CN104991712A - Unlocking method based on mobile terminal and mobile terminal - Google Patents
Unlocking method based on mobile terminal and mobile terminal Download PDFInfo
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- CN104991712A CN104991712A CN201510325658.4A CN201510325658A CN104991712A CN 104991712 A CN104991712 A CN 104991712A CN 201510325658 A CN201510325658 A CN 201510325658A CN 104991712 A CN104991712 A CN 104991712A
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Abstract
The invention discloses an unlocking method based on a mobile terminal and the mobile terminal. The method comprises that an unlocking interface is displayed on a screen of the mobile terminal, wherein the unlocking interface comprises a rotatable three-dimensional figure; a user's slide operation on the current display interface of the three-dimensional figure is detected, and unlocking points which are passed by the user's slide and corresponding to the current display interface are recognized according to an execution sequence of the slide operation; whether the recognized unlocking points are matched with a preset three-dimensional unlocking password is judged; and if the recognized unlocking points are matched with the preset three-dimensional unlocking password, the three-dimensional figure will be rotated and above operations are repeated until the user completes the slide operations of all the display interfaces of the three-dimensional figure, and the mobile terminal is finally unlocked. By the manner, the mobile terminal is unlocked easily and quickly, and safety and confidentiality of unlocking are increased because the unlocking method provided by the invention is based on the three-dimensional figure.
Description
Technical field
The present invention relates to field of mobile terminals, particularly relate to a kind of unlock method based on mobile terminal and mobile terminal.
Background technology
Along with the widespread use of mobile terminal, the unlocking manner of mobile terminal screen locking is also constantly changing.Unlocking manner popular is at present that nine grids figure unlocks, and this unlocking manner is simple to operate, easily occurs being peeped cipher graphic by others and occurring the situation of hand-set from stolen.
Summary of the invention
The technical matters that the present invention mainly solves is to provide a kind of unlock method based on mobile terminal and mobile terminal, while realizing mobile terminal unblock quickly and easily, has higher security and confidentiality.
For solving the problems of the technologies described above, the technical scheme that the present invention adopts is: provide a kind of unlock method based on mobile terminal, the method comprises: show unlock interface on the screen of the mobile terminal, and wherein unlock interface comprises rotatable three-dimensional picture; Detect the slide of user on the current display surface of three-dimensional picture, identify according to slide execution sequence the unblock point corresponding to current display surface that user slides past; Judge whether the unblock point identified mates with the Three-Dimensional Solution lock cipher preset; If the unblock point identified mates with the Three-Dimensional Solution lock cipher preset, then continue to judge whether user completes the slide of each display surface to three-dimensional picture; If user does not complete the slide of each display surface to three-dimensional picture, also continue to perform the step detecting the slide of user on the current display surface of three-dimensional picture according to pre-defined rule rotated three dimensional figure; If user has completed the slide of all display surfaces to three-dimensional picture, unlocking mobile terminal.
Wherein, Three-Dimensional Solution lock cipher is the set of the two-dimentional unlocking pin of each display surface of sequential in three-dimensional picture, and wherein, two-dimentional unlocking pin comprises trigger sequence and the coordinate figure of the unblock point on display surface.
Wherein, be specially according to the step of pre-defined rule rotated three dimensional figure: according to the rotated three dimensional figure that puts in order of display surface each in Three-Dimensional Solution lock cipher, wherein, after rotating, the current display surface of three-dimensional picture is adjacent display surface with the current display surface of the front three-dimensional picture of rotation.
Wherein, in according to Three-Dimensional Solution lock cipher each display surface the rotated three dimensional patterning step that puts in order after, the method comprises further: mark is the last position of unblock point on the postrotational current display surface of three-dimensional picture of triggering before rotating, with make user after three-dimensional picture rotates from position slide.
Wherein, before showing the step of unlock interface on the screen of the mobile terminal, the method comprises further: whether the backlight detecting mobile terminal is lit; If the backlight of mobile terminal is lit, then perform the step showing unlock interface on the screen of the mobile terminal.
