CN105303125A - Electronic device unlocking method and intelligent terminal - Google Patents
Electronic device unlocking method and intelligent terminal Download PDFInfo
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- CN105303125A CN105303125A CN201510683034.XA CN201510683034A CN105303125A CN 105303125 A CN105303125 A CN 105303125A CN 201510683034 A CN201510683034 A CN 201510683034A CN 105303125 A CN105303125 A CN 105303125A
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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
- G06F21/45—Structures or tools for the administration of authentication
- G06F21/46—Structures or tools for the administration of authentication by designing passwords or checking the strength of passwords
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2221/00—Indexing scheme relating to security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F2221/21—Indexing scheme relating to G06F21/00 and subgroups addressing additional information or applications relating to security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F2221/2149—Restricted operating environment
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Abstract
The present invention discloses an electronic device unlocking method. The method comprises: displaying an unlocking area containing at least one code bit on an electronic device, wherein each code bit contains multiple code elements with changeable positions; acquiring positions of the code elements on the code bit when a user changes the positions of the code elements; calculating a digital code on each code bit according to the acquired positions of the code elements; combining out an unlocking digital code input by the user according to the digital code on each code bit and the number of the code bits; and unlocking the electronic device by comparing the unlocking digital code input by the user with an unlocking digital code of the electronic device. The electronic device unlocking method combines advantages of digital codes and graphical codes, so that the safety of the digital code is high and the attractiveness of the graphical codes is also realized. Moreover, the electronic device unlocking method is abundant and various in unlocking mode, and can better meet user experience.
Description
Technical field
The present invention relates to electronic equipment and unlock field, particularly relate to unlock method and the intelligent terminal of electronic equipment.
Background technology
At present, electronic equipment (such as mobile phone and panel computer etc.) plays irreplaceable role in the life of people.Because electronic equipment can obtaining information and the advantage and being used widely such as to chat freely quickly and easily, user is more had the personal information of oneself to be preserved in the electronic device.In order to ensure the security of the personal information in electronic equipment, before use electronic equipment, need to unlock the carrying out of electronic equipment.
Usually the mode unlocked for electronic equipment has a variety of, such as: fingerprint recognition unlock, numerical ciphers unlock, graphical passwords unlock and without unlock password etc., be followed successively by according to security order from high to low: fingerprint recognition unlock, numerical ciphers unlock, graphical passwords unlock and without unlock password.Wherein, the security of fingerprint recognition unblock is higher; Accordingly, the cost that fingerprint recognition unlocks is also higher, is not suitable for all electronic equipments and unlocks, especially the electronic equipment of low side.In addition, numerical ciphers unblock, graphical passwords unblock and the security without unlock password are lower, are easily cracked.Therefore, this area needs the method for the electronic equipment unblock realizing having higher-security energy badly.
Summary of the invention
Technical scheme provided by the invention is as follows:
A unlock method for electronic equipment, comprising: step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position; Step S20, after user changes the position of password unit, obtains the position of the password unit on password position; Step S30, according to the position of the password unit obtained, calculates the numerical ciphers on each password position; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; The unblock numerical ciphers that step S50 inputs according to user, compared with the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
Preferably, the unlock method of this electronic equipment also comprised before step S10: step S00 stores the unblock numerical ciphers of the electronic equipment that user is arranged.
In step slo, when showing release region, each password unit is positioned on default or random initial position.
In step slo, described password unit is arranged as multiple row or multirow in release region, and kind, the number of the password unit that each password position is contained are identical or different.
