CN107391993A - A kind of unlocked by fingerprint method and unlocked by fingerprint system based on intelligent terminal - Google Patents
A kind of unlocked by fingerprint method and unlocked by fingerprint system based on intelligent terminal Download PDFInfo
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- CN107391993A CN107391993A CN201710623324.4A CN201710623324A CN107391993A CN 107391993 A CN107391993 A CN 107391993A CN 201710623324 A CN201710623324 A CN 201710623324A CN 107391993 A CN107391993 A CN 107391993A
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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
- G06F21/31—User authentication
- G06F21/32—User authentication using biometric data, e.g. fingerprints, iris scans or voiceprints
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/48—Other medical applications
- A61B5/4806—Sleep evaluation
- A61B5/4809—Sleep detection, i.e. determining whether a subject is asleep or not
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Abstract
The invention provides a kind of unlocked by fingerprint method and unlocked by fingerprint system based on intelligent terminal, the unlocked by fingerprint method comprises the following steps：Gather one first heart rate data；According to first heart rate data, judge whether user is in sleep state；When judging that the user is in the sleep state, the fingerprint identification function of the intelligent terminal is closed；When judging that the user is not at the sleep state, the fingerprint identification function of the intelligent terminal is opened.The unlocked by fingerprint system includes acquisition module, processing module and control module.Using the above method and system, it can effectively prevent in the sleep procedure intelligent terminal of user to be unlocked the situation of unlatching and occur, effectively improve the safety and reliability that user uses unlocked by fingerprint, provide the user a kind of more preferable usage experience.
Description
Technical field
The present invention relates to intelligent terminal field, more particularly to a kind of unlocked by fingerprint method and fingerprint solution based on intelligent terminal
Lock system.
Background technology
With making rapid progress for science and technology, the update of intelligent terminal, technology is constantly changed and lifted.Intelligence
The popularization of energy terminal adds the convenience of people's life, also accelerates the step of social development.With intelligent terminal brand, production
The increasingly variation of product, function, requirement of the user to intelligent terminal is also more and more, especially to involved by intelligent terminal
The demand of people's secret protection is increasingly paid close attention to.
The demand protected for the individual privacy involved by intelligent terminal, intelligent terminal develop fingerprint identification function, purport
The lock-out state of intelligent terminal is released preventing the people beyond user.Unlocked by fingerprint is a finger print data using user, and
Record the screen protection unblock software of checking.First in use, intelligent terminal will carry out sampling record to the finger print data of user
Enter；When screen protection is opened, user only need to wait of short duration scanning to compare, after coincideing just by the way that finger is placed on into finger scan area
The locking of intelligent terminal can be released.
However, the technology has certain leak, i.e., when user is in sleep or automatism, other people can pass through
The finger of user is placed on finger scan area, after the finger print information of user matches with the finger print information of advance typing, you can
Release the lock-out state of intelligent terminal.Now, other people can be to check all information in user's intelligent terminal, or even usurps
Its intelligent terminal.
Accordingly, it is desirable to provide a kind of unlocked by fingerprint method and unlocked by fingerprint system based on intelligent terminal, are starting fingerprint
First the heart rate of user is acquired before unlocking function, whether user is judged in sleep state, can effectively be prevented
The intelligent terminal of user is unlocked the situation generation of unlatching in sleep procedure, effectively improves the safety that user uses unlocked by fingerprint
Property and reliability, provide the user a kind of more preferable usage experience.
The content of the invention
In order to overcome above-mentioned technological deficiency, it is an object of the invention to provide a kind of unlocked by fingerprint side based on intelligent terminal
Method and system, first the heart rate of user is acquired before unlocked by fingerprint function is started, whether user is entered in sleep state
Row judges, can effectively prevent in the sleep procedure intelligent terminal of user to be unlocked the situation of unlatching and occur, effectively improve use
Family uses the safety and reliability of unlocked by fingerprint, provides the user a kind of more preferable usage experience..