For solving the problems of the technologies described above, another technical solution used in the present invention is: provide a kind of mobile terminal, and this mobile terminal comprises: display module, for showing unlock interface on the display screen of mobile terminal, wherein, unlock interface comprises rotatable three-dimensional picture; Identification module, for detecting the slide of user on the current display surface of three-dimensional picture, identifies according to slide execution sequence the unblock point corresponding to current display surface that user slides past; First judge module, for judging whether the unblock point identified mates with the Three-Dimensional Solution lock cipher preset; Second judge module, when the unblock point for judging to identify when the first judge module mates with the Three-Dimensional Solution lock cipher preset, judges whether user completes the slide of each display surface to three-dimensional picture; Unlocked state, during for judging slide that user completes all display surfaces of three-dimensional picture when the second judge module, unlocking mobile terminal; Wherein, when the second judge module judges the slide that user do not complete all display surfaces of three-dimensional picture, display module is according to after pre-defined rule rotated three dimensional figure, identification module continues to perform the slide of detection user on the current display surface of three-dimensional picture, identifies the operation of the unblock point corresponding to current display surface that user slides past according to slide execution sequence.
Wherein, Three-Dimensional Solution lock cipher is the set of the two-dimentional unlocking pin of each display surface of sequential in three-dimensional picture, and wherein, two-dimentional unlocking pin comprises trigger sequence and the coordinate figure of the unblock point on display surface.
Wherein, display module is according to the rotated three dimensional figure that puts in order of display surface each in Three-Dimensional Solution lock cipher, and wherein, after rotating, the current display surface of three-dimensional picture is adjacent display surface with the current display surface of the front three-dimensional picture of rotation.
Wherein, mobile terminal comprises further: mark module, and mark is the last position of unblock point on the postrotational current display surface of three-dimensional picture of triggering before rotating, with make user after three-dimensional picture rotates from position slide.
Whether wherein, mobile terminal comprises further: the 3rd judge module, be lit for the backlight detecting mobile terminal; Wherein, when the 3rd judge module judges that the backlight of mobile terminal is lit, display module performs the operation showing unlock interface on the screen of the mobile terminal.
The invention has the beneficial effects as follows: be different from prior art, unlock method based on mobile terminal of the present invention, by detecting the slide of user on the current display surface of three-dimensional picture, identifies according to slide execution sequence the unblock point corresponding to current display surface that user slides past; Judge whether the unblock point identified mates with the Three-Dimensional Solution lock cipher preset; If the unblock point identified mates with the Three-Dimensional Solution lock cipher preset, then rotated three dimensional figure repeat above-mentioned operation until user completes the slide of all display surfaces to three-dimensional picture, last unlocking mobile terminal.By the way, because unlock method of the present invention is based on three-dimensional picture, while the unblock realizing mobile terminal quickly and easily, improve security and the confidentiality of unblock.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of the unlock method based on mobile terminal of the embodiment of the present invention;
Fig. 2 is the schematic diagram of three-dimensional picture in the embodiment of the present invention;
Fig. 3 is the schematic diagram of the unblock point of three-dimensional picture shown in Fig. 2;
Fig. 4 is the schematic diagram of the Three-Dimensional Solution lock cipher of three-dimensional picture shown in Fig. 2;
Fig. 5 is the structural representation of the mobile terminal of the embodiment of the present invention.
Embodiment
In the middle of instructions and claims, employ some vocabulary to censure specific assembly, one of skill in the art should understand, and same assembly may be called with different nouns by manufacturer.This specification and claims book is not used as with the difference of title the mode distinguishing assembly, but is used as the benchmark of differentiation with assembly difference functionally.Below in conjunction with drawings and Examples, the present invention is described in detail.
Fig. 1 is the process flow diagram of the unlock method based on mobile terminal of the embodiment of the present invention.If it is noted that there is result identical in fact, method of the present invention is not limited with the flow sequence shown in Fig. 1.As shown in Figure 1, the method comprises the steps:
Step S101: whether the backlight detecting mobile terminal is lit; If the backlight of mobile terminal is lit, perform step S102, otherwise continue to perform step S101;
In step S101, once mobile terminal is in screen lock state, after the backlight of mobile terminal is lit, user's slide on mobile terminals just can be moved terminal and detect.Therefore, before carrying out mobile terminal unblock, need the backlight detecting mobile terminal whether to be lit.
