CN104008347A - Clock based terminal user safe access control method and terminal device - Google Patents
Clock based terminal user safe access control method and terminal device Download PDFInfo
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- CN104008347A CN104008347A CN201310062221.7A CN201310062221A CN104008347A CN 104008347 A CN104008347 A CN 104008347A CN 201310062221 A CN201310062221 A CN 201310062221A CN 104008347 A CN104008347 A CN 104008347A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
- G06F21/44—Program or device authentication
- G06F21/445—Program or device authentication by mutual authentication, e.g. between devices or programs
Abstract
The invention relates to a terminal, a clock associated application and safe access control and discloses a clock based terminal user safe access control method and a terminal device. According to the clock based terminal user safe access control method, a terminal controls and releases a locking state safely due to operation of clock applications and adjustment of time in real time when the preset to-be-locked safe input condition is satisfied, so that the safe control purpose is achieved, safe access control of the terminal achieves visualization, diversification and easy utilization. The clock based terminal user safe access control method has the advantages of expanding user associative memory, expanding utilization dimensions of user security control passwords, solving the problem that a user is difficult to memorize or operate to use specific numbers or letters, enabling the user to flexibly select corresponding security control modes in multiple modes such as digital, visualization and memory association, greatly increasing the safe access control effect, prompting broken thresholds and increasing security due to the fact that the to-be-locked safe input condition which is relevant to the clock memory.
Description
Technical field
The present invention relates to terminal, mobile terminal, terminal clock associated application and user security access control, particularly terminal user safety access control method and the terminal device based on clock
Background technology
Along with the development of mobile communication and consumer electronics industry, electric terminal and mobile terminal more and more become user's indispensable part of living, and user is also more and more important to the safe access control technology of terminal.
Current terminal security access control, as initiated access, application PIN code/Password Input, main technical schemes has: Password Input release, PIN code release, slide key release, the release of touch graphic dot matrix etc., and these safe access control technical schemes are mainly by following shortcoming:
1) safe access control mode is convergent, easily cracks: especially for the user security access control of mobile terminal, need the diversified control mode of various dimensions, can further promote safe access control effect.
2) be unfavorable for that good user experiences: the modes such as existing Password Input, need user to remember numeral or letter etc., the terminal development that cannot experience more and more hommization with user matches; User can realize security control by simpler mode completely.
3) safe access control intensity and effect are still to be hoisted.
Summary of the invention
The object of the present invention is to provide a kind of terminal user safety access control method and terminal device based on clock, the safe access control of terminal is realized visual, diversified, strengthen safe access control effect, promote the threshold that is cracked, tightening security property.
For solving the problems of the technologies described above, embodiments of the present invention provide a kind of terminal user safety access control method based on clock, comprise following steps:
A. set in advance clock security control condition, treat the safe initial conditions of release; Wherein, described in, treat that the safe initial conditions of release is relevant to the associative memory of clock;
B. terminal, when meeting described clock security control condition, enters lock-out state;
C. terminal receives the input of user's operating clock application;
Described in whether the input that D. judges the application of described user's operating clock meets, treat the safe initial conditions of release; If met, terminal security is controlled the state that unlocks; If do not met, terminal is still in the lock state.
Embodiments of the present invention also provide a kind of terminal device, comprise: clock security control application and clock security control management service; Between described clock security control application and described clock security control management service, carry out real-time Communication for Power;
Described clock security control application comprises: clock slide assembly and clock safe condition assembly;
Described clock security control management service comprises: clock security control assembly and clock arrange safely assembly;
Described clock arranges safely assembly and clock security control condition is set, treats the safe initial conditions of release; Wherein, described in, treat that the safe initial conditions of release is relevant to the associative memory of clock;
Described clock slide assembly receives the input of user's operating clock application, and sends described clock security control assembly to;
Described clock security control assembly, when judgement meets described clock security control condition, notifies described clock safe condition assembly to enter lock-out state; The input of judging described user's operating clock application meet described in during until the safe initial conditions of release, notify described clock safe condition component safety to control the state that unlocks; The input of judging described user's operating clock application do not meet described in during until the safe initial conditions of release, notify described clock safe condition assembly to be still in the lock state.
Embodiment of the present invention in terms of existing technologies, by clock, realize safety control function, user applies by operating clock, the real-time adjustment time, meet predefined during until the safe initial conditions of release, terminal security is controlled the state that unlocks, thereby reach the object of security control, make the safe access control of terminal realize visual, variation, by adopting with clock, remember the relevant safe initial conditions of release for the treatment of, can extending user associative memory, easy to use, expanded the use dimension of user security control password, solved user to abstract data as limited in the memory of optional network specific digit or letter and awkward problem, by visual control, more easily operate and use, make the user can be simultaneously in numeral, visual, memory association waits security control mode corresponding to flexible selection in various ways, thereby strengthen safe access control effect, the lifting threshold that is cracked, tightening security property.
