CN105183324B - The unlocking method and intelligent terminal of a kind of electronic equipment - Google Patents
The unlocking method and intelligent terminal of a kind of electronic equipment Download PDFInfo
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- CN105183324B CN105183324B CN201510658533.3A CN201510658533A CN105183324B CN 105183324 B CN105183324 B CN 105183324B CN 201510658533 A CN201510658533 A CN 201510658533A CN 105183324 B CN105183324 B CN 105183324B
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Abstract
The invention discloses the unlocking method of a kind of electronic equipment, including step：S10 obtains at least one home position that user clicks on input；S20 generates the circle being sized corresponding with each center of circle according to the home position of acquisition；S30 obtains the intersection point sum between each circle in image according to the circle image of generation；S40 compared with intersection point setting sum, is unlocked according to obtained intersection point sum.The present invention proposes a kind of new unlocking manner, the intersection point sum between the circle in image, is unlocked.In addition, present invention only require that the intersection point sum in image is identical, the number of circle is not defined, so as to realize that number of ways unlocks, enhance the interest of unlocking manner provided by the invention, and then improve Consumer's Experience.
Description
Technical field
The present invention relates to electronic equipment to unlock field, more particularly to the unlocking method and intelligent terminal of electronic equipment.
Background technology
With the fast development of electronic technology, the personal information stored in electronic equipment gradually increases.In order to ensure electronics
The safety of personal information in equipment, electronic equipment, such as mobile phone, tablet personal computer etc. could be used after only unlocking.Often at present
The unlocking manner seen mainly has following several：Slip unblock without password, the slip unblock of specific pattern, input password unblock,
Unlocked by fingerprint, face recognition unblock and speech recognition unblock etc..Because unlocking manner remains unchanged for a long period of time, the experience of user can be reduced.
Therefore, this area, which is needed badly, realizes a kind of new unlocking manner.
The content of the invention
Technical scheme provided by the invention is as follows：
The unlocking method of a kind of electronic equipment, including step：S10 obtains at least one center of circle position that user clicks on input
Put；S20 generates the circle being sized corresponding with each center of circle according to the home position of acquisition；S30 is according to the circle of generation
Image, obtain the intersection point sum between each circle in image；S40 sets total ratio according to obtained intersection point sum with intersection point
Compared with being unlocked.
The present invention also provides the unlocking method of another electronic equipment, including step：During the acquisition of S01 storage user's settings
Between, obtain being sized for the number of circle image, the intersection point setting sum in every circle image, and circle；S10 is obtained
User clicks at least one home position of input；S20 generates setting corresponding with each center of circle according to the home position of acquisition
The circle of size；S30 obtains the intersection point sum between each circle in image according to the circle image of generation；S40 is according to obtaining
Intersection point sum, with intersection point setting sum compared with, be unlocked.
The present invention also provides the unlocking method of another electronic equipment, including step：During the acquisition of S01 storage user's settings
Between, obtain being sized for the number of circle image, the intersection point setting sum in every circle image, and circle；S10 is obtained
User clicks at least one home position of input；S20 generates setting corresponding with each center of circle according to the home position of acquisition
The circle of size；S31 obtains the number of the circle in image according to the circle image of generation；S32 enters to the circle in the image
Capable permutation and combination two-by-two；S33 obtains the distance of center circle between two circles in every group according to the home position of two circles in every group
From；S34 is sized according to the circle center distance between two circles in every group and circle, is obtained in every group between two circles
Intersection point number；Intersection point numbers of the S35 in each group, obtain the intersection point sum between each circle in the image；S40 according to
Obtained intersection point sum, compared with intersection point setting sum, it is unlocked.
The present invention also provides the unlocking method of another electronic equipment, including step：During the acquisition of S01 storage user's settings
Between, obtain being sized for the number of circle image, the intersection point setting sum in every circle image, and circle；S10 is obtained
User clicks at least one home position of input；S20 generates setting corresponding with each center of circle according to the home position of acquisition
The circle of size；S31 obtains the number of the circle in image according to the circle image of generation；S32 enters to the circle in the image
Capable permutation and combination two-by-two；S33 obtains the distance of center circle between two circles in every group according to the home position of two circles in every group
From；It is sized if the circle center distance in every group of S341 between two circles is equal to, intersection point number is 1；If in every group of S342
Circle center distance between two circles, which is less than, to be sized, then intersection point number is 2；If the circle in every group of S343 between two circles
Heart distance, which is more than, to be sized, then intersection point number is 0；Intersection point numbers of the S35 in each group, obtains each circle in the image
Between intersection point sum；S40 compared with intersection point setting sum, is unlocked according to obtained intersection point sum.
The present invention also provides the unlocking method of another electronic equipment, including step：S00 prestores several circle figures
The intersection point between each circle in picture, and every circle image to prestore prestores sum；During the acquisition of S01 storage user's settings
Between, obtain being sized for the number of circle image, the intersection point setting sum in every circle image, and circle；S10 is obtained
User clicks at least one home position of input；S20 generates setting corresponding with each center of circle according to the home position of acquisition
The circle of size；S30 obtains the intersection point sum between each circle in image according to the circle image of generation；S40 is according to obtaining
Intersection point sum, with intersection point setting sum compared with, be unlocked.
