of the present invention, how at least part region of control electronics is sent out
Life adapts to distance relation and the deformation of direction relationses is described in detail.
In one exemplary embodiment, electronic equipment can be intelligent terminal, such as can be smart mobile phone, notebook and
Any one in navigator, at least some region of intelligent terminal can be deformed upon under the driving of driving instruction, occur shape
The part of change can be some or all of region of subregion or subregion, without limitation in the present invention.Shape
Change mode can comprising bending, curling, clamp, bounced back to certain side, or expand or heave etc. to certain side, as long as can cause
Intelligent terminal occurs alteration of form and is regarded as deformation in the present invention, does not do specific limitation to this.Below to intelligent terminal
Specific control process be illustrated.
The intelligent terminal includes：Flexible screen, positioner, control device and drive device, flexible screen, positioner,
Control device and drive device are separately mounted in the housing of intelligent terminal, and positioner is used to position the mesh using intelligent terminal
Object is marked, to get the current location of the destination object using intelligent terminal, and the current location of destination object is sent to
Control device, target location can be then previously written to follow present bit in control device or in target location by destination object
In the case of putting change, it can be obtained by control device according to navigation circuit and current location, such control device can
According to current location and target location, to get the direction relationses of target location and current location, be determined according to direction relationses
The part that intelligent terminal is deformed upon, and control instruction is sent to drive device, so that drive device is according to control instruction control
Identified part is deformed upon to the direction that deformation direction is indicated.
Wherein, a kind of feasible pattern of determination deformation part is in this hair exemplary embodiment：According to direction relationses with
Preset direction deformation rule determines the deformation part that intelligent terminal is deformed upon, in this feasible pattern, preset direction deformation rule
Depending on then can be according to practical application, more than such as preset direction deformation rule north, Xia Nan, Zuo Xi and it is right it is eastern on the basis of, for example with
It is upper towards the viewing area of flexible screen, using the viewing area away from flexible screen under, is respectively with two sides of flexible screen
Two long sides of flexible screen are designated as by left and right with lateral arrows direction indication respectively in left and right, such as Fig. 2.It is default in setting
After direction deformation rule, bonding position relation can then determine the deformation part that intelligent terminal is deformed upon, and such as direction relationses are
The southeast, the then deformations that intelligent terminal is deformed upon are divided into the long side in left side.
Identified part is deformed upon to the direction that deformation direction is indicated：Determine that part refers to direction relationses
The direction shown is bent or to the direction generation Volume Changes that the direction relationses are indicated are adapted to, in the present exemplary embodiment
In, illustrate by taking the direction bending indicated to direction relationses as an example, as shown in Fig. 2 the long side in left side is to bottom right in intelligent terminal
It is square to become.For example in Fig. 2 the viewing area of flexible screen includes first area and second area, and wherein first area can be adapted to
In the deformation of configured information, so it is determined that the deformations that intelligent terminal is deformed upon are divided into the long side in the left side of first area
In the case of, control device sends control instruction to drive device, to control the long side in left side and long side in first area
The connected downward deformation in part viewing area in side (shown in dotted line).
Similarly, control device can get target location and current location according to current location and target location
Distance relation, determines the distance measurements that intelligent terminal is deformed upon, according to distance according to distance relation and pre-determined distance deformation rule
Measure to drive device and send control instruction, so that drive device controls at least part region of intelligent terminal to send out according to control instruction
The amount of raw deformation is equal to the distance measurements.
Wherein, pre-determined distance deformation rule for indicating intelligent terminal need the distance measurements that deform upon and current location with
The corresponding relation of the distance between target location, current location of such control device according to specified by distance relation and target position
The distance between put, searched from pre-determined distance deformation rule corresponding with the distance between target location with the current location
Distance measurements, and then need the distance measurements that deform upon using the distance measurements found as intelligent terminal.Control device will intelligence
The distance measurements that terminal needs are deformed upon, which are carried in control instruction, to be sent to drive device, by drive device according to control instruction
To drive at least part region generation of intelligent terminal equal to the deformation quantity apart from amount instruction.