The present invention also provides the unlock method of another kind of electronic equipment, comprising: step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position; Step S20 is after user changes the position of password unit, and the position obtaining the password unit on password position refers to: when after user's adopting consecutive click chemical reaction password unit N time, obtains the position after password first continuous moving on password position N time; Step S30, according to the position of the password unit obtained, calculates the numerical ciphers on each password position; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; The unblock numerical ciphers that step S50 inputs according to user, compared with the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
The present invention also provides the unlock method of another kind of electronic equipment, comprising: step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position; Step S20 is after user changes the position of password unit, and the position obtaining the password unit on password position refers to: after user stirs password unit, the position after the password unit obtained on password position moves; Step S30, according to the position of the password unit obtained, calculates the numerical ciphers on each password position; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; The unblock numerical ciphers that step S50 inputs according to user, compared with the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
The present invention also provides the unlock method of another kind of electronic equipment, comprising: step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position; Step S20, after user changes the position of password unit, obtains the position of the password unit on password position; Step S31 according to the position of each password unit and setting counting region, determine kind and the number of the password unit in counting region; Step S32 is according to kind, the number of each password unit, and the numeral representated by kind of the password unit of setting, calculates the digital sum of the password unit on each password position in counting region, as the numerical ciphers on this password position; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; The unblock numerical ciphers that step S50 inputs according to user, compared with the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
Described release region is rectangle or border circular areas, described password position is transverse direction or longitudinal direction or radiate, described password unit is for representing the difformity of different digital and/or color and/or decorative pattern and/or default subregion, the kind of described password unit is at least one, wherein different types of close symbol representative different digital, described counting region is near release region edge or the region away from release region edge.
The present invention also provides the unlock method of another kind of electronic equipment, comprising: step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position; Described release region is abacus frame region, and described password position is the gear of abacus, and described password unit is bead, the kind of described password unit is upper bead and lower bead, the numeral wherein going up bead representative is 5, and the numeral of lower bead is 1, and described counting region is the region near crossbeam; Step S20, after user changes the position of password unit, obtains the position of the password unit on password position; Step S30, according to the position of the password unit obtained, calculates the numerical ciphers on each password position; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; The unblock numerical ciphers that step S50 inputs according to user, compared with the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
An intelligent terminal for the unlock method of electronic equipment, comprising: memory module, the unblock numerical ciphers of store electrons equipment in this memory module; Display module, the release region of display containing at least one password position in this display module, multiple password unit changing position is contained in each password position; Position acquisition module, after user changes the position of password unit, this position acquisition module obtains the position of the password unit on password position; Computing module, read the position of the password unit that described position acquisition module obtains, this computing module calculates the numerical ciphers on each password position; Described computing module, also according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; Unlock control module, this unblock control module reads the unblock numerical ciphers of the user's input be combined in computing module, this unblock control module also reads the unblock numerical ciphers of the electronic equipment stored in memory module, described unblock control module compares the unblock numerical ciphers of user's input and the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
Compared with prior art, the unlock method of electronic equipment provided by the invention, combines the advantage of numerical ciphers and graphical passwords, and the security both having taken into account numerical ciphers is high, achieves again graphical passwords interest.In addition, the unlock method of electronic equipment provided by the invention, its form unlocked is rich and varied, greatly increases the security of password, can meet Consumer's Experience better.
Accompanying drawing explanation
Below by clearly understandable mode, accompanying drawings preferred implementation, is further described the above-mentioned characteristic of a kind of unlock method of electronic equipment and intelligent terminal, technical characteristic, advantage and implementation thereof.
Fig. 1 is the key step schematic diagram of the unlock method of a kind of electronic equipment of the present invention;
Fig. 2 is the schematic flow sheet of the unlock method of a kind of electronic equipment of the present invention;
Fig. 3 is the schematic flow sheet of the unlock method of the another kind of electronic equipment of the present invention;
Fig. 4 is the composition structural representation of a kind of intelligent terminal of the present invention;
Fig. 5 is the schematic flow sheet of the unlock method of another electronic equipment of the present invention;
Fig. 6 is the original state figure of the unblock pattern of a kind of electronic equipment of the present invention;
End-state figure when Fig. 7 is the unblock of Fig. 6;
Fig. 8 is the original state figure of the unblock pattern of the another kind of electronic equipment of the present invention;
End-state figure when Fig. 9 is the unblock of Fig. 8;
Figure 10 is the original state figure of the unblock pattern of another electronic equipment of the present invention;
End-state figure when Figure 11 is the unblock of Figure 10.
Drawing reference numeral illustrates:
1. load module, 2. memory module, 3. display module, 4. position acquisition module, 5. computing module, 6. unlock control module.
Embodiment
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, contrast accompanying drawing is illustrated the specific embodiment of the present invention below.Apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings, and obtain other embodiment.
For making simplified form, only schematically show part related to the present invention in each figure, they do not represent its practical structures as product.In addition, be convenient to make simplified form understand, there are the parts of identical structure or function in some figure, only schematically depict one of them, or only marked one of them.In this article, " one " not only represents " only this ", also can represent the situation of " more than one ".