The present invention also provides the unlocking method of another electronic equipment, including step：S00 prestores several circle figures
The intersection point between each circle in picture, and every circle image to prestore prestores sum；During the acquisition of S01 storage user's settings
Between, obtain being sized for the number of circle image, the intersection point setting sum in every circle image, and circle；S10 is obtained
User clicks at least one home position of input；S20 generates setting corresponding with each center of circle according to the home position of acquisition
The circle of size；According to the circle image of generation, the intersection point sum obtained between each circle in image refers to S30：Compare life
Into circle image and the circle image that prestores, obtain the intersection point sum between each circle in the circle image；S40 according to
The intersection point sum arrived, compared with intersection point setting sum, it is unlocked.
The present invention also provides the unlocking method of another electronic equipment, including step：During the acquisition of S01 storage user's settings
Between, obtain being sized for the number of circle image, the intersection point setting sum in every circle image, and circle；S10 is obtained
User clicks at least one home position of input；S20 generates setting corresponding with each center of circle according to the home position of acquisition
The circle of size；S30 obtains the intersection point sum between each circle in image according to the circle image of generation；S41 is according to user
Setting acquisition image number and every image in circle between intersection point setting sum, one by one more every generation
Whether intersection point sum and the intersection point to that should open circle image of user's setting between circle in circle image set sum
It is identical；If the intersection point sum between the circle in the circle image of every generation of S42 to the intersection point that should open circle image with setting
Fixed sum is identical, then carries out touch screen unblock；Otherwise, the unblock failure of electronic equipment.
The present invention also provides the unlocking method of another electronic equipment, including step：S10 obtains user and clicks on input extremely
A few home position；The each home positions of S21 outside corrugated diffusion one circle of generation, reach when being sized, setting is big
Small circle retains one section of remaining time；S22 obtains the image that the circle of all retentions is formed in the acquisition time of setting；
S30 obtains the intersection point sum between each circle in image according to the circle image of generation；S40 is total according to obtained intersection point,
Compared with intersection point setting sum, it is unlocked.
The present invention provides the intelligent terminal of the unblock of a kind of electronic equipment, including：Input unit, input is clicked on extremely for user
A few home position；Circle generation module, the circle generation module electrically connect with the input unit；Read from input unit
The home position transmitted, generate the circle being sized corresponding with each center of circle；Intersection point calculation module, the intersection point calculation
Module electrically connects with the circle generation module；The circle image transmitted from circle generation module is read, is obtained in image
Each circle between intersection point sum；Control module is unlocked, the unblock control module electrically connects with the intersection point calculation module；Read
The intersection point sum that intersection point calculation module transfer comes is derived from, compared with intersection point setting sum, is unlocked.
The present invention also provides the intelligent terminal of the unblock of another electronic equipment, including：Setup module, for user's setting
The time is obtained, obtains the number of circle image, intersection point setting sum in every circle image, and circle are sized；
Input unit, clicked on for user and input at least one home position；Circle generation module, the circle generation module and the input
Device electrically connects；The home position that input unit transmits is read from, generates the circle being sized corresponding with each center of circle
Circle；Intersection point calculation module, the intersection point calculation module electrically connect with the circle generation module；Read from circle generation module and transmit
The circle image to come over, obtain the intersection point sum between each circle in image；Control module is unlocked, the unblock control module point
Do not electrically connected with the setup module, intersection point calculation module；The intersection point sum that intersection point calculation module transfer comes is read from, with friendship
Point setting sum relatively, is unlocked.
The present invention also provides the intelligent terminal of the unblock of another electronic equipment, including：Memory module, store several circles
The intersection point between each circle in loop graph picture, and every circle image to prestore prestores sum；Setup module, set for user
The acquisition time, it is big to obtain the number of circle image, the intersection point setting sum in every circle image, and the setting of circle
It is small；Input unit, clicked on for user and input at least one home position；Circle generation module, the circle generation module with it is described
Input unit electrically connects；The home position that input unit transmits is read from, generation is corresponding with each center of circle to be sized
Circle；Intersection point calculation module, the intersection point calculation module electrically connect with the circle generation module；Read from circle generation module
The circle image transmitted, obtain the intersection point sum between each circle in image；Unlock control module, the solution lock control mould
Block electrically connects with the memory module, setup module, intersection point calculation module respectively；Read from what intersection point calculation module transfer came
Intersection point sum, compared with intersection point setting sum, it is unlocked.
Compared with prior art, the present invention proposes a kind of new unlocking manner, the friendship between circle in image
Point sum, is unlocked.In addition, present invention only require that the intersection point sum in image is identical, the number of circle is not defined,
So as to realize that number of ways unlocks, the interest of unlocking manner provided by the invention is enhanced, and then improve user's body
Test.
Brief description of the drawings
Below by a manner of clearly understandable, preferred embodiment is described with reference to the drawings, the unblock to a kind of electronic equipment
Method and above-mentioned characteristic, technical characteristic, advantage and its implementation of intelligent terminal are further described.
