CN105607739B - A kind of mobile terminal intelligence boot system and its method - Google Patents
A kind of mobile terminal intelligence boot system and its method Download PDFInfo
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- CN105607739B CN105607739B CN201510985768.3A CN201510985768A CN105607739B CN 105607739 B CN105607739 B CN 105607739B CN 201510985768 A CN201510985768 A CN 201510985768A CN 105607739 B CN105607739 B CN 105607739B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/725—Cordless telephones
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
- G06F2203/01—Indexing scheme relating to G06F3/01
- G06F2203/011—Emotion or mood input determined on the basis of sensed human body parameters such as pulse, heart rate or beat, temperature of skin, facial expressions, iris, voice pitch, brain activity patterns
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Abstract
The invention discloses a kind of mobile terminal intelligence boot system and its method, the method is by exporting digital signal level when infrared induction module detects when user's finger is located in the booting region of mobile terminal；The distance between user's finger and the booting region are detected by infrared distance measurement module later and export distance value；The time that detection user's finger is kept in the booting region when receiving the digital signal level of infrared induction module output by clock detection module later；The distance value is being received by booting control module later, and user's finger is when time for keeping is greater than preset time in the booting region, control mobile terminal enters open state, mobile terminal-opening is controlled by the time that the distance between booting region of detection user's finger and mobile terminal and user's finger are kept in the booting region, it is switched on without using key, the service life of mobile terminal-opening key is improved, and brings completely new booting experience for consumer.
Description
Technical field
The present invention relates to technical field of mobile terminals, in particular to a kind of mobile terminal intelligence boot system and its method.
Background technique
The start-up mode of intelligent mobile terminal is monistic at present, with the development of intelligent mobile terminal, intelligent mobile
The platform that terminal shows as innovative technology should be user and provide more abundant, more convenient start-up mode.
And key booting is a kind of start-up mode that current intelligent mobile terminal generallys use, has a unicity, dull property,
New technology cannot be embodied to experience to user's bring, and through a long time is very easy to damage using power button, does not adapt to intelligence
The high speed development of mobile terminal.
Thus the prior art could be improved and improve.
Summary of the invention
Place in view of above-mentioned deficiencies of the prior art, the purpose of the present invention is to provide a kind of mobile terminal, intelligently booting is
System and its method can be opened by the distance between booting region of detection user's finger and mobile terminal and user's finger described
The time kept in machine region controls mobile terminal-opening, is switched on without using key, improves the longevity of mobile terminal-opening key
Life, and completely new booting experience is brought for consumer.
In order to achieve the above object, this invention takes following technical schemes:
A kind of mobile terminal intelligence starting-up method comprising following steps:
A, the output digital level letter when infrared induction module detection user's finger is located in the booting region of mobile terminal
Number；
B, the distance between user's finger and the booting region are detected by infrared distance measurement module and exports distance value；
C, user's finger is detected when receiving the digital signal level of infrared induction module output by clock detection module
The time kept in the booting region；
D, the distance value is being received by booting control module, and user's finger kept in the booting region when
Between be greater than preset time when, control mobile terminal enter open state；
Before step A, the air pressure variations in booting region are incuded by air pressure sensing module, are started when user shakes
When machine, air pressure sensing module converts the air pressure variations being switched in region to weak voltage signal and exports to voltage and puts
Big device module, is amplified to 3V for the weak voltage signal by voltage amplifier mould, after exported after regulating filtering module filters
Stable voltage provides the stable operating voltage of 3V to infrared induction module for infrared induction module.
In the mobile terminal intelligence starting-up method, further include after the step B, before step C step B0:
The temperature of user's finger is detected when receiving the digital signal level of infrared induction module output by infrared temperature detection module.
In the mobile terminal intelligence starting-up method, the step B0 includes:
B01, user's finger is detected when receiving the high level of infrared induction module output by focus infrared energy unit
The infrared energy of radiation；
B02, the infrared energy is converted into voltage signal by voltage conversion unit；
B03, the voltage signal is converted into temperature by temperature transition unit and is exported to booting control module.
In the mobile terminal intelligence starting-up method, the step C includes:
C1, by clock detecting unit receive infrared induction module output low level when output clock pulse signal；
C2, the clock pulse signal as described in clock count unit record high level duration and export to booting control
Molding block.