Fig. 1 is the key step schematic diagram of the unlock method of a kind of electronic equipment of the present invention.As shown in Figure 1, according to one embodiment of present invention, a kind of unlock method of electronic equipment, comprising: step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position; Step S20, after user changes the position of password unit, obtains the position of the password unit on password position; Step S30, according to the position of the password unit obtained, calculates the numerical ciphers on each password position; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; The unblock numerical ciphers that step S50 inputs according to user, compared with the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
Concrete, after user changes the position of the password unit on all password positions, obtain the final position of the password unit on each password position; Or, after user changes the position of the password unit on a password position, obtain the final position of the password unit on this password position.
Fig. 2 is the schematic flow sheet of the unlock method of a kind of electronic equipment of the present invention.As shown in Figure 2, according to another embodiment of the invention, a kind of unlock method of electronic equipment, comprising: step S00 stores the unblock numerical ciphers of the electronic equipment that user is arranged; Step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position; When showing release region, each password unit is positioned on default or random initial position; Described password unit is arranged as multiple row or multirow in release region, and kind, the number of the password unit that each password position is contained are identical or different; Described release region is rectangle or border circular areas, described password position is transverse direction or longitudinal direction or radiate, described password unit is for representing the difformity of different digital and/or color and/or decorative pattern and/or default subregion, the kind of described password unit is at least one, wherein different types of close symbol representative different digital, described counting region is near release region edge or the region away from release region edge; Step S21, when after user's adopting consecutive click chemical reaction password unit N time, obtains the position after password first continuous moving on password position N time; Step S31 according to the position of each password unit and setting counting region, determine kind and the number of the password unit in counting region; Step S32 is according to kind, the number of each password unit, and the numeral representated by kind of the password unit of setting, calculates the digital sum of the password unit on each password position in counting region, as the numerical ciphers on this password position; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; Whether the unblock numerical ciphers that step S51 compares user's input is identical with the unblock numerical ciphers of electronic equipment; If the unblock numerical ciphers of step S52 user input is identical with the unblock numerical ciphers of electronic equipment, carry out the unblock of electronic equipment; If the unblock numerical ciphers of user's input is different from the unblock numerical ciphers of electronic equipment, carry out the unblock failure of electronic equipment.
Fig. 3 is the schematic flow sheet of the unlock method of the another kind of electronic equipment of the present invention.As shown in Figure 3, according to another embodiment of the invention, a kind of unlock method of electronic equipment, comprising: step S00 stores the unblock numerical ciphers (666666) of the electronic equipment that user is arranged; Step S10 show on an electronic device containing at least one password position (individual, ten, hundred, thousand, ten thousand, 100,000, megabit) release region (abacus frame region), the password unit (upper bead 2 and lower bead 5) that multiple (7) can change position is contained in each password position; When showing release region (abacus frame region), each password unit is positioned on default initial position that (upper bead and lower bead are respectively away from position residing during crossbeam, namely abacus is in the state of non-counting region or blank panel) or random initial position on (in part, bead and/or the lower bead of part are in counting region, and namely abacus is in the state of non-blank panel); Described password unit (upper bead and lower bead) is arranged as multiple row or multirow in release region (abacus frame region), each password position (individual, ten, hundred, thousand, ten thousand, 100,000, megabit) on kind, the number identical (upper bead 2 and lower bead 5) of password unit that contain; Described release region is abacus frame region, and described password position is the gear of abacus, and the gear of described abacus is turned left respectively from the right side: individual, ten, hundred, thousand, ten thousand, 100,000, megabit; Described password unit is bead, and the kind of described password unit is upper bead/lower bead, and the numeral wherein going up bead representative is 5, and the numeral of lower bead is 1, and described counting region is the region near crossbeam; Step S22 after user stirs password unit (upper bead and lower bead), obtain password position (individual, ten, hundred, thousand, ten thousand, 100,000, megabit) on password unit (upper bead and/or lower bead) mobile after position; Step S31 is according to the counting region (region near crossbeam) of the position of each password unit (upper bead and/or lower bead) and setting, determine the kind of the password unit in counting region (near the region of crossbeam) and number (individual, ten, hundred, thousand, ten thousand, upper bead in ten myriabits respectively under stir 1, individual, ten, hundred, thousand, ten thousand, lower bead in ten myriabits respectively on stir 5; The sequencing of upper bead and lower bead in the process of stirring is not limited, only obtains net result); Step S32 is according to kind, the number of each password unit, and the numeral representated by kind of the password unit of setting, calculate each password position (individual, ten, hundred, thousand, ten thousand, ten myriabits) on the digital sum (6) of password unit (upper bead and lower bead) in counting region (near the region of crossbeam), as this password position (individual, ten, hundred, thousand, ten thousand, ten myriabits) on numerical ciphers; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers (666666) of user's input; Whether the unblock numerical ciphers (666666) that step S51 compares user's input is identical with the unblock numerical ciphers (666666) of electronic equipment; The unblock numerical ciphers (666666) of step S52 user input is identical with the unblock numerical ciphers (666666) of electronic equipment, carries out the unblock of electronic equipment.
