CN104407797A

CN104407797A - Information processing method and electronic equipment

Info

Publication number: CN104407797A
Application number: CN201410585148.6A
Authority: CN
Inventors: 杨斌; 张晓海; 张守鹏
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-10-27
Filing date: 2014-10-27
Publication date: 2015-03-11
Anticipated expiration: 2034-10-27
Also published as: CN104407797B

Abstract

The invention discloses an information processing method and electronic equipment. The electronic equipment has a first state and a second state different from the first state. The method comprises the following steps that when the electronic equipment is in the first state, the sequential passing M points in a first touch control operation track from the starting moment to the stop moment are obtained through detection, wherein the M points include N suspension touch control points; a M-bit sequence is obtained by the sequential passing M points; whether the M-bit sequence is matched with first preset information or not is judged, and a first judgment result is obtained; when the first judgment result shows that the M-bit sequence is matched with the first preset information, the electronic equipment is controlled to enter the second state from the first state. The method provided by the invention has the advantages that the technical problems of low safety in the unlocking process since touch tracks can be left on a touch display screen of the electronic equipment in the prior art is solved, and the technical effect of improving the safety in the unlocking process is achieved.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to Internet technical field, particularly a kind of information processing method and electronic equipment.

Background technology

Along with the development of science and technology, the convenience of the electronic equipment operations such as the mechanical, electrical brain of people opponent is had higher requirement, and in order to meet this requirement, touch display screen is widely used at these electronic equipments.

In the prior art, operating and avoid carrying out electronic equipment the appearance of the problems such as maloperation to prevent other people to electronic equipment, the mode that usual electronic equipment adopts figure to unlock protects electronic equipments safety.Namely the operational order that electronic equipment does not obtain user in Preset Time will enter screen lock state, if other operations will be carried out to electronic equipment just must carry out touch operation by default touch track on touching display screen, if actual touch track corresponding to touch operation is consistent with default touch track, touching display screen will unlock, and user just can carry out other operations to touching display screen.

In the process of present inventor's technical scheme in invention the embodiment of the present application, find that above-mentioned prior art at least exists following technical matters:

Due to electronic equipment in prior art; the mode that have employed checking actual touch track whether consistent with default touch track unlocks; in the process of carrying out touch operation; touch vestige will be left on touching display screen; other people can touch vestige by observing like this; obtain default touch track; cause other people also can unlock; visible; electronic equipment is because touching display screen can stay touch vestige in the prior art; and the default touch track of existence can be revealed, the technical matters that security is not high.

Due to the existence of above-mentioned technical matters, and then cause user in use electronic equipment process, experience not high problem.

Summary of the invention

The embodiment of the present invention provides a kind of information processing method and electronic equipment; for solving electronic equipment in prior art because touching display screen can stay touch vestige; and the default touch track of existence can be revealed; the technical matters that security is not high, and then the technique effect improving the security in releasing process.

According to a first aspect of the invention, a kind of information processing method is provided, be applied to and comprise in the electronic equipment of touch-display unit, described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, the Part II instruction different from described Part I instruction in described instruction set can be responded, described method comprises: when described electronic equipment is in described first state, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, the N number of suspension touch control point described in described first touch control operation process middle distance corresponding to touch-display unit one preset height is included in described M point, wherein, M is positive integer, and N is the positive integer being less than M, by the described M a sequentially passed through point, obtain the sequence of a M position, judge whether the sequence of described M position mates with the first presupposed information, obtains the first judged result, when described first judged result is for being, controls described electronic equipment and entering described second state by described first state.

Optionally, the described described N number of suspension touch control point detected in acquisition described M point, is specially:

In the process of carrying out the first touch control operation, P capacitive transducer in described touch-display unit detects the N number of capacitance variations value obtained with N number of suspension procedure corresponding point, wherein, P be more than or equal to 1 integer; Judge whether each capacitance variations value in described N number of capacitance variations value is more than or equal to a predetermined capacitive changing value, obtains N number of judged result; When each judged result in described N number of judged result is for being, determine that the point that described N number of suspension procedure is corresponding is described N number of suspension touch control point.

Optionally, described be in described first state when described electronic equipment time, detect in acquisition first touch control operation track by initial time to end time when M of process put, described method also comprises: at described initial time, generate the first vibration prompting information, wherein, described first vibration prompting information starts to carry out described first touch control operation for prompting; In described end time, generate the second vibration prompting information, wherein, described second vibration prompting information stops described first touch control operation for pointing out.

Optionally, described be in described first state when described electronic equipment time, when detecting the N number of suspension touch control point obtaining in described M point and be included in described in described first touch control operation process middle distance corresponding to touch-display unit one preset height, described method also comprises: detect K the touch control operation obtaining and carry out in described touch-display unit; Respond a described K touch control operation, obtain K touch point, wherein, K is positive integer, and N and K sum is M.

Optionally, describedly judge whether the sequence of described M position and the first presupposed information match, obtain the first judged result, be specially: N number of suspension touch control point described in the sequence judging described M position with between a described K touch point whether put in order and default M position sequence in default between N number of default suspension touch control point and K preset touch point put in order identical, obtain the second judged result; N number of positional information that described in the sequence judging described M position, N number of suspension touch control point is corresponding and K positional information corresponding to a described K touch point whether identical with K preset position information of described K preset touch point with N number of preset position information of default suspension touch control point N number of described in default M bit sequence respectively, obtain the 3rd judged result; Based on described second judged result and described 3rd judged result, judge whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result; Wherein, described second judged result and described 3rd judged result be time, show that described first judged result is yes, show that the sequence of described M position and described default M bit sequence match.