In addition, described clock comprises clock scale and pointer; Wherein, the information that described pointer obtains after being operated or rotating is as the input of described user's operating clock application;
In described step C, terminal receives by touch-screen, handwriting input module, multiple point touching module operation or rotates the information that described pointer obtains.
By operating or rotate the time master slave interface that comprises clock scale and pointer, realize visual safe access control, solved user to numeral or the alphabetical limited problem of memory capability, more easily operate and use, promote user's experience.
In addition, can realize diversified terminal security access control by following six kinds of modes:
First kind of way: described in treat that the safe initial conditions of release is Preset Time value;
In described step C, terminal receives the time of user's input as the input of described user's operating clock application;
In described step D, judge whether the time of described user's input is described Preset Time value; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
The second way: described in treat that the safe initial conditions of release is for default adjusted value;
In described step C, terminal receives the time adjusted value of user's input as the input of described user's operating clock application;
In described step D, judge whether the time adjusted value of described user's input is described default adjusted value; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
The third mode: described in treat that the safe initial conditions of release is the preset shape that pointer forms;
In described step C, the shape that the pointer of terminal reception user input forms is as the input of described user's operating clock application;
In described step D, judge whether the shape of the pointer composition of described user's input is described preset shape; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
The 4th kind of mode: described in treat that the safe initial conditions of release is that clock arrives Preset Time naturally; When clock is walked to described Preset Time naturally, terminal security is controlled the state that unlocks.
The 5th kind of mode: described in treat the time value that the safe initial conditions of release is specific time zone;
In described step C, the time value in the specific time zone that the time with current time zone of terminal reception user input is corresponding is as the input of described user's operating clock application;
In described step D, judge whether the time value in the specific time zone that time with current time zone of described user input is corresponding is the time value in described specific time zone; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
The 6th kind of mode: described in treat that the safe initial conditions of release is the predefined time value that comprises the date;
In described step C, terminal receives the time value that comprises the date of user's input as the input of described user's operating clock application;
In described step D, judge whether the time value that comprises the date of described user's input is the described predefined time value that comprises the date; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
By above-mentioned six kinds of modes, user can be simultaneously in the various ways such as digital, visual, memory association security control mode corresponding to selection flexibly, further strengthen safe access control effect, the lifting threshold that is cracked, tightening security property.
Accompanying drawing explanation
Fig. 1 is according to the process flow diagram of the terminal user safety access control method based on clock of first embodiment of the invention;
Fig. 2 to Fig. 7 is the time master slave interface reference diagram according to the terminal user safety access control method based on clock of first embodiment of the invention;
Fig. 8 is according to the structural representation of the terminal device of second embodiment of the invention.
Embodiment
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the embodiments of the present invention are explained in detail.Yet, persons of ordinary skill in the art may appreciate that in each embodiment of the present invention, in order to make reader understand the application better, many ins and outs have been proposed.But, even without these ins and outs and the many variations based on following embodiment and modification, also can realize each claim of the application technical scheme required for protection.
The first embodiment of the present invention relates to a kind of terminal user safety access control method based on clock, the method offers the good terminal security access control user experience of user and the terminal security access control method of various dimensions, a kind of brand-new safe access control technical scheme is provided, more select to user, solve the problem of safety access control method simplification, and promote terminal user safety access control effect.Idiographic flow as shown in Figure 1, comprises following steps:
Step 101, sets in advance clock security control condition, treats the safe initial conditions of release; Wherein, clock security control Conditional Include: overtime locking, start locking, user authenticate locking etc.; Treat that the safe initial conditions of release is relevant to the associative memory of clock, such as: Preset Time value, default adjusted value, default clock pointer shape, clock arrive the time value in Preset Time, specific time zone, the predefined time value that comprises the date etc. naturally.
Step 102, judges whether to meet clock security control condition, in this way, performs step 103; As no, perform step 102, continue to judge whether to meet clock security control condition.
Step 103, terminal enters lock-out state.
Step 104, terminal receives the input of user's operating clock application.
