CN104778039A

CN104778039A - Terminal

Info

Publication number: CN104778039A
Application number: CN201510129873.7A
Authority: CN
Inventors: 刘立荣
Original assignee: Shenzhen Jinli Communication Equipment Co Ltd
Current assignee: Shenzhen Jinli Communication Equipment Co Ltd
Priority date: 2015-03-24
Filing date: 2015-03-24
Publication date: 2015-07-15

Abstract

The embodiment of the invention discloses a terminal. The terminal comprises a receiving unit, a processing unit, an identifying unit and an executing unit, wherein the receiving unit is used for receiving an operating instruction inputted by a user; the processing unit is used for executing the operation which is preset and corresponds to the operating instruction; the identifying unit is used for identifying the operation or the operating environment corresponding to the operating instruction to obtain an identification result corresponding to the operating instruction; the identification result comprises misoperation or normal operation; the executing unit is used for undoing the operation result generated by the operation when the identification result of the identifying unit is the misoperation. According to the embodiment of the invention, the reaction time of terminal operation can be prolonged.

Description

A kind of terminal

Technical field

The present invention relates to electronic technology field, be specifically related to a kind of terminal.

Background technology

Along with popularizing of intelligent terminal, smart machine is carried with by increasing people, in carrying process, user may in unconscious situation, touching or operation, to smart machine, are referred to as maloperation, and maloperation is that user institute is undesired, serious maloperation may cause the massive losses of user, so prevent maloperation from becoming function more and more important on smart machine.

The current method of maloperation that prevents mainly contains two kinds, and one is that after intelligent terminal for reception to operational order, intelligent terminal provides information, allows user oneself judge, then determines whether to need to perform this operation; Another kind is after intelligent terminal for reception to operational order, and intelligent terminal oneself judges, then determines whether to need to perform this operation.Above-mentioned two kinds of methods are all the modes adopting work in series, all can increase System response time, reduce Consumer's Experience.

Summary of the invention

The embodiment of the invention discloses a kind of terminal, the reaction time of terminal operation can be improved.

The embodiment of the present invention discloses a kind of terminal, comprising:

Receiving element, for receiving the operational order of user's input;

Processing unit, pre-sets the operation corresponding with described operational order for performing;

Recognition unit, for identifying the operation that described operational order is corresponding and/or operating environment, obtain the recognition result corresponding with described operational order, described recognition result comprises maloperation or normal running;

Performance element, for when described recognition result is described maloperation, cancels the operating result that described operation produces.

In the embodiment of the present invention, after receiving the operational order of user's input, perform simultaneously and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, when recognition result is maloperation, the operating result that destruction operation produces, therefore, can improve the reaction time of terminal operation.

Accompanying drawing explanation

In order to be illustrated more clearly in embodiment of the present invention technical scheme, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the process flow diagram of a kind of fool proof method disclosed in the embodiment of the present invention;

Fig. 2 is the process flow diagram of another kind of fool proof method disclosed in the embodiment of the present invention;

Fig. 3 is the process flow diagram of the embodiment of the present invention another fool proof method disclosed;

Fig. 4 is the structural drawing of a kind of terminal disclosed in the embodiment of the present invention;

Fig. 5 is the structural drawing of another kind of terminal disclosed in the embodiment of the present invention;

Fig. 6 is the structural drawing of the embodiment of the present invention another terminal disclosed;

Fig. 7 is the structural drawing of the embodiment of the present invention another terminal disclosed.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

In specific implementation, the terminal described in the embodiment of the present invention can comprise: mobile phone, panel computer or walkman etc., and above-mentioned terminal is only citing, and non exhaustive, including but not limited to above-mentioned terminal.

The embodiment of the invention discloses a kind of fool proof method and terminal, the generation of terminal maloperation can be prevented and reduce System response time.Below be described in detail respectively.

Refer to Fig. 1, Fig. 1 is the process flow diagram of a kind of fool proof method disclosed in the embodiment of the present invention.As shown in Figure 1, this fool proof method can comprise the following steps.

The operational order of S101, reception user input.

In the embodiment that some are feasible, operational order described in the embodiment of the present invention both can be that user normally inputs, also can be that maloperation triggers, in embodiments of the present invention, operational order includes but not limited to press power key, unlocking screen, opens application program and delete data etc.

In specific implementation, when terminal is in holding state, what can receive user's input presses power key operational order, also can receive because user encounters terminal supplying power key and produce press power key operational order because of carelessness; When terminal is lighted at screen, the unlocking screen instruction of user's input can be received, also can receive the unlocking screen instruction because user misoperation causes; When terminal is in released state at screen, what can receive user's input opens application program instructions, also can receive cause due to user misoperation open application program instructions, the deletion data command of user's input can be received, also can receive the deletion data command because user misoperation causes.

S102, execution pre-set the operation corresponding with operational order.

In the embodiment that some are feasible, after terminal receives the operational order of user's input, perform and pre-set the operation corresponding with operational order.For example, when terminal is in holding state, can receive user's input press power key operational order after, terminal performs and lights and wakes screen operator up, shows corresponding terminal screen lock interface; When terminal is lighted at screen, after the unlocking screen instruction receiving user's input, screen unlock operation can be performed, show that corresponding terminal is unblanked interface; When terminal is in released state at screen, can receive user's input open application program instructions after, perform and open the operation of this application program, enter this application program; When terminal is in released state at screen, after the deletion data command receiving user's input, the operation of deleted data being put into buffer area can be performed.

The operation that S103, identifying operation instruction are corresponding and/or operating environment, obtain the recognition result corresponding with operational order, described recognition result comprises maloperation or normal running.

In the embodiment that some are feasible, terminal performs and pre-sets the operation corresponding with operational order, the operation that identifying operation instruction is corresponding and/or operating environment.Operation corresponding to identifying operation instruction can for identifying the operation that this operational order is corresponding and identifying the subsequent operation based on this operation, operating environment corresponding to identifying operation instruction can be the external environment condition of identification terminal, such as, the distance of the object of identification terminal screen and covering terminal screen, generate distance value, according to this distance value whether lower than predeterminable range value, obtain corresponding recognition result, again such as, the light signal of sense terminals external environment condition, generate optical parameter value, according to this optical parameter value whether lower than preset optical parameters value, obtain corresponding recognition result.Operating environment corresponding to identifying operation instruction can also be the motion state of identification terminal, such as, the angle of sense terminals and surface level, generate horizontal sextant angle value, preset level angle value whether is greater than according to this horizontal sextant angle value, obtain corresponding recognition result, again such as, the shaking amplitude of sense terminals and slosh frequency, generate shaking amplitude value and slosh frequency value, whether be greater than default shaking amplitude value according to this shaking amplitude value and whether this slosh frequency is greater than default slosh frequency, obtain corresponding recognition result.