Optionally, describedly judge whether the sequence of described M position and the first presupposed information match, obtain the first judged result, be specially: judge that N number of positional information that described N number of suspension touch control point is corresponding is whether identical with N number of positional information of N number of default suspension touch control point described in the sequence of described default M position, obtain the 4th judged result; Judge that K positional information that a described K touch point is corresponding be whether identical with K positional information of K preset touch point described in the sequence of described default M position, obtain the 5th judged result; Based on described 4th judged result and described 5th judged result, judge whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result; Wherein, described 4th judged result and described 5th judged result be time, show that described first judged result is yes, show that the sequence of described M position and described default M bit sequence match.

Optionally, described when described first judged result is for being, control described electronic equipment and enter described second state, be specially: when described first judged result is for being, described electronic equipment responds the first instruction, controls described touch-display unit and enters released state from screen locking.

According to a further aspect in the invention, a kind of electronic equipment is also provided, described electronic equipment comprises a touch-display unit, described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, can respond the Part II instruction different from described Part I instruction in described instruction set, described electronic equipment comprises:

First detecting unit, for when described electronic equipment is in described first state, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, the N number of suspension touch control point described in described first touch control operation process middle distance corresponding to touch-display unit one preset height is included in described M point, wherein, M is positive integer, and N is the positive integer being less than M; First obtains unit, for by the described M a sequentially passed through point, obtains the sequence of a M position; First judging unit, for judging whether the sequence of described M position mates with the first presupposed information, obtains the first judged result; First control module, for when described first judged result is for being, controls described electronic equipment and entering described second state by described first state.

Optionally, described first detecting unit specifically comprises: the first detection sub-unit, for in the process of carrying out the first touch control operation, P capacitive transducer in described touch-display unit detects the N number of capacitance variations value obtained with N number of suspension procedure corresponding point, wherein, P be more than or equal to 1 integer; First judgment sub-unit, for judging whether each capacitance variations value in described N number of capacitance variations value is more than or equal to a predetermined capacitive changing value, obtains N number of judged result; First determining unit, during for each judged result in described N number of judged result for being, determines that the point that described N number of suspension procedure is corresponding is described N number of suspension touch control point.

Optionally, described first detecting unit also comprises: the first vibration prompting unit, for described be in described first state when described electronic equipment time, detect in acquisition first touch control operation track by initial time to end time when M of process put, at described initial time, generate the first vibration prompting information, wherein, described first vibration prompting information is used for prompting and starts to carry out described first touch control operation; Second vibration prompting unit, for described be in described first state when described electronic equipment time, detect in acquisition first touch control operation track by initial time to end time when M of process put, in described end time, generate the second vibration prompting information, wherein, described second vibration prompting information stops described first touch control operation for pointing out.

Optionally, described first detecting unit also comprises: the second detection sub-unit, for described be in described first state when described electronic equipment time, when detecting the N number of suspension touch control point obtaining in described M point and be included in described in described first touch control operation process middle distance corresponding to touch-display unit one preset height, detect K the touch control operation carried out in described touch-display unit; First response subelement, for responding a described K touch control operation, obtain K touch point, wherein, K is positive integer, and N and K sum is M.

Optionally, described first judging unit specifically comprises: the second judgment sub-unit, for judge described M position sequence described in N number of suspension touch control point with between a described K touch point whether put in order and default M position sequence in default between N number of default suspension touch control point and K preset touch point put in order identical, obtain the second judged result; 3rd judgment sub-unit, for judge described M position sequence described in N number of positional information corresponding to N number of suspension touch control point and K positional information corresponding to a described K touch point whether identical with K preset position information of described K preset touch point with N number of preset position information of default suspension touch control point N number of described in default M bit sequence respectively, obtain the 3rd judged result; 4th judgment sub-unit, for based on described second judged result and described 3rd judged result, judges whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result; Wherein, described second judged result and described 3rd judged result be time, show that described first judged result is yes, show that the sequence of described M position and described default M bit sequence match.

Optionally, described first judging unit specifically comprises: the 5th judgment sub-unit, for judging that N number of positional information that described N number of suspension touch control point is corresponding is whether identical with N number of positional information of N number of default suspension touch control point described in the sequence of described default M position, obtain the 4th judged result; 6th judgment sub-unit, for judging that K positional information that a described K touch point is corresponding be whether identical with K positional information of K preset touch point described in the sequence of described default M position, obtains the 5th judged result; 7th judgment sub-unit, for based on described 4th judged result and described 5th judged result, judges whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result; Wherein, described 4th judged result and described 5th judged result be time, show that described first judged result is yes, show that the sequence of described M position and described default M bit sequence match.

Optionally, described first control module specifically comprises: first controls subelement, and for when described first judged result is for being, described electronic equipment responds the first instruction, controls described touch-display unit and enters released state from screen locking.