The said clock of present embodiment can make digital dock, can be also simulated clock simulation clock, such as, Figure 2 shows that and a kind of reference interface of simulated clock simulation clock only supply principle design reference, actual clock is realized capable of regulating UI and detail.Clock shown in Fig. 2 comprises clock scale and pointer; Wherein, the information that pointer obtains after being operated or rotating is as the input of user's operating clock application.In this step, terminal receives the information obtaining by touch-screen, handwriting input module, multiple point touching module operation or rotating pointer.That is to say, terminal need to possess the functions such as touch-screen and handwriting input, multiple point touching, the preset clock security control application of terminal is used as clock on the one hand, and this clock also possesses security control effect on the other hand, thereby user can touch slip clock pointer by hand, adjusts in real time the time.
Step 105, judges the whether satisfied safe initial conditions of release for the treatment of of input that user's operating clock is applied; In this way, perform step 106; As no, perform step 107.
Step 106, terminal security is controlled the state that unlocks.
Step 107, terminal is still in the lock state.
Time master slave interface based on shown in Fig. 2, pointer comprises the Constitution Elements such as hour hands, minute hand and second hand, and while normally moving, each pointer moves according to current real-time time, or the time standard of modulating based on user or time zone.
When terminal need to be carried out user security access control, as overtime locking, start locking, user authenticate locking etc., present state interface that clock is determined shown in Fig. 2, during based on this, master slave interface carries out screen locking, but clock hour hands still keep rotary state, now terminal interface must release just can enter or carry out next step operation, when until released state, clock pointer can be operated or be rotated, but other function lockings, as shown in Figure 3, arrow represents the direction that minute hand rotates.
Terminal is when release, user can touch adjustment by master slave interface when above-mentioned, clock as shown in for Fig. 2, user touches and to press hour hands, minute hand or second hand and in clock circle, take the center of circle and slide before and after axle, now the time of clock will be revised, by the correction time to preset value (being 09:05:05 than Preset Time value as shown in Figure 4), default adjusted value or default shape, thereby meet security control unlocking condition, terminal security is controlled the state (as shown in Figure 5) that unlocks, thereby reaches the object of security control.After security control release, time clock feature is recovered normal and is reset to normal condition.As adopt digital dock, and can eject dialog box, for user, input unlocking condition, similarly to the prior art, do not repeat them here.
According to what set in advance, treat that the safe initial conditions of release is different, step 104 is to 106 also slightly different, below explanation respectively:
1. treat that the safe initial conditions of release is Preset Time value; , in step 103, terminal receives the time of user's input as the input of user's operating clock application; In step 104, judge whether the time of user's input is Preset Time value; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
Specifically, user based on by time master slave interface be adjusted to the fixed time and realize safe access control.User is when carrying out safe access control condition setting, this type of control mode can be set, set regular time as unlocking condition, but cannot release when clock runs to this time naturally, need the explicit adjustment of user to come into force, such as setup times is: 09:39:25, suppose that the present clock time is: 08:25:35, now user need to dial to 09:39:25 by clock pointer by touching, and now terminal security access control is removed, and user normally carries out ensuing operation; If current time is just at 09:39:25, now user still needs to return to this time side again and be considered to security control and remove stirring before and after arbitrary making a comment or criticism.As operated without other, terminal will be in safety locking state.
While adopting this method of controlling security, user only need remember special time, as work hours, quitting time, and convenient and simplification memory.
2. treat that the safe initial conditions of release is for default adjusted value; , in step 103, terminal receives the time adjusted value of user's input as the input of user's operating clock application; In step 104, judge whether the time adjusted value of user's input is default adjusted value; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
Specifically, user carries out the mistiming based on current time and adjusts and to realize safe access control.User is when carrying out safe access control condition setting, this type of control mode can be set, take the current time in system as benchmark, user's touch terminal screen time starts to start at, the time period scope of forward direction or backward adjustment appointment is as unlocking condition, such as setting the fast 01:05:05 of clock, or slow 01:05:05.Now, when user touches, master slave interface is adjusted the time, as current time is: 08:05:08, unlocking condition is fast 01:05:05, master slave interface when user need to stir, the adjustment time is: 09:10:13, now terminal is removed safety locking, and user can carry out other normal runnings, simultaneously, clock resets to 08:05:08 automatically, and keeps normal clock function.
While adopting this method of controlling security, user only need remember the specific mistiming, as sets 5 minutes ahead, sets 1 hour back etc., convenient and simplification memory.