Fig. 6 is the original state figure of the unblock pattern of a kind of electronic equipment of the present invention; End-state figure when Fig. 7 is the unblock of Fig. 6.Shown in composition graphs 3, Fig. 6 and Fig. 7, according to another embodiment of the invention, a kind of unlock method of electronic equipment, comprising: step S00 stores the unblock numerical ciphers (2678) of the electronic equipment that user is arranged; Step S10 show on an electronic device containing at least one password position (individual, ten, hundred, kilobit) release region (square region), multiple password unit (square frame) changing position is contained in each password position; When showing release region (square region), each password unit to be positioned on default initial position on (position that square frame is residing when square region edge) or random initial position (part square frame is in counting region); Described password unit (square frame) is arranged as multiple row or multirow in release region (square region), each password position (individual, ten, hundred, kilobit) on the kind of password unit that contains different, number is different (as shown in Figure 6: the square frame being provided with 3 kinds of numerical value on individual position, 2 numerical value be the square frame of 1,2 numerical value be 2 square frame and 1 numerical value be the square frame of 5; Ten are provided with the square frame of 4 kinds of numerical value, the square frame that the square frame that 2 numerical value is 1,1 numerical value are 2,1 numerical value be 3 square frame and 1 numerical value be the square frame of 4; Hundred are provided with the square frame of 4 kinds of numerical value, the square frame that the square frame that 3 numerical value is 1,1 numerical value are 3,1 numerical value be 4 square frame and 1 numerical value be the square frame of 5; Kilobit is provided with the square frame of 5 kinds of numerical value, the square frame that the square frame that 1 numerical value is 1,1 numerical value are 2,1 numerical value is the square frame of 3,2 numerical value be 4 square frame and 1 numerical value be the square frame of 5); Described release region is square region, and described password position is gear, this gear from left to right respectively: individual, ten, hundred, kilobit; Described password unit is square frame, and described counting region is the region away from square region edge; Step S22 after user stirs password unit (square frame), obtain password position (individual, ten, hundred, kilobit) on password unit (square frame) mobile after position; Step S31 according to the position of each password unit (square frame) and setting counting region (region away from square region edge), determine the kind of the password unit in counting region (region away from square region edge) and number (as shown in Figure 7: individual position has 1 numerical value be the square frame of 2, ten have 1 numerical value is the square frame of 1,1 numerical value be 2 square frame and 1 numerical value be the square frame of 3, hundred have 1 numerical value be 3 square frame and 1 numerical value be the square frame of 4, kilobit has 2 numerical value be the square frame of 4; The sequencing stirring square frame is not limited, only obtains net result); Step S32 is according to kind, the number of each password unit, and the numeral representated by kind of the password unit of setting, calculate each password position (individual, ten, hundred, kilobit) on password unit (square frame) in counting region (region away from square region edge) digital sum (as shown in Figure 7: the digital sum on individual position is 2, digital sum on ten is 6, digital sum on hundred is 7, digital sum in kilobit is 8), as this password position (individual, ten, hundred, kilobit) on numerical ciphers; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers (2678) of user's input; Whether the unblock numerical ciphers (2678) that step S51 compares user's input is identical with the unblock numerical ciphers (2678) of electronic equipment; The unblock numerical ciphers (2678) of step S52 user input is identical with the unblock numerical ciphers (2678) of electronic equipment, carries out the unblock of electronic equipment.