The deformation of configured information can be still adapted to the first area of flexible screen shown in Fig. 2, drive device can root
The first area of intelligent terminal is driven to bend the distance apart from amount instruction, or the institute that bends inwards downwards according to control instruction
The distance apart from amount instruction is stated, can be specifically the long side and long side phase in the left side in the first area shown in Fig. 2
While the downward deformation in part viewing area even, bend the distance apart from amount instruction (shown in dotted line).Certainly, it is of the invention
Embodiment can also individually control first area to bend the distance apart from amount instruction, specifically can be with towards the bending of which direction
Arbitrarily set.
Herein it should be noted is that：Region that electronic equipment can be deformed upon and the amount that can be deformed upon have
In limit, therefore corresponding relation indicated by above-mentioned pre-determined distance deformation rule, electronic equipment need the distance measurements that deform upon and
The distance between current location and target location are not to correspond, but will be certain between current location and target location
In the range of distance correspondence one distance measurements.
And the distance between current location and target location can be gradually shortened, and between current location and target location
Direction also can suitably change, therefore when at least part region of control electronics adapts to the deformation of configured information also
Electronic equipment can be changed extremely according to the real-time change in the distance between current location and target location and/or direction in real time
The deformation in small part region.
Direction relationses as direction relationses and i+1 time that ith is obtained are obtained are identical, but i+1 time acquisition away from
It is less than the corresponding distance of distance relation that ith is obtained with a distance from corresponding from relation, in this case, drive device changes electricity
The deformation quantity at least part region of sub- equipment, when the distance so between current location and target location shorten to zero, drives
The shape for the subregion that dynamic device can be deformed upon with drive electronics is recovered to original shape.Institute as shown by dotted lines in figure 3
Show, the amount of the bending of the first area shown in Fig. 3 is less than the amount of the bending of first area shown in Fig. 2, so that first area is curved
The amount of folding is equal to the corresponding distance of distance relation that i+1 time is obtained, and the distance between current location and target location contracts
Short when being zero, drive device can drive the shape of the first area of smart mobile phone to recover to original state, i.e., no longer occur shape
Become.Certainly except by the deformation at least part region for changing electronic equipment progress (such as current location and target can be shown
The distance between position) outside, progress can also be shown in first area in embodiments of the present invention, for which kind of mode used
The embodiment of the present invention is not limited.
In addition to smart mobile phone shown in Fig. 2 and Fig. 3, information indicating method provided in an embodiment of the present invention can also be applied to
In other kinds of electronic equipment, such as wearable device and can be worn such as wearable intelligent shoe, Intelligent bracelet, intelligent glasses
Intelligent helmet etc. is worn, for these wearable devices, can be advised according to preset direction deformation rule and pre-determined distance deformation
Then control wearable device adapts to the deformation of configured information, specifically what rule to regard practical application and target pair using
Depending on the demand of elephant, below by taking wearable intelligent shoe as an example, information indicating method provided in an embodiment of the present invention is illustrated.
In another exemplary embodiment of the present invention, the electronic equipment is the equipment that can be dressed by human body, and it can
To be attached to some position of human body, and maintain and human body relatively fixed position relation, this equipment that can be dressed by human body
Have, be configured with the footwear of electronic device, the helmet, glasses, bracelet, the various forms of wearable smart machines of wrist-watch, etc..Intelligence
At least some part of equipment can be deformed upon under the driving of driving instruction, and the part deformed upon can be one or many
It is individual, such as side of smart machine, or other are capable of the position of deformation, it is without limitation in the present invention.Deformation mode can be with
Comprising bending, curling, clamp, bounced back to certain side, or expand or heave etc. to certain side, if there occurs alteration of form
Deformation is regarded as in the present invention, specific limitation is not done to this.