The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:

Due to the electronic equipment in the technical scheme in the embodiment of the present application enter screen lock state time, can detect whether to sequentially pass through the sequence of the M position formed with a described K actual touch spots by described N number of suspension touch control point to end time by initial time in acquisition first touch control operation track consistent with presupposed information, thus control described electronic equipment and enter released state by screen lock state.That is: the technical scheme in the embodiment of the present application, can when electronic equipment enters screen lock state, by detect obtain distance touching display screen one preset height suspension touch control point and touch-screen on the sequence that formed of actual touch spots, control described electronic equipment to unlock, thus unlocking track in whole releasing process can not stay on touch display screen completely.And in prior art, electronic equipment must carry out touch operation by default touch track on touching display screen, touch vestige will be left on touching display screen, so, scheme in the embodiment of the present application effectively can solve electronic equipment of the prior art and there is default touch track leakage on touching display screen, the technical matters that security is not high, and then achieve the technique effect improving unlocking operation security.

Due to the electronic equipment in the technical scheme in the embodiment of the present application, when user starts to unlock, described electronic equipment generates the first vibration prompting information prompting user to start to unlock, and when stopping unlocking, described electronic equipment can generate the second vibration prompting information prompting user and unlock end, that is: the technical scheme in the embodiment of the present application, whether described electronic equipment prompting user can carry out unlocking operation when user starts unblock and unblock completes, so, whether the application has automatically prompting user at the technique effect carrying out unlocking operation, and then improve the accuracy of unlocking operation.

Due to the electronic equipment in the technical scheme in the embodiment of the present application, can judge when judging whether the sequence of described M position matches with the first presupposed information that whether N number of positional information that N number of suspension touch control point is corresponding N number of positional information corresponding with N number of default suspension touch control point be identical respectively, judge that whether K the positional information that K positional information that K touch point is corresponding and K preset touch point are corresponding be identical, that is: the technical scheme in the embodiment of the present application, described electronic equipment can verify respectively the positional information that suspension touch control point is corresponding and positional information corresponding to touch point whether correct, so the application has positional information corresponding to random order checking suspension touch control point and positional information corresponding to touch point whether Correct Technique effect, thus suspension touch control operation and touch control operation can realize unlocking with any sequence of operation combination by user, further increase Consumer's Experience.

Accompanying drawing explanation

Fig. 1 is that in the embodiment of the present application, on touching display screen, password arranges the schematic diagram of array;

Fig. 2 is the process flow diagram of a kind of information processing method in the embodiment of the present application;

Fig. 3 is the process flow diagram of step S102 in a kind of information processing method of the embodiment of the present application;

Fig. 4 is the process flow diagram of the first scheme in step S103 in a kind of information processing method of the embodiment of the present application;

Fig. 5 is the process flow diagram of first scheme in step S103 in a kind of information processing method of the embodiment of the present application;

Fig. 6 is the structural drawing of a kind of electronic equipment in the embodiment of the present application.

Embodiment

A kind of information processing method and electronic equipment is provided in the embodiment of the present application; for solving electronic equipment in prior art because touch display screen can stay touch vestige; and the default touch track of existence can be revealed; the technical matters that security is not high, and then the technique effect improving the security in releasing process.

Technical scheme in the embodiment of the present application is solve above-mentioned technical matters, and general thought is as follows:

A kind of information processing method, be applied to and comprise in the electronic equipment of touch-display unit, described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, the Part II instruction different from described Part I instruction in described instruction set can be responded, described method comprises: when described electronic equipment is in described first state, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, the N number of suspension touch control point described in described first touch control operation process middle distance corresponding to touch-display unit one preset height is included in described M point, wherein, M is positive integer, and N is the positive integer being less than M, by the described M a sequentially passed through point, obtain the sequence of a M position, judge whether the sequence of described M position mates with the first presupposed information, obtains the first judged result, when described first judged result is for being, controls described electronic equipment and entering described second state by described first state.

Due to the electronic equipment in the technical scheme in the embodiment of the present application enter screen lock state time, can detect whether to sequentially pass through the sequence of the M position formed with a described K actual touch spots by described N number of suspension touch control point to end time by initial time in acquisition first touch control operation track consistent with presupposed information, thus control described electronic equipment and enter released state by screen lock state.That is: the technical scheme in the embodiment of the present application, can when electronic equipment enters screen lock state, by detect obtain distance touch display screen one preset height suspension touch control point and touch-screen on the sequence that formed of actual touch spots, control described electronic equipment to unlock, thus unlocking track in whole releasing process can not stay on touching display screen completely.And in prior art, electronic equipment must carry out touch operation by default touch track on touching display screen, touch vestige will be left on touching display screen, so, scheme in the embodiment of the present application effectively can solve electronic equipment of the prior art and there is default touch track leakage on touching display screen, the technical matters that security is not high, and then achieve the technique effect improving unlocking operation security.

In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.

Embodiment one

By an embodiment of the application, provide a kind of information processing method, be applied to and comprise in the electronic equipment of touch-display unit, electronic equipment here can be mobile phone, panel computer etc., can be also other electronic equipment, and at this, just differing one schematically illustrates.Described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, the Part II instruction different from described Part I instruction in described instruction set can be responded.Be described for mobile phone, the first state is specifically as follows screen lock state, and mobile phone is when screen lock state, and to the screen lock state instruction set that screen lock state should be had corresponding, the instruction that screen lock state instruction set comprises can have dormancy instruction, low light level instruction etc.Second state is specifically as follows released state, and mobile phone is when released state, and to the released state instruction set that released state should be had corresponding, the instruction that released state instruction set comprises can wake instruction, high light instruction etc. up, does not just list one by one here.In specific descriptions below, still for mobile phone, with the first state for screen lock state, the second state is released state is that example is described.