In the mobile terminal intelligence starting-up method, the step D further include: user hand is judged by booting control module
The temperature of finger whether in preset temperature range, and the distance between user's finger and the booting region whether be less than it is default away from
From if so, controlling mobile terminal when the time that user's finger is kept in the booting region being greater than the first preset time
Normal boot-strap；If it is not, control moves then when the time that user's finger is kept in the booting region being greater than the second preset time
Dynamic terminal forces booting.
A kind of mobile terminal intelligence boot system comprising:
Infrared induction module, for exporting digital level when detecting user's finger and being located in the booting region of mobile terminal
Signal；
Infrared distance measurement module, for detecting the distance between user's finger and the booting region and exporting distance value；
Clock detection module, for detecting user's finger when receiving the digital signal level of infrared induction module output
The time kept in the booting region；
Be switched on control module, and for receiving the distance value, and user's finger is kept in the booting region
When time is greater than preset time, control mobile terminal enters open state；
Air pressure sensing module is incuded the air pressure variations in booting region by air pressure sensing module, works as user
When shaking mobile phone, air pressure sensing module converts weak voltage signal for the air pressure variations being switched in region and exports extremely
The weak voltage signal is amplified to 3V by voltage amplifier mould by voltage amplifier module, after filtered through regulating filtering module
Stable voltage is exported afterwards to infrared induction module, provides the stable operating voltage of 3V for infrared induction module.
In the mobile terminal intelligence boot system, further includes: infrared temperature detection module, for receive it is infrared
The temperature of user's finger is detected when the digital signal level of induction module output.
In the mobile terminal intelligence boot system, the infrared temperature detection module includes:
Focus infrared energy unit, for detecting user's finger spoke when receiving the high level of infrared induction module output
The infrared energy penetrated；
Voltage conversion unit, for the infrared energy to be converted to voltage signal；
Temperature transition unit, for the voltage signal to be converted to temperature and is exported to booting control module.
In the mobile terminal intelligence boot system, the clock detection module includes:
Clock detecting unit, for the output clock pulse signal when receiving the low level of infrared induction module output；
Clock count unit, the duration of the high level for recording the clock pulse signal.
In the mobile terminal intelligence boot system, the booting control module is also used to judge the temperature of user's finger
Whether in preset temperature range, and whether the distance between user's finger and the booting region are less than pre-determined distance, if so,
Then when the time that user's finger is kept in the booting region being greater than the first preset time, control mobile terminal is just normally opened
Machine；If it is not, then controlling mobile terminal when the time that user's finger is kept in the booting region being greater than the second preset time
Force booting.
Compared to the prior art, in mobile terminal intelligence boot system provided by the invention and its method, it is described it is mobile eventually
Intelligent starting-up method is held to pass through infrared induction module output when detecting that user's finger is located in the booting region of mobile terminal
Digital signal level；The distance between user's finger and the booting region are detected by infrared distance measurement module later and export distance
Value；User's finger is detected in institute when receiving the digital signal level of infrared induction module output by clock detection module later
State the time kept in booting region；The distance value is being received by booting control module later, and user's finger is in institute
When stating the time kept in booting region greater than preset time, control mobile terminal enters open state, passes through and detects user hand
The time control for referring to that the distance between booting region of mobile terminal and user's finger are kept in the booting region is moved
Terminal booting, is switched on without using key, improves the service life of mobile terminal-opening key, and bring completely new open for consumer
Body is tested.
Detailed description of the invention
Fig. 1 is the flow chart of mobile terminal intelligence starting-up method provided by the invention.
Fig. 2 is the flow chart of mobile terminal intelligence starting-up method in preferred embodiment provided by the invention.
Fig. 3 is the structural block diagram of mobile terminal intelligence boot system provided by the invention.
Specific embodiment
The disadvantages of single, dull in view of start-up mode in the prior art, the purpose of the present invention is to provide a kind of mobile whole
Intelligent boot system and its method are held, the distance between booting region of detection user's finger and mobile terminal and user can be passed through
The time that finger is kept in the booting region controls mobile terminal-opening, is switched on without using key, improves mobile whole
It holds the service life of power button, and brings completely new booting experience for consumer.