Step S102: show unlock interface on the screen of the mobile terminal, wherein unlock interface comprises rotatable three-dimensional picture;
In step s 102, three-dimensional picture can be the figure of any Spatial continual, such as positive tetrahedron, square, right cylinder etc.Be positive tetrahedron below with three-dimensional picture for example is set forth.Certainly, those skilled in the art will appreciate that three-dimensional picture is that positive tetrahedron is only citing, the present invention is not as limit.Wherein, in step s 102, the current display surface of three-dimensional picture is initial display surface.
Please also refer to the schematic diagram that Fig. 2, Fig. 2 are three-dimensional picture in the embodiment of the present invention.As shown in Figure 2, this three-dimensional picture is positive tetrahedron ABCD, and wherein, positive tetrahedron ABCD comprises four display surfaces, and four display surfaces are respectively ABC, ADB, ACD and DCB, and wherein each display surface is equilateral triangle.Wherein, the initial display surface of positive tetrahedron ABCD is ABC.
Step S103: detect the slide of user on the current display surface of three-dimensional picture, identifies according to slide execution sequence the unblock point corresponding to current display surface that user slides past;
In step s 103, comprise four unblock points with each display surface of positive tetrahedron ABCD to set forth.Certainly, those skilled in the art will appreciate that the number unlocking point is four and is only citing, the present invention is not as limit.
In addition, in the present embodiment, the coordinate unlocking point adopts two-dimensional coordinate to be described.Those skilled in the art will appreciate that in other embodiments, the coordinate unlocking point also can use three-dimensional coordinate to be described, and the present invention is not as limit.
It is the schematic diagram of the unblock point of three-dimensional picture shown in Fig. 2 please also refer to Fig. 3, Fig. 3.As shown in Figure 3, each display surface of positive tetrahedron ABCD comprises four unblock points, respectively with 1,2,3 and 4 mark, and the coordinate wherein unlocking point 1 is (0.5,0.75), the coordinate unlocking point 2 is (0.5,0.5) coordinate, unlocking point 3 is (0,0), the coordinate unlocking point 4 is (1,0).
Wherein, when current display surface is ABC, unlock the summit A of point 1 corresponding positive tetrahedron, unlock the summit D of point 2 corresponding positive tetrahedrons, unlock the summit B of point 3 corresponding positive tetrahedrons, unlock the summit C of point 4 corresponding positive tetrahedrons.
Wherein, when current display surface is ADB, unlock the summit A of point 1 corresponding positive tetrahedron, unlock the summit C of point 2 corresponding positive tetrahedrons, unlock the summit D of point 3 corresponding positive tetrahedrons, unlock the summit B of point 4 corresponding positive tetrahedrons.
Wherein, when current display surface is ACD, unlock the summit A of point 1 corresponding positive tetrahedron, unlock the summit B of point 2 corresponding positive tetrahedrons, unlock the summit C of point 3 corresponding positive tetrahedrons, unlock the summit D of point 4 corresponding positive tetrahedrons.
Wherein, when current display surface is DCB, unlock the summit D of point 1 corresponding positive tetrahedron, unlock the summit A of point 2 corresponding positive tetrahedrons, unlock point 3 this tessarace C corresponding, unlock the summit B of point 4 corresponding positive tetrahedrons.
In the present embodiment, when first time performs step S103, detect the slide of user on ABC display surface.Wherein, the slide of user on ABC display surface must be continuous print, cannot jump.In the process of user's slide on ABC display surface, the trigger sequence of the unblock point be triggered during user's slide under mobile terminal records and the coordinate figure of unblock point be triggered.In other embodiments, user's figure that slide is formed on ABC display surface can also directly be recorded.