3. treat that the safe initial conditions of release is the preset shape that pointer forms; , in step 103, the shape that the pointer of terminal reception user input forms is as the input of user's operating clock application; In step 104, judge whether the shape of the pointer composition of user's input is preset shape; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
Specifically, user based on time master slave interface particular pointer shape carry out safe access control.User is when carrying out safe access control condition setting, this type of control mode can be set, while take, on master slave interface, three given shapes that line was formed such as hour hands, minute hand, second hand are control mode, as 12:00 shape, 3:15 shape, 6:00 shape, 9:00 shape, user, when carrying out security control and remove, only need make a comment or criticism and stir into given shape three, as the complete straight line that overlaps completely, dials into, dial into 120 degree deciles etc.
While adopting this method of controlling security, user only need remember specific clock pointer shape, when clock is adjusted to given shape, safety control module unlocks, the method does not limit the characteristic time, only with three positions of making a comment or criticism, be shaped as foundation, have the possibility that a kind of security control has the multiple safe releasing time.
4. treat that the safe initial conditions of release is that clock arrives Preset Time naturally; , when clock is walked to Preset Time naturally, terminal security is controlled the state that unlocks.
Specifically, user carries out safe access control based on special time.User, when carrying out safe access control condition setting, can arrange this type of control mode, and clock is without artificial adjustment, and when only time arrives the characteristic time, terminal security is controlled and automatically terminated.Such as arrange safety condition at that time the time be 9:05:05, can be set to 12:05:05 security control condition, after this terminal, always in security control locking state, only has when clock naturally to walk to 12:05:05, terminal side can be removed safety locking state.
Adopt this method of controlling security, meet the specific security control needs of user.
5. treat the time value that the safe initial conditions of release is specific time zone; , in step 103, the time value in the specific time zone that the time with current time zone of terminal reception user input is corresponding is as the input of user's operating clock application; In step 104, judge whether the time value in the specific time zone that time with current time zone of user input is corresponding is the time value in specific time zone; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
Specifically, user based on by time the master slave interface time value that is adjusted to specific time zone realize safe access control.User is when carrying out safe access control condition setting, this type of control mode can be set, take the current time in system as benchmark, user's touch terminal screen time starts to start at, forward direction or backward adjustment pointer arrive the time value in the specific time zone corresponding with the time in current time zone as unlocking condition, such as the Beijing Today time is 08:00:00, London time 00:00:00 when unlocking condition can be for our times, Tokyo time 09:00:00 or New York time 19:00:00 etc., master slave interface when user stirs, the adjustment time is the time in the specific time zone that sets, now terminal is removed safety locking, user can carry out other normal runnings, simultaneously, clock resets to 08:00:00 automatically, and keep normal clock function.
This kind of method of controlling security of this kind, can regard that a kind of special case of method in the 2nd, user only need remember the specific time zone of setting as, convenient and simplify and remember.
6. treat that the safe initial conditions of release is the predefined time value that comprises the date; , in step 103, terminal receives the time value that comprises the date of user's input as the input of user's operating clock application; In step 104, judge whether the time value that comprises the date of user's input is the predefined time value that comprises the date; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
Specifically, user based on by time the master slave interface time value that comprises the date that is adjusted to appointment realize safe access control.By temporal extension, be the time value that comprises the date, can be on the interface display date (as shown in Figure 6), user's capable of regulating date in time between as unlocking condition.The time value that comprises the date such as setting is: on January 1st, 2013 05:05:05, suppose that current time is: on February 5th, 2013 09:43:12, now user is by touch-screen inputting date, as shown in Figure 7, in input frame, will change on January 1st, 2013 date into, then clock pointer be dialed to 05:05:05(and Fig. 4 is similar, not repeat them here), now terminal security access control is removed, and user normally carries out ensuing operation.
While adopting this method of controlling security, user only need remember specific date and time, as child's date of birth and time, and convenient and simplification memory.
In addition; what deserves to be explained is; the safe initial conditions of release for the treatment of that present embodiment is related is relevant to the associative memory of clock, and including but not limited to above-mentioned six kinds of modes mentioning, the relevant safe access control mode of associative memory all and clock all should be within protection scope of the present invention.
Compared with prior art, present embodiment realizes safety control function by clock, user applies by operating clock, the real-time adjustment time, meet predefined during until the safe initial conditions of release, terminal security is controlled the state that unlocks, thereby reaches the object of security control, can reach following technique effect:
1) realize visual terminal security access control, user, and is more easily operated and is used by visual control if the memory capability of optional network specific digit or letter is limited abstract data, promotes user's experience;
2) realize diversified terminal security access control, user can be simultaneously in the various ways such as digital, visual, memory association security control mode corresponding to flexible selection;
3) by the new safety access control method of innovation, strengthen safe access control effect, promote the threshold that is cracked, tightening security property.