In specific implementation process, before user unlocks Mobile phone touch control display screen, the mobile phone screen unlocking pin of user's setting is saved as the first presupposed information in mobile phone, the arrangement of the point as password setting here on Mobile phone touch control display screen can be the array of 3 × 3, also can be the array of 4 × 4, certain those skilled in the art, can also be according to actual needs, be arranged to other arrays or arrangement, at this, the application does not just list one by one.Be the array of 3 × 3 for the point on touching display screen, refer to Fig. 1, nine points of user on Mobile phone touch control keyboard arrange mobile phone screen unlocking pin, here represent specific positional information by nine numerals of 1-9 respectively, suppose that the Mobile phone touch control display screen unlocking pin information of user preset is as shown in following table one:

Table one

First presupposed information is successively through the sequence of 1-2-3-4-5-6 six positions, and wherein, 1,3,5 is three suspension touch control points, and 2,4,6 is three touch points.In the following embodiments, will be described in detail to unlock this password.

Please refer to Fig. 2, the embodiment of the present application provides a kind of information processing method, be applied in electronic equipment, described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, can respond the Part II instruction different from described Part I instruction in described instruction set, described method comprises:

S101: when described electronic equipment is in described first state, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, the N number of suspension touch control point described in described first touch control operation process middle distance corresponding to touch-display unit one preset height is included in described M point, wherein, M is positive integer, and N is the positive integer being less than M;

S102: by the described M a sequentially passed through point, obtain the sequence of a M position;

S103: judge whether the sequence of described M position mates with the first presupposed information, obtains the first judged result;

S104: when described first judged result is for being, controls described electronic equipment and enters described second state by described first state.

Please refer to Fig. 3, in the embodiment of the present application, step S101: detect the described N number of suspension touch control point obtained in described M point, comprise in specific implementation process:

S201: in the process of carrying out the first touch control operation, P capacitive transducer in described touch-display unit detects the N number of capacitance variations value obtained with N number of suspension procedure corresponding point, wherein, P be more than or equal to 1 integer;

S202: judge whether each capacitance variations value in described N number of capacitance variations value is more than or equal to a predetermined capacitive changing value, obtains N number of judged result;

S203: when each judged result in described N number of judged result is for being, determines that the point that described N number of suspension procedure is corresponding is described N number of suspension touch control point.

S204: detect K the touch control operation obtaining and carry out in described touch-display unit;

S205: respond a described K touch control operation, obtains K touch point, and wherein, K is positive integer, and N and K sum is M.

Be the implementation procedure that mobile phone is in that screen lock state is described in detail the S201-S205 in step S101 as an example below with electronic equipment:

Carry out user unlocking in the process of Mobile phone touch control display screen, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, wherein, obtain user and carry out N number of suspension touch control point.In specific implementation process, suppose that user carries out a suspension procedure at point " 1 " place, namely user's finger or the arbitrary height and position of pointer in the touching display screen plane at distance and position " 1 " place stop a preset duration, such as stop 1s, the durations such as 2s, when the self-capacitance sensor in Mobile phone touch control display unit or mutual capacitance sensors detect that the height between finger and position set is less than a predeterminable range, such as 20mm, obtain and be assumed to be 1pF with the capacitance variations value when previous suspension procedure correspondence position " 1 ".

Then, judge whether this capacitance variations value 1pF is more than or equal to a predetermined capacitive changing value, if the first predetermined capacitive changing value is 0.5pF, judged result is yes, determine that the point " 1 " that this suspension procedure is corresponding is suspension touch control point, if the first predetermined capacitive changing value is 1.5 pF, judged result is no, represent that this suspension procedure cannot be detected by the capacitive transducer in Mobile phone touch control display screen, then show that " 1 " is not suspension touch control point.In specific implementation process, the suspension touch control point number obtained here is be more than or equal to the integer that 1 is less than M.

Carry out user unlocking in the process of Mobile phone touch control screen, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, wherein, comprise acquisition user on Mobile phone touch control display screen, carry out K touch control operation, obtain K point operation on Mobile phone touch control display screen here, also can be that arbitrary trajectory operates through K point, not do concrete restriction in this application.Respond K touch control operation, obtain K touch point.

When carrying out step S101, the application, in specific implementation process, after step S205, also comprises step:

S206: at described initial time, generates the first vibration prompting information, and wherein, described first vibration prompting information is used for prompting and starts to carry out described first touch control operation;

S207: in described end time, generates the second vibration prompting information, and wherein, described second vibration prompting information stops described first touch control operation for pointing out.

Continue the example continued to use above, the specific implementation process of the step S206 in step S101 and step S207 is described: when mobile phone detect start first suspension touch control point when carrying out unlocking operation or actual touch spots time, mobile phone generates the first vibration prompting message, start to carry out unlocking operation for prompting, when mobile phone detects that user carries out suspension touch control point or the actual touch spots of unlocking operation most end, generate the second vibration prompting message, prompting user stops unlocking operation.Certainly, vibration prompting message according to actual needs, also can be changed to one or more combinations of vibration prompting message and text prompt message or auditory tone cues message by those skilled in the art.