Fig. 8 is the original state figure of the unblock pattern of the another kind of electronic equipment of the present invention; End-state figure when Fig. 9 is the unblock of Fig. 8.Shown in composition graphs 3, Fig. 8 and Fig. 9, according to another embodiment of the invention, a kind of unlock method of electronic equipment, comprising: step S00 stores the unblock numerical ciphers (3578) of the electronic equipment that user is arranged; Step S10 show on an electronic device containing at least one password position (individual, ten, hundred, kilobit) release region (square region), multiple password unit (square frame) changing position is contained in each password position; When showing release region (square region), each password unit to be positioned on default initial position on (square frame is in away from position residing during square region edge) or random initial position (part square frame is in counting region); Described password unit (square frame) is arranged as multiple row or multirow in release region (square region), each password position (individual, ten, hundred, kilobit) on the kind of password unit that contains different, number is different (as shown in Figure 8: the square frame being provided with 3 kinds of numerical value on individual position, 2 numerical value be the square frame of 1,3 numerical value be 2 square frame and 1 numerical value be the square frame of 4; Ten are provided with the square frame of 3 kinds of numerical value, 2 numerical value are the square frame of 1,3 numerical value be 2 square frame and 1 numerical value be the square frame of 3; Hundred are provided with the square frame of 2 kinds of numerical value, 4 numerical value be 1 square frame and 2 numerical value be the square frame of 3; Kilobit is provided with the square frame of 2 kinds of numerical value, 4 numerical value be 1 square frame and 1 numerical value be the square frame of 5); Described release region is square region, and described password position is gear, this gear from left to right respectively: individual, ten, hundred, kilobit; Described password unit is square frame, and described counting region is the region near square region edge; Step S22 after user stirs password unit (square frame), obtain password position (individual, ten, hundred, kilobit) on password unit (square frame) mobile after position; Step S31 is according to the counting region (near the region at square region edge) of the position of each password unit (square frame) and setting, determine the kind of the password unit in counting region (near the region at square region edge) and number (as shown in Figure 9: individual position has 1 numerical value be 1 square frame and 1 numerical value be the square frame of 2, ten have 2 numerical value be 1 square frame and 1 numerical value be the square frame of 3, hundred have 4 numerical value be 1 square frame and 1 numerical value be the square frame of 3, kilobit has 3 numerical value be 1 square frame and 1 numerical value be the square frame of 5; The sequencing stirring square frame is not limited, only obtains net result); Step S32 is according to kind, the number of each password unit, and the numeral representated by kind of the password unit of setting, calculate each password position (individual, ten, hundred, kilobit) on password unit (square frame) in counting region (near the region at square region edge) digital sum (as shown in Figure 9: the digital sum on individual position is 3, digital sum on ten is 5, digital sum on hundred is 7, digital sum in kilobit is 8), as this password position (individual, ten, hundred, kilobit) on numerical ciphers; Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers (3578) of user's input; Whether the unblock numerical ciphers (3578) that step S51 compares user's input is identical with the unblock numerical ciphers (3578) of electronic equipment; The unblock numerical ciphers (3578) of step S52 user input is identical with the unblock numerical ciphers (3578) of electronic equipment, carries out the unblock of electronic equipment.
Concrete, when counting region is the region near square region edge, upwards stirs password unit (square frame), stir password unit (square frame) downwards; When password unit (square frame) upwards dials to the top of release region (square region), can not upwards stir again; When password unit (square frame) dials to the bottom margin of release region (square region) downwards, can not stir downwards again.The order of stirring square frame is not specified, also namely: first upwards can stir square frame, then stir square frame downwards; Also first can stir square frame downwards, more upwards stir square frame.