The step of method is divided above, just in order being described clearly, can to merge into a step or some step is split while realizing, and is decomposed into a plurality of steps, as long as comprise identical logical relation, all in the protection domain of this patent; To adding inessential modification in algorithm or in flow process or introducing inessential design, but the core design that does not change its algorithm and flow process is all in the protection domain of this patent.
Second embodiment of the invention relates to a kind of terminal device, comprises: clock security control application and clock security control management service, carry out real-time Communication for Power between the two.
Wherein, clock security control application comprises: clock slide assembly and clock safe condition assembly; Clock security control management service comprises: clock security control assembly and clock arrange safely assembly.
Clock arranges safely assembly and clock security control condition is set, treats the safe initial conditions of release; Wherein, clock security control Conditional Include: overtime locking, start locking, user authenticate locking.Treat that the safe initial conditions of release is relevant to the associative memory of clock, such as: preset shape, clock that Preset Time value, default adjusted value, pointer form arrive the time value in Preset Time, specific time zone, the predefined time value that comprises the date etc. naturally.
Clock slide assembly receives the input of user's operating clock application, and sends clock security control assembly to; Clock security control assembly is when judgement meets clock security control condition, and notice clock safe condition assembly enters lock-out state; When the input of judging the application of user's operating clock meets until the safe initial conditions of release, notice clock safe condition component safety is controlled the state that unlocks; When the input of judging the application of user's operating clock does not meet until the safe initial conditions of release, notice clock safe condition assembly is still in the lock state.
Further, clock slide assembly can comprise clock scale and pointer; Wherein, the information that pointer obtains after being operated or rotating is as the input of user's operating clock application.Clock slide assembly also comprises: touch-screen, handwriting input module, multiple point touching module; Clock slide assembly is by touch-screen, handwriting input module, multiple point touching module operation or rotating pointer.
The difference for the treatment of the safe initial conditions of release of assembly setting is set safely according to clock, it is the difference of the safe access control mode selected of user, the information that clock slide assembly receives and the judgement of clock security control assembly are also slightly different, are described as follows:
1. the safe initial conditions of release for the treatment of of assembly setting is set is safely Preset Time value to clock, and clock slide assembly receives the time of user's input as the input of user's operating clock application; Clock security control assembly judges whether the time of user's input is Preset Time value; Be judged to be while being, notice clock safe condition component safety is controlled the state that unlocks; Be judged to be while not being, notice clock safe condition assembly is still in the lock state.
2. what clock arranged safely assembly setting treats that the safe initial conditions of release is for default adjusted value, and clock slide assembly receives the time adjusted value of user's input as the input of user's operating clock application; Clock security control assembly judges whether the time adjusted value of user's input is default adjusted value; Be judged to be while being, notice clock safe condition component safety is controlled the state that unlocks; Be judged to be while not being, notice clock safe condition assembly is still in the lock state.
3. the safe initial conditions of release for the treatment of of assembly setting is set is safely the preset shape that pointer forms to clock, and clock slide assembly receives shape that the pointer of user's input forms as the input of user's operating clock application; Clock security control assembly judges whether the shape that the pointer of user's input forms is preset shape; Be judged to be while being, notice clock safe condition component safety is controlled the state that unlocks; Be judged to be while not being, notice clock safe condition assembly is still in the lock state.
4. the safe initial conditions of release for the treatment of of assembly setting is set is safely that clock arrives Preset Time naturally to clock, and clock security control assembly is when clock is walked to Preset Time naturally, and notice clock safe condition component safety is controlled the state that unlocks.
5. clock arranges safely the time value that the safe initial conditions of release is specific time zone for the treatment of of assembly setting, and clock slide assembly receives the time value in corresponding specific time zone of time with current time zone of user's input as the input of user's operating clock application; Clock security control assembly judges whether the time value in the specific time zone that the time with current time zone of user's input is corresponding is the time value in specific time zone; Be judged to be while being, notice clock safe condition component safety is controlled the state that unlocks; Be judged to be while not being, notice clock safe condition assembly is still in the lock state.
6. the safe initial conditions of release for the treatment of of assembly setting is set is safely the predefined time value that comprises the date to clock; Clock slide assembly receives the time value that comprises the date of user's input as the input of user's operating clock application; Clock security control assembly judges whether the time value that comprises the date of user's input is the predefined time value that comprises the date; Be judged to be while being, notice clock safe condition component safety is controlled the state that unlocks; Be judged to be while not being, notice clock safe condition assembly is still in the lock state.