Fig. 1 is the unlocking method key step schematic diagram of a kind of electronic equipment of the present invention；
Fig. 2 be a kind of electronic equipment of the present invention unlocking method in step S30 detail flowchart；
Fig. 3 is a kind of flow chart of the unlocking method of a kind of electronic equipment of the present invention；
Fig. 4 is another flow chart of the unlocking method of a kind of electronic equipment of the present invention；
Fig. 5 is the composition structural representation of the intelligent terminal of the unblock of a kind of electronic equipment of the present invention；
Fig. 6 a are a kind of schematic diagrames that intersection point sum is 2 in the present invention；
Fig. 6 b are another schematic diagrames that intersection point sum is 2 in the present invention；
Fig. 7 is the schematic diagram that intersection point sum is 4 in the present invention；
Fig. 8 a are a kind of schematic diagrames that intersection point sum is 6 in the present invention；
Fig. 8 b are another schematic diagrames that intersection point sum is 6 in the present invention；
Fig. 9 is the schematic diagram that intersection point sum is 8 in the present invention；
Figure 10 a are a kind of schematic diagrames that intersection point sum is 1 in the present invention；
Figure 10 b are a kind of schematic diagrames that intersection point sum is 2 in the present invention；
Figure 10 c are a kind of schematic diagrames that intersection point sum is 0 in the present invention.
Drawing reference numeral explanation：
1. memory module, 2. setup modules, 3. input units, 4. circle generation modules, 5. intersection point calculation modules, 6. unblocks
Control module.
Embodiment
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, control is illustrated below
The embodiment of the present invention.It should be evident that drawings in the following description are only some embodiments of the present invention, for
For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings
Accompanying drawing, and obtain other embodiments.
To make simplified form, part related to the present invention is only schematically show in each figure, they are not represented
Its practical structures as product.In addition, so that simplified form readily appreciates, there is identical structure or function in some figures
Part, one of those is only symbolically depicted, or only marked one of those.Herein, "one" is not only represented
" only this ", the situation of " more than one " can also be represented.
Fig. 1 is the key step schematic diagram of the unlocking method of a kind of electronic equipment of the present invention.As shown in figure 1, according to this hair
Bright one embodiment, the unlocking method of a kind of electronic equipment, including step：S10 obtains user and clicks at least one of input
Home position；S20 according to the home position of acquisition, generation is corresponding with each center of circle to be sized (can set diameter,
Can be setting radius, in following examples exemplified by setting diameter) circle；S30 obtains figure according to the circle image of generation
Intersection point sum between each circle as in；S40 compared with intersection point setting sum, is unlocked according to obtained intersection point sum.
According to another embodiment of the invention, the unlocking method of a kind of electronic equipment, including step：S01 stores user
The acquisition time (such as 8 seconds) of setting, the number (such as 4) of circle image is obtained, the intersection point setting in every circle image
Total (such as 2,4,6,8), and the setting diameter (such as 2 centimetres) of circle；S10 obtains user and clicks on input
At least one home position；Outside corrugated diffusion one circle of generation of each home positions of S21, when reaching setting diameter, setting
The circle of diameter retains one section of remaining time (such as 7 seconds or 8 seconds or 8.5 seconds)；S22 in the acquisition time (such as 8 seconds) of setting,
Obtain the image that the circle of all retentions is formed；S30 is obtained between each circle in image according to the circle image of generation
Intersection point sum；S40 compared with intersection point setting sum, is unlocked according to obtained intersection point sum.
Specifically, obtaining the time can be configured according to the intersection point setting sum in every circle image, that is, set and hand over
Point setting sum is more, sets the acquisition time longer；Intersection point setting sum in every circle image can be with identical；Circle is set
Determining diameter can be configured according to the size of user's finger, i.e. the finger of user is bigger, set the setting diameter of circle bigger；
Remaining time can be less than or equal to obtain the time, and remaining time, which can also be slightly larger than, obtains the time.
Figure 10 a are a kind of schematic diagrames that intersection point sum is 1 in the present invention；Figure 10 b are that intersection point sum is 2 in the present invention
A kind of schematic diagram；Figure 10 c are a kind of schematic diagrames that intersection point sum is 0 in the present invention；According to another implementation of the present invention
Example, the unlocking method of a kind of electronic equipment, including step：The acquisition time (such as 8 seconds) of S01 storage user's settings, obtain circle
The number (such as 4) of loop graph picture, the intersection point setting in every circle image is total (such as 1,3,5,7), and
The setting diameter of circle (such as sets a diameter of 3 centimetres, error can represent two circle phases within -0.2~+0.2 centimetre
Cut, i.e. circle center distance between two circles is within 2.8 centimetres to 3.2 centimetres, then it represents that it is tangent, such as Figure 10 a, Figure 10 b and
Shown in Figure 10 c, the circle center distance in Figure 10 a between two circles is 3 centimetres, the circle center distance in Figure 10 b between two circles
For 2.8 centimetres, the circle center distance in Figure 10 c between two circles is 3.2 centimetres)；S10 obtains at least one that user clicks on input
Individual home position；Outside corrugated diffusion one circle of generation of each home positions of S21, when reaching setting diameter, sets diameter
Circle retains one section of remaining time (such as 7 seconds)；S22 obtains the circle of all retentions in the acquisition time (such as 8 seconds) of setting
The image formed；S31 obtains the number of the circle in image according to the circle image of generation；S32 is to the circle in the image
Carry out permutation and combination two-by-two；S33 obtains the center of circle between two circles in every group according to the home position of two circles in every group
Distance；If the circle center distance in every group of S341 between two circles is equal to setting diameter, intersection point number is 1；If every group of S342
In circle center distance between two circles be less than setting diameter, then intersection point number is 2；If in every group of S343 between two circles
Circle center distance is more than setting diameter, then intersection point number is 0；Intersection point numbers of the S35 in each group, obtains each circle in the image
Intersection point sum between circle；S40 compared with intersection point setting sum, is unlocked according to obtained intersection point sum.