In specific implementation, when operational order is for pressing power key, terminal response this press the operation of power key operational order execution point bright screen curtain, the distance (identifying operation instruction respective operations environment) of the object pressed terminal screen corresponding to power key instruction and cover terminal screen can be identified, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, also the light signal (identifying operation instruction respective operations environment) pressing exterior of terminal environment corresponding to power key instruction can be detected, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, , the angle (identifying operation instruction respective operations environment) pressing terminal corresponding to power key instruction and surface level can also be detected, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of pressing terminal corresponding to power key instruction can also be detected, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.When operational order is unlocking screen, this unlocking screen instruction of terminal response performs the operation that screen is unblanked, can screen sliding trace (operation that identifying operation instruction is corresponding) corresponding to recognition screen unlock command, generate sliding trace, whether consistent with the sliding trace pre-set according to this sliding trace, obtain recognition result, if consistent, then obtain corresponding normal running result, if inconsistent, then obtain corresponding maloperation result, the distance (identifying operation instruction respective operations environment) of the object of the terminal screen that all right recognition screen unlock command is corresponding and covering terminal screen, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, also the light signal (identifying operation instruction respective operations environment) of exterior of terminal environment corresponding to unlocking screen instruction can be detected, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, the angle (identifying operation instruction respective operations environment) of terminal corresponding to unlocking screen instruction and surface level can also be detected, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, shaking amplitude and the slosh frequency (identifying operation instruction respective operations environment) of terminal corresponding to unlocking screen instruction can also be detected, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.When operational order is for opening application program, terminal response is opened application program instructions execution and is opened application program, the distance (identifying operation instruction respective operations environment) of the object opened terminal screen corresponding to application program operational order and cover terminal screen can be identified, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, also the light signal (identifying operation instruction respective operations environment) opening exterior of terminal environment corresponding to application program instructions can be detected, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, the angle (identifying operation instruction respective operations environment) opening terminal corresponding to application program instructions and surface level can also be detected, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of opening terminal corresponding to application program instructions can also be detected, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.When operational order is for deleting data, this deletion data command of terminal response performs and deleted data is put into buffer area, the distance (identifying operation instruction respective operations environment) of the object deleted terminal screen corresponding to data command and cover terminal screen can be identified, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, also the light signal (identifying operation instruction respective operations environment) deleting exterior of terminal environment corresponding to data command can be detected, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, the angle (identifying operation instruction respective operations environment) deleting terminal corresponding to data command and surface level can also be detected, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of deleting terminal corresponding to data command can also be detected, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.

If S104 recognition result is maloperation, then cancel the operating result that operation produces.

In the embodiment that some are feasible, when recognition result is maloperation, the operating result that destruction operation produces is specifically as follows: when this be operating as light screen time, if screen is not also lighted, terminate screen and light program, if screen is lighted, then perform screen operation of going out, get back to screen state of going out; When this be operating as screen unblank time, if screen does not also unlock, terminate screen and to unblank program, if screen is unblanked, then perform unlocking screen program, get back to released state; When this be operating as open application program time, if this application program is not also opened, terminate open application program operation, if this application program is opened, then close this application program; When this is operating as deletion data, if deleted data put into buffer memory, then from buffer memory, take out deleted data.

In the fool proof method described by Fig. 1, after receiving the operational order of user's input, perform and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, if recognition result is described maloperation, the operating result that destruction operation produces, therefore, can improve the reaction time of terminal operation.

Refer to Fig. 2, Fig. 2 is the process flow diagram of another kind of fool proof method disclosed in the embodiment of the present invention.As shown in Figure 2, this fool proof method can comprise the following steps.

The operational order of S201, reception user input.

S202, execution pre-set the operation corresponding with operational order.

The subsequent operation instruction based on this operation of S203, reception user input.

In the embodiment that some are feasible, terminal is receiving the operational order of user's input, performs after pre-setting the operation corresponding with operational order, can also receive the subsequent operation instruction based on this operation of user's input, this subsequent operation instruction can have one, also can have multiple.For example, terminal receive user input press power key operational order after, terminal performs to light wakes screen operator up, after lighting screen, terminal can also receive user input light based on this unlocking screen operational order waking screen operator up, terminal can also receive user input the operation of opening application A based on this screen unlock operation, terminal can also receive user input based on this open application A operation the operation of opening application program B.

Again for example, terminal is after the unlocking screen operational order receiving user's input, terminal performs screen unlock operation, after screen is unblanked, terminal can also receive user input the operation of opening application A based on this screen unlock operation, terminal can also receive user input based on this open application A operation the operation of opening application program B.

Again for example, terminal receive user input open the operation of application A after, terminal perform opens application A operation, after application A is opened, terminal can also receive user input based on this open application A operation the operation of opening application program B.

S204, execution pre-set the subsequent operation corresponding with subsequent operation instruction.

In the embodiment that some are feasible, terminal receive user input based on the subsequent operation instruction of this operation after, can also perform and pre-set the subsequent operation corresponding with subsequent operation instruction, this subsequent operation instruction can have one, also can have multiple.For example, terminal receive user input press power key operational order after, terminal performs to light wakes screen operator up, after lighting screen, terminal can also receive user input light based on this unlocking screen operational order waking screen operator up, then the screen unlock operation pre-set is performed, terminal can also receive the operation of opening application A based on this screen unlock operation of user's input, then the operation of opening application A pre-set is performed, terminal can also receive user input based on this open application A operation the operation of opening application program B, then the operation of opening application program B pre-set is performed.

Again for example, terminal is after the unlocking screen operational order receiving user's input, terminal performs screen unlock operation, after screen is unblanked, terminal can also receive the operation of opening application A based on this screen unlock operation of user's input, then perform the operation of opening application A that pre-sets, terminal can also receive user's input based on this operation of opening application program B of opening application A operation, then perform the operation of opening application program B pre-set.

Again for example, terminal receive user input open the operation of application A after, terminal performs opens application A operation, after application A is opened, terminal can also receive user's input based on this operation of opening application program B of opening application A operation, then perform the operation of opening application program B that pre-sets.

The operation time of origin that S205, identifying operation instruction are corresponding and subsequent operation time of origin.