When specific implementation, refer to shown in Fig. 8, the overall terminal that possesses " clock safety control system " function that adopts of present embodiment realizes, and clock safety control system is totally divided into: clock security control application 1 and clock security control management service 2.Both adopt the mode of real-time Communication for Power jointly to complete the object that terminal security is controlled, and the complete safety that forms terminal clock safety control system is controlled function.
Clock security control application 1, as the foreground application of terminal, possesses time master slave interface and the pointer of screen display, and as the user interface of user security access control, user can realize by the mode of operating clock interface pointer security control release input information.When terminal is during in secure access lock-out state, reach predetermined locking condition, as start enters, time delay condition meets, application locking enters etc., user operates touch-screen and interface clock is made a comment or criticism carries out adjusting operation, unlocks after reaching predetermined condition.
Clock security control application comprises two functional modules: clock slide assembly 3 and clock safe condition assembly 4.Slide assembly is mainly the slide of response user to pointer, and keeps normally operation under terminal locking state, and the form that slide assemblies receives user's operation and becomes security control management service to need present clock data-switching deposits database in; Clock safe condition assembly is mainly that the state of management clock application switches: normal clock state, security control locking state, safe release input state, the complete Reset Status of safe release etc., the respective behavior of the corresponding clock of each state, relevant with security control mainly: meet the lock-out state of safety condition, Reset Status after the release of release input state of user's operating clock, when user's input error unlocking condition, clock still keeps security control locking state.
In addition, clock security control application provides current control mode prompting, as schedule time value mode, difference time value mode, clock shape mode and special time mode, user carries out the clock adjustment input of preset safety condition when operation release according to this Application Hints.
Clock security control management service 2, runs on system backstage, and start i.e. operation, and provides interface to call for each application or system, meanwhile, the safe input database of access clock safety applications, thus start and realize security control service.Clock security control assembly 5 is mainly to judge whether system reaches safety condition, if reach rear reporting system and clock security control, apply the safety locking state that enters, this data realization condition evaluation algorithm, when user inputs safe unlock command, this component accesses input database judges whether to meet unlocking condition, after meeting, reporting system and clock application unlock, otherwise still control system is lock-out state; Clock arranges safely assembly 6 and is mainly to provide the preset setting of user security controlled condition, and it provides listed four kinds of clock guard methods and algorithm in present embodiment, for user, inputs and adjust in real time security control condition.For each method of controlling security, assembly and security control assembly and clock safety applications are set and jointly complete: the function that safety condition setting, system lock, unlocking condition judge, unlock.
When system and related application need clock control service, register and call this service interface, security control is monitored and is moved.At a time, this service only responds a kind of registration request of application, guarantees single example operation.
Based on above-mentioned clock safety control system, preset this system applies of terminal and service, and possess after the conditions such as touch-screen input, multiple point touching, clock application runtime environment, form the end device that possesses the safe access control based on clock.
Be not difficult to find, present embodiment is the system embodiment corresponding with the first embodiment, present embodiment can with the enforcement of working in coordination of the first embodiment.The correlation technique details of mentioning in the first embodiment is still effective in the present embodiment, in order to reduce repetition, repeats no more here.Correspondingly, the correlation technique details of mentioning in present embodiment also can be applicable in the first embodiment.
It is worth mentioning that, each module involved in present embodiment is logic module, and in actual applications, a logical block can be a physical location, can be also a part for a physical location, can also realize with the combination of a plurality of physical locations.In addition, for outstanding innovation part of the present invention, in present embodiment, the unit not too close with solving technical matters relation proposed by the invention do not introduced, but this does not show not exist in present embodiment other unit.
Persons of ordinary skill in the art may appreciate that the respective embodiments described above are to realize specific embodiments of the invention, and in actual applications, can to it, do various changes in the form and details, and without departing from the spirit and scope of the present invention.
Claims (18)
1. the terminal user safety access control method based on clock, is characterized in that, comprises following steps:
A. set in advance clock security control condition, treat the safe initial conditions of release; Wherein, described in, treat that the safe initial conditions of release is relevant to the associative memory of clock;
B. terminal, when meeting described clock security control condition, enters lock-out state;
C. terminal receives the input of user's operating clock application;
Described in whether the input that D. judges the application of described user's operating clock meets, treat the safe initial conditions of release; If met, terminal security is controlled the state that unlocks; If do not met, terminal is still in the lock state.
2. the terminal user safety access control method based on clock according to claim 1, is characterized in that, described clock security control Conditional Include: overtime locking, start locking, user authenticate locking.