When needs continue to perform step S103, continue to detect the slide of user at other display surface of positive tetrahedron.Specifically, when needs second time performs step S103, the slide of user on ADB display surface is detected.When needs third time performs step S103, detect the slide of user on ACD display surface.When needs perform step S103 the 4th time, detect the slide of user on DCB display surface.
Preferably, when needs second time performs step S103, three-dimensional picture rotates and makes current display surface become after ADB display surface from ABC display surface, and the reference position of the slide of user on ADB display surface is the position that the unblock point that ABC display surface is finally triggered corresponds to ADB display surface.For the third time, the 4th time perform step S103 time, similar, no longer describe in detail.
Step S104: judge whether the unblock point identified mates with the Three-Dimensional Solution lock cipher preset; If the unblock point identified matches with the Three-Dimensional Solution lock cipher preset, perform step S105, otherwise perform step S102;
In step S104, Three-Dimensional Solution lock cipher is the set of the two-dimentional unlocking pin of each display surface of sequential in three-dimensional picture, and wherein, in the present embodiment, two-dimentional unlocking pin comprises trigger sequence and the coordinate figure of the unblock point on display surface.In other embodiments, two-dimentional unlocking pin also can be graphical passwords.Wherein, sequentially refer to that each display surface of sequence number continuous print in sequence is adjacent display surface in each display surface of sequential.
Preferably, in the two-dimentional unlocking pin of each display surface of sequential, in sequence number continuous print display surface, first of next display surface unlocks last unblock point that point is a upper display surface.
It is the schematic diagram of the Three-Dimensional Solution lock cipher of three-dimensional picture shown in Fig. 2 please also refer to Fig. 4, Fig. 4.As shown in Figure 4, Three-Dimensional Solution lock cipher is the set of the two-dimentional unlocking pin of the ABC display surface of sequential, ADB display surface, ACD display surface and DCB display surface.
Because the unblock point of each display surface of positive tetrahedron ABCD is four, the mode of structure can be adopted to define the two-dimentional unlocking pin of each display surface, shown in it is specific as follows:
Struct{
point a,
point b,
point c,
point d
}
Wherein a, b, c, d record the coordinate figure of the unblock point triggered in order respectively, can get Null, represent that some unlocks point and is not triggered.
Composition graphs 2 and Fig. 4 known:
The two-dimentional unlocking pin of display surface ABC is { [0.5,0.75], [1,0], [0.5,0.5], [0,0] }, that is, when current display surface is ABC, the slide of user on ABC display surface needs sequentially to mate with the Three-Dimensional Solution lock cipher preset through summit A, the summit C of positive tetrahedron ABCD, summit D and summit B.
The two-dimentional unlocking pin of display surface ADB is { [1,0], [0,0], [0.5,0.75] }, that is, when current display surface is ADB, the slide of user on ADB display surface needs sequentially to mate with the Three-Dimensional Solution lock cipher preset through summit B, the summit D of positive tetrahedron and summit A.
The two-dimentional unlocking pin of display surface ACD is { [0.5,0.75], [0,0], [1,0] }, that is, when current display surface is ACD, the slide of user on ACD display surface needs sequentially to mate with the Three-Dimensional Solution lock cipher preset through summit A, the summit C of positive tetrahedron and summit D.
The two-dimentional unlocking pin of display surface DCB is { [0.5,0.75], [0,0], [1,0] }, that is, when current display surface is DCB, the slide of user on DCB display surface needs sequentially to mate with the Three-Dimensional Solution lock cipher preset through summit D, the summit C of positive tetrahedron and summit B.
In addition, the unblock point that display surface ABC finally triggers and the unblock point that display surface ADB first triggers are all the summit B of positive tetrahedron, the unblock point that display surface ADB finally triggers and the unblock point that display surface ACD first triggers are all the summit A of positive tetrahedron, and the unblock point that display surface ACD finally triggers and the unblock point that display surface DCB first triggers are all the summit D of positive tetrahedron.