Specifically, the intersection point sum in circle image could be arranged to even number, it can also be provided that odd number, if intersection point is total
Even number is arranged to, then only considers the intersecting situation of two circles, does not consider the tangent situation of two circles；If intersection point sum is set
For odd number, then the tangent situation of two circles is considered；When two circles of calculating are tangent, error can be taken into account, to incite somebody to action
Error is taken into account so that the tangent situation of two circles is easier to realize.
According to another embodiment of the invention, the unlocking method of a kind of electronic equipment, including step：S00 is prestored
The intersection point between each circle in several circle images (such as 3), and every circle image to prestore prestores total (example
Such as 2,4,6)；The acquisition time (such as 8 seconds) of S01 storage user's settings, obtain the number (such as 3 of circle image
), the intersection point setting in every circle image is total (such as 2,4,6), and (such as 2 lis of the setting diameter of circle
Rice)；S10 obtains at least one home position that user clicks on input；The outside corrugated diffusion generation one of each home positions of S21
Circle, when reaching a diameter of 2 centimetres of setting, a diameter of 2 centimetres of circle of setting retains one section of remaining time (such as 7 seconds)；S22
In the acquisition time (such as 8 seconds) of setting, the image that the circle of all retentions is formed is obtained；S30 is according to the circle figure of generation
Picture, obtain the intersection point sum between each circle in image；S40 is total according to obtained intersection point, compared with intersection point setting sum,
It is unlocked.
According to another embodiment of the invention, the unlocking method of a kind of electronic equipment, including step：S00 is prestored
The intersection point between each circle in several circle images (such as 3), and every circle image to prestore prestores total (example
Such as 2,4,6)；The acquisition time (such as 8 seconds) of S01 storage user's settings, obtain the number (such as 3 of circle image
), the intersection point setting in every circle image is total (such as 2,4,6), and (such as 2 lis of the setting diameter of circle
Rice)；S10 obtains at least one home position that user clicks on input；The outside corrugated diffusion generation one of each home positions of S21
Circle, when reaching setting diameter, the circle for setting diameter retains one section of remaining time (such as 7 seconds)；S22 is in the acquisition of setting
Between (such as 8 seconds), obtain the image that the circle of all retentions is formed；S30 is obtained in image according to the circle image of generation
Intersection point sum between each circle refers to：Compare the circle image of generation and the circle image to prestore, obtain in the circle image
Each circle between intersection point sum；S40 compared with intersection point setting sum, is unlocked according to obtained intersection point sum.
Fig. 2 be a kind of electronic equipment of the present invention unlocking method in step S30 detail flowchart；Fig. 3 is the present invention one
A kind of flow chart of the unlocking method of kind electronic equipment；As shown in Figures 2 and 3, according to another embodiment of the invention, it is a kind of
The unlocking method of electronic equipment, including step：The acquisition time (such as 8 seconds) of S01 storage user's settings, obtain circle image
Number (such as 4), the intersection point setting in every circle image is total (such as 2,8,6,4), and circle is set
Determine diameter (such as 2 centimetres)；S10 obtains at least one home position that user clicks on input；The each home positions of S21 are to external wave
Line shape diffusion one circle of generation, when reaching setting diameter, the circle for setting diameter retains one section of remaining time (such as 7 seconds)；S22
In the acquisition time (such as 8 seconds) of setting, the image that the circle of all retentions is formed is obtained；S31 is according to the circle figure of generation
Picture, obtain the number of the circle in image；S32 carries out permutation and combination two-by-two to the circle in the image；S33 is according to two in every group
The home position of individual circle, obtain the circle center distance between two circles in every group；If in every group of S341 between two circles
Circle center distance is equal to setting diameter, then intersection point number is 1；If the circle center distance in every group of S342 between two circles is less than setting
Diameter, then intersection point number is 2；If the circle center distance in every group of S343 between two circles is more than setting diameter, intersection point number
For 0；Intersection point numbers of the S35 in each group, obtain the intersection point sum between each circle in the image；S41 is set according to user
The intersection point setting between circle in the number and every image of fixed acquisition image is total, one by one the circle of more every generation
The intersection point to circle image should be opened of intersection point sum and user's setting between circle in loop graph picture set it is total whether phase
Together；If the intersection point sum between the circle in the circle image of every generation of S42 to the intersection point that should open circle image with setting
Sum is identical, then carries out touch screen unblock；Otherwise, the unblock failure of electronic equipment.