3. the terminal user safety access control method based on clock according to claim 1, is characterized in that, described clock comprises clock scale and pointer; Wherein, the information that described pointer obtains after being operated or rotating is as the input of described user's operating clock application;
In described step C, terminal receives by touch-screen, handwriting input module, multiple point touching module operation or rotates the information that described pointer obtains.
4. according to the terminal user safety access control method based on clock described in claims 1 to 3 any one, it is characterized in that, described in treat that the safe initial conditions of release is Preset Time value;
In described step C, terminal receives the time of user's input as the input of described user's operating clock application;
In described step D, judge whether the time of described user's input is described Preset Time value; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
5. according to the terminal user safety access control method based on clock described in claims 1 to 3 any one, it is characterized in that, described in treat that the safe initial conditions of release is for default adjusted value;
In described step C, terminal receives the time adjusted value of user's input as the input of described user's operating clock application;
In described step D, judge whether the time adjusted value of described user's input is described default adjusted value; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
6. according to the terminal user safety access control method based on clock described in claims 1 to 3 any one, it is characterized in that, described in treat that the safe initial conditions of release is for default clock pointer shape;
In described step C, the shape that the pointer of terminal reception user input forms is as the input of described user's operating clock application;
In described step D, judge whether the shape of the pointer composition of described user's input is described default clock pointer shape; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
7. according to the terminal user safety access control method based on clock described in claims 1 to 3 any one, it is characterized in that, described in treat that the safe initial conditions of release is that clock arrives Preset Time naturally;
When clock is walked to described Preset Time naturally, terminal security is controlled the state that unlocks.
8. according to the terminal user safety access control method based on clock described in claims 1 to 3 any one, it is characterized in that, described in treat the time value that the safe initial conditions of release is specific time zone;
In described step C, the time value in the specific time zone that the time with current time zone of terminal reception user input is corresponding is as the input of described user's operating clock application;
In described step D, judge whether the time value in the specific time zone that time with current time zone of described user input is corresponding is the time value in described specific time zone; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
9. according to the terminal user safety access control method based on clock described in claims 1 to 3 any one, it is characterized in that, described in treat that the safe initial conditions of release is the predefined time value that comprises the date;
In described step C, terminal receives the time value that comprises the date of user's input as the input of described user's operating clock application;
In described step D, judge whether the time value that comprises the date of described user's input is the described predefined time value that comprises the date; In this way, terminal security is controlled the state that unlocks; If not, terminal is still in the lock state.
10. a terminal device, is characterized in that, comprises: clock security control application and clock security control management service; Between described clock security control application and described clock security control management service, carry out real-time Communication for Power;
Described clock security control application comprises: clock slide assembly and clock safe condition assembly;
Described clock security control management service comprises: clock security control assembly and clock arrange safely assembly;
Described clock arranges safely assembly and clock security control condition is set, treats the safe initial conditions of release; Wherein, described in, treat that the safe initial conditions of release is relevant to the associative memory of clock;
Described clock slide assembly receives the input of user's operating clock application, and sends described clock security control assembly to;
Described clock security control assembly, when judgement meets described clock security control condition, notifies described clock safe condition assembly to enter lock-out state; The input of judging described user's operating clock application meet described in during until the safe initial conditions of release, notify described clock safe condition component safety to control the state that unlocks; The input of judging described user's operating clock application do not meet described in during until the safe initial conditions of release, notify described clock safe condition assembly to be still in the lock state.
11. terminal devices according to claim 10, is characterized in that, described clock arranges safely the clock security control Conditional Include that assembly arranges: overtime locking, start locking, user authenticate locking.
12. terminal devices according to claim 10, is characterized in that, described clock slide assembly comprises clock scale and pointer; Wherein, the information that described pointer obtains after being operated or rotating is as the input of described user's operating clock application;
Described clock slide assembly also comprises: touch-screen, handwriting input module, multiple point touching module; Described clock slide assembly is by described touch-screen, handwriting input module, multiple point touching module operation or rotate described pointer.
13. according to claim 10 to the terminal device described in 12 any one, it is characterized in that, the safe initial conditions of release for the treatment of that described clock arranges safely assembly setting is Preset Time value;
Described clock slide assembly receives the time of user's input as the input of described user's operating clock application;
Described clock security control assembly judges whether the time of described user's input is described Preset Time value; Be judged to be while being, notifying described clock safe condition component safety to control the state that unlocks; Being judged to be while not being, notify described clock safe condition assembly to be still in the lock state.