Wherein, in step S104, judge the checking procedure of the actual unblock point as triggering user's slide on current display surface of process whether the unblock point identified and the Three-Dimensional Solution lock cipher preset mate, if current display surface verification succeeds, then continue the verification operation of next display surface until complete the verification operation of all display surfaces of three-dimensional picture, if current display surface verification is unsuccessful, then can not continue the verification operation of next display surface, but again show three-dimensional picture on the screen of the mobile terminal, wait for that user carries out slide at the initial display surface of three-dimensional picture again.
Step S105: judge whether user completes the slide of each display surface to three-dimensional picture; If user does not complete the slide of each display surface to three-dimensional picture, perform step S106, otherwise perform step S107;
In step S105, judge whether user completes the slide of four display surfaces to positive tetrahedron ABCD, change an angle, judged whether the verification of the two-dimentional unlocking pin of four display surfaces to positive tetrahedron ABCD.
Step S106: according to pre-defined rule rotated three dimensional figure, and continue to perform step S103;
In step s 106, be specially according to pre-defined rule rotated three dimensional figure: according to the rotated three dimensional figure that puts in order of display surface each in Three-Dimensional Solution lock cipher, wherein, after rotating, the current display surface of three-dimensional picture is adjacent display surface with the current display surface of the front three-dimensional picture of rotation.
Preferably, in according to Three-Dimensional Solution lock cipher each display surface the rotated three dimensional figure that puts in order after, mark is the last position of unblock point on the postrotational current display surface of three-dimensional picture of triggering before rotating, with make user after three-dimensional picture rotates from this position slide.The mode wherein marked can be highlighted display, also can be to be labeled as different color displays, and the present invention is not as limit.
In the present embodiment, be specially according to the rotated three dimensional figure that puts in order of display surface each in Three-Dimensional Solution lock cipher: the initial display surface of positive tetrahedron ABCD is ABC, first time rotates positive tetrahedron ABCD, current display surface becomes ADB from ABC, second time rotates positive tetrahedron ABCD, current display surface becomes ACD from ADB, and third time rotates positive tetrahedron ABCD, and current display surface becomes DCB from ACD.Wherein, show the rotary course of positive tetrahedron ABCD on the screen of the mobile terminal, confirm current display surface to facilitate user.
Preferably, suppose that the unblock point that user's slide identifies all mates with the Three-Dimensional Solution lock cipher shown in Fig. 4, then first time rotates positive tetrahedron ABCD, the position of unblock point B in display surface ADB that mark display surface ABC finally triggers, second time rotates positive tetrahedron ABCD, the position of unblock point A in display surface ACD that mark display surface ADB finally triggers, third time rotates positive tetrahedron ABCD, the position of unblock point D in display surface DCB that mark display surface ACD finally triggers, to facilitate user after positive tetrahedron ABCE rotates, slide from the position of mark.
It is to be appreciated that in the present embodiment, after only having the two-dimentional unlocking pin verification of current display surface correct, just the next display surface adjacent with current display surface can be shown by rotated three dimensional figure, the unblock point that highlighted display simultaneously finally triggers before rotating.That is, in the present embodiment, the checking procedure of Three-Dimensional Solution lock cipher only have when previous display surface verification by after, just can carry out the verification operation of next display surface.In other embodiments, the checking procedure of Three-Dimensional Solution lock cipher is also after user completes the slide of each display surface, and carry out verification operation to each display surface, the present invention is not as limit simultaneously.
Step S107: unlocking mobile terminal.
In step s 107, when user completes the slide to four display surfaces, and when the unblock point that the slide of four display surfaces identifies all mates with the Three-Dimensional Solution lock cipher preset, unlocking mobile terminal.
The structural representation of the mobile terminal of Fig. 5 embodiment of the present invention.As shown in Figure 5, mobile terminal comprises: display module 1, identification module 2, first judge module 3, second judge module 4, unlocked state 5, mark module 6 and the 3rd judge module 7.
Display module 1 for showing unlock interface on the display screen of mobile terminal, and wherein, unlock interface comprises rotatable three-dimensional picture.
Identification module 2 is connected with display module 1, the slide on the current display surface detecting the three-dimensional picture that user shows at display module 1, identifies according to slide execution sequence the unblock point corresponding to current display surface that user slides past.