In the embodiment that some are feasible, terminal pre-sets the operation corresponding with the operational order operation time of origin that identifying operation instruction is corresponding simultaneously and subsequent operation time of origin in execution.For example, after the bright screen operator of terminal execution point, identify that this lights the time of origin of screen operator, what then receive user's input lights the screen subsequent unlocking operation instruction of screen operator based on this simultaneously, perform screen unlock operation, identify the time of origin of this screen unlock operation.Again for example, after terminal performs screen unlock operation, identify the time of origin of this screen unlock operation simultaneously, then the follow-up operational order opening application A based on this screen unlock operation of user's input is received, application A operation is opened in execution, identifies the time of origin opening application A operation.Again for example, after terminal performs and opens application A operation, identify that this opens the time of origin of application A simultaneously, then receive user input based on this open application A operation the follow-up operational order opening application program B, execution is opened user program B and is operated, and identifies the time of origin opening application program B operation.

The time interval between the operation that S206, record operational order are corresponding and subsequent operation.

In the embodiment that some are feasible, terminal passes through operation time of origin corresponding to identifying operation instruction and subsequent operation time of origin, the time interval between the operation that record operational order is corresponding and subsequent operation.For example, after the bright screen operator of terminal execution point, identify that this lights the time of origin of screen operator simultaneously, what then receive user's input lights the screen subsequent unlocking operation instruction of screen operator based on this, perform screen unlock operation, identify the time of origin of this screen unlock operation, the time interval between the time of origin of the bright screen operator of measuring point and the time of origin of screen unlock operation.

Again for example, after terminal performs screen unlock operation, identify the time of origin of this screen unlock operation simultaneously, then the follow-up operational order opening application A based on this screen unlock operation of user's input is received, application A operation is opened in execution, identify the time of origin opening application A operation, the time of origin of record screen unlock operation and the time interval of opening between time of origin that application A operates.

Again for example, after terminal performs and opens application A operation, identify that this opens the time of origin of application A simultaneously, then receive user input based on this open application A operation the follow-up operational order opening application program B, execution is opened user program B and is operated, identify the time of origin opening application program B operation, the time of origin that application A opened in record and the time interval of opening between time of origin that application program B operates.

S207, judge that whether time interval between the operation that operational order is corresponding and subsequent operation is lower than the first preset time value, if so, then obtaining recognition result is maloperation.

In the embodiment that some are feasible, the time interval between the operation that terminal judges operational order is corresponding and subsequent operation, whether if so, then obtaining recognition result was maloperation lower than the first preset time value.For example, terminal receive user input press power key operational order after, terminal performs to light wakes screen operator up, after lighting screen, terminal can also receive user input light based on this unlocking screen operational order waking screen operator up, then the screen unlock operation pre-set is performed, whether terminal judges performs to light wakes time interval between screen unlock operation that screen operator and execution pre-set up lower than the first preset time value, if so, then obtaining recognition result is maloperation.

If S208 recognition result is maloperation, then cancel the operating result that operation produces, cancel the operating result that subsequent operation produces.

In the embodiment that some are feasible, the time interval between operation corresponding to operational order and subsequent operation, lower than the first preset time value, is judged as maloperation, simultaneously the operating result that produces of destruction operation and cancel the result that subsequent operation produces.For example, terminal receive user input press power key operational order after, terminal performs to light wakes screen operator up, after lighting screen, terminal can also receive user input light based on this unlocking screen operational order waking screen operator up, then the screen unlock operation pre-set is performed, when terminal judges perform light wake up time interval between screen unlock operation that screen operator and execution pre-set lower than the first preset time value time, cancel screen lighting operation, get back to screen state of going out, cancel screen unlock operation simultaneously, get back to unlocking screen state.

Again for example, terminal receive user input press power key operational order after, terminal performs to light wakes screen operator up, after lighting screen, terminal can also receive user input light based on this unlocking screen operational order waking screen operator up, then the screen unlock operation pre-set is performed, terminal can also receive the operation of opening application A based on this screen unlock operation of user's input, then the operation of opening application A is performed, terminal can also receive user's input based on the operation of opening application program B of operation of opening application A, then the operation of opening application program B is performed, when terminal judges perform light wake up time interval between screen unlock operation that screen operator and execution pre-set lower than the first preset time value time, cancel screen lighting operation, get back to screen state of going out, cancel screen unlock operation simultaneously, get back to unlocking screen state, cancel the operation of opening application A simultaneously, close application A, cancel the operation of opening application program B simultaneously, close application program B.

In the fool proof method described by Fig. 2, after receiving the operational order of user's input, perform simultaneously and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, recognition result is after maloperation, the operating result that destruction operation produces, therefore, can improve the reaction time of terminal operation.

Refer to Fig. 3, Fig. 3 is the process flow diagram of the embodiment of the present invention another fool proof method disclosed.As shown in Figure 3, this fool proof method can comprise the following steps.

The operational order of S301, reception user input.

In the embodiment that some are feasible, the operational order described in the embodiment of the present invention both can be that user normally inputs, and also can be that maloperation triggers, and in embodiments of the present invention, operational order can for deleting data.

In specific implementation, when terminal is in released state at screen, the deletion data command of user's input can be received, also can receive the deletion data command because user misoperation causes.

The first process operation that S302, executable operations instruction are corresponding, this first process operation can be cancelled;

In the embodiment that some are feasible, after terminal receives the operational order of user's input, perform the first process operation corresponding with operational order.For example, when terminal is in released state at screen, can after the deletion data command receiving user's input, perform the operation of deleted data being put into buffer area, the operation of deleted data being put into buffer area can be cancelled.

S303, execution delay operation, the delay time that delay operation is arranged is greater than the second preset time value;

In the embodiment that some are feasible, after terminal receives the operational order of user's input, perform the first process operation corresponding with operational order, then perform delay operation.For example, terminal is when screen is in released state, can after the deletion data command receiving user's input, perform the operation of deleted data being put into buffer area, then perform delay operation, the setup times of delay operation is greater than the second preset time value, and the second preset time value is greater than and identifies and judge time of this deletion action, guarantee, within the time performing delay operation, identified and judged whether this deletion action is maloperation.

The second process operation that S304, executable operations instruction are corresponding, this second process operation can not be cancelled.

In the embodiment that some are feasible, after terminal receives the operational order of user's input, perform the first process operation corresponding with operational order, then perform delay operation, after executing delay operation, the second process operation that executable operations instruction is corresponding.For example, terminal, can after the deletion data command receiving user's input when screen is in released state, perform the operation of deleted data being put into buffer area, then perform delay operation, after executing delay operation, perform the deleted data recovering to be stored in buffer area.

S305, pre-set the operation corresponding with the operational order operation that identifying operation instruction is corresponding simultaneously and/or operating environment performing, obtain the recognition result corresponding with operational order.