It are furnished with the footwear of electronic device as shown in Figure 4, its part deformed upon can be toe cap, upper of a shoe, vamp and footwear
With wait at least one sideways, its deformation mode can be：Toe cap bending of at least one side or curling, at least one sideways to
Side expands or heaved, at least one bounces back to side sideways；Certainly it can also be that shape occurs for two or more sides
Become, such as two sides inwardly bounce back, or a side bends or crimped, another is sideways to side deformation, these deformation position
Put and deformation mode is all considered as protection scope of the present invention, do not do specific limitation to this.
In the present example embodiment, it is furnished with the toe portion of right footwear in the footwear of electronic device shown in Fig. 4 with the side of adapting to
The direction indicated to relation is folded upward at, and its bending amount can adapt to the distance measurements of distance relation instruction, and it can be with certainly
Deformed upon using mode shown in Fig. 5 to adapt to distance relation, such as control toe portion is adapted in the way of inwardly bouncing back
In the deformation of distance relation.
By above-mentioned technical proposal, after configured information is got, configured information can be based on, control electronics are extremely
Small part region adapts to the deformation of configured information, and configured information can be between knowledge current location and target location
Relation, therefore the deformation for adapting to configured information by least part region of electronic equipment can indicate that current location and mesh
Relation between cursor position, the deformation at least part region of such electronic equipment is as a kind of indicating mode, so that referring to
Show mode variation.And the indicating mode of the deformation at least part region of electronic equipment is relative to existing voice indicating mode
For, electronic equipment and the perception interactive on user's limbs can be increased, so for blind person or dysaudia crowd and not
There is the electronic equipment of display unit, the perception of the deformation of electronic equipment can be pointed out by user's limbs, improved
Versatility.
In addition, information indicating method provided in an embodiment of the present invention is removed at least part region can be controlled to adapt to finger
Show the deformation of information, first area and second area can be included with the viewing area of control electronics, wherein viewing area,
First area is used for the deformation for adapting to configured information, and second area is used to show in navigation circuit and navigation circuit
Each bar navigation information.Specifically as shown in fig. 6, on the basis of flow chart shown in Fig. 1, can also comprise the following steps：
103：Control first area, which is in, goes out screen state and controls the original state of second area in screen state of going out.
104：After the touch command of triggering second area is received, the state of second area is controlled to switch from screen state of going out
To bright screen state.Wherein touch command shows that destination object is manipulated to second area, such as destination object passes through the secondth area
Domain is planned during navigation circuit, shows that now destination object is just manipulated to second area, now electronic equipment can be received
The touch command of second area is triggered, screen state of going out is switched to from bright screen state with the state for controlling second area so that target
Object can carry out the operation such as information input in second area.
105：It is in second area after the time of bright screen state reaches preset time, judges whether still to receive triggering the
The touch command in two regions, if it is, performing step 106；If not, performing step 107.Wherein preset time is used to show
Second area is constantly in bright screen state in certain time, then needs to judge whether to may proceed to receive triggering second after this
Whether the touch command in region, i.e. destination object still operate to second area, with according to destination object whether to the secondth area
Domain is operable to control the state of second area.
106：The state of control second area is still maintained at bright screen state.The time for being in bright screen state in second area reaches
To after preset time, the touch command of triggering second area is still received, shows that destination object is still grasped to second area
Make, now need second area to be still maintained at bright screen state.
107：The state of control second area switches to screen state of going out from bright screen state.Bright screen state is in second area
Time reach after preset time, do not receive triggering second area touch command, show destination object cancel to the secondth area
The operation in domain, now can be switched to screen state of going out by the state of second area, the effect of power saving is reached with this.
It is real by the way that the viewing area of electronic equipment is divided into first area and second area by above-mentioned technical proposal
Existing split screen operation electronic equipment, and by controlling first area to be constantly in go out screen state and to the state of second area
Control, realizes the effect of power saving and protection eyesight.
Corresponding with above method embodiment, the embodiment of the present invention also provides a kind of structure of information indicating apparatus, such as Fig. 7
Shown, information indicating apparatus provided in an embodiment of the present invention can include：Acquiring unit 11 and control unit 12.
