CN104375623B - A kind of wearable intelligent equipment and its power-saving control method - Google Patents
A kind of wearable intelligent equipment and its power-saving control method Download PDFInfo
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- CN104375623B CN104375623B CN201410708050.5A CN201410708050A CN104375623B CN 104375623 B CN104375623 B CN 104375623B CN 201410708050 A CN201410708050 A CN 201410708050A CN 104375623 B CN104375623 B CN 104375623B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/26—Power supply means, e.g. regulation thereof
- G06F1/32—Means for saving power
- G06F1/3203—Power management, i.e. event-based initiation of a power-saving mode
- G06F1/3206—Monitoring of events, devices or parameters that trigger a change in power modality
- G06F1/3228—Monitoring task completion, e.g. by use of idle timers, stop commands or wait commands
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/26—Power supply means, e.g. regulation thereof
- G06F1/32—Means for saving power
- G06F1/3203—Power management, i.e. event-based initiation of a power-saving mode
- G06F1/3234—Power saving characterised by the action undertaken
- G06F1/3293—Power saving characterised by the action undertaken by switching to a less power-consuming processor, e.g. sub-CPU
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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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Abstract
The present invention proposes a kind of power-saving control method of wearable intelligent equipment, comprises the following steps：Wearable intelligent equipment is set to be in real-time mode when servicing App startups and foreground；Wearable intelligent equipment is set to be in normal mode when servicing App closings or background work；Under real-time mode or normal mode, wearable intelligent equipment obtains current time and positional information, detects whether to find heart rate data；When judging that current time is in unchanged default sleep period, positional information and normal heart rate data that receive, wearable intelligent equipment automatically switches to sleep energy-saving mode；When judging that current time is not on default sleep period or positional information change, wearable intelligent equipment switches to normal mode by sleep energy-saving mode automatically.The present invention also proposes a kind of wearable intelligent equipment.The present invention can reduce the power consumption of wearable intelligent equipment, effectively extend stand-by time.
Description
Technical field
The present invention relates to wearable intelligent equipment technical field, more particularly to a kind of wearable intelligent equipment and its economize on electricity control
Method processed.
Background technology
Wearable intelligent equipment is the main R＆D direction of current smart machine.It is used as the one of wearable intelligent equipment
Kind, wearable intelligent equipment is also referred to as wrist pedometer, the function with the basic pedometer such as meter step.
Current existing wearable intelligent equipment, the information transfer for being collected wearable intelligent equipment by GPRS timings
To server.Timed interval is shorter, then the data that the App ends of mobile terminal are seen more have real-time, but battery standby
Time can be shorter.Conversely, in order to ensure battery standby time is enough long, fixed time interval is elongated, then it can cause App end data real-times
It can be deteriorated.
The content of the invention
The purpose of the present invention is intended at least solve one of described technological deficiency.
Therefore, it is an object of the present invention to propose a kind of power-saving control method of wearable intelligent equipment, this method
The power consumption of wearable intelligent equipment can be reduced, effectively extends stand-by time.
To achieve these goals, the embodiment of one aspect of the present invention provides a kind of economize on electricity control of wearable intelligent equipment
Method, comprises the following steps：
Service App of the wearable intelligent equipment in mobile terminal is set to start and during foreground, in real-time
Pattern, under the real-time mode, the wearable intelligent equipment sends data every the first preset time to server, its
In, the service App is installed in the mobile terminal, for being started according to the instruction of user, being closed or background work, with institute
State server to be communicated, with by wearing described in the mode of operation of wearable intelligent equipment described in the server controls and acquisition
The data that the formula smart machine of wearing is collected；
The wearable intelligent equipment is set to be closed in the service App or during background work, in normal mode, in institute
State under normal mode, the wearable intelligent equipment sends data every the second preset time to the server, wherein, it is described
The duration of first preset time is less than the duration of second preset time；
Under the real-time mode or normal mode, the wearable intelligent equipment obtains current time and positional information,
Detect whether to find heart rate data；
When detecting discovery heart rate data, and judge the current time be in default sleep period, positional information without
When the heart rate data for changing and receiving is normal, the wearable intelligent equipment automatically switches to sleep energy-saving mode；
When judging that the current time is not on default sleep period or positional information change, the Wearable intelligence
Energy equipment switches to the normal mode by sleep energy-saving mode automatically.