In the embodiment that some are feasible, terminal execution pre-set the operation corresponding with operational order while, the operation that identifying operation instruction is corresponding and/or operating environment.Operation corresponding to identifying operation instruction can for identifying the operation that this operational order is corresponding and identifying the subsequent operation based on this operation, operating environment corresponding to identifying operation instruction can be the external environment condition of identification terminal, such as, the distance of the object of identification terminal screen and covering terminal screen, generate distance value, according to this distance value whether lower than predeterminable range value, obtain corresponding recognition result, again such as, the light signal of sense terminals external environment condition, generate optical parameter value, according to this optical parameter value whether lower than preset optical parameters value, obtain corresponding recognition result.Operating environment corresponding to identifying operation instruction can also be the motion state of identification terminal, such as, the angle of sense terminals and surface level, generate horizontal sextant angle value, preset level angle value whether is greater than according to this horizontal sextant angle value, obtain corresponding recognition result, again such as, the shaking amplitude of sense terminals and slosh frequency, generate shaking amplitude value and slosh frequency value, whether be greater than default shaking amplitude value according to this shaking amplitude value and whether this slosh frequency is greater than default slosh frequency, obtain corresponding recognition result.

In specific implementation, when operational order is for deleting data, terminal is while deleted data are put into buffer area by the execution of this deletion data command of response, the distance (identifying operation instruction respective operations environment) of the object deleted terminal screen corresponding to data command and cover terminal screen can be identified, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, also the light signal (identifying operation instruction respective operations environment) deleting exterior of terminal environment corresponding to data command can be detected, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, the angle (identifying operation instruction respective operations environment) deleting terminal corresponding to data command and surface level can also be detected, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of deleting terminal corresponding to data command can also be detected, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.

If S306 recognition result is maloperation, then cancel the operating result that operation produces.

In the embodiment that some are feasible, when recognition result is maloperation, the operating result that destruction operation produces is specifically as follows: when this is operating as deletion data, if deleted data put into buffer memory, then from buffer memory, take out deleted data.

In the fool proof method described by Fig. 3, after receiving the operational order of user's input, perform simultaneously and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, obtaining recognition result is after maloperation, the operating result that destruction operation produces, therefore, can improve the reaction time of terminal operation.

Refer to Fig. 4, Fig. 4 is the structural drawing of a kind of terminal disclosed in the embodiment of the present invention.As shown in Figure 4, this terminal can comprise:

Receiving element 401, for receiving the operational order of user's input.

In specific implementation, when terminal is in holding state, what receiving element 401 can receive user's input presses power key operational order, also can receive because user encounters terminal supplying power key and produce press power key operational order because of carelessness; When terminal is lighted at screen, the unlocking screen instruction of user's input can be received, also can receive the unlocking screen instruction because user misoperation causes; When terminal is in released state at screen, what can receive user's input opens application program instructions, also can receive cause due to user misoperation open application program instructions, the deletion data command of user's input can be received, also can receive the deletion data command because user misoperation causes.

Processing unit 402, pre-sets the operation corresponding with operational order for performing.

In the embodiment that some are feasible, after receiving element 401 receives the operational order of user's input, processing unit 402 performs and pre-sets the operation corresponding with operational order.For example, when terminal is in holding state, receiving element 401 can receive user's input press power key operational order after, processing unit 402 performs and lights and wake screen operator up, shows corresponding terminal screen lock interface; When terminal is lighted at screen, receiving element 401 can after the unlocking screen instruction receiving user's input, and processing unit 402 performs screen unlock operation, shows that corresponding terminal is unblanked interface; When terminal is in released state at screen, receiving element 401 can receive user's input open application program instructions after, processing unit 402 performs opens the operation of this application program, enters this application program; When terminal is in released state at screen, receiving element 401 can after the deletion data command receiving user's input, and processing unit 402 performs the operation of deleted data being put into buffer area.

Recognition unit 403, the operation corresponding for identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, and described recognition result comprises maloperation or normal running.

In the embodiment that some are feasible, processing unit 402 performs and pre-sets the operation corresponding with operational order, the operation that the instruction of recognition unit 403 identifying operation is corresponding and/or operating environment.Operation corresponding to recognition unit 403 identifying operation instruction can for identifying the operation that this operational order is corresponding and identifying the subsequent operation based on this operation, operating environment corresponding to recognition unit 403 identifying operation instruction can be the external environment condition of identification terminal, such as, the distance of the object of recognition unit 403 identification terminal screen and covering terminal screen, generate distance value, according to this distance value whether lower than predeterminable range value, obtain corresponding recognition result, again such as, the light signal of recognition unit 403 sense terminals external environment condition, generate optical parameter value, according to this optical parameter value whether lower than preset optical parameters value, obtain corresponding recognition result.Operating environment corresponding to recognition unit 403 identifying operation instruction can also be the motion state of identification terminal, such as, the angle of recognition unit 403 sense terminals and surface level, generate horizontal sextant angle value, preset level angle value whether is greater than according to this horizontal sextant angle value, obtain corresponding recognition result, again such as, the shaking amplitude of recognition unit 403 sense terminals and slosh frequency, generate shaking amplitude value and slosh frequency value, default shaking amplitude value whether is greater than and whether this slosh frequency is greater than default slosh frequency according to this shaking amplitude value, obtain corresponding recognition result.

In specific implementation, when operational order is for pressing power key, terminal response this press the operation of power key operational order execution point bright screen curtain, recognition unit 403 can identify the distance (identifying operation instruction respective operations environment) of the object pressed terminal screen corresponding to power key instruction and cover terminal screen, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, recognition unit 403 also can detect the light signal (identifying operation instruction respective operations environment) pressing exterior of terminal environment corresponding to power key instruction, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, recognition unit 403 can also detect the angle (identifying operation instruction respective operations environment) pressing terminal corresponding to power key instruction and surface level, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, recognition unit 403 can also detect the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of pressing terminal corresponding to power key instruction, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.When operational order is unlocking screen, this unlocking screen instruction of terminal response performs the operation that screen is unblanked, recognition unit 403 can screen sliding trace (operation that identifying operation instruction is corresponding) corresponding to recognition screen unlock command, generate sliding trace, whether consistent with the sliding trace pre-set according to this sliding trace, obtain recognition result, if consistent, then obtain corresponding normal running result, if inconsistent, then obtain corresponding maloperation result, the distance (identifying operation instruction respective operations environment) of the object of the terminal screen that all right recognition screen unlock command of recognition unit 403 is corresponding and covering terminal screen, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, recognition unit 403 also can detect the light signal (identifying operation instruction respective operations environment) of exterior of terminal environment corresponding to unlocking screen instruction, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, the angle (identifying operation instruction respective operations environment) of terminal corresponding to unlocking screen instruction and surface level can also be detected, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, recognition unit 403 can also detect shaking amplitude and the slosh frequency (identifying operation instruction respective operations environment) of terminal corresponding to unlocking screen instruction, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.When operational order is for opening application program, terminal response is opened application program instructions execution and is opened application program, recognition unit 403 can identify the distance (identifying operation instruction respective operations environment) of the object opened terminal screen corresponding to application program operational order and cover terminal screen, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, recognition unit 403 also can detect the light signal (identifying operation instruction respective operations environment) opening exterior of terminal environment corresponding to application program instructions, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, recognition unit 403 can also detect the angle (identifying operation instruction respective operations environment) opening terminal corresponding to application program instructions and surface level, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, recognition unit 403 can also detect the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of opening terminal corresponding to application program instructions, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.When operational order is for deleting data, this deletion data command of terminal response performs and deleted data is put into buffer area, recognition unit 403 can identify the distance (identifying operation instruction respective operations environment) of the object deleted terminal screen corresponding to data command and cover terminal screen, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, recognition unit 403 also can detect the light signal (identifying operation instruction respective operations environment) deleting exterior of terminal environment corresponding to data command, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, recognition unit 403 can also detect the angle (identifying operation instruction respective operations environment) deleting terminal corresponding to data command and surface level, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, recognition unit 403 can also detect the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of deleting terminal corresponding to data command, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.