The invention discloses a kind of unlocked by fingerprint method based on intelligent terminal, the unlocked by fingerprint method includes following step
Suddenly：
The intelligent terminal gathers one first heart rate data；
According to first heart rate data, judge whether user is in sleep state；
When judging that the user is in the sleep state, the fingerprint identification function of the intelligent terminal is closed；
When judging that the user is not at the sleep state, the fingerprint identification function of the intelligent terminal is opened.
Preferably, the sleep state include the sleep stage, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages.
Preferably, when first heart rate data, which is in, is less than 50 beats/min, judge that user is in the sleep shape
State；When first heart rate data is more than 50 beats/min, judge that user is not at the sleep state.
Preferably, the step of one first heart rate data of the collection before, the unlocked by fingerprint method is further included and adopted
Collect 3 days or 3 days users described above are in dormant basal heart rate data, and be stored in the intelligent terminal；In institute
State in unlocked by fingerprint method, according to first heart rate data, judge that the step of whether user is in sleep state is replaced by：
Whether in the scope of the basal heart rate data judge whether the user locates according to first heart rate data
In the sleep state.
Preferably, the step of gathering first heart rate data includes：The first heart rate number is detected by wearable device
According to；The wearable device sends first heart rate data to the intelligent terminal.
Present invention also offers a kind of unlocked by fingerprint system based on intelligent terminal, the unlocked by fingerprint system includes collection
Module, processing module and control module,
The acquisition module, communicate and connect with the processing module, gather one first heart rate data and send to the place
Manage module；
The processing module, connect with the acquisition module, control module communication, judged according to first heart rate data
Whether user is in sleep state, and sends judged result to the control module；
The control module, communicate and connect with the processing module, the intelligence is turned on and off according to the judged result
The fingerprint identification function of energy terminal；
When the processing module judges that the user is in the sleep state, the control module closes the intelligence
The fingerprint identification function of terminal；
When the processing module judges that the user is not at the sleep state, the control module opens the intelligence
The fingerprint identification function of energy terminal.
Preferably, the sleep state include the sleep stage, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages.
Preferably, when first heart rate data, which is in, is less than 50 beats/min, the processing module judges the user
In the sleep state；When first heart rate data is more than 50 beats/min, the processing module judges the user not
In the sleep state.
Preferably, before the acquisition module gathers first heart rate data, further comprising collection 3 days or more than 3 days
The user is in dormant basal heart rate data；The unlocked by fingerprint system further includes a storage module, is used for
The basal heart rate data are stored, and communicates and connects with the processing module, the basal heart rate data are sent to the place
Manage module；The processing module according to first heart rate data whether in the scope of the basal heart rate data judge described in
Whether user is in the sleep state.
Preferably, unlocked by fingerprint system also includes wearable device, and the wearable device detects the first heart rate number
According to, and first heart rate data is sent to the intelligent terminal.
After employing above-mentioned technical proposal, compared with prior art, have the advantages that：
First the heart rate of user is acquired before unlocked by fingerprint function is started, to user whether in sleep state progress
Judge, can effectively prevent in the sleep procedure intelligent terminal of user to be unlocked the situation of unlatching and occur, effectively improve user
Using the safety and reliability of unlocked by fingerprint, a kind of more preferable usage experience is provided the user.
Brief description of the drawings
Fig. 1 meets a kind of unlocked by fingerprint method flow diagram based on intelligent terminal of the embodiment of the present invention；
Fig. 2 meets a kind of unlocked by fingerprint system schematic based on intelligent terminal of the embodiment of the present invention.
Embodiment
Advantages of the present invention is expanded on further below in conjunction with accompanying drawing and specific embodiment.
As shown in figure 1, to meet a kind of unlocked by fingerprint method flow diagram based on intelligent terminal of the embodiment of the present invention.This
Invention provides a kind of unlocked by fingerprint method based on the intelligent terminal such as equipment such as mobile phone, tablet personal computer, the unlocked by fingerprint method
It is that specifically, the unlocked by fingerprint method comprises the following steps based on Android intelligent terminal system development：
The intelligent terminal gathers one first heart rate data.
Gathering the means of the first heart rate data is included by the sensor device such as intelligence connected with intelligent terminal communication
Bracelet, or directly gathered by the finger scan area of intelligent terminal.