14. according to claim 10 to the terminal device described in 12 any one, it is characterized in that, the safe initial conditions of release for the treatment of that described clock arranges safely assembly setting is default adjusted value;
Described clock slide assembly receives the time adjusted value of user's input as the input of described user's operating clock application;
Described clock security control assembly judges whether the time adjusted value of described user's input is described default adjusted value; Be judged to be while being, notifying described clock safe condition component safety to control the state that unlocks; Being judged to be while not being, notify described clock safe condition assembly to be still in the lock state.
15. according to claim 10 to the terminal device described in 12 any one, it is characterized in that, the safe initial conditions of release for the treatment of that described clock arranges safely assembly setting is default clock pointer shape;
The shape that the pointer of described clock slide assembly reception user input forms is as the input of described user's operating clock application;
Described clock security control assembly judges whether the shape that the pointer of described user's input forms is described default clock pointer shape; Be judged to be while being, notifying described clock safe condition component safety to control the state that unlocks; Being judged to be while not being, notify described clock safe condition assembly to be still in the lock state.
16. according to claim 10 to the terminal device described in 12 any one, it is characterized in that, the safe initial conditions of release for the treatment of that described clock arranges safely assembly setting is that clock arrives Preset Time naturally;
Described clock security control assembly, when clock is walked to described Preset Time naturally, notifies described clock safe condition component safety to control the state that unlocks.
17. according to claim 10 to the terminal device described in 12 any one, it is characterized in that, described clock arranges safely the time value that the safe initial conditions of release is specific time zone for the treatment of of assembly setting;
Described clock slide assembly receives the time value in corresponding specific time zone of time with current time zone of user's input as the input of described user's operating clock application;
Described clock security control assembly judges whether the time value in the specific time zone that the time with current time zone of described user's input is corresponding is the time value in described specific time zone; Be judged to be while being, notifying described clock safe condition component safety to control the state that unlocks; Being judged to be while not being, notify described clock safe condition assembly to be still in the lock state.
18. according to claim 10 to the terminal device described in 12 any one, it is characterized in that, the safe initial conditions of release for the treatment of that described clock arranges safely assembly setting is the predefined time value that comprises the date;
Described clock slide assembly receives the time value that comprises the date of user's input as the input of described user's operating clock application;
Described clock security control assembly judges whether the time value that comprises the date of described user's input is the described predefined time value that comprises the date; Be judged to be while being, notifying described clock safe condition component safety to control the state that unlocks; Being judged to be while not being, notify described clock safe condition assembly to be still in the lock state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310062221.7A CN104008347A (en) | 2013-02-27 | 2013-02-27 | Clock based terminal user safe access control method and terminal device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310062221.7A CN104008347A (en) | 2013-02-27 | 2013-02-27 | Clock based terminal user safe access control method and terminal device |
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| CN104008347A true CN104008347A (en) | 2014-08-27 |
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| CN201310062221.7A Pending CN104008347A (en) | 2013-02-27 | 2013-02-27 | Clock based terminal user safe access control method and terminal device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104598101A (en) * | 2014-12-30 | 2015-05-06 | 深圳市金立通信设备有限公司 | Terminal |
| CN104598125A (en) * | 2014-12-30 | 2015-05-06 | 深圳市金立通信设备有限公司 | Terminal unlocking method |
| CN105787350A (en) * | 2016-02-26 | 2016-07-20 | 广东欧珀移动通信有限公司 | WiFi hotspot control method and device and terminal |
| CN106325754A (en) * | 2016-09-18 | 2017-01-11 | 深圳市邦华电子有限公司 | Method and device for adjusting electronic pointer |
| CN106815496A (en) * | 2015-11-30 | 2017-06-09 | 东莞酷派软件技术有限公司 | unlocking method, device and terminal |
-
2013
- 2013-02-27 CN CN201310062221.7A patent/CN104008347A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104598101A (en) * | 2014-12-30 | 2015-05-06 | 深圳市金立通信设备有限公司 | Terminal |
| CN104598125A (en) * | 2014-12-30 | 2015-05-06 | 深圳市金立通信设备有限公司 | Terminal unlocking method |
| CN106815496A (en) * | 2015-11-30 | 2017-06-09 | 东莞酷派软件技术有限公司 | unlocking method, device and terminal |
| CN105787350A (en) * | 2016-02-26 | 2016-07-20 | 广东欧珀移动通信有限公司 | WiFi hotspot control method and device and terminal |
| CN106325754A (en) * | 2016-09-18 | 2017-01-11 | 深圳市邦华电子有限公司 | Method and device for adjusting electronic pointer |
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