Specifically, when compared with intersection point sum sets sum with intersection point, the intersection point in a circle image is often obtained
After sum, compared with directly setting sum with the intersection point to circle image should be opened of user's setting, wherein the number compared
During the number of the acquisition circle image set equal to user, operation is unlocked；Carried out in intersection point sum and intersection point setting sum
When comparing, after the intersection point sum in the number and every circle image of the acquisition circle image for obtaining user's setting, according to acquisition
Sequencing, one by one the intersection point sum between the circle in the circle image of more every generation with user's setting to should
After the intersection point setting sum for opening circle image, operation is unlocked.
Fig. 4 is another flow chart of the unlocking method of a kind of electronic equipment of the present invention；As shown in figure 4, according to the present invention
Another embodiment, the unlocking method of a kind of electronic equipment, including step：S00 prestore several circle images (such as
3), and intersection point between each circle in every circle image to prestore prestores total (such as 2,6,4)；S01
The acquisition time (such as 8 seconds) of user's setting is stored, the number (such as 3) of circle image is obtained, in every circle image
Intersection point setting is total (such as 2,6,4), and the setting diameter (such as 2 centimetres) of circle；It is defeated that S10 obtains user's click
At least one home position entered；Outside corrugated diffusion one circle of generation of each home positions of S21, when reaching setting diameter,
The circle of setting diameter retains one section of remaining time (such as 7 seconds)；S22 is all in the acquisition time (such as 8 seconds) of setting, acquisition
The image that the circle of retention is formed；S30 obtains the intersection point sum between each circle in image according to the circle image of generation
Refer to：Circle image and the circle image to prestore, the intersection point obtained between each circle in the circle image for comparing generation are total
Number；The intersection point between circle in the number and every image of the acquisition image that S41 is set according to user sets sum, one by one
Intersection point sum and the friendship to circle image should be opened of user's setting between circle in the circle image of more every generation
Whether point setting sum is identical；If intersection point sum between the circle in the circle image of the generation of S42 every with to should Zhang Yuan
The intersection point setting sum of loop graph picture is identical, then carries out touch screen unblock；Otherwise, the unblock failure of electronic equipment.
Specifically, compare the circle image of generation and the circle image to prestore, if the circle image of generation and the circle to prestore
Loop graph is as identical, then the intersection point sum between each circle in the circle image of the generation is equal to this circle figure that user prestores
The intersection point between each circle as in prestores sum.
According to one embodiment of present invention, the intelligent terminal of the unblock of a kind of electronic equipment, including：Input unit 3, supply
User, which clicks on, inputs at least one home position；Circle generation module 4, the circle generation module 4 are electrically connected with the input unit 3
Connect；The home position that input unit 3 transmits is read from, generates the circle of setting diameter corresponding with each center of circle；Intersection point
Computing module 5, the intersection point calculation module 5 electrically connect with the circle generation module 4；Reading is transmitted across from circle generation module 4
The circle image come, obtain the intersection point sum between each circle in image；Unlock control module 6, the unblock control module 6 with
The intersection point calculation module 5 electrically connects；The intersection point sum that intersection point calculation module 5 transmits is read from, sum is set with intersection point
Compare, be unlocked.
According to another embodiment of the invention, the intelligent terminal of the unblock of a kind of electronic equipment, including：Setup module 2,
For the acquisition time of user's setting, the number of circle image, the intersection point setting sum in every circle image, and circle are obtained
Setting diameter；Input unit 3, clicked on for user and input at least one home position；Circle generation module 4, circle generation
Module 4 electrically connects with the input unit 3；Read from the home position that input unit 3 transmits, generation and each center of circle pair
The circle for the setting diameter answered；Intersection point calculation module 5, the intersection point calculation module 5 electrically connect with the circle generation module 4；Read
The circle image transmitted from circle generation module 4 is taken, obtains the intersection point sum between each circle in image；Solve lock control
Module 6, the unblock control module 6 electrically connect with the setup module 2, intersection point calculation module 5 respectively；Read from intersection point calculation mould
The intersection point sum that block 5 transmits, compared with intersection point setting sum, it is unlocked.
Fig. 5 is the composition structural representation of the intelligent terminal of the unblock of a kind of electronic equipment of the present invention；As shown in figure 5, root
According to an alternative embodiment of the invention, the intelligent terminal of the unblock of a kind of electronic equipment, including：Memory module 1, stores several
The intersection point between each circle in circle image, and every circle image to prestore prestores sum；Setup module 2, for user
The acquisition time of setting, the number of circle image is obtained, the intersection point setting sum in every circle image, and the setting of circle
Diameter；
Input unit 3, clicked on for user and input at least one home position；Circle generation module 4, the circle generation module
4 electrically connect with the input unit 3；The home position that input unit 3 transmits is read from, generation is corresponding with each center of circle
Set the circle of diameter；Intersection point calculation module 5, the intersection point calculation module 5 electrically connect with the circle generation module 4；Read from
The circle image that circle generation module 4 transmits, obtain the intersection point sum between each circle in image；Unlock control module
6, the unblock control module 6 electrically connects with the memory module 1, setup module 2, intersection point calculation module 5 respectively；Read from intersection point
The intersection point sum that computing module 5 transmits, compared with intersection point setting sum, it is unlocked.