First is gathered when communicating the wearable devices such as the sensor device such as Intelligent bracelet connected with intelligent terminal by one
During heart rate data, comprise the following steps that：User takes an Intelligent bracelet, opens the switch of Intelligent bracelet, makes Intelligent bracelet with using
The intelligent terminal at family establishes communication connection.After establishing communication connection, the Intelligent bracelet of user on hand starts to gather the first of user
The first heart rate data for gathering gained is simultaneously sent in intelligent terminal by heart rate data.
When directly gathering the first heart rate data by the finger scan area of intelligent terminal, comprise the following steps that：User will
Finger is positioned in the finger scan area of intelligent terminal, stops 5 second time, and intelligent terminal can collect first of user at that time
Heart rate data, and the first heart rate data for gathering gained is stored in intelligent terminal, in case follow-up further Treatment Analysis.
According to first heart rate data, judge whether user is in sleep state.
Specifically, intelligent terminal collects the first heart rate data of user by outer sensor or built-in fingerprint scanning area
Afterwards, processing can be further analyzed to the first heart rate data of collection gained.Intelligent terminal as collection obtained by first
Heart rate data judges whether user was in sleep state at that time.Sleep state refers to the form that people shows in sleep,
It is relative with waking state.
Preferably, the sleep state include the sleep stage, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages.
Sleep state as described in the present invention enumerates the four-stage of sleep, is respectively：Fall asleep, shallow sleep, sound sleep, prolong
Continuous sound sleep.
The sleep stage.Since drowsy, gradually fall asleep, no longer keep waking state.At this time, slack-off, flesh is breathed
Meat tension force declines, and body slightly loosens, and now belongs to and just sleeps state, sleeper is easier to be waken up by external sound or shake-up.
It is shallow to sleep the stage, or the hypophypnosis stage.This stage sleep belongs to shallow and slept or slightly to moderate sleep state, sleeper
It has been not easy to be waken up, now muscle further loosens, and electroencephalogram shows fusiform sleep ripple.
Deep sleep stages, at this time sleeper enter deep sleep, Muscle tensility disappears, and muscle fully relaxes, and feels work(
It can further reduce, be less susceptible to be waken up.
Continuing deep sleep stages, this stage is the extension of deep sleep stages, but is not that each sleeper is attained by this stage,
It is not that each sleep cycle is all up this stage.Somebody's sleep is not deep enough, cannot reach this stage, or only very
The deep sleep stages of short time, the sleep for continuing deep sleep stages.
Preferably, when first heart rate data, which is in, is less than 50 beats/min or 40-50 beats/min, judge at user
In the sleep state；When first heart rate data is more than 50 beats/min, judge that user is not at the sleep state.
Heart rate refers to the number of heartbeat per minute under normal person's rest state, is also quiet heart rate, generally 60-100 times/
Point, individual difference can be produced because of age, sex or other physiologic factors.In general, the age is smaller, and heart rate is faster, the elderly
Heartbeat is slower than young man, and the heart rate of women is faster than male of the same age.Under rest state, adult normal heart rate is 60-100 beats/min,
Preferable heart rate should be 55-70 beats/min.Above-mentioned heart rate is heart rate when human body is active, and is slept when human body is in
Heart rate during dormancy state can be in relatively low state, about 40-50 beats/min.Therefore, when intelligent terminal collects first heart
Rate data simultaneously judge first heart rate data after 40-50 beats/min, that is, judge that user is in sleep state, such as sleep rank
Section, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages.When intelligent terminal collects the first heart rate data and judges first heart
After rate data are more than 50 beats/min, that is, judge that user is not at sleep state, that is, judge that user is in waking state.
Preferably, the step of one first heart rate data of the collection before, the unlocked by fingerprint method is further included and adopted
Collect 3 days or 3 days users described above are in dormant basal heart rate data, and be stored in the intelligent terminal；It is described
In unlocked by fingerprint method, judge that the step of whether user is in sleep state is changed to according to first heart rate data：
Whether judge in the scope of the basal heart rate data whether the user sleeps in described according to first heart rate data
Dormancy state.