In one embodiment of the invention, the service App on startup, real-time mould is asked in the server registration
Formula, the wearable intelligent equipment switches to real-time mode after the real-time mode request that the server is sent is received；
The service App sends normal mode handover request in closing or background work to the server, described to wear
Formula smart machine is worn after the real-time mode cancellation request that the server is sent is received, normal mode is switched to.
In yet another embodiment of the present invention, first preset time is 10 seconds~30 seconds, described second it is default when
Between be 1 minute~2 minutes.
In yet another embodiment of the present invention, the data that the wearable intelligent equipment is sent to the server, bag
Include：Temporal information, heart rate data and positional information that the wearable intelligent equipment is detected.
In yet another embodiment of the present invention, it is described sleep energy-saving mode under, the wearable intelligent equipment every
3rd preset time sends data to the server, and closes the location equipment of the wearable intelligent equipment, wherein, it is described
The duration of 3rd preset time is more than the duration of second preset time.
In another embodiment of the present invention, also comprise the following steps：
Under the real-time mode or normal mode, the wearable intelligent equipment does not find heart rate data detecting
When, automatically switch to it is non-wear energy-saving mode, it is described it is non-wear under energy-saving mode, the wearable intelligent equipment notifies described
Server bracelet takes information, and after a temporal information and positional information is sent, closes the wearable intelligent equipment
Location equipment and communication equipment；
The wearable intelligent equipment by detection without find heart rate data to detection discovery heart rate data when, automatically by
Non- energy-saving mode of wearing switches to normal mode.
In one embodiment of the invention, also comprise the following steps：
Under the real-time mode or normal mode, the wearable intelligent equipment is detecting heart rate data more than heart rate
During threshold value, alarm mode is automatically switched to, under the alarm mode, the wearable intelligent equipment is default every described first
Time sends data to the server, and notifies the server to send pushed information and short message to mobile terminal；
The wearable intelligent equipment is being detected after alarm is processed, is switched to automatically by the alarm mode described
Normal mode.
The power-saving control method of wearable intelligent equipment according to embodiments of the present invention, according to the service App of mobile terminal
Working condition real-time mode and normal mode are set both send the pattern of information to server, so as in service
When App is in backstage or closed mode, data are sent to server with lower frequency, power consumption is reduced, reaches the purpose of economize on electricity.This
Outside, whether further follow-up detects the data such as time, position and heart rate to the present invention, judge user in sleeping, non-wear
State, i.e. wearable intelligent equipment are in the not busy state of work, now close the partial function of wearable intelligent equipment, so as to
Power consumption is further reduced, electricity consumption is saved, effectively extends bracelet stand-by time, can further ensure the App user of mobile terminal
The information of wearable intelligent equipment wearer can be viewed in real time.
Therefore, it is another object of the present invention to propose that a kind of wearable intelligent for applying above-mentioned power-saving control method sets
Standby, the wearable intelligent equipment is low in energy consumption, can effectively extend stand-by time.