Fig. 6 a are a kind of schematic diagrames that intersection point sum is 2 in the present invention；Fig. 6 b are that intersection point sum is 2 in the present invention
Another schematic diagram；Fig. 7 is the schematic diagram that intersection point sum is 4 in the present invention；Fig. 8 a are that intersection point sum is 6 in the present invention
A kind of schematic diagram；Fig. 8 b are another schematic diagrames that intersection point sum is 6 in the present invention；Fig. 9 is that intersection point sum is 8 in the present invention
Individual schematic diagram.As shown in Fig. 2, Fig. 3, Fig. 5, Fig. 6 a, Fig. 6 b, Fig. 7, Fig. 8 a, Fig. 8 b and Fig. 9, according to the reality of the present invention
Apply example, the unlocking method of a kind of electronic equipment, including：User sets in setup module 2 obtained the time as 8 seconds, obtained circle
The number of image is 4, and the intersection point setting sum in first circle image is 2, and the intersection point in second circle image is set
Fixed sum is 4, and the intersection point setting sum in the 3rd circle image is 6, and the intersection point setting in the 4th circle image is total
Number is 8, and a diameter of 2 centimetres of the setting of circle, and is stored in memory module 1；User's click input unit 3, first
It is secondary consecutively or simultaneously to input 2 home positions, 3 home positions are consecutively or simultaneously inputted for the second time, and third time is consecutively or simultaneously
Input 4 home positions, the 4th time consecutively or simultaneously input 5 home positions；Circle generation module 4 reads from input unit 3
After the home position transmitted, each outside corrugated diffusion one circle of generation of home position, reach a diameter of 2 centimetres of setting
When, set a diameter of 2 centimetres of circle and retain one section of remaining time as 7 seconds；Circle generation module 4 the acquisition time set as
8 seconds, obtain first image (as shown in figures 6 a and 6b) that all circles for inputting and retaining for the first time are formed, circle life
Into module 4 in the acquisition time set as 8 seconds, second image that second of all circle for inputting and retaining is formed is obtained
(as shown in Figure 7), circle generation module 4, as 8 seconds, obtain all circles that third time is inputted and retained in the acquisition time set
The 3rd image (as shown in Fig. 8 a or Fig. 8 b) formed, circle generation module 4, as 8 seconds, obtain in the acquisition time set
The 4th image (as shown in Figure 9) that the 4th all circles for inputting and retaining are formed；Intersection point calculation module 5 is read from circle
After the circle image that circle generation module 4 transmits, the number for obtaining the circle in first image respectively is 2, second figure
The number of circle as in is 3, and the number of the circle in the 3rd image is 4 and the number of the circle in the 4th image
For 5；Intersection point calculation module 5 is respectively to the circle in first image, second image, the 3rd image and the 4th image
Carry out permutation and combination two-by-two；In first image, intersection point calculation module 5 is according to the home position of two circles in every group, meter
Calculate the circle center distance between two circles in every group, the circle center distance in every group between two circles is less than setting diameter, then
Intersection point number is 2；Intersection point number in 1 group, the intersection point sum obtained between each circle in the image is 2；
In second image, intersection point calculation module 5 according to the home positions of two circles in every group, calculate in every group two circles it
Between circle center distance, the circle center distance in every group between two circles is less than setting diameter, then intersection point number is 2；According to 2 groups
In intersection point number, obtain between each circle in the image intersection point sum be 4；In the 3rd image, intersection point calculation
Module 5 calculates the circle center distance between two circles in every group according to the home positions of two circles in every group, two in every group
Circle center distance between individual circle is less than setting diameter, then intersection point number is 2；Intersection point number in 3 groups, obtains the figure
Intersection point sum between each circle as in is 6；In the 4th image, intersection point calculation module 5 is according to two circles in every group
The home position of circle, calculates the circle center distance between two circles in every group, the circle center distance in every group between two circles
Less than setting diameter, then intersection point number is 2；Intersection point number in 4 groups, obtain the friendship between each circle in the image
Point sum is 8；After unblock control module 6 reads from the intersection point sum that intersection point calculation module 5 transmits, compare the of generation
Intersection point sum between circle in one circle image is total with the intersection point setting of first circle image of user's setting for 2
Number is 2；Compare second of the intersection point sum between the circle in second circle image of generation for 4 with user's setting
The intersection point setting sum of circle image is 4；The intersection point sum compared between the circle in the 3rd circle image of generation is 6
The individual intersection point setting sum with the 3rd circle image of user's setting is 6；In the 4th circle image for comparing generation
Intersection point sum between circle is that the intersection point of 8 the 4th circle images set with user sets sum as 8；Every generation
Circle image in circle between intersection point sum with to should open circle image intersection point setting sum it is identical, then touched
Screen unlocks.