Specifically, it is provided by the invention to be based on intelligence before the step of the first heart rate data of intelligent terminal collection user
Can the base of the unlocked by fingerprint method of terminal when further can also be in sleep state comprising collection 3 days or more than the 3 days users
Plinth heart rate data, subsequently to judge whether user is in dormant foundation as intelligent terminal.When having in intelligent terminal
After the basal heart rate data that the user had previously stored, whether intelligent terminal can be in the basal heart rate according to the first heart rate data
Judge whether user is in sleep state in the fluctuation range of data.For example, when 3 days users of collection are in sleep state
After basal heart rate data, the scope for finding the basal heart rate data when user is in sleep state is 43-48 beats/min.When
Intelligent terminal collects one first heart rate data after 45 beats/min, according to the basal heart rate data previously stored, to find collection
First heart rate data of gained is in basal heart rate data area, then intelligent terminal judges that the user is in sleep state
In.
When judging that the user is in the sleep state, the fingerprint identification function of the intelligent terminal is closed.
After analysis is further processed to the first heart rate data of collection gained in intelligent terminal, first heart is judged
The user of rate data is in upper any sleep state, as the sleep stage, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages
When, intelligent terminal can close its fingerprint identification function according to the result of determination.That is, when intelligent terminal judges collection institute
When the user of the first heart rate obtained is in sleep state, even if default fingerprint letter in the fingerprint matching intelligent terminal of the user
Breath, it can not also use unlocked by fingerprint intelligent terminal.For example, when someone takes advantage of intelligent terminal user and is in sleep state, attempt
When unlocking the intelligent terminal of the user by force by unlocked by fingerprint using the finger print of the user, when intelligent terminal collects this
The first heart rate of user and when judging that user is in sleep state according to first heart rate, intelligent terminal can voluntarily close its fingerprint
The function of unblock.Now, even if someone unlocks intelligent terminal using the finger print of user by force, also it is unable to reach the mesh of unblock
's.
When judging that the user is not at the sleep state, the fingerprint identification function of the intelligent terminal is opened.
After analysis is further processed to the first heart rate data of collection gained in intelligent terminal, first heart is judged
The user of rate data is not at any sleep state, i.e., user be not at the sleep stage, it is shallow sleep the stage, deep sleep stages and
When continuing the either phase in deep sleep stages, intelligent terminal can be opened its fingerprint identification function according to the result of determination.Also
It is to say, when intelligent terminal judges that the user of the first heart rate of collection gained is not at sleep state, verifies the fingerprint of the user
Meet in intelligent terminal after default finger print information, user can also contact the locking to its intelligent terminal by unlocked by fingerprint.
It is above-mentioned when detecting the first heart rate data using Intelligent bracelet, the Intelligent bracelet and intelligent terminal by bluetooth, it is infrared,
The modes such as wireless network are connected, and the first heart rate data of detection is sent to intelligent terminal for using.
As shown in Fig. 2 to meet a kind of unlocked by fingerprint system architecture signal based on intelligent terminal of the embodiment of the present invention
Figure.Another aspect of the present invention provides a kind of unlocked by fingerprint system based on the intelligent terminal such as equipment such as mobile phone, tablet personal computer, should
Unlocked by fingerprint system needs to run under Android environment, and specifically, the unlocked by fingerprint system includes acquisition module, processing mould
Block and control module.
The acquisition module, gather one first heart rate data and send to the processing module.
Acquisition module can be an outer sensor device with the processing module communication connection of intelligent terminal, can also be interior
It is placed in inside intelligent terminal.
When acquisition module is a sensor device such as Intelligent bracelet collection with the processing module communication connection of intelligent terminal
During the first heart rate data, after the processing module foundation communication connection of acquisition module and intelligent terminal, connect by the body with user
Touch the first heart rate data for starting to gather user and the first heart rate data for gathering gained is sent to the processing mould of intelligent terminal
In block.
When acquisition module is built in inside intelligent terminal, collected when being built in the intrinsic acquisition module of intelligent terminal
During the first heart rate data of user, connected by communicating, the first heart rate for gathering gained is sent to the processing mould of intelligent terminal
In block.