In the embodiment of the present application, after obtained M the point sequentially passed through to end time by initial time in the first touch control operation track by execution step S101, next, perform step S102, that is: by the described M a sequentially passed through point, obtain the sequence of a M position, in specific implementation process, suppose to have carried out three touch control operations, obtain the sequence of three M positions, specific as followsly state shown in table two:

Table two

After execution step S102, next, perform step S103, in the embodiment of the present application, for step S103, have two schemes, wherein, the first scheme, please refer to Fig. 4, is specially:

S301: N number of suspension touch control point described in the sequence judging described M position with between a described K touch point whether put in order and default M position sequence in default between N number of default suspension touch control point and K preset touch point put in order identical, obtain the second judged result;

S302: N number of positional information that described in the sequence judging described M position, N number of suspension touch control point is corresponding and K positional information corresponding to a described K touch point whether identical with K preset position information of described K preset touch point with N number of preset position information of default suspension touch control point N number of described in default M bit sequence respectively, obtain the 3rd judged result;

S303: based on described second judged result and described 3rd judged result, judges whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result;

Wherein, described second judged result and described 3rd judged result be time, show that described first judged result is yes, show that the sequence of described M position and described default M bit sequence match.

For the first scheme of step S103, please refer to Fig. 5, be specially:

S401: judge that N number of positional information that described N number of suspension touch control point is corresponding is whether identical with N number of positional information of N number of default suspension touch control point described in the sequence of described default M position, obtain the 4th judged result;

S402: judge that K positional information that a described K touch point is corresponding be whether identical with K positional information of K preset touch point described in the sequence of described default M position, obtain the 5th judged result;

S403: based on described 4th judged result and described 5th judged result, judges whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result;

Wherein, described 4th judged result and described 5th judged result be time, show that described first judged result is yes, show that the sequence of described M position and described default M bit sequence match.

For the first scheme, be described for the sequence of the default M position in the sequence of the M position in the table two obtained in S102 in above-mentioned specific implementation process and table one, now, the specific implementation process of the S301 in step S103, S302 and S303 is as follows:

The first situation, suppose the sequence of the Article 1 M position obtained in table two, now, implementation procedure is as follows:

First, in acquisition table two, the sequence of Article 1 six is 1-2-3-4-5-6, and wherein, 1,3,5 is three suspension touch control points, and 2,4,6 is three touch points.

Then, to judge in the sequence of the Article 1 six in table two three suspension touch control points with between three touch points whether put in order and to preset in the sequence of six between three default suspension touch control points and three preset touch points in table one default puts in order identical, obtain the second judged result.Here, put in order as suspension touch control point-touch point-suspension touch control point-touch point-suspension touch control point-touch point between three suspension touch control points and three touch points in the 1-2-3-4-5-6 obtained, with the sequence of the default M position in table one be in 1-2-3-4-5-6 between three suspension touch control points and three touch points put in order identical, so it is yes for obtaining the second judged result, show that default the putting in order in the sequence whether putting in order and preset six in table one in the sequence of the Article 1 six in table two between three suspension touch control points and three touch points between three default suspension touch control points and three preset touch points matches.

And then, to judge in the sequence of Article 1 six in table two three positional informations that three suspension touch control points are corresponding and three positional informations corresponding to three touch points whether respectively with to preset three preset position information of three default suspension touch control points in six bit sequences identical with three preset position information of three preset touch points, obtain the 3rd judged result, here, in table two Article 1 six sequence in, first suspension touch control point correspondence " 1 ", second suspension touch control point correspondence " 3 ", 3rd suspension touch control point correspondence " 5 ", first touch point correspondence " 2 ", second touch point correspondence " 4 ", 3rd touch point correspondence " 6 ", three preset position information corresponding with three preset position information corresponding to three suspension touch control points in six bit sequences preset in table one and three preset touch points are identical, so it is yes for obtaining the 3rd judged result, in table two Article 1 six sequence in three positional informations corresponding to three suspension touch control points and three positional informations corresponding to three touch points whether respectively with preset three preset position information of three default suspension touch control points and three preset position information of three preset touch points in six bit sequences and match.

So, in table two Article 1 six sequence in three suspension touch control points with between described three touch points to put in order with corresponding positional information respectively and in the sequence presetting six in table one between three default suspension touch control points with three preset touch points default puts in order and under condition that corresponding positional information matches, it is yes for obtaining the first judged result, shows that presetting six bit sequences in table two in Article 1 six bit sequence and table one matches.

Second case, suppose the sequence of the Article 2 M position obtained in table two, now, implementation procedure is as follows:

First, in acquisition table two, the sequence of Article 2 six is 1-3-5-2-4-6, and wherein, 1,3,5 is three suspension touch control points, and 2,4,6 is three touch points.

Then, judge that three suspension touch control points in the sequence of Article 2 six and default in the sequence whether putting in order and preset six between three touch points between three default suspension touch control points and three preset touch points put in order identical, obtain the second judged result.Here, put in order as suspension touch control point-suspension touch control point-suspension touch control point-touch point-touch point-touch point between three suspension touch control points and three touch points in the 1-3-5-2-4-6 obtained, with the sequence of the default M position in table one be in 1-2-3-4-5-6 between three suspension touch control points and three touch points put in order not identical, so it is no for obtaining the second judged result, three suspension touch control points described in the sequence showing Article 2 six in table two not to mate with default the putting in order between three preset touch points with three default suspension touch control points in the sequence presetting six in table one with putting in order between three touch points.