To make the purpose of the present invention, technical solution and effect clearer, clear and definite, right as follows in conjunction with drawings and embodiments
The present invention is further described.It should be appreciated that described herein, specific examples are only used to explain the present invention, is not used to
Limit the present invention.
Referring to Fig. 1, mobile terminal intelligence starting-up method provided by the invention includes the following steps:
S100, digital level is exported when infrared induction module detection user's finger is located in the booting region of mobile terminal
Signal；
S200, the distance between user's finger and the booting region are detected by infrared distance measurement module and export distance value；
S300, user hand is detected when receiving the digital signal level of infrared induction module output by clock detection module
Refer to the time kept in the booting region；
S400, the distance value is being received by booting control module, and user's finger is kept in the booting region
Time be greater than preset time when, control mobile terminal enter open state.
When it is implemented, the one booting region of screen setting in mobile terminal is passed before step S100 by air pressure
Sense module incudes the air pressure variations in the booting region, and when user shakes mobile phone, air pressure sensing module will be switched on
Air pressure variations in region are converted into weak voltage signal and export to voltage amplifier module, by voltage amplifier mould by institute
State weak voltage signal and be amplified to 3V, after stable voltage is exported after regulating filtering module filters to infrared induction module, be
The stable operating voltage of infrared induction module offer 3V.
The present invention, when detecting that user's finger is located at the booting region of mobile terminal, exports number by infrared induction module
Word level signal detects the distance between user's finger and the booting region at this time by infrared distance measurement module and exports distance
Value detects user's finger described when clock detection module receives the digital signal level of infrared induction module output later
The time kept in booting region, when being switched on, control module receives the distance value, and user's finger is in the booting region
The time of interior holding be greater than preset time when, control mobile terminal enter open state, so as to by detection user's finger with
The time control that the distance between booting region of mobile terminal and user's finger are kept in the booting region is mobile eventually
End enters open state, can be switched on without user using physical button or contact screen, bring completely new open for consumer
Body is tested.
Further, referring to Fig. 2, in preferred embodiment provided by the invention, after the step S200, step
Before S300, further include step S210, by infrared temperature detection module receive infrared induction module output digital level
The temperature that user's finger is detected when signal, can further really by the temperature of infrared temperature detection module real-time detection user's finger
Determine the state that user's finger is in booting region, improves the comprehensive of booting detection.
Further, the step S210 includes: by focus infrared energy unit to receive infrared induction module defeated
The infrared energy of detection user's finger radiation when high level out；The infrared energy is converted into voltage by voltage conversion unit
Signal；The voltage signal is converted into temperature by temperature transition unit and is exported to booting control module.
In preferred embodiment provided by the invention, when infrared induction module is detecting that user's finger is located at mobile terminal
When booting region, high level signal is exported to focus infrared energy unit, is radiated user's finger by focus infrared energy unit
Infrared energy aggregation, the infrared energy is converted into voltage signal by voltage conversion unit later, and by temperature transition
The voltage signal is converted to temperature by unit, thus realize when detecting that user's finger is located at the booting region, it is real
When detect user's finger temperature, for booting control process provide reliable basis.
Specifically, the step S300 includes: by clock detecting unit in the low electricity for receiving infrared induction module output
Usually output clock pulse signal；The duration of the high level of the clock pulse signal as described in clock count unit record is simultaneously defeated
Out to booting control module.
When infrared induction module is when detecting that user's finger is located at the booting region of mobile terminal, low level signal is exported
To clock detecting unit, clock detecting unit output clock pulse signal to clock count unit, by the clock count unit
The duration of the high level of the clock pulse signal is recorded, and is exported to booting control module, is used to realize detection
The time that family finger is kept in the booting region, booting control module is in the distance for receiving infrared distance measurement module output
Value, and user's finger, when time for keeping is greater than preset time in the booting region, control mobile terminal enters booting shape
State, user are able to achieve booting without using physical button, substantially increase the service life of mobile terminal-opening key, and are consumer
Provide diversified booting selection.