The processing module, connect with the acquisition module, control module communication, judged according to first heart rate data
Whether user is in sleep state, and sends judged result to the control module；
Specifically, acquisition module sends the first heart rate data for gathering gained after collecting the first heart rate data of user
To after processing module, just whether the processing module of intelligent terminal judge user at that time as the first heart rate data obtained by collection
In sleep state.Sleep state refers to the form that people shows in sleep, relative with waking state.Pass through after the completion of judgement
Linkup transmit judged result is communicated to control module.
The control module, communicate and connect with the processing module, the intelligence is turned on and off according to the judged result
The fingerprint identification function of energy terminal；
Control module connects with processing module communication, and obtain processing module transmission judges whether user is in sleep state
Judged result, the fingerprint identification function of intelligent terminal is turned on and off according to the judged result.
When the processing module judges that the user is in the sleep state, the control module closes the intelligence
The fingerprint identification function of terminal；
After analysis is further processed to the first heart rate data of collection gained in processing module, first heart is judged
The user of rate data is in upper any sleep state, as the sleep stage, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages
When, processing module can send the judged result to control module, and control module is according to the result of determination by its fingerprint recognition work(
It can close.That is, when processing module judges that the user of the first heart rate of collection gained is in sleep state, control module
The fingerprint identification function of intelligent terminal can be closed, even if default finger print information in the fingerprint matching intelligent terminal of the user, its
Also unlocked by fingerprint intelligent terminal can not be used.For example, when someone takes advantage of intelligent terminal user and is in sleep state, attempt to use and be somebody's turn to do
When the finger print of user unlocks the intelligent terminal of the user by unlocked by fingerprint by force, when processing module collects the user's
First heart rate and when judging that user is in sleep state according to first heart rate, control module can voluntarily close its unlocked by fingerprint
Function.Now, even if someone unlocks intelligent terminal using the finger print of user by force, also it is unable to reach the purpose of unblock.
When the processing module judges that the user is not at the sleep state, the control module opens the intelligence
The fingerprint identification function of energy terminal.
After analysis is further processed to the first heart rate data of collection gained in processing module, first heart is judged
The user of rate data is not at any sleep state, i.e., user be not at the sleep stage, it is shallow sleep the stage, deep sleep stages and
When continuing the either phase in deep sleep stages, control module can open its fingerprint identification function according to the result of determination.Also
It is to say, when processing module judges that the user of the first heart rate of collection gained is not at sleep state, verifies the fingerprint of the user
Meet in intelligent terminal after default finger print information, user can also contact the locking to its intelligent terminal by unlocked by fingerprint.
Preferably, the sleep state include the sleep stage, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages.
Sleep state as described in the present invention enumerates the four-stage of sleep, is respectively：Fall asleep, shallow sleep, sound sleep, prolong
Continuous sound sleep.
The sleep stage.Since drowsy, gradually fall asleep, no longer keep waking state.At this time, slack-off, flesh is breathed
Meat tension force declines, and body slightly loosens, and now belongs to and just sleeps state, sleeper is easier to be waken up by external sound or shake-up.
It is shallow to sleep the stage, or the hypophypnosis stage.This stage sleep belongs to shallow and slept or slightly to moderate sleep state, sleeper
It has been not easy to be waken up, now muscle further loosens, and electroencephalogram shows fusiform sleep ripple.
Deep sleep stages, at this time sleeper enter deep sleep, Muscle tensility disappears, and muscle fully relaxes, and feels work(
It can further reduce, be less susceptible to be waken up.
Continuing deep sleep stages, this stage is the extension of deep sleep stages, but is not that each sleeper is attained by this stage,
It is not that each sleep cycle is all up this stage.Somebody's sleep is not deep enough, cannot reach this stage, or only very
The deep sleep stages of short time, the sleep for continuing deep sleep stages.
Preferably, when first heart rate data, which is in, is less than 50 beats/min or 40 beats/min~50 beats/min, institute
State processing module and judge that the user is in the sleep state；It is described when first heart rate data is more than 50 beats/min
Processing module judges that the user is not at the sleep state.