First judge module 3 is connected with identification module 2, for judging whether the unblock point that identification module 2 identifies mates with the Three-Dimensional Solution lock cipher preset.Wherein, Three-Dimensional Solution lock cipher is the set of the two-dimentional unlocking pin of each display surface of sequential in three-dimensional picture, and wherein, two-dimentional unlocking pin comprises trigger sequence and the coordinate figure of the unblock point on display surface.
Second judge module 4 is connected with the first judge module 3, when the unblock point for judging to identify when the first judge module 3 mates with the Three-Dimensional Solution lock cipher preset, judges whether user completes the slide of each display surface to three-dimensional picture.
Wherein, when the first judge module 3 judges that the unblock point identified does not mate with the Three-Dimensional Solution lock cipher preset, display module 1 shows unlock interface again on the display screen of mobile terminal.
Unlocked state 5 is connected with the second judge module 4, during for judging slide that user completes all display surfaces of three-dimensional picture when the second judge module 4, and unlocking mobile terminal.
Wherein, when the second judge module 4 judges the slide that user do not complete all display surfaces of three-dimensional picture, display module 1 is according to pre-defined rule rotated three dimensional figure, identification module 2 continues to perform the slide of detection user on the current display surface of three-dimensional picture, identifies the operation of the unblock point corresponding to current display surface that user slides past according to slide execution sequence.
Preferably, mobile terminal comprises mark module 6 further.Wherein, mark module 6 respectively display module 1 is connected with identification module 2, for mark rotate before the last position of unblock point on the postrotational current display surface of three-dimensional picture of triggering, with make user after three-dimensional picture rotation from this position slide.
Preferably, mobile terminal comprises the 3rd judge module 7 further.Whether wherein, the 3rd judge module 7 is connected with display module 1, be lit for the backlight detecting mobile terminal.Wherein, when the 3rd judge module 7 judges that the backlight of mobile terminal is lit, display module 1 performs the operation showing unlock interface on the screen of the mobile terminal.
Be different from prior art, the unlock method based on mobile terminal of the present invention, by detecting the slide of user on the current display surface of three-dimensional picture, identifies according to slide execution sequence the unblock point corresponding to current display surface that user slides past; Judge whether the unblock point identified mates with the Three-Dimensional Solution lock cipher preset; If the unblock point identified mates with the Three-Dimensional Solution lock cipher preset, then rotated three dimensional figure repeat above-mentioned operation until user completes the slide of all display surfaces to three-dimensional picture, last unlocking mobile terminal.By the way, because unlock method of the present invention is based on three-dimensional picture, while the unblock realizing mobile terminal quickly and easily, improve security and the confidentiality of unblock.
The foregoing is only embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. based on a unlock method for mobile terminal, it is characterized in that, described method comprises:
The screen of described mobile terminal shows unlock interface, and wherein said unlock interface comprises rotatable three-dimensional picture;
Detect the slide of user on the current display surface of described three-dimensional picture, identify according to described slide execution sequence the unblock point corresponding to described current display surface that described user slides past;
Judge whether the described point that unlocks identified mates with the Three-Dimensional Solution lock cipher preset;
If the described point that unlocks identified mates with the Three-Dimensional Solution lock cipher preset, then continue to judge whether user completes the slide of each display surface to described three-dimensional picture;
If user does not complete the slide of each display surface to described three-dimensional picture, rotate described three-dimensional picture according to pre-defined rule and continue to perform the step detecting the slide of user on the current display surface of described three-dimensional picture;
If user has completed the slide of all display surfaces to described three-dimensional picture, unlock described mobile terminal.
2. method according to claim 1, it is characterized in that, described Three-Dimensional Solution lock cipher is the set of the two-dimentional unlocking pin of each display surface of sequential in described three-dimensional picture, and wherein, described two-dimentional unlocking pin comprises described trigger sequence and the coordinate figure unlocking point on described display surface.