And then, judge that three positional informations that three touch points are corresponding are whether identical with described three positional informations presetting three preset touch points in the sequence of six, obtain the 3rd judged result.Here, in the sequence that Article 2 is six, first suspension touch control point correspondence " 1 ", second suspension touch control point correspondence " 3 ", 3rd suspension touch control point correspondence " 5 ", first touch point correspondence " 2 ", second touch point correspondence " 4 ", 3rd touch point correspondence " 6 ", three preset position information corresponding with three preset position information corresponding to three suspension touch control points in six bit sequences preset in table one and three preset touch points are identical, so it is yes for obtaining the 3rd judged result, the preset position information presetting three default suspension touch control points and three preset touch points in the sequence of six in the positional information that three suspension touch control points described in the sequence showing Article 2 six in table two are corresponding with three touch points and table one matches.

So, in table two Article 2 six sequence between three suspension touch control points and three touch points put in order and default the putting in order of presetting in the sequence of six between three default suspension touch control points and three preset touch points matches, but under the positional information that the positional information that three suspension touch control points are corresponding and positional information corresponding to three touch points are corresponding with three default suspension touch control points in the sequence presetting six respectively and the condition that positional information corresponding to three preset touch points matches, it is no for obtaining the first judged result, show that in table two, Article 2 six bit sequence does not mate with the sequence presetting six in table one.

For first scheme, be described for the sequence of the default M position in the sequence of the M position in the table two obtained in S102 in above-mentioned specific implementation process and table one, suppose the sequence of the Article 3 six obtained in table two, the specific implementation process of the S401 in step S103, S402 and S403 is as follows:

First, in acquisition table two, the sequence of Article 3 six is 1-3-2-4-5-6, and wherein, 1,3,5 is three suspension touch control points, and 2,4,6 is three touch points.

Then, to judge in the sequence of Article 3 six in table two that whether three positional informations that three suspension touch control points are corresponding are identical with three positional informations of three default suspension touch control points in the sequence presetting six in table one, obtain the 4th judged result.Here, the position that first suspension touch control point is corresponding is " 1 ", the position that second suspension touch control point is corresponding is " 3 ", the position that 3rd suspension touch control point is corresponding is " 5 ", and the position that in six predetermined sequence, first suspension touch control point is corresponding is " 1 ", the position that second suspension touch control point is corresponding is " 3 ", the position that 3rd suspension touch control point is corresponding is " 5 ", whether three positional informations that namely three suspension touch control points are corresponding are identical with described three positional informations presetting three default suspension touch control points in the sequence of six, it is yes for obtaining the 4th judged result, to show in the sequence of Article 3 six in table two three positional informations that three suspension touch control points are corresponding whether with table one in preset three default suspension touch control points in the sequence of six three positional informations match.

And then, to judge in the sequence of Article 3 six in table two that whether three positional informations that three touch points are corresponding are identical with three positional informations of three preset touch points in the sequence presetting six in table one, obtain the 5th judged result.Here, the position that first touch point is corresponding is " 2 ", the position that second touch point is corresponding is " 4 ", 3rd position that touch point is corresponding is " 6 ", and the position that in six predetermined sequence, first touch point is corresponding is " 2 ", the position that second touch point is corresponding is " 4 ", 3rd position that touch point is corresponding is " 6 ", whether three positional informations that namely three touch points are corresponding are identical with described three positional informations presetting three preset touch points in the sequence of six, it is yes for obtaining the 5th judged result, to show in the sequence of Article 3 six in table two three positional informations that three touch points are corresponding whether with table one in preset three preset touch points in the sequence of six three positional informations match.

Three positional informations that in the sequence of three six, three suspension touch control points are corresponding in table two match with three positional informations of three the default suspension touch control points preset in six bit sequences, and under the condition that three positional informations of three the preset touch points preset in six bit sequences in three positional informations that three touch points are corresponding and table one match, it is yes for obtaining the first judged result, shows that six bit sequences preset in Article 3 six bit sequence and table one in table two match.

After execution of step S103, performing step S104: when described first judged result is for being, described electronic equipment responds the first instruction, controlling touch-display unit and entering released state from screen locking.

In specific implementation process, after the unlocking pin of authentication of users input is correct, mobile phone is adjusted to released state from screen lock state automatically.When the unlocking pin of authentication of users input is not right, mobile phone generating character information combines as suggestion contents such as " password are not right; please again unlock " or for one or more of text prompt message and auditory tone cues message or vibration prompting message, do not do concrete restriction in this application, prompting user unlocks again, after display text prompt message, the displaying contents of password array got back to by mobile phone display screen curtain, so that user carries out unlocking operation next time.

Embodiment two

Based on same inventive concept, the embodiment of the present application two provides a kind of electronic equipment, please refer to Fig. 6, described electronic equipment comprises a touch-display unit, described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, can respond the Part II instruction different from described Part I instruction in described instruction set, described electronic equipment comprises:

First detecting unit 50, for when described electronic equipment is in described first state, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, the N number of suspension touch control point described in described first touch control operation process middle distance corresponding to touch-display unit one preset height is included in described M point, wherein, M is positive integer, and N is the positive integer being less than M;

First obtains unit 51, for by the described M a sequentially passed through point, obtains the sequence of a M position;

First judging unit 52, for judging whether the sequence of described M position mates with the first presupposed information, obtains the first judged result;

First control module 53, for when described first judged result is for being, controls described electronic equipment and entering described second state by described first state.

Optionally, the first detecting unit 50 specifically comprises:

First detection sub-unit, in the process of carrying out the first touch control operation, P capacitive transducer in described touch-display unit detects the N number of capacitance variations value obtained with N number of suspension procedure corresponding point, wherein, P be more than or equal to 1 integer;

First judgment sub-unit, for judging whether each capacitance variations value in described N number of capacitance variations value is more than or equal to a predetermined capacitive changing value, obtains N number of judged result;

First determining unit, during for each judged result in described N number of judged result for being, determines that the point that described N number of suspension procedure is corresponding is described N number of suspension touch control point.