Fig. 4 is the composition structural representation of a kind of intelligent terminal of the present invention.As shown in Figure 4, a kind of intelligent terminal of unlock method of electronic equipment, comprising: load module 1, and user inputs the unblock numerical ciphers of electronic equipment in this load module 1; Memory module 2, stores the unblock numerical ciphers of the electronic equipment of user's input in this memory module 2; Display module 3, the release region of display containing at least one password position in this display module 3, multiple password unit changing position is contained in each password position; Position acquisition module 4, after user changes the position of password unit, this position acquisition module 4 obtains the position of the password unit on password position; Computing module 5, read the position of the password unit that described position acquisition module 4 obtains, this computing module 5 calculates the numerical ciphers on each password position; Described computing module 5, also according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input; Unlock control module 6, this unblock control module 6 reads the unblock numerical ciphers of the user's input be combined in computing module 5, this unblock control module 6 also reads the unblock numerical ciphers of the electronic equipment stored in memory module 2, described unblock control module 6 compares the unblock numerical ciphers of user's input and the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
Composition graphs 2, Fig. 3 and Fig. 4, according to another embodiment of the invention, a kind of unlock method of electronic equipment, comprising: after user inputs the unblock numerical ciphers (2346) of electronic equipment by load module 1, the unblock numerical ciphers (2346) of the electronic equipment that user is arranged is stored in memory module 2, in display module 3 display containing at least one password position (individual, ten, hundred, thousand, myriabit) release region (abacus frame region), multiple password unit (upper bead and/or lower bead) changing position is contained in each password position, when showing release region (abacus frame region), each password unit (upper bead and lower bead) is positioned on default initial position that (upper bead and lower bead are respectively away from position residing during crossbeam, namely abacus is in the state of non-counting region or blank panel) or random initial position on (in part, bead and/or the lower bead of part are in counting region, and namely abacus is in the state of non-blank panel), described password unit (upper bead and lower bead) is arranged as multiple row or multirow in release region (abacus frame region), each password position (individual, ten, hundred, thousand, myriabit) on the kind of password unit, the number not identical (individual position is provided with bead 2 and lower bead 5, ten is provided with bead 1 and lower bead 5, hundred are provided with lower bead 5, kilobit is provided with bead 1 and lower bead 5, is provided with bead 2 in myriabit) that contain, described release region is abacus frame region, and described password position is the gear of abacus, and the gear of described abacus is turned left respectively from the right side: individual, ten, hundred, thousand, myriabit, described password unit is bead, and the kind of described password unit is upper bead and/or lower bead, and the numeral wherein going up bead representative is 2, and the numeral of lower bead is 1, and described counting region is the region near crossbeam, when user's adopting consecutive click chemical reaction password unit (upper bead and/or lower bead) N time or after stirring password unit, position acquisition module 4 obtain password position (individual, ten, hundred, thousand, myriabit) on password unit (upper bead and/or lower bead) continuous moving N time or position after movement, computing module 5 reads the position of each password unit (upper bead and/or lower bead) that described position acquisition module 4 obtains, and the counting region of setting (region near crossbeam), determine that (individual position is positioned at counting region and has 1 upper bead or 2 lower beads, ten being positioned at counting region has 1 upper bead and 1 lower bead or 3 lower beads for the kind of the password unit in counting region (near the region of crossbeam) and number, hundred are positioned at counting region and have 4 lower beads, kilobit is positioned at counting region and has 1 upper bead and 1 lower bead), the kind of each password unit of this computing module 5, number, and the numeral representated by kind of the password unit of setting, calculate each password position (individual, ten, hundred, kilobit) on the digital sum of password unit (upper bead and/or lower bead) in counting region (near the region of crossbeam) (the digital sum on individual position is the digital sum on 2, ten is 3, digital sum on hundred is 4, digital sum in kilobit is 6), (individual as this password position, ten, hundred, kilobit) on numerical ciphers, described computing module 5 is also according to the numerical ciphers on each password position, and password figure place, is combined into the unblock numerical ciphers (2346) of user's input, unlock the unblock numerical ciphers (2346) that control module 6 reads the user's input be combined in computing module 5, this unblock control module 6 also reads the unblock numerical ciphers (2346) of the electronic equipment stored in memory module 2, and whether the unblock numerical ciphers (2346) that described unblock control module 6 compares user's input is identical with the unblock numerical ciphers (2346) of electronic equipment, the unblock numerical ciphers (2346) of user's input is identical with the unblock numerical ciphers (2346) of electronic equipment, carries out the unblock of electronic equipment.