Heart rate refers to the number of heartbeat per minute under normal person's rest state, is also quiet heart rate, generally 60-100 times/
Point, individual difference can be produced because of age, sex or other physiologic factors.In general, the age is smaller, and heart rate is faster, the elderly
Heartbeat is slower than young man, and the heart rate of women is faster than male of the same age.Under rest state, adult normal heart rate is 60-100 beats/min,
Preferable heart rate should be 55-70 beats/min.Above-mentioned heart rate is heart rate when human body is active, and is slept when human body is in
Heart rate during dormancy state can be in relatively low state, about 40-50 beats/min.Therefore, when acquisition module collects first heart
Rate data simultaneously judge first heart rate data after 40-50 beats/min, that is, judge that user is in sleep state, such as sleep rank
Section, it is shallow sleep the stage, deep sleep stages and continue deep sleep stages.When the first heart rate data that acquisition module collects is more than 50 beats/min
Zhong Hou, processing module judge that user is not at sleep state, that is, judge that user is in waking state.
Preferably, before the acquisition module gathers first heart rate data, further comprising collection 3 days or more than 3 days
The user is in dormant basal heart rate data；The unlocked by fingerprint system further includes a storage module, is used for
The basal heart rate data are stored, and communicates and connects with the processing module, the basal heart rate data are sent to the place
Manage module；The processing module according to first heart rate data whether in the scope of the basal heart rate data judge described in
Whether user is in the sleep state.
Specifically, it is provided by the invention whole based on intelligence before acquisition module collects the first heart rate data of user
Acquisition module in the unlocked by fingerprint system at end can also be further used for collection 3 days or more than the 3 days users are in sleep shape
Basal heart rate data during state, basal heart rate data are sent in storage module after the completion of collection and subsequently sentenced as processing module
Determine whether user is in dormant foundation.After having the basal heart rate data that the user had previously stored in storage module,
Whether processing module can be in the fluctuation range of the basal heart rate data whether to judge user according to the first heart rate data
In sleep state.For example, after acquisition module gathers basal heart rate data when 3 days users are in sleep state, it is somebody's turn to do
The scope of basal heart rate data when user is in sleep state is 43-48 beats/min.When acquisition module subsequently collects one again
After first heart rate data is 45 beats/min, processing module obtains according to the basal heart rate data being previously stored in storage module
First heart rate data of collection gained is in the result in basal heart rate data area, then judges that the user is in sleep shape
In state.
Based on unlocked by fingerprint method provided by the invention and unlocked by fingerprint system, judge when according to the heart rate data collected
When user is in sleep state, the fingerprint identification function of intelligent terminal is closed.I.e. when intelligent terminal judges that user is in sleep shape
After state, no longer the fingerprint of typing is identified for intelligent terminal, that is to say, that intelligent terminal not again can by the fingerprint of typing with it is pre-
If finger print information is matched, the lock-out state of intelligent terminal naturally also can not be just released by unlocked by fingerprint, is looked into so as to reach
See or usurp the purpose of the intelligent terminal of user.After unlocked by fingerprint method provided by the invention and unlocked by fingerprint system, use
When family takes advantage of it without having to worry about someone and is in sleep state, its intelligent terminal can be stolen a glance at or usurped by other people.
It should be noted that embodiments of the invention have preferable implementation, and not the present invention is made any type of
Limitation, any one skilled in the art change or are modified to possibly also with the technology contents of the disclosure above equivalent effective
Embodiment, as long as without departing from the content of technical solution of the present invention, above example is made according to technical spirit of the invention
Any modification or equivalent variations and modification, in the range of still falling within technical solution of the present invention.
Claims (10)
- A kind of 1. unlocked by fingerprint method based on intelligent terminal, it is characterised in that the unlocked by fingerprint method comprises the following steps：The intelligent terminal gathers one first heart rate data；According to first heart rate data, judge whether user is in sleep state；When judging that the user is in the sleep state, the fingerprint identification function of the intelligent terminal is closed；When judging that the user is not at the sleep state, the fingerprint identification function of the intelligent terminal is opened.