Optionally, the first detecting unit 50 also comprises:

First vibration prompting unit, for described be in described first state when described electronic equipment time, detect in acquisition first touch control operation track by initial time to end time when M of process put, at described initial time, generate the first vibration prompting information, wherein, described first vibration prompting information starts to carry out described first touch control operation for prompting;

Second vibration prompting unit, for described be in described first state when described electronic equipment time, detect in acquisition first touch control operation track by initial time to end time when M of process put, in described end time, generate the second vibration prompting information, wherein, described second vibration prompting information stops described first touch control operation for pointing out.

Optionally, the first detecting unit 50 also comprises:

Second detection sub-unit, for described be in described first state when described electronic equipment time, when detecting the N number of suspension touch control point obtaining in described M point and be included in described in described first touch control operation process middle distance corresponding to touch-display unit one preset height, detect K the touch control operation carried out in described touch-display unit;

First response subelement, for responding a described K touch control operation, obtain K touch point, wherein, K is positive integer, and N and K sum is M.

Optionally, the first judging unit 52 specifically comprises:

Second judgment sub-unit, for judge described M position sequence described in N number of suspension touch control point with between a described K touch point whether put in order and default M position sequence in default between N number of default suspension touch control point and K preset touch point put in order identical, obtain the second judged result;

3rd judgment sub-unit, for judge described M position sequence described in N number of positional information corresponding to N number of suspension touch control point and K positional information corresponding to a described K touch point whether identical with K preset position information of described K preset touch point with N number of preset position information of default suspension touch control point N number of described in default M bit sequence respectively, obtain the 3rd judged result;

4th judgment sub-unit, for based on described second judged result and described 3rd judged result, judges whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result;

Optionally, the first judging unit 52 specifically comprises:

5th judgment sub-unit, for judging that N number of positional information that described N number of suspension touch control point is corresponding is whether identical with N number of positional information of N number of default suspension touch control point described in the sequence of described default M position, obtains the 4th judged result;

6th judgment sub-unit, for judging that K positional information that a described K touch point is corresponding be whether identical with K positional information of K preset touch point described in the sequence of described default M position, obtains the 5th judged result;

7th judgment sub-unit, for based on described 4th judged result and described 5th judged result, judges whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result;

Optionally, the first control module 53 specifically comprises:

First controls subelement, and for when described first judged result is for being, described electronic equipment responds the first instruction, controls described touch-display unit and enters released state from screen locking.

By the one or more technical schemes in the embodiment of the present application, following one or more technique effect can be realized:

Due to the electronic equipment in the technical scheme in the embodiment of the present application enter screen lock state time, can detect whether to sequentially pass through the sequence of the M position formed with a described K actual touch spots by described N number of suspension touch control point to end time by initial time in acquisition first touch control operation track consistent with presupposed information, thus control described electronic equipment and enter released state by screen lock state.That is: the technical scheme in the embodiment of the present application, can when electronic equipment enters screen lock state, by detect obtain distance touch display screen one preset height suspension touch control point and touch-screen on the sequence that formed of actual touch spots, control described electronic equipment to unlock, thus unlocking track in whole releasing process can not stay on touch display screen completely.And in prior art, electronic equipment must carry out touch operation by default touch track on touch display screen, touch vestige will be left on touch display screen, so, scheme in the embodiment of the present application effectively can solve electronic equipment of the prior art and there is default touch track leakage on touch display screen, the technical matters that security is not high, and then achieve the technique effect improving unlocking operation security.

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) of computer usable program code.

The present invention describes with reference to according to the process flow diagram of the method for the embodiment of the present invention, equipment (system) and computer program and/or block scheme.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block scheme and/or square frame and process flow diagram and/or block scheme and/or square frame.These computer program instructions can being provided to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computing machine or other programmable data processing device produce device for realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

These computer program instructions also can be loaded in computing machine or other programmable data processing device, make on computing machine or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computing machine or other programmable devices is provided for the step realizing the function of specifying in process flow diagram flow process or multiple flow process and/or block scheme square frame or multiple square frame.

Specifically, the computer program instructions that information processing method in the embodiment of the present application is corresponding can be stored in CD, hard disk, on the storage mediums such as USB flash disk, read by an electronic equipment when the computer program instructions corresponding with information processing method in storage medium or when being performed, comprise the steps:

When described electronic equipment is in described first state, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, the N number of suspension touch control point described in described first touch control operation process middle distance corresponding to touch-display unit one preset height is included in described M point, wherein, M is positive integer, and N is the positive integer being less than M;

By the described M a sequentially passed through point, obtain the sequence of a M position;

Judge whether the sequence of described M position mates with the first presupposed information, obtains the first judged result;

When described first judged result is for being, controls described electronic equipment and entering described second state by described first state.

Optionally, that store in described storage medium and step: detect the described N number of suspension touch control point obtained in described M point, corresponding computer instruction is specifically being performed in process, specifically comprises the steps:

In the process of carrying out the first touch control operation, P capacitive transducer in described touch-display unit detects the N number of capacitance variations value obtained with N number of suspension procedure corresponding point, wherein, P be more than or equal to 1 integer;

Judge whether each capacitance variations value in described N number of capacitance variations value is more than or equal to a predetermined capacitive changing value, obtains N number of judged result;

When each judged result in described N number of judged result is for being, determine that the point that described N number of suspension procedure is corresponding is described N number of suspension touch control point.