Acquiring unit 11, for obtaining configured information, wherein configured information can indicate current location and target location it
Between relation.It is appreciated that：Current location and target location be for the destination object that is indicated is needed, when
Front position is the geographical position that destination object is presently in, and it can be obtained by the positioner of electronic equipment internal, such as
Destination object can be positioned by the GPS technology of positioner or by other wireless location technologies, to obtain target pair
The current location of elephant, the current location of certain destination object can also be obtained by the other equipment outside electronic equipment
.
Target location is then the position that certain distance is equipped with apart from present bit, and target location can be with embodiments of the present invention
It is following manner, but is not limited to following three kinds of modes：
A kind of position：Target location is the destination present position that destination object is wanted to reach, and is wanted in destination object
Target location is fixed after the destination reached is determined.
Another position：Target location is the position from current location to a non-progress point the present position of destination
Put, the position of this non-progress point can according to destination object distance set in advance with current location and from current location to
Depending on navigation circuit between the present position of destination.Such as distance set in advance with current location is 50 meters, then is working as
Front position and from current location between the present position of destination navigation circuit determine after, the target location is then located at
Apart from the position of 50 meters of current location on the navigation circuit.Because current location changes always, so target location is
During from current location to the position of a non-progress point the present position of destination, target location is also to change always.
Another position：Target location is mark sex object present position in navigation circuit, is indicated in this way in navigation circuit
Property building present position.There may be multiple landmarks in navigation circuit, then target location can be apart from present bit
Put recently, and still without landmark position.
After being determined in current location and target location, can obtain can indicate the pass between current location and target location
The configured information of system, can such as obtain target location relative to the direction parameter of current location and/or current location relative to mesh
Cursor position apart from parameter.That is configured information includes direction parameter and includes direction apart from parameter, or configured information
Parameter and any one parameter in parameter, wherein direction parameter are used for the side for indicating that target location is located at current location
Position, to obtain the direction relationses of target location and current location by direction parameter, such as direction parameter is east, then shows target position
Setting in the east of current location.Then be used to indicate the distance between current location and target location apart from parameter, with by away from
From the distance relation that parameter obtains target location and current location.
In other words, configured information includes：The direction relationses and target location of target location and current location and current location
Distance relation, wherein direction parameter of the direction relationses by target location relative to current location obtain, and distance relation then leads to
The distance between current location and target location is crossed to obtain.
Control unit 12, adapts to indicate at least part region based on configured information, control electronics
The deformation of information.That is, can be carried out in embodiments of the present invention by the deformation at least part region of electronic equipment
Indicate, and the deformation of this subregion adapts to configured information.
In embodiments of the present invention, at least part region of the control electronics of control unit 12 adapts to indicate letter
The feasible pattern of the deformation of breath includes but is not limited to following manner：
A kind of mode：In the case where getting the direction relationses of target location and current location, control electronics
At least part region adapts to the deformation of direction relationses, and the first deformation parameter of wherein deformation adapts to direction relationses, institute
First deformation parameter of meaning deformation adapts to direction relationses and refers to that the direction parameter of deformation adapts to the direction of direction relationses instruction,
The specific related description referred in embodiment of the method.
Another way：In the case where getting the distance relation of target location and current location, control electronics
At least part region adapt to the deformation of distance relation, the first deformation parameter of wherein deformation adapts to distance relation,
And the first deformation parameter of deformation adapts to the distance that distance relation instruction is adapted to apart from parameter that distance relation refers to deformation
Value, specifically refers to the related description in embodiment of the method.
Yet another approach：In the case where getting the distance relation and direction relationses of target location and current location, control
At least part region of electronic equipment processed adapts to the first deformation of the deformation of distance relation and direction relationses, wherein deformation
Parameter adapts to direction relationses, and the second deformation parameter of deformation adapts to distance relation, and the first deformation parameter of so-called deformation is fitted
Refer to that the direction parameter of deformation adapts to the direction of direction relationses instruction, the second deformation parameter adaptation of deformation assigned in direction relationses
Refer to the distance value that distance relation instruction is adapted to apart from parameter of deformation in distance relation, specifically refer in embodiment of the method
Related description.