To achieve these goals, the embodiment of another aspect of the present invention provides a kind of economize on electricity control of application above-described embodiment
The wearable intelligent equipment of method processed, including：Timer, for obtaining temporal information；Heart rate detector, for obtaining wearer
Heart rate data；Body posture sensor, the body posture data for obtaining the wearer；Location equipment, for obtaining
Current geographic position information；Communication equipment, for being communicated by GPRS communication patterns with mobile terminal, described mobile whole
Service App is installed in end, for being started according to the instruction of user, being closed or background work, communicated with the server,
To be gathered by the mode of operation of wearable intelligent equipment described in the server controls and the acquisition wearable intelligent equipment
The data arrived；Controller, the controller is connected to the timer, heart rate detector, body posture sensor, location equipment
And communication equipment, in service App startups and foreground, setting the wearable intelligent equipment to be in real-time mould
Formula, in service App closings or background work, sets the wearable intelligent equipment to be in normal mode, in the reality
When pattern under, the wearable intelligent equipment every the first preset time to server send data；Under the normal mode,
The wearable intelligent equipment sends data every the second preset time to the server, wherein, first preset time
Duration be less than the duration of second preset time, and the controller is additionally operable to receive the temporal information, heart rate number
According to, body posture data and geographical location information, and when judging that current time is in default sleep according to the temporal information
Between section, positional information be unchanged and during normal heart rate data that receive, controls the wearable intelligent equipment to automatically switch to
Sleep energy-saving mode；When judging that current time is not on default sleep period or positional information change, worn described in control
Wear formula smart machine and the normal mode is switched to by sleep energy-saving mode automatically.
In one embodiment of the invention, under the real-time mode or normal mode, the controller is being detected
When being not received by the heart rate data from the heart rate detector, automatically switch to it is non-wear energy-saving mode, it is described it is non-wear
Wear under pattern, the controller notifies the server bracelet to take information, and is sending a temporal information and positional information
Afterwards, the location equipment and communication equipment are closed；The controller is finding the heart without discovery heart rate data by detection to detection
During rate data, normal mode is switched to by non-energy-saving mode of wearing automatically.
In another embodiment of the present invention, under the real-time mode or normal mode, the controller is in detection
When exceeding heart rate threshold to heart rate data, alarm mode is automatically switched to, under the alarm mode, the controller is every institute
State the first preset time and send data to the server, and notify the server to send pushed information and short to mobile terminal
Letter；The controller detect alarm be processed after, the normal mode is switched to by the alarm mode automatically.
The wearable intelligent equipment of the above-mentioned power-saving control method of application according to embodiments of the present invention, according to mobile terminal
The working condition for servicing App sets real-time mode and normal mode both sends the pattern of information to server, so as to
When servicing App in backstage or closed mode, data are sent to server with lower frequency, power consumption is reduced, reaches economize on electricity
Purpose.In addition, further follow-up detects the data such as time, position and heart rate to the present invention, judge whether user is in sleep, non-
State, the i.e. wearable intelligent equipment such as wear and be in the not busy state of work, now close the partial function of wearable intelligent equipment, from
And power consumption can be further reduced, electricity consumption is saved, effectively extends bracelet stand-by time, can further ensure mobile terminal
App user can view the information of wearable intelligent equipment wearer in real time.
The additional aspect of the present invention and advantage will be set forth in part in the description, and will partly become from the following description
Obtain substantially, or recognized by the practice of the present invention.
Brief description of the drawings
The above-mentioned and/or additional aspect and advantage of the present invention will become from description of the accompanying drawings below to embodiment is combined
Substantially and be readily appreciated that, wherein：
Fig. 1 is the flow chart of the power-saving control method of the wearable intelligent equipment according to the embodiment of the present invention；
Fig. 2 is the schematic diagram of the power-saving control method of the wearable intelligent equipment according to the embodiment of the present invention；
Fig. 3 is the structure chart of the wearable intelligent equipment according to application power-saving control method of the embodiment of the present invention.
Embodiment
Embodiments of the invention are described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning to end
Same or similar label represents same or similar element or the element with same or like function.Below with reference to attached
The embodiment of figure description is exemplary, it is intended to for explaining the present invention, and be not considered as limiting the invention.
The embodiment of the present invention provides a kind of power-saving control method of wearable intelligent equipment.Wherein, wearable intelligent equipment
For example, Intelligent bracelet etc..