Concrete, when counting region is the region away from release region edge, stirs password unit (upper bead) downwards, upwards stir password unit (lower bead); When password unit (upper bead) dials to the position adjacent with crossbeam downwards, can not stir downwards again; When password unit (lower bead) upwards dials to the position adjacent with crossbeam, can not upwards stir again.When counting region is the region near release region edge, upwards stirs password unit (upper bead), stir password unit (lower bead) downwards; When password unit (upper bead) upwards dials to the top of release region (abacus frame region), can not upwards stir again; When password unit (lower bead) dials to the bottom margin of release region (abacus frame region) downwards, can not stir downwards again.The order of stirring upper bead and lower bead is not specified, also namely: first can stir bead, then stirs lower bead; Also can first stir lower bead, then stir bead; Also can first stir lower bead, then stir bead, then stir lower bead etc.
Fig. 5 is the schematic flow sheet of the unlock method of another electronic equipment of the present invention; Figure 10 is the original state figure of the unblock pattern of another electronic equipment of the present invention; End-state figure when Figure 11 is the unblock of Figure 10.Shown in composition graphs 5, Figure 10 and Figure 11, according to one embodiment of present invention, a kind of unlock method of electronic equipment, comprising: step S001 pre-sets and unlocks abacus value, such as using abacus value be 8888 as unlocking pin; Abacus comprises a string bead waiting number of arrangement in rectangle frame, and wherein, bead is applied on right cylinder, and this right cylinder is commonly called as " shelves ", and general abacus is 9 grades, 11 grades or 13 grades; Horizontal in shelves with beam, the crossbeam in frame is divided into upper and lower two parts bead, that is: upper bead and lower bead; The upper bead be positioned on the upside of crossbeam has 2, and every bead represents numeral 5; The lower bead be positioned on the downside of crossbeam has 5, and every bead represents numeral 1; Abacus is turned left respectively from the right side: individual, ten, hundred, thousand, ten thousand, 100,000, megabit; 2 beads be positioned on the upside of crossbeam are called blank panel away from position residing during crossbeam respectively away from crossbeam and 5 beads be positioned on the downside of crossbeam respectively, represent and totally do not count; Step S101, when after click power key, unlock interface shows abacus interface; Step S201 in the abacus interface of display, ten, hundred, upper bead in kilobit stirs 1 downwards, in the abacus interface of display, ten, hundred, lower bead in kilobit upwards stirs 3, the abacus value now abacus interface shown is 8888; Step S301 judges that the abacus value that abacus interface shows be 8888 is 8888 whether identical with the abacus value pre-set; The abacus value that step S302 dish interface shows is 8888 is 8888 identical with the abacus value pre-set, then mobile phone unlocks, and enters desktop.
Concrete, the value of upper bead can be 5, also can be 3 or 6 etc.; The value of lower bead can be 1, also can be 2 or 3 etc.; The value wherein going up bead also can be set to the value equaling lower bead.
The unlock method of the electronic equipment in the present embodiment, combine the advantage of numerical ciphers and graphical passwords, the security both having taken into account numerical ciphers is high, achieves again graphical passwords interest, this unlocking manner can learn again the algorithm of lower Chinese classical abacus simultaneously, reviews the sagacity of lower history invention.In addition, the unlock method of the electronic equipment in the present embodiment, not only by password from 4 Bits Expanding to 7, thus can ensure that security and practicality; , the solution that the method for counting of abacus is used for mobile phone is locked meanwhile, thus easily and effectively remember numerical ciphers, and then also add the interest of unblock, and version is rich and varied.
It should be noted that above-described embodiment all can independent assortment as required.The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. a unlock method for electronic equipment, is characterized in that, comprising:
Step S10 shows the release region containing at least one password position on an electronic device, and multiple password unit changing position is contained in each password position;
Step S20, after user changes the position of password unit, obtains the position of the password unit on password position;
Step S30, according to the position of the password unit obtained, calculates the numerical ciphers on each password position;
Step S40, according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input;
The unblock numerical ciphers that step S50 inputs according to user, compared with the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
2. the unlock method of electronic equipment as claimed in claim 1, is characterized in that, also comprised before step S10:
Step S00 stores the unblock numerical ciphers of the electronic equipment that user is arranged.
3. the unlock method of electronic equipment as claimed in claim 1, is characterized in that: in step S10, and when showing release region, each password unit is positioned on default or random initial position.