Performance element 404, for when recognition unit 404 recognition result is maloperation, cancels the operating result that operation produces.

In the embodiment that some are feasible, when recognition unit 403 recognition result is maloperation, the operating result that destruction operation produces is specifically as follows: when this be operating as light screen time, if screen is not also lighted, performance element 404 terminates screen and lights program, if screen is lighted, performance element 404 execution go out screen operation, get back to screen state of going out; When this be operating as screen unblank time, if screen does not also unlock, performance element 404 terminates screen unblanks program, if screen is unblanked, performance element 404 performs unlocking screen program, gets back to released state; When this be operating as open application program time, if this application program is not also opened, performance element 404 terminate open application program operation, if this application program is opened, performance element 404 close this application program; When this is operating as deletion data, if deleted data put into buffer memory, performance element 404 takes out deleted data from buffer memory.

In the terminal described by Fig. 4, after receiving the operational order of user's input, perform and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, if recognition result is described maloperation, the operating result that destruction operation produces, therefore, can improve the reaction time of terminal operation.

Refer to Fig. 5, Fig. 5 is the structural drawing of another kind of terminal disclosed in the embodiment of the present invention.As shown in Figure 5, this terminal can comprise:

Receiving element 501, for receiving the operational order of user's input.

In specific implementation, when terminal is in holding state, what receiving element 501 can receive user's input presses power key operational order, also can receive because user encounters terminal supplying power key and produce press power key operational order because of carelessness; When terminal is lighted at screen, the unlocking screen instruction of user's input can be received, also can receive the unlocking screen instruction because user misoperation causes; When terminal is in released state at screen, what can receive user's input opens application program instructions, also can receive cause due to user misoperation open application program instructions, the deletion data command of user's input can be received, also can receive the deletion data command because user misoperation causes.

Processing unit 502, pre-sets the operation corresponding with operational order for performing.

In the embodiment that some are feasible, after receiving element 501 receives the operational order of user's input, processing unit 502 performs and pre-sets the operation corresponding with operational order.For example, when terminal is in holding state, receiving element 501 can receive user's input press power key operational order after, processing unit 502 performs and lights and wake screen operator up, shows corresponding terminal screen lock interface; When terminal is lighted at screen, receiving element 501 can after the unlocking screen instruction receiving user's input, and processing unit 502 performs screen unlock operation, shows that corresponding terminal is unblanked interface; When terminal is in released state at screen, receiving element 501 can receive user's input open application program instructions after, processing unit 502 performs opens the operation of this application program, enters this application program; When terminal is in released state at screen, receiving element 501 can after the deletion data command receiving user's input, and processing unit 502 performs the operation of deleted data being put into buffer area.

Receiving element 501, also for receiving the subsequent operation instruction based on this operation of user's input.

In the embodiment that some are feasible, receiving element 501 is receiving the operational order of user's input, after processing unit 502 performs and pre-sets the operation corresponding with operational order, receiving element 501 can also receive the subsequent operation instruction based on this operation of user's input, this subsequent operation instruction can have one, also can have multiple.For example, receiving element 501 receive user input press power key operational order after, processing unit 502 performs to light and wakes screen operator up, after lighting screen, receiving element 501 can also receive user input light based on this unlocking screen operational order waking screen operator up, receiving element 501 can also receive user input the operation of opening application A based on this screen unlock operation, receiving element 501 can also receive user input based on this open application A operation the operation of opening application program B.

Again for example, receiving element 501 is after the unlocking screen operational order receiving user's input, processing unit 502 performs screen unlock operation, after screen is unblanked, receiving element 501 can also receive user input the operation of opening application A based on this screen unlock operation, receiving element 501 can also receive user input based on this open application A operation the operation of opening application program B.

Again for example, receiving element 501 receive user input open the operation of application A after, processing unit 502 performs opens application A operation, after application A is opened, receiving element 501 can also receive user input based on this open application A operation the operation of opening application program B.

Processing unit 502, also pre-sets the subsequent operation corresponding with subsequent operation instruction for performing.

In the embodiment that some are feasible, receiving element 501 receive user input based on the subsequent operation instruction of this operation after, processing unit 502 can also perform and pre-set the subsequent operation corresponding with subsequent operation instruction, and this subsequent operation instruction can have one, also can have multiple.For example, receiving element 501 receive user input press power key operational order after, processing unit 502 performs to light and wakes screen operator up, after lighting screen, receiving element 501 can also receive user input light based on this unlocking screen operational order waking screen operator up, then processing unit 502 performs the screen unlock operation pre-set, receiving element 501 can also receive the operation of opening application A based on this screen unlock operation of user's input, then processing unit 502 performs the operation of opening application A pre-set, receiving element 501 can also receive user input based on this open application A operation the operation of opening application program B, then processing unit 502 performs the operation of opening application program B pre-set.

Again for example, receiving element 501 is after the unlocking screen operational order receiving user's input, processing unit 502 performs screen unlock operation, after screen is unblanked, receiving element 501 can also receive the operation of opening application A based on this screen unlock operation of user's input, then processing unit 502 performs the operation of opening application A pre-set, receiving element 501 can also receive user input based on this open application A operation the operation of opening application program B, then processing unit 502 performs the operation of opening application program B pre-set.