According to another embodiment of the invention, the intelligent terminal of the unblock of a kind of electronic equipment, including：In memory module
The sum that prestores of the intersection point between each circle in 3 circle images, and first circle image to prestore is prestored in 1 is
2, the sum that prestores of the intersection point between each circle in second circle image to prestore is 4, the 3rd circle figure to prestore
The intersection point between each circle as in prestores sum as 6；User sets in setup module 2 obtained the time as 8 seconds, obtained circle
The number of loop graph picture is 3, and the intersection point setting sum in first circle image is 2, the intersection point in second circle image
Setting sum is 4, and the intersection point setting sum in the 3rd circle image is 6, and 2 centimetres of the setting diameter of circle, and
It is stored in memory module 1；After user clicks on input unit 3,2 home positions are concurrently or consecutively inputted for the first time, for the second time
3 home positions are concurrently or consecutively inputted, third time concurrently or consecutively inputs 4 home positions；Circle generation module 4 is read from
After the home position that input unit 3 transmits, each outside corrugated diffusion one circle of generation of home position, it is straight to reach setting
During footpath, the circle for setting diameter retains one section of remaining time；The circle generation module 4 obtains the in the acquisition time of setting
Once input first image that all circles of retention are formed, the circle generation module 4 was obtained in the acquisition time of setting
Second image that all circles for taking second of input to retain are formed, the circle generation module 4 is in the acquisition of setting
Between, obtain the 3rd image that all circles that third time input is retained are formed；Intersection point calculation module 5 reads from circle and generated
After the circle image that module 4 transmits, first circle image of generation is identical with the first circle image to prestore, then and
Intersection point sum between each circle in one circle image is 2；Second circle image of generation and prestore second
Circle image is identical, then the intersection point sum between each circle in second circle image is 4；3rd circle figure of generation
As identical with the 3rd circle image to prestore, then the intersection point sum between each circle in the 3rd circle image is 6；Solution
After lock control module 6 reads from the intersection point sum that intersection point calculation module 5 transmits, of the acquisition image set according to user
Between circle in several and every image intersection point setting sum, compare first generation circle image in circle between
Intersection point sum be that the intersection points of 2 first circle images set with user sets sum as 2；Compare second generation
Intersection point sum between circle in circle image be 4 second circle images set with user intersection point set sum as
4；Compare three circle of the intersection point sum between the circle in the circle image of the 3rd generation for 6 with user's setting
The intersection point setting sum of image is 6；Intersection point sum between circle in the circle image of every generation with to should Zhang Yuan
The intersection point setting sum of loop graph picture is identical, then carries out touch screen unblock.
According to another embodiment of the invention, the unlocking method of a kind of electronic equipment, including：Being set into mobile phone should
With, open mobile phone point and touch unblock, it is 2 centimetres that ripple maximum gauge is set in mobile phone setup module, and it is 4 times to put and touch number, with
And after the unblock points put every time in touching are followed successively by 2,4,6 and 8, and keep data；During touch screen, graphics process
Module generates the pattern formed between circle and circle, keeps pattern, and send to joining computing module；Joining calculates mould
A variety of intersecting patterns and corresponding intersecting points are stored in block, the information provided according to pattern process module, are entered
Row analysis, processing, the identification picture consistent with storage pattern, so as to calculate the intersecting points in pattern；According to front and rear suitable
Sequence, the intersecting points being calculated every time are contrasted with the unblock points set；If identical, unlock instruction is sent to solution
Lock module, unlocked state perform unlock instruction；If it is different, then prompting unblock failure.
Compared with traditional pattern, password, numeral, sound unblock, the present invention proposes a kind of new unblock scheme, that is, touches
Point type unlocks, and the ripple to be risen by touch screen, Multi-point point after touch, the joining between circle and circle occurs, according to circle
Circle and the points that intersect between circle, set unlocking pin, form system for unlocking.By mobile phone setup module, the ripple that rises is set
The maximum gauge of line, put and touch number and the every time tactile intersecting points of point；During unblock, touch screen, the joining of each contact
Number and the points set contrast, identical to unlock successfully, otherwise unblock failure.
The present invention is different according to contact number, and joining but can be with identical, and contact position does not limit, and randomness is very strong,
Unlock path has a lot, and when user unlocks, number and position of the people by visual memory contact at one's side, is that can not penetrate solution
Lock mode, security is higher, and then avoids the unicity commonly unlocked, while adds interest.
It should be noted that above-described embodiment can independent assortment as needed.Described above is only the preferred of the present invention
Embodiment, it is noted that for those skilled in the art, do not departing from the premise of the principle of the invention
Under, some improvements and modifications can also be made, these improvements and modifications also should be regarded as protection scope of the present invention.