4. the unlock method of electronic equipment as claimed in claim 1, is characterized in that: in step S10, and described password unit is arranged as multiple row or multirow in release region, and kind, the number of the password unit that each password position is contained are identical or different.
5. the unlock method of electronic equipment as claimed in claim 1, it is characterized in that: described step S20 is after user changes the position of password unit, the position obtaining the password unit on password position refers to: when after user's adopting consecutive click chemical reaction password unit N time, obtains the position after password first continuous moving on password position N time.
6. the unlock method of electronic equipment as claimed in claim 1, it is characterized in that: described step S20 is after user changes the position of password unit, the position obtaining the password unit on password position refers to: after user stirs password unit, the position after the password unit obtained on password position moves.
7. the unlock method of electronic equipment as claimed in claim 4, is characterized in that, described step S30 is according to the position of the password unit obtained, and the numerical ciphers calculated on each password position comprises further:
Step S31 according to the position of each password unit and setting counting region, determine kind and the number of the password unit in counting region;
Step S32 is according to kind, the number of each password unit, and the numeral representated by kind of the password unit of setting, calculates the digital sum of the password unit on each password position in counting region, as the numerical ciphers on this password position.
8. as the unlock method of the electronic equipment in claim 1 ~ 7 as described in any one, it is characterized in that: described release region is rectangle or border circular areas, described password position is transverse direction or longitudinal direction or radiate, described password unit is for representing the difformity of different digital and/or color and/or decorative pattern and/or default subregion, the kind of described password unit is at least one, wherein different types of close symbol representative different digital, described counting region is near release region edge or the region away from release region edge.
9. the unlock method of electronic equipment as claimed in claim 8, it is characterized in that: described release region is abacus frame region, described password position is the gear of abacus, described password unit is bead, the kind of described password unit is upper bead and lower bead, the numeral wherein going up bead representative is 5, and the numeral of lower bead is 1, and described counting region is the region near crossbeam.
10. application is as an intelligent terminal for the unlock method of the electronic equipment in claim 1 ~ 9 as described in any one, it is characterized in that, comprising:
Memory module, the unblock numerical ciphers of store electrons equipment in this memory module;
Display module, the release region of display containing at least one password position in this display module, multiple password unit changing position is contained in each password position;
Position acquisition module, after user changes the position of password unit, this position acquisition module obtains the position of the password unit on password position;
Computing module, read the position of the password unit that described position acquisition module obtains, this computing module calculates the numerical ciphers on each password position; Described computing module, also according to the numerical ciphers on each password position and password figure place, is combined into the unblock numerical ciphers of user's input;
Unlock control module, this unblock control module reads the unblock numerical ciphers of the user's input be combined in computing module, this unblock control module also reads the unblock numerical ciphers of the electronic equipment stored in memory module, described unblock control module compares the unblock numerical ciphers of user's input and the unblock numerical ciphers of electronic equipment, carries out the unblock of electronic equipment.
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| CN201510683034.XA CN105303125A (en) | 2015-10-20 | 2015-10-20 | Electronic device unlocking method and intelligent terminal |
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| US20100005311A1 (en) * | 2007-03-30 | 2010-01-07 | Fujitsu Limited | Electronic-data authentication method, Elctronic-data authentication program, and electronic-data, authentication system |
| CN103577772A (en) * | 2012-07-27 | 2014-02-12 | 群联电子股份有限公司 | Password input method, electronic device, unlocking method and data validation method |
| CN104200141A (en) * | 2014-07-18 | 2014-12-10 | 上海斐讯数据通信技术有限公司 | Intelligent unlocking system and unlocking method thereof |
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| US20100005311A1 (en) * | 2007-03-30 | 2010-01-07 | Fujitsu Limited | Electronic-data authentication method, Elctronic-data authentication program, and electronic-data, authentication system |
| CN103577772A (en) * | 2012-07-27 | 2014-02-12 | 群联电子股份有限公司 | Password input method, electronic device, unlocking method and data validation method |
| CN104200141A (en) * | 2014-07-18 | 2014-12-10 | 上海斐讯数据通信技术有限公司 | Intelligent unlocking system and unlocking method thereof |
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Application publication date: 20160203 |