Again for example, receiving element 501 receive user input open the operation of application A after, processing unit 502 performs opens application A operation, after application A is opened, receiving element 501 can also receive user input based on this open application A operation the operation of opening application program B, then processing unit 502 performs the operation of opening application program B pre-set.

Recognition unit 503, comprises the first recognition unit 5301, second recognition unit 5302 and the first judging unit 5303.

First recognition unit 5301, at operation time of origin corresponding to processing unit 502 executable operations simultaneously identifying operation instruction and subsequent operation time of origin.

In the embodiment that some are feasible, processing unit 502 pre-sets the operation corresponding with the operational order operation time of origin that identifying operation instruction is corresponding simultaneously and subsequent operation time of origin in execution.For example, after the bright screen operator of processing unit 502 execution point, first recognition unit 5301 identifies that this lights the time of origin of screen operator simultaneously, what then receiving element 501 received user's input lights the screen subsequent unlocking operation instruction of screen operator based on this, processing unit 502 performs screen unlock operation, identifies the time of origin of this screen unlock operation.Again for example, after processing unit 502 performs screen unlock operation, first recognition unit 5301 identifies the time of origin of this screen unlock operation simultaneously, then receiving element 501 receives the follow-up operational order opening application A based on this screen unlock operation of user's input, processing unit 502 performs opens application A operation, and the first recognition unit 5301 identifies the time of origin opening application A operation.Again for example, after processing unit 502 performs and opens application A operation, first recognition unit 5301 identifies that this opens the time of origin of application A simultaneously, then receiving element 501 receive user input based on this open application A operation the follow-up operational order opening application program B, processing unit 502 execution is opened user program B and is operated, and the first recognition unit 5301 identifies the time of origin opening application program B operation.

Second recognition unit 5302, for recording the time interval between operation corresponding to operational order and subsequent operation.

In the embodiment that some are feasible, the operation time of origin that the first recognition unit 5301 identifying operation instruction is corresponding and subsequent operation time of origin, the second recognition unit 5302 records the time interval between operation corresponding to operational order and subsequent operation.For example, after the bright screen operator of processing unit 502 execution point, first recognition unit 5301 identifies that this lights the time of origin of screen operator simultaneously, what then receiving element 501 received user's input lights the screen subsequent unlocking operation instruction of screen operator based on this, processing unit 502 performs screen unlock operation, first recognition unit 5301 identifies the time of origin of this screen unlock operation, the time interval between the time of origin of the bright screen operator of the second recognition unit 5302 measuring point and the time of origin of screen unlock operation.

Again for example, after processing unit 502 performs screen unlock operation, first recognition unit 5301 identifies the time of origin of this screen unlock operation simultaneously, then receiving element 501 receives the follow-up operational order opening application A based on this screen unlock operation of user's input, processing unit 502 performs opens application A operation, first recognition unit 5301 identifies the time of origin opening application A operation, the time of origin that the second recognition unit 5302 records screen unlock operation and the time interval of opening between time of origin that application A operates.

Again for example, after processing unit 502 performs and opens application A operation, first recognition unit 5301 identifies that this opens the time of origin of application A simultaneously, then receiving element 501 receive user input based on this open application A operation the follow-up operational order opening application program B, processing unit 502 execution is opened user program B and is operated, first recognition unit 5301 identifies the time of origin opening application program B operation, the time of origin that application A opened in second recognition unit 5302 record and the time interval of opening between time of origin that application program B operates.

First judging unit 5303, for judging that whether time interval between the operation that operational order is corresponding and subsequent operation is lower than the first preset time value, if so, then obtaining recognition result is maloperation.

In the embodiment that some are feasible, the first judging unit 5303 judges that whether time interval between the operation that operational order is corresponding and subsequent operation is lower than the first preset time value, and if so, then obtaining recognition result is maloperation.For example, receiving element 501 receive user input press power key operational order after, processing unit 502 performs to light and wakes screen operator up, after lighting screen, receiving element 501 can also receive user input light based on this unlocking screen operational order waking screen operator up, then processing unit 502 performs the screen unlock operation pre-set, first judging unit 5303 judges to perform to light and whether wakes time interval between screen unlock operation that screen operator and execution pre-set up lower than the first preset time value, if, then obtaining recognition result is maloperation.

Performance element 504, when being maloperation for obtaining recognition result when the first judging unit 5303, then cancels the operating result that operation produces, and cancels the operating result that subsequent operation produces.

In the embodiment that some are feasible, the first judging unit 5303 judges that time interval between the operation that operational order is corresponding and subsequent operation is lower than the first preset time value, be judged as maloperation, simultaneously the operating result that produces of performance element 504 destruction operation and cancel the result that subsequent operation produces.For example, receiving element 501 receive user input press power key operational order after, processing unit 502 performs to light and wakes screen operator up, after lighting screen, receiving element 501 can also receive user input light based on this unlocking screen operational order waking screen operator up, then processing unit 502 performs the screen unlock operation pre-set, when the first judging unit 5303 judge to perform light wake up time interval between screen unlock operation that screen operator and execution pre-set lower than the first preset time value time, performance element 504 cancels screen lighting operation, get back to screen state of going out, performance element 504 cancels screen unlock operation simultaneously, get back to unlocking screen state.

Again for example, receiving element 501 receive user input press power key operational order after, processing unit 502 performs to light and wakes screen operator up, after lighting screen, receiving element 501 can also receive user input light based on this unlocking screen operational order waking screen operator up, then processing unit 502 performs the screen unlock operation pre-set, receiving element 501 can also receive the operation of opening application A based on this screen unlock operation of user's input, then processing unit 502 performs the operation of opening application A, receiving element 501 can also receive user's input based on the operation of opening application program B of operation of opening application A, then processing unit 502 performs the operation of opening application program B, when the first judging unit 5303 judge to perform light wake up time interval between screen unlock operation that screen operator and execution pre-set lower than the first preset time value time, performance element 504 cancels screen lighting operation, get back to screen state of going out, performance element 504 cancels screen unlock operation simultaneously, get back to unlocking screen state, performance element 504 cancels the operation of opening application A simultaneously, close application A, performance element 504 cancels the operation of opening application program B simultaneously, close application program B.

In the terminal described by Fig. 5, after receiving the operational order of user's input, perform simultaneously and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, recognition result is after maloperation, the operating result that destruction operation produces, therefore, can improve the reaction time of terminal operation.

Refer to Fig. 6, Fig. 6 is the structural drawing of the embodiment of the present invention another terminal disclosed.As shown in Figure 6, this terminal can comprise:

Receiving element 601, for receiving the operational order of user's input.

In specific implementation, when terminal is in released state at screen, receiving element 601 can receive the deletion data command of user's input, also can receive the deletion data command because user misoperation causes.