Claims (10)
1. the unlocking method of a kind of electronic equipment, it is characterised in that including step：
S10 obtains at least one home position that user clicks on input；
S20 generates the circle being sized corresponding with each center of circle according to the home position of acquisition；
S30 obtains the intersection point sum between each circle in image according to the circle image of generation；
S40 compared with intersection point setting sum, is unlocked according to obtained intersection point sum.
2. the unlocking method of a kind of electronic equipment as claimed in claim 1, it is characterised in that before the step S10 also
Including step：
The acquisition time of S01 storage user's settings, the number of circle image is obtained, the intersection point setting in every circle image is total
Number, and circle are sized.
3. the unlocking method of a kind of electronic equipment as claimed in claim 2, it is characterised in that the step S30 is further wrapped
Include：
S31 obtains the number of the circle in image according to the circle image of generation；
S32 carries out permutation and combination two-by-two to the circle in the image；
S33 obtains the circle center distance between two circles in every group according to the home position of two circles in every group；
S34 is sized according to the circle center distance between two circles in every group and circle, obtain in every group two circles it
Between intersection point number；
Intersection point numbers of the S35 in each group, obtain the intersection point sum between each circle in the image.
4. the unlocking method of a kind of electronic equipment as claimed in claim 3, it is characterised in that the step S34 is further wrapped
Include：
It is sized if the circle center distance in every group of S341 between two circles is equal to, intersection point number is 1；
It is sized if the circle center distance in every group of S342 between two circles is less than, intersection point number is 2；
It is sized if the circle center distance in every group of S343 between two circles is more than, intersection point number is 0.
5. the unlocking method of a kind of electronic equipment as claimed in claim 2, it is characterised in that also include before step S01
Step：
The intersection point that S00 is prestored between each circle in several circle images, and every circle image to prestore prestores
Sum.
6. the unlocking method of a kind of electronic equipment as claimed in claim 5, it is characterised in that the S30 refers to：Compare by
The circle image of S20 generations and the circle image to prestore, obtain the intersection point between each circle in the circle image by S20 generations
Sum.
7. the unlocking method of a kind of electronic equipment as claimed in claim 2, it is characterised in that the step S40 is further wrapped
Include：
The intersection point between circle in the number and every image of the acquisition image that S41 is set according to user sets sum, by
The intersection point sum between circle in one more every circle image generated is with user's setting to that should open circle image
Whether intersection point setting sum is identical；
If the intersection point sum between the circle in the circle image of every generation of S42 to the intersection point that should open circle image with setting
Sum is identical, then carries out touch screen unblock；Otherwise, the unblock failure of electronic equipment.
8. the unlocking method of a kind of electronic equipment as claimed in claim 1, it is characterised in that the step S20 is further wrapped
Include：
The each home positions of S21 outside corrugated diffusion one circle of generation, reach when being sized, the circle being sized retains
One section of remaining time；
S22 obtains the image that the circle of all retentions is formed in the acquisition time of setting.
9. a kind of intelligent terminal of the unlocking method of electronic equipment of application as described in any one in claim 1~8, it is special
Sign is, including：
Input unit, clicked on for user and input at least one home position；
Circle generation module, the circle generation module electrically connect with the input unit；Read from what input unit transmitted
Home position, generate the circle being sized corresponding with each center of circle；
Intersection point calculation module, the intersection point calculation module electrically connect with the circle generation module；Read from circle generation module and pass
The defeated circle image to come, obtain the intersection point sum between each circle in image；
Control module is unlocked, the unblock control module electrically connects with the intersection point calculation module；Read from intersection point calculation module biography
The defeated intersection point sum to come, compared with intersection point setting sum, is unlocked.
10. the intelligent terminal of the unlocking method of electronic equipment as claimed in claim 9, it is characterised in that also include：
Setup module, the setup module electrically connect with the unblock control module；For the acquisition time of user's setting, circle is obtained
The number of image, the intersection point setting sum in every circle image, and circle are sized；
Memory module, the memory module electrically connect with the unblock control module；Store several circle images, and every pre-
The intersection point between each circle in the circle image deposited prestores sum.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102866845A (en) * | 2012-08-28 | 2013-01-09 | 百度在线网络技术（北京）有限公司 | Unlocking method for mobile terminal, device and mobile terminal |
| CN102929542A (en) * | 2012-10-19 | 2013-02-13 | 广东欧珀移动通信有限公司 | Intelligent terminal unlocking method and device |
| CN103294394A (en) * | 2012-02-24 | 2013-09-11 | 三星电子株式会社 | Mobile terminal having screen operation and operation method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20130081133A1 (en) * | 2011-09-23 | 2013-03-28 | Barnesandnoble.Com Llc | System and method for unlocking an electronic device |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103294394A (en) * | 2012-02-24 | 2013-09-11 | 三星电子株式会社 | Mobile terminal having screen operation and operation method thereof |
| CN102866845A (en) * | 2012-08-28 | 2013-01-09 | 百度在线网络技术（北京）有限公司 | Unlocking method for mobile terminal, device and mobile terminal |
| CN102929542A (en) * | 2012-10-19 | 2013-02-13 | 广东欧珀移动通信有限公司 | Intelligent terminal unlocking method and device |
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