Specific control process for above-mentioned three kinds of modes can refer to the related description in embodiment of the method, to this this hair
Bright embodiment is not being illustrated.
By above-mentioned technical proposal, after configured information is got, configured information can be based on, control electronics are extremely
Small part region adapts to the deformation of configured information, and configured information can be between knowledge current location and target location
Relation, therefore the deformation for adapting to configured information by least part region of electronic equipment can indicate that current location and mesh
Relation between cursor position, the deformation at least part region of such electronic equipment is as a kind of indicating mode, so that referring to
Show mode variation.And the indicating mode of the deformation at least part region of electronic equipment is relative to existing voice indicating mode
For, electronic equipment and the perception interactive on user's limbs can be increased, so for blind person or dysaudia crowd and not
There is the electronic equipment of display unit, the perception of the deformation of electronic equipment can be pointed out by user's limbs, improved
Versatility.
In addition, information indicating apparatus provided in an embodiment of the present invention is removed at least part region can be controlled to adapt to finger
Show the deformation of information, first area and second area can be included with the viewing area of control electronics, wherein viewing area,
First area is used for the deformation for adapting to configured information, and second area is used to show in navigation circuit and navigation circuit
Each bar navigation information.Specifically as shown in fig. 7, on the basis of structural representation shown in Fig. 7, can also include：The He of receiving unit 13
Judging unit 14.
Control unit 12, for controlling original state of the first area in go out screen state and control second area to be in
Go out screen state, and after the touch command that receiving unit 13 receives triggering second area, control the state of second area from
Screen state of going out switches to bright screen state.
Wherein touch command shows that destination object is manipulated to second area, such as destination object by second area come
When planning navigation circuit, show that now destination object is just manipulated to second area, now electronic equipment can receive triggering
The touch command of second area, switches to screen state of going out so that destination object with the state for controlling second area from bright screen state
The operation such as information input can be carried out in second area.
Control unit 12 is additionally operable to after time of the second area in bright screen state reaches preset time, and triggering judges single
Member 13 judges whether receiving unit 12 still receives the touch command of triggering second area, if it is determined that unit 13 judges to receive single
Member still receives the touch command of triggering second area, then the control of control unit 12 second area is still maintained at bright screen state, such as
Fruit judging unit 13 judges that receiving unit does not receive the touch command of triggering second area, then control unit 12 controls the secondth area
The state in domain switches to screen state of going out from bright screen state.
Wherein preset time is used to show that second area is constantly in bright screen state within a certain period of time, then needs after this
Judge whether the touch command that may proceed to receive triggering second area, i.e. whether destination object is still grasped to second area
Make, whether to be operable to control the state of second area to second area according to destination object.Judging unit is being judged
The time that second area is in bright screen state reaches that receiving unit after preset time still receives the touch-control of triggering second area and referred to
Order, shows that destination object is still operated to second area, now needs second area to be still maintained at bright screen state.Judge single
Member is after judging that time of the second area in bright screen state reaches preset time, and receiving unit does not receive the secondth area of triggering
The touch command in domain, shows that destination object cancels the operation to second area, can now switch to the state of second area
Go out screen state, the effect of power saving is reached with this.
It is real by the way that the viewing area of electronic equipment is divided into first area and second area by above-mentioned technical proposal
Existing split screen operation electronic equipment, and by controlling first area to be constantly in go out screen state and to the state of second area
Control, realizes the effect of power saving and protection eyesight.
It is noted that each embodiment in this specification is described by the way of progressive, each embodiment emphasis
What is illustrated is all the difference with other embodiment, between each embodiment identical similar part mutually referring to.It is right
For device class embodiment, because it is substantially similar to embodiment of the method, so description is fairly simple, related part referring to
The part explanation of embodiment of the method.