When it is implemented, the step S400 further include: by booting control module judge user's finger temperature whether
In preset temperature range, and whether the distance between user's finger and the booting region are less than pre-determined distance, if so, when using
When the time that family finger is kept in the booting region is greater than the first preset time, mobile terminal normal boot-strap is controlled；If it is not,
Then when the time that user's finger is kept in the booting region being greater than the second preset time, control mobile terminal pressure is opened
Machine.
When infrared distance measurement module has detected the distance between user's finger and the booting region and exports distance value, infrared
Temperature detecting module has detected the temperature of user's finger, clock detection module has detected user's finger and protects in the booting region
After the time held, booting control module judge the temperature of user's finger whether in preset temperature range, and user's finger and institute
It states whether the distance between booting region is less than pre-determined distance, preset temperature range is such as set as [36 DEG C, 37 DEG C], it will be described pre-
If distance is set as 7cm.
When detect user's finger temperature be more than or equal to 36 DEG C, be less than or equal to 37 DEG C, and itself and the booting region it
Between distance when being less than 7cm, such as the temperature of user's finger is 36.5 DEG C at this time, is 3cm with booting the distance between region,
Then when the time that user's finger is kept in the booting region being greater than the first preset time, is controlled and moved by booting control module
Dynamic terminal normal boot-strap, first preset time may be configured as 5s, reduce the time of mobile terminal-opening, improve booting effect
Rate.
When detect user's finger temperature be more than or equal to 36 DEG C, be less than or equal to 37 DEG C, but itself and the booting region it
Between distance when being more than or equal to 7cm, such as the temperature of user's finger is 36.5 DEG C at this time, is with booting the distance between region
10cm, then when the time that user's finger is kept in the booting region being greater than the second preset time, by booting control module
It controls mobile terminal and forces booting, second preset time may be configured as 10s, to extend the available machine time, use in the process
Family can further determine whether to need to be switched on.
When detect the distance between user's finger and the booting region be less than 7cm, but its less than 36 DEG C or be greater than 37
DEG C when, such as user's finger and booting the distance between region are 3cm at this time, and temperature is 35.5 DEG C or 37.5 DEG C, then when with
When the time that family finger is kept in the booting region is greater than the second preset time, mobile terminal is controlled by booting control module
Booting is forced, second preset time may be configured as 10s, and to extend the available machine time, user can further sentence in the process
It is disconnected whether to need to be switched on.
Certainly, the preset temperature range, pre-determined distance, the first preset time and the second preset time can be according to reality
It needs to change, to meet the needs of different situations, this is not limited by the present invention.
The present invention correspondingly provides a kind of mobile terminal intelligence boot system, as shown in figure 3, the mobile terminal is intelligently opened
Machine system includes infrared induction module 10, air pressure sensing module 101, voltage amplifier module 102, regulating filtering module
103, infrared distance measurement module 20, clock detection module 30 and booting control module 40, the air pressure sensing module 101, electricity
Pressure amplifier module 102 and regulating filtering module 103 are sequentially connected, and the regulating filtering module 103 connects infrared induction module
10, the infrared induction module 10 passes through the connection booting control module 40 of clock detection module 30, the booting control module 40
It is also connected with infrared distance measurement module 20.
Wherein, the infrared induction module 10 is used for defeated when detecting user's finger and being located in the booting region of mobile terminal
Digital signal level out；The infrared distance measurement module 20 is for detecting the distance between user's finger and the booting region and defeated
Distance value out；The clock detection module 30 is used for the detection when receiving the digital signal level of the output of infrared induction module 10
The time that user's finger is kept in the booting region；The booting control module 40 is used to receive the distance value,
And user's finger, when time for keeping is greater than preset time in the booting region, control mobile terminal enters open state.
When it is implemented, incuding institute by air pressure sensing module 101 in the one booting region of screen setting of mobile terminal
State booting region air pressure variations, when user shake mobile phone when, air pressure sensing module 101 by be switched on region in sky
Atmospheric pressure variation is converted into weak voltage signal and exports to voltage amplifier module 102, by voltage amplifier mould by the light current
Pressure signal is amplified to 3V, after export stable voltage to infrared induction module 10 after the filtering of regulating filtering module 103, be red
Outer induction module 10 provides the stable operating voltage of 3V.
The present invention, when detecting that user's finger is located at the booting region of mobile terminal, is exported by infrared induction module 10
Digital signal level, by infrared distance measurement module 20 detection at this time the distance between user's finger and the booting region and output away from
From value, user's finger is detected when clock detection module 30 receives the digital signal level of the output of infrared induction module 10 later
The time kept in the booting region, when being switched on, control module 40 receives the distance value, and user's finger is described
When the time kept in booting region is greater than preset time, control mobile terminal enters open state, so as to be used by detecting
The time control that the distance between booting region of family finger and mobile terminal and user's finger are kept in the booting region
Mobile terminal processed enters open state, can be switched on without user using physical button or contact screen, be brought for consumer
Completely new booting experience.
Further, mobile terminal intelligence boot system provided by the invention further includes infrared temperature detection module 50, institute
It states infrared temperature detection module 50 to connect with infrared induction module 10 and booting control module 40, the infrared temperature detection module
50, for detecting the temperature of user's finger when receiving the digital signal level of the output of infrared induction module 10, pass through infrared temperature
The temperature of degree 50 real-time detection user's finger of detection module can further determine that the state that user's finger is in booting region, mention
High booting detection it is comprehensive.
Further, the infrared temperature detection module 50 includes focus infrared energy unit 501, voltage conversion unit
502 and temperature transition unit 503, the focus infrared energy unit 501, voltage conversion unit 502 and temperature transition unit 503
It is sequentially connected, the focus infrared energy unit 501 connects infrared induction module 10, and the connection of temperature transition unit 503 is opened
Machine control module 40.Wherein, the focus infrared energy unit 501 is used in the height electricity for receiving the output of infrared induction module 10
The usually infrared energy of detection user's finger radiation；The voltage conversion unit 502 is used to the infrared energy being converted to electricity
Press signal；The temperature transition unit 503 is used to be converted to the voltage signal temperature and exports to booting control module 40.
When infrared induction module 10 is when detecting that user's finger is located at the booting region of mobile terminal, output high level is believed
Number to focus infrared energy unit 501, assembled by the infrared energy that focus infrared energy unit 501 radiates user's finger, it
The infrared energy is converted into voltage signal by overvoltage converting unit 502, and by temperature transition unit 503 by the electricity
Pressure signal is converted to temperature, to realize when detecting that user's finger is located at the booting region, real-time detection user hand
The temperature of finger provides reliable basis for booting control process.
Please continue to refer to Fig. 3, the clock detection module 30 includes clock detecting unit 301 and clock count unit 302,
The clock detecting unit 301 connects infrared induction module 10 and clock count unit 302, and the clock count unit 302 is also
Connection booting control module 40.The clock detecting unit 301 is used in the low level for receiving the output of infrared induction module 10
When output clock pulse signal；The clock count unit 302 is used to record continuing for the high level of the clock pulse signal
Time.
When infrared induction module 10 is when detecting that user's finger is located at the booting region of mobile terminal, output low level is believed
Number to clock detecting unit 301,301 output clock pulse signal of clock detecting unit to clock count unit 302, by it is described when
Clock counting unit 302 records the duration of the high level of the clock pulse signal, and exports to booting control module 40, from
And the time that detection user's finger is kept in the booting region is realized, booting control module 40 is receiving infrared distance measurement
The distance value that module 20 exports, and user's finger, when time for keeping is greater than preset time in the booting region, control moves
Dynamic terminal enters open state, and user is able to achieve booting without using physical button, substantially increases mobile terminal-opening key
Service life, and provide diversified booting selection for consumer.
When it is implemented, whether the booting control module 40 is also used to judge the temperature of user's finger in preset temperature model
In enclosing, and whether the distance between user's finger and the booting region are less than pre-determined distance, if so, when user's finger is in institute
When stating the time kept in booting region greater than the first preset time, mobile terminal normal boot-strap is controlled；If it is not, then working as user hand
When referring to that the time kept in the booting region is greater than the second preset time, control mobile terminal forces booting.
When infrared distance measurement module 20 has detected the distance between user's finger and the booting region and exports distance value, red
Outer temperature detecting module 50 has detected the temperature of user's finger, clock detection module 30 has detected user's finger in the booting area
After the time kept in domain, booting control module 40 judge the temperature of user's finger whether in preset temperature range, and user
Whether the distance between finger and the booting region are less than pre-determined distance, and preset temperature range is such as set as [36 DEG C, 37 DEG C],
The pre-determined distance is set as 7cm.
When detect user's finger temperature be more than or equal to 36 DEG C, be less than or equal to 37 DEG C, and itself and the booting region it
Between distance when being less than 7cm, such as the temperature of user's finger is 36.5 DEG C at this time, is 3cm with booting the distance between region,
Then when the time that user's finger is kept in the booting region being greater than the first preset time, controlled by booting control module 40
Mobile terminal normal boot-strap, first preset time may be configured as 5s, reduce the time of mobile terminal-opening, improve booting effect
Rate.Certainly, the preset temperature range, pre-determined distance, the first preset time and the second preset time can be according to actual needs
Change, to meet the needs of different situations, this is not limited by the present invention.
Other specific embodiments have a detailed description in the specific embodiment of above-mentioned mobile terminal intelligence starting-up method, this
Place is not described further.
In conclusion in mobile terminal intelligence boot system provided by the invention and its method, the mobile terminal intelligence
Starting-up method detects output digital level letter when user's finger is located in the booting region of mobile terminal by infrared induction module
Number；The distance between user's finger and the booting region are detected by infrared distance measurement module later and export distance value；Later by
Clock detection module detects user's finger when receiving the digital signal level of infrared induction module output in the booting area
The time kept in domain；The distance value is being received by booting control module later, and user's finger is in the booting area
When the time kept in domain is greater than preset time, control mobile terminal enters open state, passes through detection user's finger and movement
The time that the distance between booting region of terminal and user's finger are kept in the booting region controls mobile terminal-opening,
It is switched on without using key, improves the service life of mobile terminal-opening key, and bring completely new booting experience for consumer.
It, can according to the technique and scheme of the present invention and its hair it is understood that for those of ordinary skills
Bright design is subject to equivalent substitution or change, and all these changes or replacement all should belong to the guarantor of appended claims of the invention
Protect range.
Claims (10)
1. a kind of mobile terminal intelligence starting-up method, which comprises the steps of:
A, digital signal level is exported when infrared induction module detection user's finger is located in the booting region of mobile terminal；
B, the distance between user's finger and the booting region are detected by infrared distance measurement module and exports distance value；
C, user's finger is detected in institute when receiving the digital signal level of infrared induction module output by clock detection module
State the time kept in booting region；
D, the distance value is being received by booting control module, and the time that user's finger is kept in the booting region is big
When preset time, control mobile terminal enters open state；
Before step A, the air pressure variations in booting region are incuded by air pressure sensing module, when user shakes mobile phone
When, air pressure sensing module converts weak voltage signal for the air pressure variations being switched in region and exports to voltage amplification
The weak voltage signal is amplified to 3V by voltage amplifier mould by device module, after exported after regulating filtering module filters it is steady
Fixed voltage provides the stable operating voltage of 3V to infrared induction module for infrared induction module.
2. mobile terminal intelligence starting-up method according to claim 1, which is characterized in that after the step B, step
Before C, further comprise the steps of: B0, by infrared temperature detection module receive infrared induction module output digital signal level
When detect user's finger temperature.
3. mobile terminal intelligence starting-up method according to claim 2, which is characterized in that the step B0 includes:
B01, the detection user's finger radiation when receiving the high level of infrared induction module output by focus infrared energy unit
Infrared energy；
B02, the infrared energy is converted into voltage signal by voltage conversion unit；
B03, the voltage signal is converted into temperature by temperature transition unit and is exported to booting control module.
4. mobile terminal intelligence starting-up method according to claim 1, which is characterized in that the step C includes:
C1, by clock detecting unit receive infrared induction module output low level when output clock pulse signal；
C2, the clock pulse signal as described in clock count unit record high level duration and export to booting control mould
Block.
5. mobile terminal intelligence starting-up method according to claim 2, which is characterized in that the step D further include: by opening
Machine control module judges the temperature of user's finger whether in preset temperature range, and between user's finger and the booting region
Distance whether be less than pre-determined distance, if so, when time for keeping, to be greater than first pre- in the booting region for user's finger
If when the time, controlling mobile terminal normal boot-strap；If it is not, being then greater than when the time that user's finger is kept in the booting region
When the second preset time, control mobile terminal forces booting.
6. a kind of mobile terminal intelligence boot system characterized by comprising
Infrared induction module, for the output digital level letter when detecting user's finger and being located in the booting region of mobile terminal
Number；
Infrared distance measurement module, for detecting the distance between user's finger and the booting region and exporting distance value；
Clock detection module, for detecting user's finger in institute when receiving the digital signal level of infrared induction module output
State the time kept in booting region；
Be switched on control module, for receiving the distance value, and the time that user's finger is kept in the booting region
When greater than preset time, control mobile terminal enters open state；
Air pressure sensing module is incuded the air pressure variations in booting region by air pressure sensing module, when user shakes
When mobile phone, air pressure sensing module converts weak voltage signal for the air pressure variations being switched in region and exports to voltage
The weak voltage signal is amplified to 3V by voltage amplifier mould by amplifier module, after it is defeated after regulating filtering module filters
Stable voltage provides the stable operating voltage of 3V to infrared induction module for infrared induction module out.
7. mobile terminal intelligence boot system according to claim 6, which is characterized in that further include: infrared temperature detection
Module, for detecting the temperature of user's finger when receiving the digital signal level of infrared induction module output.
8. mobile terminal intelligence boot system according to claim 7, which is characterized in that the infrared temperature detection module
Include:
Focus infrared energy unit, for the detection user's finger radiation when receiving the high level of infrared induction module output
Infrared energy；
Voltage conversion unit, for the infrared energy to be converted to voltage signal；
Temperature transition unit, for the voltage signal to be converted to temperature and is exported to booting control module.
9. mobile terminal intelligence boot system according to claim 6, which is characterized in that the clock detection module packet
It includes:
Clock detecting unit, for the output clock pulse signal when receiving the low level of infrared induction module output；
Clock count unit, the duration of the high level for recording the clock pulse signal.
10. mobile terminal intelligence boot system according to claim 7, which is characterized in that the booting control mould is also used
In: judge the temperature of user's finger whether in preset temperature range, and the distance between user's finger and the booting region
Whether pre-determined distance is less than, if so, when the time that user's finger is kept in the booting region is greater than the first preset time
When, control mobile terminal normal boot-strap；If it is not, being then greater than second in advance when the time that user's finger is kept in the booting region
If when the time, control mobile terminal forces booting.
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| CN201510985768.3A CN105607739B (en) | 2015-12-25 | 2015-12-25 | A kind of mobile terminal intelligence boot system and its method |
| PCT/CN2016/098027 WO2017107562A1 (en) | 2015-12-25 | 2016-09-05 | Intelligent starting up system of mobile terminal and method therefor |
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| CN105607739B (en) * | 2015-12-25 | 2019-04-30 | 惠州Tcl移动通信有限公司 | A kind of mobile terminal intelligence boot system and its method |
| CN108108065A (en) * | 2017-11-28 | 2018-06-01 | 努比亚技术有限公司 | Light sensation key realization method, mobile terminal and computer readable storage medium |
| CN108509226A (en) * | 2018-03-28 | 2018-09-07 | 无锡睿勤科技有限公司 | The state switching method and electronic equipment of electronic equipment |
| CN113879170A (en) * | 2020-09-23 | 2022-01-04 | 杭州智容科技有限公司 | Battery replacement system control method based on UWB positioning technology |
| CN112244800A (en) * | 2020-11-18 | 2021-01-22 | 深圳市沃特沃德股份有限公司 | Control method and device of smart watch, smart watch and storage medium |
| CN114995891A (en) * | 2022-05-31 | 2022-09-02 | 维沃移动通信有限公司 | Non-contact starting method and device |
| CN115243141A (en) * | 2022-06-29 | 2022-10-25 | 歌尔股份有限公司 | Earphone control method and device, earphone and medium |
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| CN1937739A (en) * | 2006-04-25 | 2007-03-28 | 康佳集团股份有限公司 | System and method for coutrolling on-off utilizing infrared induction |
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