Processing unit 602, comprises the first processing unit 6201, delay unit 6202 and the second processing unit 6203.

First processing unit 6201, for the first process operation that executable operations instruction is corresponding, this first process operation can be cancelled;

In the embodiment that some are feasible, after receiving element 601 receives the operational order of user's input, the first processing unit 6201 performs the first process operation corresponding with operational order.For example, when terminal is in released state at screen, receiving element 601 can after the deletion data command receiving user's input, and the first processing unit 6201 performs the operation of deleted data being put into buffer area, and the operation of deleted data being put into buffer area can be cancelled.

Delay unit 6202, for performing delay operation, the delay time that delay operation is arranged is greater than the second preset time value;

In the embodiment that some are feasible, after receiving element 601 receives the operational order of user's input, the first processing unit 6201 performs the first process operation corresponding with operational order, and then delay unit 6202 performs delay operation.For example, terminal is when screen is in released state, receiving element 601 can after the deletion data command receiving user's input, first processing unit 6201 performs the operation of deleted data being put into buffer area, then delay unit 6202 performs delay operation, the setup times of delay operation is greater than the second preset time value, second preset time value is greater than and identifies and judge time of this deletion action, guarantee, within the time performing delay operation, identified and judged whether this deletion action is maloperation.

Second processing unit 6203, for the second process operation that executable operations instruction is corresponding, this second process operation can not be cancelled.

In the embodiment that some are feasible, after receiving element 601 receives the operational order of user's input, first processing unit 6201 performs the first process operation corresponding with operational order, then delay unit 6202 performs delay operation, after delay unit 6202 executes delay operation, the second process operation that the second processing unit 6203 executable operations instruction is corresponding.For example, terminal is when screen is in released state, receiving element 601 can after the deletion data command receiving user's input, first processing unit 6201 performs the operation of deleted data being put into buffer area, then delay unit 6202 performs delay operation, after delay unit 6202 executes delay operation, the second processing unit 6203 performs the deleted data recovering to be stored in buffer area.

Recognition unit 603, pre-sets the operation corresponding with the operational order operation that identifying operation instruction is corresponding simultaneously and/or operating environment for the first processing unit 6201 in execution, obtains the recognition result corresponding with operational order.

In the embodiment that some are feasible, the first processing unit 6201 execution pre-set the operation corresponding with operational order while, the operation that the instruction of recognition unit 603 identifying operation is corresponding and/or operating environment.Operation corresponding to recognition unit 603 identifying operation instruction can for identifying the operation that this operational order is corresponding and identifying the subsequent operation based on this operation, operating environment corresponding to recognition unit 603 identifying operation instruction can be the external environment condition of identification terminal, such as, the distance of the object of recognition unit 603 identification terminal screen and covering terminal screen, generate distance value, according to this distance value whether lower than predeterminable range value, obtain corresponding recognition result, again such as, the light signal of recognition unit 603 sense terminals external environment condition, generate optical parameter value, according to this optical parameter value whether lower than preset optical parameters value, obtain corresponding recognition result.Operating environment corresponding to recognition unit 603 identifying operation instruction can also be the motion state of identification terminal, such as, the angle of recognition unit 603 sense terminals and surface level, generate horizontal sextant angle value, preset level angle value whether is greater than according to this horizontal sextant angle value, obtain corresponding recognition result, again such as, the shaking amplitude of recognition unit 603 sense terminals and slosh frequency, generate shaking amplitude value and slosh frequency value, default shaking amplitude value whether is greater than and whether this slosh frequency is greater than default slosh frequency according to this shaking amplitude value, obtain corresponding recognition result.

In specific implementation, when operational order is for deleting data, terminal is while deleted data are put into buffer area by the execution of this deletion data command of response, recognition unit 603 can identify the distance (identifying operation instruction respective operations environment) of the object deleted terminal screen corresponding to data command and cover terminal screen, generate distance value, if this distance value is lower than the predeterminable range value pre-set, then obtaining recognition result is maloperation, recognition unit 603 also can detect the light signal (identifying operation instruction respective operations environment) deleting exterior of terminal environment corresponding to data command, generate optical parameter value, if this optical parameter value is lower than the optical parameter value pre-set, then obtaining recognition result is maloperation, recognition unit 603 can also detect the angle (identifying operation instruction respective operations environment) deleting terminal corresponding to data command and surface level, generate horizontal sextant angle value, if this horizontal sextant angle value is greater than preset level angle value, then obtaining recognition result is maloperation, recognition unit 603 can also detect the shaking amplitude and slosh frequency (identifying operation instruction respective operations environment) of deleting terminal corresponding to data command, generate shaking amplitude value and slosh frequency value, if this shaking amplitude value is greater than default shaking amplitude value and this slosh frequency is greater than default slosh frequency, then obtaining recognition result is maloperation.

Performance element 604, if recognition result is maloperation, then cancels the operating result that operation produces.

In the embodiment that some are feasible, when recognition unit 603 recognition result is maloperation, the operating result that destruction operation produces is specifically as follows: when this is operating as deletion data, if deleted data put into buffer memory, performance element 604 takes out deleted data from buffer memory.

In the terminal described by Fig. 6, after receiving the operational order of user's input, perform simultaneously and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order, obtaining recognition result is after maloperation, the operating result that destruction operation produces, therefore, can improve the reaction time of terminal operation.

Refer to Fig. 7, Fig. 7 is the structural drawing of the embodiment of the present invention another terminal disclosed.This terminal comprises: at least one input equipment 1000; At least one processor 2000, such as CPU; With storer 3000, above-mentioned input equipment 1000, processor 2000 are connected by bus 4000 with storer 3000.

Wherein, above-mentioned input equipment 1000 specifically can be the contact panel of terminal, comprises touch-screen and touch screen, the operational order on sense terminals contact panel.

Above-mentioned storer 3000 can be high-speed RAM storer, also can be non-labile storer (non-volatile memory), such as magnetic disk memory.Above-mentioned storer 3000 is for storing batch processing code, and above-mentioned input equipment 1000 and processor 2000, for calling the program code stored in storer 3000, perform and operate as follows:

Above-mentioned input equipment 1000, for receiving the operational order of user's input.

Above-mentioned processor 2000, pre-sets the operation corresponding with described operational order for performing.

Above-mentioned processor 2000, also for identifying the operation that described operational order is corresponding and/or operating environment, obtain the recognition result corresponding with described operational order, described recognition result comprises maloperation or normal running.

Above-mentioned processor 2000, also for when described recognition unit recognition result is described maloperation, cancels the operating result that described operation produces.