- 2. unlocked by fingerprint method as claimed in claim 1, it is characterised in that the sleep state includes the sleep stage, shallow slept Stage, deep sleep stages and continuity deep sleep stages.
- 3. unlocked by fingerprint method as claimed in claim 1, it is characterised in that be less than 50 when first heart rate data is in Beat/min when, judge that user is in the sleep state；When first heart rate data is more than 50 beats/min, user is judged It is not at the sleep state.
- 4. unlocked by fingerprint method as claimed in claim 1, it is characterised in that in described the step of gathering first heart rate data Before, the unlocked by fingerprint method further includes collection 3 days or 3 days users described above are in dormant basal heart rate number According to, and be stored in the intelligent terminal；In the unlocked by fingerprint method, according to first heart rate data, the step of whether user is in sleep state judged It is replaced by：Whether in the scope of the basal heart rate data judge whether the user is in institute according to first heart rate data State sleep state.
- 5. unlocked by fingerprint method as claimed in claim 1, it is characterised in thatThe step of gathering first heart rate data includes：First heart rate data is detected by wearable device；The wearable device sends first heart rate data to the intelligent terminal.
- A kind of 6. unlocked by fingerprint system based on intelligent terminal, it is characterised in that the unlocked by fingerprint system include acquisition module, Processing module and control module,The acquisition module, communicate and connect with the processing module, gather one first heart rate data and send to the processing mould Block；The processing module, connected with the acquisition module, control module communication, user is judged according to first heart rate data Whether sleep state is in, and sends judged result to the control module；The control module, communicate and connect with the processing module, the intelligence is turned on and off eventually according to the judged result The fingerprint identification function at end；When the processing module judges that the user is in the sleep state, the control module closes the intelligent terminal Fingerprint identification function；When the processing module judges that the user is not at the sleep state, the control module opens the intelligence eventually The fingerprint identification function at end.
- 7. unlocked by fingerprint system as claimed in claim 6, it is characterised in that the sleep state includes the sleep stage, shallow slept Stage, deep sleep stages and continuity deep sleep stages.
- 8. unlocked by fingerprint system as claimed in claim 6, it is characterised in that be less than 50 when first heart rate data is in Beat/min when, the processing module judges that the user is in the sleep state；When first heart rate data is more than 50 Beat/min when, the processing module judges that the user is not at the sleep state.
- 9. unlocked by fingerprint system as claimed in claim 6, it is characterised in that the acquisition module gathers the first heart rate number According to preceding, further dormant basal heart rate data are in comprising collection 3 days or 3 days users described above；The unlocked by fingerprint system further includes a storage module, for storing the basal heart rate data, and with the place Module communication connection is managed, the basal heart rate data are sent to the processing module；Whether the processing module in the scope of the basal heart rate data judges the use according to first heart rate data Whether family is in the sleep state.
- 10. unlocked by fingerprint system as claimed in claim 6, it is characterised in thatUnlocked by fingerprint system also includes wearable device, and the wearable device detects first heart rate data, and by described in First heart rate data is sent to the intelligent terminal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201710623324.4A CN107391993A (en) | 2017-07-27 | 2017-07-27 | A kind of unlocked by fingerprint method and unlocked by fingerprint system based on intelligent terminal |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710623324.4A CN107391993A (en) | 2017-07-27 | 2017-07-27 | A kind of unlocked by fingerprint method and unlocked by fingerprint system based on intelligent terminal |
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| CN107391993A true CN107391993A (en) | 2017-11-24 |
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| CN201710623324.4A Pending CN107391993A (en) | 2017-07-27 | 2017-07-27 | A kind of unlocked by fingerprint method and unlocked by fingerprint system based on intelligent terminal |
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| WO2020078094A1 (en) * | 2018-10-19 | 2020-04-23 | 珠海格力电器股份有限公司 | Unlocking method and apparatus, and door lock |
| CN113254911A (en) * | 2021-06-01 | 2021-08-13 | 统信软件技术有限公司 | Unlocking system, unlocking method and computing device |
| WO2022252812A1 (en) * | 2021-06-02 | 2022-12-08 | 华为技术有限公司 | Information protection method and electronic device |
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