Optionally, that store in described storage medium and step: described be in described first state when described electronic equipment time, detect in acquisition first touch control operation track by initial time to end time when M of process put, corresponding computer instruction, being specifically performed in process, specifically also comprises the steps:

At described initial time, generate the first vibration prompting information, wherein, described first vibration prompting information is used for prompting and starts to carry out described first touch control operation;

In described end time, generate the second vibration prompting information, wherein, described second vibration prompting information stops described first touch control operation for pointing out.

Optionally, that store in described storage medium and step: described be in described first state when described electronic equipment time, described be in described first state when described electronic equipment time, when detecting the N number of suspension touch control point obtaining in described M point and be included in described in described first touch control operation process middle distance corresponding to touch-display unit one preset height, corresponding computer instruction, being specifically performed in process, specifically also comprises the steps:

Detect K the touch control operation obtaining and carry out in described touch-display unit;

Respond a described K touch control operation, obtain K touch point, wherein, K is positive integer, and N and K sum is M.

Optionally, that store in described storage medium and step: judge whether the sequence of described M position and the first presupposed information match, and obtain the first judged result, corresponding computer instruction, being specifically performed in process, specifically also comprises the steps:

N number of suspension touch control point described in the sequence judging described M position with between a described K touch point whether put in order and default M position sequence in default between N number of default suspension touch control point and K preset touch point put in order identical, obtain the second judged result;

N number of positional information that described in the sequence judging described M position, N number of suspension touch control point is corresponding and K positional information corresponding to a described K touch point whether identical with K preset position information of described K preset touch point with N number of preset position information of default suspension touch control point N number of described in default M bit sequence respectively, obtain the 3rd judged result;

Based on described second judged result and described 3rd judged result, judge whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result;

Judge that N number of positional information that described N number of suspension touch control point is corresponding is whether identical with N number of positional information of N number of default suspension touch control point described in the sequence of described default M position, obtain the 4th judged result;

Judge that K positional information that a described K touch point is corresponding be whether identical with K positional information of K preset touch point described in the sequence of described default M position, obtain the 5th judged result;

Based on described 4th judged result and described 5th judged result, judge whether the sequence of described M position and described default M bit sequence match, and obtain the first judged result;

Optionally, that store in described storage medium and step: when described first judged result is for being, controls described electronic equipment and entering described second state, corresponding computer instruction, being specifically performed in process, specifically also comprises the steps:

When described first judged result is for being, described electronic equipment responds the first instruction, controls described touch-display unit and enters released state from screen locking.

Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.

Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims

1. an information processing method, be applied to and comprise in the electronic equipment of touch-display unit, described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, can respond the Part II instruction different from described Part I instruction in described instruction set, described method comprises:

2. the method for claim 1, is characterized in that, the described described N number of suspension touch control point detected in acquisition described M point, is specially:

3. the method for claim 1, is characterized in that, described be in described first state when described electronic equipment time, detect in acquisition first touch control operation track by initial time to end time when M of process put, described method also comprises:

4. the method as described in claim as arbitrary in claim 1-3, it is characterized in that, described be in described first state when described electronic equipment time, when detecting the N number of suspension touch control point obtaining in described M point and be included in described in described first touch control operation process middle distance corresponding to touch-display unit one preset height, described method also comprises:

5. method as claimed in claim 4, is characterized in that, describedly judges whether the sequence of described M position and the first presupposed information match, and obtain the first judged result, are specially:

6. method as claimed in claim 4, is characterized in that, describedly judges whether the sequence of described M position and the first presupposed information match, and obtain the first judged result, are specially:

7. the method for claim 1, is characterized in that, described when described first judged result is for being, controls described electronic equipment and enters described second state, be specially:

8. an electronic equipment, described electronic equipment comprises a touch-display unit, described electronic equipment has the first state and second state different from the first state, wherein, when described electronic equipment is in described first state, can Part I instruction in response instruction set, when described electronic equipment is in described second state, can respond the Part II instruction different from described Part I instruction in described instruction set, described electronic equipment comprises:

First detecting unit, for when described electronic equipment is in described first state, detect M the point sequentially passed through to end time by initial time in acquisition first touch control operation track, the N number of suspension touch control point described in described first touch control operation process middle distance corresponding to touch-display unit one preset height is included in described M point, wherein, M is positive integer, and N is the positive integer being less than M;

First obtains unit, for by the described M a sequentially passed through point, obtains the sequence of a M position;

First judging unit, for judging whether the sequence of described M position mates with the first presupposed information, obtains the first judged result;

First control module, for when described first judged result is for being, controls described electronic equipment and entering described second state by described first state.

9. electronic equipment as claimed in claim 8, it is characterized in that, described first detecting unit specifically comprises:

10. electronic equipment as claimed in claim 8, it is characterized in that, described first detecting unit also comprises:

Electronic equipment as described in 11. claims as arbitrary in claim 8-10, is characterized in that, described first detecting unit also comprises:

12. electronic equipments as claimed in claim 11, it is characterized in that, described first judging unit also comprises:

13. electronic equipments as claimed in claim 11, it is characterized in that, described first judging unit specifically comprises:

14. electronic equipments as claimed in claim 8, it is characterized in that, described first control module specifically comprises: