CN104598804A

CN104598804A - Information processing method and electronic equipment

Info

Publication number: CN104598804A
Application number: CN201410841905.1A
Authority: CN
Inventors: 杨胤嗣; 张晓平; 沈文京
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-12-30
Filing date: 2014-12-30
Publication date: 2015-05-06
Anticipated expiration: 2034-12-30
Also published as: CN104598804B

Abstract

The invention discloses an information processing method, which comprises the following steps that when electronic equipment is in a second mode, whether the electronic equipment meets a first preset condition or not is judged, wherein the second mode is a mode for passing the first verification according to second information, the complexity of the second information is lower than the complexity of the first information, and the first information is information of the electronic equipment passing the first verification in the first mode; the electronic equipment can be switched from the second mode to the first mode when the first parameter meets a second preset condition; when the electronic equipment meets the first preset condition, the first parameter is regulated to a second value from a first value, wherein when the first parameter is the first value, the electronic equipment is switched from the second mode to the first mode at the first time, when the first parameter is the second value, the electronic equipment can be switched from the second mode to the first mode at the second time, and the second time is later than the first time. The invention also discloses the electronic equipment.

Description

A kind of information processing method and electronic equipment

Technical field

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

Background technology

In recent years, intelligent electronic device is more and more universal, and its function also from strength to strength.This wherein, smart mobile phone, Wearable etc. are with its individualized feature and attribute and enough portability, becoming " letter of identity " of individual subscriber, it is except possessing communication function, can also use as the transportation card of user, bank card, access card, can also as the authorisation device of other representative of consumer identity.

Because of the characteristic of its " letter of identity ", the security requirement of industry to intelligent electronic device is more and more higher, usually in enabled electronic devices or when using some important application by described electronic equipment, all need the certification carrying out security, as: the password inputted by electronic equipment, fingerprint, verbal instructions certification etc.

User, in each enabled electronic devices or when using some important application, is required the input carrying out authentication information, and along with the continuous lifting of security requirement, the content of authentication information becomes and becomes increasingly complex, and verification process also becomes more and more loaded down with trivial details; And in practical application, user often can within a period of time enabled electronic devices or use some important application frequently frequently, this just causes user to need to input complicated authentication information frequently.Although above authentication can ensure the security that electronic equipment operates, information input and loaded down with trivial details verification process, also bring the complexity of user operation and the loaded down with trivial details of identifying procedure, can produce bad Consumer's Experience frequently.

For solving the problem, prior art proposes a kind of security authorization mechanism, namely, in certain scope of authority (as authorized number of times or licensing term), allowing the relatively simple authentication information of user's input and allowing electronic equipment to perform verification process based on relatively simple authentication information.This solution, within the scope of authority, although security is in a slight decrease, it can simplify user operation and identifying procedure really.

The defect of above-mentioned licensing scheme is also obvious; namely only allow to perform the user operation and identifying procedure that simplify in the fixing scope of authority (as authorized number of times or licensing term); cause its implementation underaction, convenient not; as: often can meet under the scene simplifying user operation and identifying procedure; under electronic equipment is but in the pattern of complicated user operation and identifying procedure; and also often understand under the scene meeting complicated user operation and identifying procedure, under electronic equipment is but in the pattern simplifying user operation and identifying procedure.That is, how better taking into account the processing safety of electronic equipment, dirigibility and convenience, is technical matters urgently to be resolved hurrily.

Summary of the invention

For solving the technical matters of existing existence, the embodiment of the present invention provides a kind of information processing method and electronic equipment.

Embodiments provide a kind of information processing method, comprising:

When electronic equipment is in the second pattern, judge that whether described electronic equipment meets first pre-conditioned; Wherein, described second pattern is can according to the pattern of the second information by the first checking, and the complexity of described second information is lower than the complexity of the first information, and the described first information is that described electronic equipment is in the flrst mode by described first information verified; Described electronic equipment the first parameter meet second pre-conditioned time, described first mode can be switched to from described second pattern;

Described electronic equipment meet described first pre-conditioned time, the first parameter is adjusted to the second value from the first value; Wherein, when described first parameter is described first value, described electronic equipment will switch to described first mode in the very first time from described second pattern, when described first parameter is described second value, described electronic equipment will switch to described first mode in the second time from described second pattern, and described second time can be later than the described very first time.

In such scheme, described when electronic equipment is in the second pattern, judge that whether electronic equipment meets first pre-conditioned, comprising:

When described electronic equipment is in the second pattern, periodically judge whether described electronic equipment meets described first pre-conditioned; Or,

When described electronic equipment is in the second pattern and meets with first relation of the described very first time, judge whether described electronic equipment meets described first pre-conditioned.

In such scheme, described to judge that whether electronic equipment meets first pre-conditioned, comprising:

Obtain the positional information of described electronic equipment, judge whether described positional information meets described first pre-conditioned; Or,

Obtain positional information and the temporal information of described electronic equipment, judge whether described positional information and temporal information meet described first pre-conditioned.

In such scheme,

Described first parameter is switching time, and when described first parameter is described first value, described switching time is the described very first time; When described first parameter is described second value, described switching time is described second time; Described second value is greater than described first value, can be later than the described very first time to make described second time; Or,

Described first parameter is remain by described first number of times verified, described second value is greater than described first value, can be later than the described very first time to make described second time.

In such scheme, the complexity of described second information, lower than the complexity of the first information, comprising:

The character that the character that described second packets of information contains comprises than the described first information is short, and/or,

The information type that the information type that described second packets of information contains comprises than the described first information is few, and/or,

The quantity of information that the quantity of information that described second packets of information contains comprises than the described first information is little.

In such scheme, described method also comprises: when described electronic equipment is in the second pattern, if the authentication failed number of times of described first checking reaches predetermined threshold value, then described electronic equipment is switched to first mode or is switched to prohibited mode; Under described prohibited mode, described electronic equipment cuts out checking flow process.

The embodiment of the present invention additionally provides a kind of electronic equipment, comprising:

Judging unit, for when electronic equipment is in the second pattern, judges that whether described electronic equipment meets first pre-conditioned; Wherein, described second pattern is can according to the pattern of the second information by the first checking, and the complexity of described second information is lower than the complexity of the first information, and the described first information is that described electronic equipment is in the flrst mode by described first information verified; Described electronic equipment the first parameter meet second pre-conditioned time, described first mode can be switched to from described second pattern;

Processing unit, for meet at described electronic equipment described first pre-conditioned time, the first parameter is adjusted to the second value from the first value; Wherein, when described first parameter is described first value, described electronic equipment will switch to described first mode in the very first time from described second pattern, when described first parameter is described second value, described electronic equipment will switch to described first mode in the second time from described second pattern, and described second time can be later than the described very first time.

In such scheme, described judging unit is further used for,

In such scheme,

In such scheme, described processing unit is further used for, and when described electronic equipment is in the second pattern, if the authentication failed number of times of described first checking reaches predetermined threshold value, then described electronic equipment is switched to first mode or is switched to prohibited mode; Under described prohibited mode, described electronic equipment cuts out checking flow process.

A kind of information processing method that the embodiment of the present invention provides and electronic equipment, when electronic equipment is in the second pattern, judge that whether described electronic equipment meets first pre-conditioned, if met, then the first parameter is adjusted to the second value from the first value, in order to postpone the time switched to first mode by the second pattern; So, electronic equipment can control electronic equipment switching between the first mode and the second mode flexibly according to user's actual requirement, both taken into account the processing safety of electronic equipment, and be conducive to again promoting the flexibility of electronic equipment to application scenarios and the convenience of operation.

Accompanying drawing explanation

Fig. 1 is the process flow diagram of the information processing method of the embodiment of the present invention one;

Fig. 2 is the composition structural representation of the electronic equipment of the embodiment of the present invention two.

Embodiment

Below in conjunction with the drawings and specific embodiments, the technical solution of the present invention is further elaborated.

Embodiment one

For better taking into account the processing safety of electronic equipment, dirigibility and convenience, a kind of information processing method that the embodiment of the present invention one provides, as shown in Figure 1, mainly comprises:

Step 101, when electronic equipment is in the second pattern, judges that whether described electronic equipment meets first pre-conditioned.Wherein, described second pattern is can according to the pattern of the second information by the first checking, and the complexity of described second information is lower than the complexity of the first information, and the described first information is that described electronic equipment is in the flrst mode by described first information verified; Described electronic equipment the first parameter meet second pre-conditioned time, described first mode can be switched to from described second pattern.

That is, the electronic equipment of the embodiment of the present invention possesses first mode and the second pattern, and described electronic equipment performs the operation of the first checking in the flrst mode according to the first information, under the second mode according to the operation that the second information and executing first is verified; That is, described electronic equipment can perform described first be proved to be successful according to the first information in the flrst mode, can perform described first be under the second mode proved to be successful according to the second information.Wherein, the complexity of described second information, lower than the complexity of the first information, can be specifically:

The character that the character that described second packets of information contains comprises than the described first information short (if the second packets of information is containing 6 characters, and the first information comprises 12 characters), and/or,

The information type that the information type that described second packets of information contains comprises than the described first information few (information type contained as the second packets of information only has numeral, and the information type that the first information comprises has numeral, letter and symbol etc.), and/or,

The quantity of information that the quantity of information that described second packets of information contains comprises than the described first information little (quantity of information contained as the second packets of information is 5k, and the quantity of information that the first information comprises is 10k).

It should be noted that, after being proved to be successful according to first information execution first and being proved to be successful according to the second information and executing first under the second mode in the flrst mode, described electronic equipment triggers same subsequent treatment, as: enabled electronic devices, starting a certain application, completing the specific operation of a certain application (as paid) etc.

Example is applied as with on-line payment, suppose that the first information is long password, the second information is short password, electronic equipment receives long password in the flrst mode and performs the operation of the first checking, the operation of on-line payment is completed after being proved to be successful, receive short password under the second mode and perform the operation of the first checking, after being proved to be successful, completing the operation of on-line payment equally.That is, in the flrst mode, user inputs correct long password in the payment interface that on-line payment is applied, and can be successfully completed password authentification at electronic equipment place, and then completes on-line payment operation; Under the second mode, user inputs correct short password in the payment interface that on-line payment is applied, and can be successfully completed password authentification at electronic equipment place, and then completes on-line payment operation.As can be seen here, compared with the first information inputted with needing user in the flrst mode, the second message complexity needing user to input under the second mode is lower, as long as but can be proved to be successful under respective pattern, just can trigger same subsequent treatment; So, operation is in the flrst mode compared in user's operation under the second mode, simply convenient, and electronic equipment is also simple than the checking based on the first information based on the checking of the second information.

In addition, electronic equipment can switch automatically between the first mode and the second mode, and electronic equipment switching between the first mode and the second mode performs according to described first parameter, when electronic equipment judge described first parameter meet second pre-conditioned time, namely think current and met the condition switched to first mode by the second pattern, thus perform by the switching of the second pattern to first mode; Contrary, when electronic equipment judge described first parameter do not meet second pre-conditioned time, namely thinks current and met the condition switched to the second pattern by first mode, thus execution is by the switching of first mode to the second pattern.

Wherein, first pre-conditioned and second pre-conditioned be all the condition preset in electronic equipment, this condition can be selected by user and input in described electronic equipment to prestore; First parameter also can be selected by user and input in described electronic equipment to prestore.The invention process regular meeting introduces the first parameter, first pre-conditioned and the second pre-conditioned and corresponding deterministic process in detail follow-up.

In one embodiment, described when electronic equipment is in the second pattern, judge that whether electronic equipment meets first pre-conditioned, comprising:

Wherein, described periodic to judge that whether electronic equipment meets first pre-conditioned, can be that from described electronic equipment enters the second pattern, periodically judge whether electronic equipment meets first pre-conditioned.As: from electronic equipment enters the second pattern, once judged every 30 minutes, judge described electronic equipment current whether meet first pre-conditioned.

Wherein, describedly to meet with to judge during first relation of the very first time whether electronic equipment meets first pre-conditioned, can be that described electronic equipment is in the second pattern and current time arrives the described very first time time judge that whether satisfied electronic equipment is first pre-conditioned; Also can be that described electronic equipment is in the second pattern and time interval between current time and the described very first time reaches the default time interval time, judge whether electronic equipment meets first pre-conditioned; Can also be that described electronic equipment is in the second pattern and time interval between current time and the described very first time arrives the time interval of presetting time, described current time to the very first time time period periodically to judge whether electronic equipment meets first pre-conditioned.As: when as described in electronic equipment be in the second pattern and current time arrives 20:00 time, judge that electronic equipment is whether satisfied first pre-conditioned; Or, when described electronic equipment be in the second pattern and current time distance 20:00 also have two constantly little, judge that whether electronic equipment meets first pre-conditioned; Or, when described electronic equipment be in the second pattern and current time distance 20:00 also have two constantly little, current time to 20:00 time period periodically to judge that whether electronic equipment meets first pre-conditioned.

In one embodiment, described to judge that whether electronic equipment meets first pre-conditioned, comprising:

Wherein, describedly judge that whether positional information meets first and pre-conditionedly to comprise: described positional information characterizes described electronic equipment and whether enters particular range, or described positional information characterizes described electronic equipment and whether leaves particular range, or whether described positional information characterizes described electronic equipment and moves along predefined paths, etc.

Describedly judge whether positional information and temporal information meet first and pre-conditionedly to comprise: described positional information and temporal information characterize described electronic equipment and whether enter particular range at special time, or described positional information and temporal information characterize described electronic equipment and whether leave particular range at special time, or whether described positional information and temporal information characterize described electronic equipment and move along predefined paths at special time, etc.

Wherein, the method obtaining electronic equipment positional information can be satnav, as used GPS (GPS, Global Positioning System) location or use Beidou satellite navigation system location etc., also can be communication location, as the many architectures based on Cellular Networks, the many AP location etc. based on WLAN (wireless local area network) (WIFI), can also be that the WIFI AP connected by electronic equipment determines whether the safe AP that described electronic device histories connected.It should be noted that, the positional information preparation method being applicable to the embodiment of the present invention is not limited only to above-mentioned act, and can expand according to actual needs, the embodiment of the present invention does not limit at this.

The method obtaining electronic equipment temporal information can be the temporal information obtaining electronic equipment this locality, or obtains network-side information lock in time etc. of electronic equipment.It should be noted that, the temporal information preparation method being applicable to the embodiment of the present invention is not limited only to above-mentioned act, and can expand according to actual needs, the embodiment of the present invention does not limit at this.

Step 102, described electronic equipment meet described first pre-conditioned time, the first parameter is adjusted to the second value from the first value.Wherein, when described first parameter is described first value, described electronic equipment will switch to described first mode in the very first time from described second pattern, when described first parameter is described second value, described electronic equipment will switch to described first mode in the second time from described second pattern, and described second time can be later than the described very first time.

That is, when described first optimum configurations is described first value, defines described electronic equipment and will switch to first mode in the very first time from the second pattern; Judge electronic equipment meet first pre-conditioned time, described first parameter adjustment is the second value, specifies that described electronic equipment will switch to first mode in the second time from the second pattern.By described first parameter is adjusted to the second value from the first value, enable described second time be later than the very first time, thus postpone described electronic equipment and switch to first mode from the second pattern.

Wherein, described first parameter can be switching time, and when described first parameter is described first value, described switching time is the described very first time; When described first parameter is described second value, described switching time is described second time; Described second value is greater than described first value, can be later than the described very first time to make described second time; Or,

Described first parameter also can for residue be by described first number of times verified, described second value is greater than described first value, can be later than the described very first time to make described second time.

That is, by extending the time switched from the second pattern to first mode, or, increase the number of times of residue by the first checking, the object that deferred telegram subset switches from the second pattern to first mode can be reached.

In one embodiment, described method also comprises: when described electronic equipment is in the second pattern, if the authentication failed number of times of described first checking reaches predetermined threshold value, then described electronic equipment is switched to first mode or is switched to prohibited mode; Under described prohibited mode, described electronic equipment cuts out checking flow process.

Enumerate some embodiments below, so that the information processing method of the clearer elaboration embodiment of the present invention one.

In one embodiment, electronic equipment possesses first mode and the second pattern, and described electronic equipment performs the operation of the first checking in the flrst mode according to the first information, under the second mode according to the operation that the second information and executing first is verified;

Chosen in advance first parameter is switching time, and electronic equipment meets first and pre-conditionedly refers to that described electronic equipment enters particular range, and the first parameter meets the second pre-conditioned referring to and currently reaches described switching time;

Described electronic equipment, when current arrival described switching time, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment enters particular range according to the locating information of described electronic equipment, and when judging that described electronic equipment enters particular range, the value of described first parameter is adjusted, be adjusted to the second value by described first parameter (i.e. switching time) from the first value, delay with the time making described electronic equipment switch from the second pattern to first mode.

In another embodiment, electronics possesses first mode and the second pattern, and described electronic equipment performs the operation of the first checking in the flrst mode according to the first information, under the second mode according to the operation that the second information and executing first is verified;

Chosen in advance first parameter is switching time, and electronic equipment meets first and pre-conditionedly refers to that described electronic equipment leaves particular range, and the first parameter meets second and pre-conditionedly refers to current arrival described switching time;

Described electronic equipment, when current arrival described switching time, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment leaves particular range according to the locating information of described electronic equipment, and when judging that described electronic equipment leaves particular range, the value of described first parameter is adjusted, be adjusted to the second value by described first parameter (i.e. switching time) from the first value, delay with the time making described electronic equipment switch from the second pattern to first mode.

In yet, electronics possesses first mode and the second pattern, and described electronic equipment performs the operation of the first checking in the flrst mode according to the first information, under the second mode according to the operation that the second information and executing first is verified;

Chosen in advance first parameter is switching time, and electronic equipment meets first and pre-conditionedly refers to that described electronic equipment moves along predefined paths, and the first parameter meets second and pre-conditionedly refers to current arrival described switching time;

Described electronic equipment, when current arrival described switching time, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment moves along predefined paths according to the locating information of described electronic equipment, and when judging that described electronic equipment moves along predefined paths, the value of described first parameter is adjusted, be adjusted to the second value by described first parameter (i.e. switching time) from the first value, delay with the time making described electronic equipment switch from the second pattern to first mode.

Chosen in advance first parameter is switching time, and electronic equipment meets first and pre-conditionedly refers to that described electronic equipment enters particular range at special time, and the first parameter meets second and pre-conditionedly refers to current arrival described switching time;

Described electronic equipment, when current arrival described switching time, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment enters particular range at special time according to the locating information of described electronic equipment, and when judging that described electronic equipment enters particular range at special time, the value of described first parameter is adjusted, be adjusted to the second value by described first parameter (i.e. switching time) from the first value, delay with the time making described electronic equipment switch from the second pattern to first mode.

Chosen in advance first parameter is switching time, and electronic equipment meets first and pre-conditionedly refers to that described electronic equipment leaves particular range at special time, and the first parameter meets second and pre-conditionedly refers to current arrival described switching time;

Described electronic equipment, when current arrival described switching time, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment leaves particular range at special time according to the locating information of described electronic equipment, and when judging that described electronic equipment leaves particular range at special time, the value of described first parameter is adjusted, be adjusted to the second value by described first parameter (i.e. switching time) from the first value, delay with the time making described electronic equipment switch from the second pattern to first mode.

Chosen in advance first parameter is switching time, and electronic equipment meets first and pre-conditionedly refers to that described electronic equipment moves along predefined paths at special time, and the first parameter meets second and pre-conditionedly refers to current arrival described switching time;

Described electronic equipment, when current arrival described switching time, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment moves along predefined paths at special time according to the locating information of described electronic equipment, and when judging that described electronic equipment moves along predefined paths at special time at special time, the value of described first parameter is adjusted, be adjusted to the second value by described first parameter (i.e. switching time) from the first value, delay with the time making described electronic equipment switch from the second pattern to first mode.

Chosen in advance first parameter be residue by described first number of times verified, electronic equipment meets first and pre-conditionedly refers to that described electronic equipment enters particular range, and the first parameter meets second and pre-conditionedly refers to that residue is zero by described first number of times verified;

Described electronic equipment, when current residual is zero by described first number of times verified, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment enters particular range according to the locating information of described electronic equipment, and when judging that described electronic equipment enters particular range, the value of described first parameter is adjusted, the second value is adjusted to from the first value by described first parameter (namely remaining the number of times by the first checking), to make described residue be increased by the number of times of the first checking, the time that described electronic equipment is switched from the second pattern to first mode is delayed.

Chosen in advance first parameter be residue by described first number of times verified, electronic equipment meets first and pre-conditionedly refers to that described electronic equipment leaves particular range, and the first parameter meets second and pre-conditionedly refers to that residue is zero by described first number of times verified;

Described electronic equipment, when current residual is zero by described first number of times verified, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment leaves particular range according to the locating information of described electronic equipment, and when judging that described electronic equipment leaves particular range, the value of described first parameter is adjusted, the second value is adjusted to from the first value by described first parameter (namely remaining the number of times by the first checking), to make described residue be increased by the number of times of the first checking, the time that described electronic equipment is switched from the second pattern to first mode is delayed.

Chosen in advance first parameter is that residue is by described first number of times verified, electronic equipment meets first and pre-conditionedly refers to that described electronic equipment moves along predefined paths, and the first parameter meets second and pre-conditionedly refers to that residue is zero by described first number of times verified;

Described electronic equipment, when current residual is zero by described first number of times verified, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment moves along predefined paths according to the locating information of described electronic equipment, and when judging that described electronic equipment moves along predefined paths, the value of described first parameter is adjusted, the second value is adjusted to from the first value by described first parameter (namely remaining the number of times by the first checking), to make described residue be increased by the number of times of the first checking, the time that described electronic equipment is switched from the second pattern to first mode is delayed.

In an embodiment again, electronics possesses first mode and the second pattern, and described electronic equipment performs the operation of the first checking in the flrst mode according to the first information, under the second mode according to the operation that the second information and executing first is verified;

Chosen in advance first parameter is that residue is by described first number of times verified, electronic equipment meets first and pre-conditionedly refers to that described electronic equipment enters particular range at special time, and the first parameter meets second and pre-conditionedly refers to that residue is zero by described first number of times verified;

Described electronic equipment, when current residual is zero by described first number of times verified, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment enters particular range at special time according to the locating information of described electronic equipment, and when judging that described electronic equipment enters particular range at special time, the value of described first parameter is adjusted, the second value is adjusted to from the first value by described first parameter (namely remaining the number of times by the first checking), to make described residue be increased by the number of times of the first checking, the time that described electronic equipment is switched from the second pattern to first mode is delayed.

Chosen in advance first parameter is that residue is by described first number of times verified, electronic equipment meets first and pre-conditionedly refers to that described electronic equipment leaves particular range at special time, and the first parameter meets second and pre-conditionedly refers to that residue is zero by described first number of times verified;

Described electronic equipment, when current residual is zero by described first number of times verified, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment leaves particular range at special time according to the locating information of described electronic equipment, and when judging that described electronic equipment leaves particular range at special time, the value of described first parameter is adjusted, the second value is adjusted to from the first value by described first parameter (namely remaining the number of times by the first checking), to make described residue be increased by the number of times of the first checking, the time that described electronic equipment is switched from the second pattern to first mode is delayed.

Going back in an embodiment, electronics possesses first mode and the second pattern, and described electronic equipment performs the operation of the first checking in the flrst mode according to the first information, under the second mode according to the operation of the second information and executing first checking;

Chosen in advance first parameter is that residue is by described first number of times verified, electronic equipment meets first and pre-conditionedly refers to that described electronic equipment moves along predefined paths at special time, and the first parameter meets second and pre-conditionedly refers to that residue is zero by described first number of times verified;

Described electronic equipment, when current residual is zero by described first number of times verified, switches to first mode from the second pattern; When electronic equipment is in the second pattern, judge whether described electronic equipment moves along predefined paths at special time according to the locating information of described electronic equipment, and when judging that described electronic equipment moves along predefined paths at special time, the value of described first parameter is adjusted, the second value is adjusted to from the first value by described first parameter (namely remaining the number of times by the first checking), to make described residue be increased by the number of times of the first checking, the time that described electronic equipment is switched from the second pattern to first mode is delayed.

In each embodiment enumerated above, electronic equipment when being in the second pattern, can periodically judge whether satisfied first pre-conditioned (as: whether enter/leave specific region, whether move along predefined paths, whether enter/leave specific region at special time, whether move along predefined paths at special time); Also can be in the second pattern and meet and the first relation (as: current time arrive the described very first time, time interval between current time and the described very first time reach the default time interval) of the very first time time, judge whether satisfied first pre-conditioned (as: whether enter/leave specific region, whether move along predefined paths, whether enter/leave specific region at special time, whether move along predefined paths at special time).

By the embodiment of the present invention one, when electronic equipment is in the second pattern, judge that whether described electronic equipment meets first pre-conditioned, if met, then the first parameter is adjusted to the second value from the first value, in order to postpone the time switched to first mode by the second pattern; So, electronic equipment can control electronic equipment switching between the first mode and the second mode flexibly according to user's actual requirement, both taken into account the processing safety of electronic equipment, and be conducive to again promoting the flexibility of electronic equipment to application scenarios and the convenience of operation.

Embodiment two

The information processing method of the corresponding embodiment of the present invention one, the embodiment of the present invention two provides a kind of electronic equipment, and as shown in Figure 2, described electronic equipment comprises:

Judging unit 10, for when electronic equipment is in the second pattern, judges that whether described electronic equipment meets first pre-conditioned; Wherein, described second pattern is can according to the pattern of the second information by the first checking, and the complexity of described second information is lower than the complexity of the first information, and the described first information is that described electronic equipment is in the flrst mode by described first information verified; Described electronic equipment the first parameter meet second pre-conditioned time, described first mode can be switched to from described second pattern;

Processing unit 20, for meet at described electronic equipment described first pre-conditioned time, the first parameter is adjusted to the second value from the first value; Wherein, when described first parameter is described first value, described electronic equipment will switch to described first mode in the very first time from described second pattern, when described first parameter is described second value, described electronic equipment will switch to described first mode in the second time from described second pattern, and described second time can be later than the described very first time.

That is, the electronic equipment of the embodiment of the present invention possesses first mode and the second pattern, the processing unit 20 of described electronic equipment performs the operation of the first checking in the flrst mode according to the first information, under the second mode according to the operation that the second information and executing first is verified; That is, the processing unit 20 of described electronic equipment can perform described first be proved to be successful according to the first information in the flrst mode, can perform described first be under the second mode proved to be successful according to the second information.Wherein, the complexity of described second information, lower than the complexity of the first information, can be specifically:

It should be noted that, after being proved to be successful according to first information execution first and being proved to be successful according to the second information and executing first under the second mode in the flrst mode, the processing unit 20 of described electronic equipment triggers same subsequent treatment, as: enabled electronic devices, starting a certain application, completing the specific operation of a certain application (as paid) etc.

In one embodiment, described judging unit 10 is further used for,

Wherein, described periodic to judge that whether electronic equipment meets first pre-conditioned, can be that from described electronic equipment enters the second pattern, periodically judge whether electronic equipment meets first pre-conditioned.

Describedly to meet with to judge during first relation of the very first time whether electronic equipment meets first pre-conditioned, can be that described electronic equipment is in the second pattern and current time arrives the described very first time time judge that whether satisfied electronic equipment is first pre-conditioned; Also can be that described electronic equipment is in the second pattern and time interval between current time and the described very first time reaches the default time interval time, judge whether electronic equipment meets first pre-conditioned; Can also be that described electronic equipment is in the second pattern and time interval between current time and the described very first time arrives the time interval of presetting time, described current time to the very first time time period periodically to judge whether electronic equipment meets first pre-conditioned.

In one embodiment, described judging unit 10 is further used for,

The method obtaining electronic equipment positional information can be satnav, locate as used GPS or use Beidou satellite navigation system location etc., also can be communication location, as the many architectures based on Cellular Networks, the many AP location etc. based on WIFI, can also be that the WIFI AP connected by electronic equipment determines whether the safe AP that described electronic device histories connected.

The method obtaining electronic equipment temporal information can be the temporal information obtaining electronic equipment this locality, or obtains network-side information lock in time etc. of electronic equipment.

In the embodiment of the present invention two, described first parameter can be switching time, and when described first parameter is described first value, described switching time is the described very first time; When described first parameter is described second value, described switching time is described second time; Described second value is greater than described first value, can be later than the described very first time to make described second time; Or,

In one embodiment, described processing unit 20 is further used for, and when described electronic equipment is in the second pattern, if the authentication failed number of times of described first checking reaches predetermined threshold value, then described electronic equipment is switched to first mode or is switched to prohibited mode; Under described prohibited mode, described electronic equipment cuts out checking flow process.

By the embodiment of the present invention two, when electronic equipment is in the second pattern, judge that whether described electronic equipment meets first pre-conditioned, if met, then the first parameter is adjusted to the second value from the first value, in order to postpone the time switched to first mode by the second pattern; So, electronic equipment can control electronic equipment switching between the first mode and the second mode flexibly according to user's actual requirement, both taken into account the processing safety of electronic equipment, and be conducive to again promoting the flexibility of electronic equipment to application scenarios and the convenience of operation.

Information processing method described in the embodiment of the present invention and electronic equipment is elaborated again below in conjunction with embody rule scene.In following scene, all carry out the first checking of on-line payment application with electronic equipment setting in the flrst mode with long password, carry out first of on-line payment application with short password under the second mode and be verified as example and be described.

Application scenarios one

In scene one, user habit uses on-line payment application at the 9:00 ~ 20:00 of every day, for convenience of operation, user sets electronic equipment and enters the second pattern at the 9:00 ~ 20:00 (i.e. the first parameter) of every day, and namely user can complete the first checking of on-line payment application by inputting short password under the second mode.According to the above-mentioned setting of user, electronic equipment enters the second pattern automatically at the 9:00 ~ 20:00 of every day, and other times then automatically switch to first mode, and the first checking to long password only supported by electronic equipment in the flrst mode.

But, because user normally to stay in house at 19:00 ~ 20:00, therefore, as long as confirm that user stays in house, then need not be switched to first mode after 20:00, because electronic equipment is safer environment in user family, the second pattern of can still running is with handled easily.

Therefore, as long as user can set the homeplace reason scope that electronic equipment enters user during 19:00 ~ 20:00, then meet first pre-conditioned.

So, during 19:00 ~ 20:00, according to the locating information of described electronic equipment being judged to whether described electronic equipment enters the homeplace reason scope of user, and when judging that described electronic equipment enters the homeplace reason scope of user, the value of described first parameter is adjusted, electronic equipment is in the 9:00 ~ 20:00 of the mandate time lengthening to the second day of the second pattern, so that is, after extending, described electronic equipment is from the moment of current adjustment first parameter until the 20:00 of second day still runs the second pattern, first mode can not be switched to.If and judge during 19:00 ~ 20:00, electronic equipment do not enter user homeplace reason scope, then electronic equipment in accordance with setting before, can automatically switch to first mode when 20:00, to improve the level of security of electronic equipment, such as: electronic equipment is forgotten in company or loss (not taken home by user) by user, then described electronic equipment can be in a not too safe environment, natural electronic equipment can judge the homeplace reason scope all not entering user during 19:00 ~ 20:00, now electronic equipment can in accordance with setting before, first mode is automatically switched to when 20:00, only have the correct long password of input just can successfully pass the first checking in a first mode, thus improve the level of security (long password is not easy to be cracked) of electronic equipment, reduce the risk of user's property loss as far as possible.

Wherein, the method obtaining electronic equipment positional information can be satnav, locate as used GPS or use Beidou satellite navigation system location etc., also can be communication location, as the many architectures based on Cellular Networks, the location of the many AP based on WIFI etc., can also be the safe AP (AP as subscriber household) that the WIFI AP connected by electronic equipment is determined whether described electronic device histories and connected.

Application scenarios two

In scene two, user habit uses on-line payment application at the 9:00 ~ 20:00 of every day, for convenience of operation, user sets electronic equipment and enters the second pattern at the 9:00 ~ 20:00 (i.e. the first parameter) of every day, and namely user can complete the first checking of on-line payment application by inputting short password under the second mode.According to the above-mentioned setting of user, electronic equipment enters the second pattern automatically at the 9:00 ~ 20:00 of every day, and other times then automatically switch to first mode, and the first checking to long password only supported by electronic equipment in the flrst mode.

But, because user stays in company usually at 9:00 ~ 18:00,19:00 ~ 20:00 normally stays in house, 18:00 ~ 19:00 is usually from company on the way home, therefore, as long as confirm that user is to family, then need not be switched to first mode after 20:00, because electronic equipment is safer environment in user family, the second pattern of can still running is with handled easily.

Therefore, during 18:00 ~ 19:00, enter electronic equipment move (preset path from company gets home) along preset path as long as user can set electronic equipment, then meet first pre-conditioned.

So, during 18:00 ~ 19:00, according to the locating information of described electronic equipment being judged to whether described electronic equipment moves to user's family from the company of user, and when judging that the company of described electronic equipment from user moves to user's family, the value of described first parameter is adjusted, electronic equipment is in the 9:00 ~ 20:00 of the mandate time lengthening to the second day of the second pattern, so that is, after extending, described electronic equipment is from the moment of current adjustment first parameter until the 20:00 of second day still runs the second pattern, first mode can not be switched to.If and judge during 18:00 ~ 19:00, electronic equipment does not move to user's family from the company of user, then electronic equipment in accordance with setting before, can automatically switch to first mode when 20:00, to improve the level of security of electronic equipment, such as: electronic equipment is forgotten in company or loss (not taken home by user) by user, then described electronic equipment can be in a not too safe environment, natural electronic equipment can judge not move to user's family from the company of user during 18:00 ~ 19:00, now electronic equipment can in accordance with setting before, first mode is automatically switched to when 20:00, only have the correct long password of input just can successfully pass the first checking in a first mode, thus improve the level of security (long password is not easy to be cracked) of electronic equipment, reduce the risk of user's property loss as far as possible.

Application scenarios three

In scene three, first parameter is the number of times of residue by the first checking, be assumed to be 3 times, so, after residue is finished 3 times by the number of times of the first checking, electronic equipment automatically switches to first mode, only has after successfully passing the first checking by long password in the flrst mode or obtains after user authorizes (as user fingerprints Certificate Authority) again, just allowing electronic equipment to be again switched to the second pattern.

But, user carries electronic equipment and stays in house and usually make electronic equipment be in safer environment, therefore, as long as when residue is zero by the number of times of the first checking, judge that electronic equipment is in user family, then there is no need to be switched to first mode, the second pattern of can still running, with handled easily, is safe like this.

Therefore, as long as when to remain by the number of times of the first checking be zero, judge that electronic equipment is positioned at the homeplace reason scope of user, then satisfied first pre-conditioned.

So, in a second mode, when residue is zero by the number of times of the first checking, according to the locating information of described electronic equipment being judged to whether described electronic equipment is positioned at the homeplace reason scope of user, and when judging that described electronic equipment is positioned at the homeplace reason scope of user, the value of described first parameter being adjusted, residue is increased by 3 times again by the number of times of the first checking, that is, prolongation is obtained the working time of the second pattern.And if in a second mode, when residue is zero by the number of times of the first checking, according to the locating information of described electronic equipment being judged to described electronic equipment is not positioned at the homeplace reason scope of user, then electronic equipment can be switched to first mode, only have the correct long password of input just can successfully pass the first checking in a first mode, thus improve the level of security (long password is not easy to be cracked) of electronic equipment, reduce the risk of user's property loss as far as possible.

Application scenarios four

In scene four, first parameter is the number of times of residue by the first checking, be assumed to be 3 times, so, after residue is finished 3 times by the number of times of the first checking, electronic equipment automatically switches to first mode, only has after successfully passing the first checking by long password in the flrst mode or obtains after user authorizes (as user fingerprints Certificate Authority) again, just allowing electronic equipment to be again switched to the second pattern.

In some specific environment (as market, restaurant), outside the password of user's input is easy to be exposed to, there is potential safety hazard, therefore, as long as when residue is zero by the number of times of the first checking, judge that electronic equipment is in these specific environments, then be necessary that being switched to first mode runs, with ensure information safety (long password is not easy to be remembered by other people and crack), if judge that electronic equipment is not in these specific environments, then think relatively safe, can suitably postpone to switch to first mode.

Therefore, as long as when to remain by the number of times of the first checking be zero, judge that electronic equipment is not positioned at the geographic range corresponding to described specific environment, then satisfied first pre-conditioned.

So, in a second mode, when residue is zero by the number of times of the first checking, judge whether described electronic equipment is positioned at the geographic range corresponding to described specific environment according to the locating information of described electronic equipment, and when judging the geographic range that described electronic equipment is not positioned at corresponding to described specific environment, the value of described first parameter is adjusted, residue is increased by 3 times again by the number of times of the first checking, that is, prolongation is obtained the working time of the second pattern.And if in a second mode, when residue is zero by the number of times of the first checking, judge that described electronic equipment is positioned at the geographic range corresponding to described specific environment according to the locating information of described electronic equipment, then electronic equipment can be switched to first mode, only have the correct long password of input just can successfully pass the first checking in a first mode, thus improve the level of security (long password is not easy to be remembered and crack) of electronic equipment, reduce the risk of user's property loss as far as possible.

Wherein, the method obtaining electronic equipment positional information can be satnav, locate as used GPS or use Beidou satellite navigation system location etc., also can be communication location, as the many architectures based on Cellular Networks, the location of the many AP based on WIFI etc., can also be the safe AP (AP as market, restaurant) that the WIFI AP connected by electronic equipment is determined whether described electronic device histories and connected.

In sum, the embodiment of the present invention, when electronic equipment is in the second pattern, judges that whether described electronic equipment meets first pre-conditioned, if met, then the first parameter is adjusted to the second value from the first value, in order to postpone the time switched to first mode by the second pattern; So, electronic equipment can control electronic equipment switching between the first mode and the second mode flexibly according to user's actual requirement, both taken into account the processing safety of electronic equipment, and be conducive to again promoting the flexibility of electronic equipment to application scenarios and the convenience of operation.

In addition, although previous embodiment of the present invention all with the first information be long password, the second information is that short password is introduced, but the first information of the embodiment of the present invention and the second information are not limited only to be long password and short password respectively, also can be double code (namely needing checking twice) and substance password (namely only needs are verified once) respectively, can also be two information type (as password+fingerprint authentication) and single information type (as only having password authentification) respectively.The first information and second information of the embodiment of the present invention are not limited only to above-mentioned act, as long as meet the complexity of complexity lower than the first information of the second information.

The embodiment of the present invention additionally provides a kind of computer-readable recording medium, and described storage medium comprises one group of computer executable instructions, when executed for realizing the information processing method described in the embodiment of the present invention.

In several embodiment provided by the present invention, should be understood that, disclosed method, device and electronic equipment, can realize by another way.Apparatus embodiments described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, and as: multiple unit or assembly can be in conjunction with, maybe can be integrated into another system, or some features can be ignored, or do not perform.In addition, the coupling each other of shown or discussed each ingredient or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of equipment or unit or communication connection can be electrical, machinery or other form.

The above-mentioned unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, also can be distributed in multiple network element; Part or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.

In addition, each functional unit in various embodiments of the present invention can all be integrated in a processing unit, also can be each unit individually as a unit, also can two or more unit in a unit integrated; Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that hardware also can be adopted to add SFU software functional unit realizes.

One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that programmed instruction is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: movable storage device, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. various can be program code stored medium.

Or, if the above-mentioned integrated unit of the embodiment of the present invention using the form of software function module realize and as independently production marketing or use time, also can be stored in a computer read/write memory medium.Based on such understanding, the technical scheme of the embodiment of the present invention can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product is stored in a storage medium, comprises some instructions and performs all or part of of method described in each embodiment of the present invention in order to make a computer equipment (can be personal computer, server or the network equipment etc.).And aforesaid storage medium comprises: movable storage device, ROM (read-only memory) (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD etc. various can be program code stored medium.

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.

Claims

1. an information processing method, comprising:

2. information processing method according to claim 1, is characterized in that, described when electronic equipment is in the second pattern, judges whether electronic equipment meets first pre-conditioned, comprising:

3. information processing method according to claim 1, is characterized in that, described to judge whether electronic equipment meets first pre-conditioned, comprising:

4. information processing method according to claim 1, is characterized in that,

5. information processing method according to any one of Claims 1-4, is characterized in that, the complexity of described second information, lower than the complexity of the first information, comprising:

6. information processing method according to any one of Claims 1-4, it is characterized in that, described method also comprises: when described electronic equipment is in the second pattern, if the authentication failed number of times of described first checking reaches predetermined threshold value, then described electronic equipment is switched to first mode or is switched to prohibited mode; Under described prohibited mode, described electronic equipment cuts out checking flow process.

7. an electronic equipment, comprising:

8. electronic equipment according to claim 7, it is characterized in that, described judging unit is further used for,

9. electronic equipment according to claim 7, it is characterized in that, described judging unit is further used for,

10. electronic equipment according to claim 7, is characterized in that,

11. according to any one of claim 7 to 10 electronic equipment, it is characterized in that, the complexity of described second information, lower than the complexity of the first information, comprising:

12. according to any one of claim 7 to 10 electronic equipment, it is characterized in that, described processing unit is further used for, when described electronic equipment is in the second pattern, if the authentication failed number of times of described first checking reaches predetermined threshold value, then described electronic equipment is switched to first mode or is switched to prohibited mode; Under described prohibited mode, described electronic equipment cuts out checking flow process.