3. method according to claim 2, is characterized in that, the described step rotating described three-dimensional picture according to pre-defined rule is specially:
According to the described three-dimensional picture of rotation that puts in order of each display surface in described Three-Dimensional Solution lock cipher, wherein, after rotating, the current display surface of described three-dimensional picture is adjacent display surface with the current display surface of the front described three-dimensional picture of rotation.
4. method according to claim 3, is characterized in that, described according to described Three-Dimensional Solution lock cipher in each display surface put in order rotate described three-dimensional picture step after, described method comprises further:
Mark before rotating last trigger describedly unlock the position of point on the postrotational current display surface of described three-dimensional picture, with make user after described three-dimensional picture rotates from described position slide.
5. method according to claim 1, is characterized in that, described on the screen of described mobile terminal, show the step of unlock interface before, described method comprises further:
Whether the backlight detecting described mobile terminal is lit;
If the backlight of described mobile terminal is lit, then perform the step showing unlock interface on the screen of described mobile terminal.
6. a mobile terminal, is characterized in that, described mobile terminal comprises:
Display module, shows unlock interface on the display screen at described mobile terminal, and wherein, described unlock interface comprises rotatable three-dimensional picture;
Identification module, for detecting the slide of user on the current display surface of described three-dimensional picture, identifies according to described slide execution sequence the unblock point corresponding to described current display surface that described user slides past;
First judge module, for judging whether the described point that unlocks identified mates with the Three-Dimensional Solution lock cipher preset;
Second judge module, when the described unblock point for judging to identify when described first judge module mates with the Three-Dimensional Solution lock cipher preset, judges whether user completes the slide of each display surface to described three-dimensional picture;
Unlocked state, during for judging slide that user completes all display surfaces of described three-dimensional picture when described second judge module, unlocks described mobile terminal;
Wherein, when described second judge module judges the slide that user do not complete all display surfaces of described three-dimensional picture, after described display module rotates described three-dimensional picture according to pre-defined rule, described identification module continues to perform the slide of detection user on the current display surface of described three-dimensional picture, identifies the operation of the unblock point corresponding to described current display surface that described user slides past according to described slide execution sequence.
7. mobile terminal according to claim 6, it is characterized in that, described Three-Dimensional Solution lock cipher is the set of the two-dimentional unlocking pin of each display surface of sequential in described three-dimensional picture, wherein, described two-dimentional unlocking pin comprises described trigger sequence and the coordinate figure unlocking point on described display surface.
8. mobile terminal according to claim 7, it is characterized in that, described display module rotates described three-dimensional picture according to putting in order of each display surface in described Three-Dimensional Solution lock cipher, wherein, after rotating, the current display surface of described three-dimensional picture is adjacent display surface with the current display surface of the front described three-dimensional picture of rotation.
9. mobile terminal according to claim 8, is characterized in that, described mobile terminal comprises further:
Mark module, mark before rotating last trigger describedly unlock the position of point on the postrotational current display surface of described three-dimensional picture, with make user after described three-dimensional picture rotates from described position slide.
10. mobile terminal according to claim 6, is characterized in that, described mobile terminal comprises further:
Whether the 3rd judge module, be lit for the backlight detecting described mobile terminal;
Wherein, when described 3rd judge module judges that the backlight of described mobile terminal is lit, described display module performs the operation showing unlock interface on the screen of described mobile terminal.
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| CN201510325658.4A CN104991712A (en) | 2015-06-12 | 2015-06-12 | Unlocking method based on mobile terminal and mobile terminal |
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| CN106203030A (en) * | 2016-06-29 | 2016-12-07 | 惠州Tcl移动通信有限公司 | A kind of mobile terminal awakening method identified based on user and system |
| CN107194235A (en) * | 2017-04-28 | 2017-09-22 | 维沃移动通信有限公司 | A kind of application program launching method and mobile terminal |
| CN108959896A (en) * | 2018-06-12 | 2018-12-07 | 平安科技（深圳）有限公司 | Unlocking method and a device and computer readable storage medium |
| EP3518130A1 (en) | 2018-01-30 | 2019-07-31 | OneVisage SA | Method and system for 3d graphical authentication on electronic devices |
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Application publication date: 20151021 |