In the embodiment that some are feasible,

Above-mentioned input equipment 1000 is also for receiving the subsequent operation instruction based on described operation of user's input.

Above-mentioned processor 2000 also pre-sets the subsequent operation corresponding with described subsequent operation instruction for performing.

Above-mentioned processor 2000 also specifically for:

Identify the operation time of origin that described operational order is corresponding and described subsequent operation time of origin;

Record the time interval between operation corresponding to described operational order and described subsequent operation.

Judge that whether time interval between the operation that described operational order is corresponding and described subsequent operation is lower than the first preset time value, if so, obtaining described recognition result is maloperation.

In the implementation that some are feasible, above-mentioned processor 2000 also specifically for:

Identification terminal screen and the distance of the object of the described terminal screen of covering, generate distance value;

The light signal of sense terminals external environment condition, generates optical parameter value;

Detect the angle of described terminal and surface level, generate horizontal sextant angle value;

Detect shaking amplitude and the slosh frequency of described terminal, generate shaking amplitude value and slosh frequency value.

When described distance value is lower than predeterminable range value, then obtaining described recognition result is maloperation;

When described optical parameter value is lower than preset optical parameters value, then obtaining described recognition result is maloperation;

When described horizontal sextant angle value is greater than preset level angle value, then obtaining described recognition result is maloperation;

When described shaking amplitude value is greater than default shaking amplitude value and described slosh frequency is greater than default slosh frequency, then obtaining described recognition result is maloperation.

Perform the first process operation that described operational order is corresponding, described first process operation can be cancelled;

Perform delay operation, the delay time that described delay operation is arranged is greater than the second preset time value;

Perform the second process operation that described operational order is corresponding, described second process operation can not be cancelled.

In the embodiment that some are feasible, described operational order includes but not limited to press power key, unlocking screen, opens application program and delete data etc.

In specific implementation, input equipment 1000 described in the embodiment of the present invention and processor 2000 can perform the first embodiment of the fool proof method that the embodiment of the present invention provides, the second embodiment and the implementation described in the 3rd embodiment, also can perform the implementation of the first embodiment of the terminal that the embodiment of the present invention provides, the second embodiment and the terminal described in the 3rd embodiment, not repeat them here.

In the terminal described by Fig. 7, after receiving the operational order of user's input, perform simultaneously and pre-set the operation corresponding with operational order and operation corresponding to identifying operation instruction and/or operating environment, obtain the recognition result corresponding with operational order and recognition result is judged, obtaining judged result is after maloperation, the operating result that destruction operation produces, therefore, can prevent the generation of terminal maloperation and reduce System response time.

Unit in all embodiments of the present invention, universal integrated circuit can be passed through, such as CPU (CentralProcessing Unit, central processing unit), or realized by ASIC (Application Specific IntegratedCircuit, special IC).

Step in embodiment of the present invention method can be carried out order according to actual needs and be adjusted, merges and delete.

Unit in embodiment of the present invention device can carry out merging, divide and deleting according to actual needs.

One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment method, that the hardware that can carry out instruction relevant by computer program has come, described program can be stored in a computer read/write memory medium, this program, when performing, can comprise the flow process of the embodiment as above-mentioned each side method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-OnlyMemory, ROM) or random store-memory body (Random Access Memory, RAM) etc.

Above disclosedly be only present pre-ferred embodiments, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the claims in the present invention are done, still belong to the scope that the present invention is contained.

Claims

1. a terminal, is characterized in that, comprising:

Receiving element, for receiving the operational order of user's input;

Recognition unit, for identifying the operation that described operational order is corresponding or operating environment, obtain the recognition result corresponding with described operational order, described recognition result comprises maloperation or normal running;

Performance element, for when described recognition unit recognition result is described maloperation, cancels the operating result that described operation produces.

2. terminal according to claim 1, it is characterized in that, perform at described processing unit and pre-set the operation and/or operating environment that described in the operation corresponding with described operational order described recognition unit identification simultaneously, operational order is corresponding, obtain the recognition result corresponding with described operational order.

3. terminal according to claim 2, is characterized in that, after described processing unit performs and pre-sets the operation corresponding with described operational order,

Described receiving element, also for receiving the subsequent operation instruction based on described operation of user's input;

Described processing unit, also pre-sets the subsequent operation corresponding with described subsequent operation instruction for performing.

4. terminal according to claim 3, is characterized in that, described recognition unit comprises:

First recognition unit, for identifying the operation time of origin that described operational order is corresponding and described subsequent operation time of origin;

Second recognition unit, for recording the time interval between operation corresponding to described operational order and described subsequent operation;

First judging unit, for judging that whether time interval between the operation that described operational order is corresponding and described subsequent operation is lower than the first preset time value, if so, then obtaining described recognition result is maloperation.

5. terminal according to claim 1, is characterized in that, described recognition unit comprises:

3rd recognition unit, for the distance of identification terminal screen with the object of the described terminal screen of covering, generates distance value;

4th recognition unit, for the light signal of sense terminals external environment condition, generates optical parameter value;

5th recognition unit, for detecting the angle of described terminal and surface level, generates horizontal sextant angle value;

6th recognition unit, for detecting shaking amplitude and the slosh frequency of described terminal, generates shaking amplitude value and slosh frequency value.

6. terminal according to claim 5, is characterized in that, described recognition unit also comprises:

Second judging unit, for working as described distance value lower than predeterminable range value, then obtaining described recognition result is maloperation;

3rd judging unit, for working as described optical parameter value lower than preset optical parameters value, then obtaining described recognition result is maloperation;

4th judging unit, for being greater than preset level angle value when described horizontal sextant angle value, then obtaining described recognition result is maloperation;

5th judging unit, for being greater than default shaking amplitude value and described slosh frequency is greater than default slosh frequency when described shaking amplitude value, then obtaining described recognition result is maloperation.

7. terminal according to claim 3, is characterized in that, described performance element is used for after described recognition result is described maloperation, described performance element, also for cancelling the operating result that described subsequent operation produces.

8. terminal according to claim 1, is characterized in that, described processing unit comprises:

First processing unit, for performing the first process operation corresponding to described operational order, described first process operation can be cancelled;

Delay unit, for performing delay operation, the delay time that described delay operation is arranged is greater than the second preset time value;

Second processing unit, for performing the second process operation corresponding to described operational order, described second process operation can not be cancelled.

9. terminal according to claim 1, is characterized in that, described performance element, also for when described judged result is described normal running, does not cancel the operating result that described operation produces.

10. terminal according to claim 1, is characterized in that, before described recognition result and the basis for estimation pre-set contrast by described recognition unit, described terminal also comprises:

Storage unit, for being stored in described terminal by the described basis for estimation pre-set.