Finally, in addition it is also necessary to explanation, herein, such as first and second or the like relational terms be used merely to by
One entity or operation make a distinction with another entity or operation, and not necessarily require or imply these entities or operation
Between there is any this actual relation or order.Moreover, term " comprising ", "comprising" or its any other variant meaning
Covering including for nonexcludability, so that process, method, article or equipment including a series of key elements not only include that
A little key elements, but also other key elements including being not expressly set out, or also include be this process, method, article or
The intrinsic key element of equipment.In the absence of more restrictions, the key element limited by sentence "including a ...", is not arranged
Except also there is other identical element in the process including the key element, method, article or equipment.
The foregoing description of the disclosed embodiments, enables those skilled in the art to realize or using the present invention.To this
A variety of modifications of a little embodiments will be apparent for a person skilled in the art, and generic principles defined herein can
Without departing from the spirit or scope of the present invention, to realize in other embodiments.Therefore, the present invention will not be limited
It is formed on the embodiments shown herein, and is to fit to consistent with features of novelty with principles disclosed herein most wide
Scope.
The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (8)
1. a kind of information indicating method, it is characterised in that methods described includes：
Configured information is obtained, the configured information can indicate the relation between current location and target location；
Based on the configured information, at least part region of control electronics adapts to the deformation of the configured information.
2. according to the method described in claim 1, it is characterised in that the acquisition configured information, including：Obtain target location with
The direction relationses of current location；
At least part region of the control electronics adapts to the deformation of the configured information, including：Control electronics
At least part region of equipment adapts to the deformation of the direction relationses, wherein, the first deformation parameter of the deformation is fitted
Assigned in the direction relationses.
3. according to the method described in claim 1, it is characterised in that the acquisition configured information, including：Obtain target location with
The distance relation of current location；
At least part region of the control electronics adapts to the deformation of the configured information, including：Control electronics
At least part region of equipment adapts to the deformation of the distance relation, wherein, the first deformation parameter of the deformation is fitted
Assigned in the distance relation.
4. according to the method described in claim 1, it is characterised in that the acquisition configured information, including：Obtain current location and
Target location, the target location is the position of a non-progress point in a navigation circuit；
The target location is obtained relative to the direction parameter of the current location and/or the current location is obtained relative to institute
State target location apart from parameter.
5. a kind of information indicating apparatus, it is characterised in that described device includes：Acquiring unit and control unit；
The acquiring unit, for obtaining configured information, the configured information can be indicated between current location and target location
Relation；
Described control unit, institute is adapted to at least part region based on the configured information, control electronics
State the deformation of configured information.
6. device according to claim 5, it is characterised in that the acquiring unit, for obtain target location with it is current
The direction relationses of position；
Described control unit, at least part region for control electronics adapts to the deformation of the direction relationses,
Wherein, the first deformation parameter of the deformation adapts to the direction relationses.
7. device according to claim 5, it is characterised in that the acquiring unit, for obtain target location with it is current
The distance relation of position；
Described control unit, at least part region for control electronics adapts to the deformation of the distance relation,
Wherein, the first deformation parameter of the deformation adapts to the distance relation.
8. device according to claim 5, it is characterised in that the acquiring unit, for obtaining current location and target
Position, and it is relative relative to the direction parameter of the current location and/or the acquisition current location to obtain the target location
In the target location apart from parameter, the target location is the position of a non-progress point in a navigation circuit.
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| CN107580126A (en) * | 2017-08-31 | 2018-01-12 | 维沃移动通信有限公司 | A kind of air navigation aid and mobile terminal |
| CN108195394A (en) * | 2018-01-31 | 2018-06-22 | 努比亚技术有限公司 | Air navigation aid, mobile terminal and the computer readable storage medium of flexible screen |
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| CN201242447Y (en) * | 2008-08-21 | 2009-05-20 | 深圳市同洲电子股份有限公司 | Navigation mechanical director and navigation indication system |
| CN101739171A (en) * | 2008-11-10 | 2010-06-16 | Lg电子株式会社 | Mobile terminal using flexible display and operation method thereof |
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| CN106959117B (en) | 2019-11-26 |
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