As shown in figure 1, the power-saving control method of the wearable intelligent equipment of the embodiment of the present invention, comprises the following steps：
Step S1, sets service App of the wearable intelligent equipment in mobile terminal to start and during foreground, in reality
When pattern.Under real-time mode, wearable intelligent equipment sends data every the first preset time to server.Wherein, first
Preset time is 10 seconds~30 seconds.It is preferred that, the first preset time is 10 seconds.Wherein, service App is installed in mobile terminal,
For being started according to the instruction of user, being closed or background work, communicated with server, to pass through server controls Wearable
The data that the mode of operation and acquisition wearable intelligent equipment of smart machine are collected.Wherein, the user of mobile terminal can be
Wearer oneself, guardian or friends and family, so as to obtain the data of wearable intelligent equipment collection in time, and to wearing
The mode of operation of formula smart machine is controlled.
Specifically, service App on startup, real-time mode is asked in server registration.Server is according to the finger for servicing App
Order, real-time mode request is sent to wearable intelligent equipment.Wearable intelligent equipment is receiving the real-time mould of server transmission
After formula request, real-time mode is switched to.That is, under real-time mode, wearable intelligent equipment sends one in every 10 seconds to server
Secondary data.Wherein, wearable intelligent equipment sends it to server and detects all data, including temporal information, heart rate data
With positional information etc..Server sends above-mentioned data to the service App of mobile terminal, so that user checks.
Step S2, sets wearable intelligent equipment when servicing App closings or background work, in normal mode.Just
Under norm formula, wearable intelligent equipment sends data every the second preset time to server.Wherein, the first preset time when
The long duration less than the second preset time.Wherein, the second preset time is 1 minute~2 minutes.It is preferred that, the second preset time
For 2 minutes.
App is serviced in closing or background work, normal mode handover request is sent to server.Server is according to service
App instruction, real-time mode cancellation request is sent to wearable intelligent equipment.Wearable intelligent equipment is receiving server hair
After the real-time mode cancellation request sent, normal mode is switched to.In the normal mode, every 2 minutes of wearable intelligent equipment is to clothes
Business device sends a data.Wherein, wearable intelligent equipment sends it to server and detects all data, including time letter
Breath, heart rate data and positional information etc..Server sends above-mentioned data to the service App of mobile terminal, so that user checks.
It should be noted that the data that wearable intelligent equipment is sent to server, including：The time that wearable intelligent equipment is detected
Information, heart rate data and positional information.
Host-host protocol and the data content progress that data are used are sent to server to wearable intelligent equipment below
Explanation.
First, wearable intelligent equipment and the data transfer of server use Http Data Transport Protocols.Wherein, HTTP
(HyperText Transfer Protocol, HTTP) is one based on request and response modes, stateless
, the agreement of application layer, the normal connected mode based on TCP provides a kind of mechanism being continuously connected with HTTP1.1 versions, big absolutely
Most Web exploitations, are all to build the Web applications on http protocol.Http requests are made up of three parts, are respectively：Please
Ask row, message header, request text.After receiving and explaining request message, server returns to a http response message.HTTP
Response is also to be made up of three parts, is respectively：Statusline, message header, response text.
(1) Data Transport Protocol is uploaded
GET methods in Http requests：When the mode that network address is inputted in the address field of browser accesses webpage, browser
Resource is obtained to server using GET methods, for example, GET/form.html HTTP/1.1 (CRLF).Http Get methods are carried
The size of data length of friendship is not restricted, and generally each browser has maximum length limitation to address field URL length in itself.
The requested server of POST method requirement receives to be attached to the data of request below, is usually used in submission form.
In an embodiment of the present invention, wearable intelligent equipment uploads data to server and uses GET modes, and form is such as
Under：
http://URL/SetWearableId=id＆Para1=value1＆Para2=value2
Return value meaning is as follows：
Access return value：Mode of operation
0：Success
1：Error code 1
……
N：Error code n
(2) download data transmissions agreement
Wearable intelligent equipment represents to want after also using the GET methods in Http requests, URL from server downloading data
The parameter of acquired value, form is as follows：
Wherein, resource content returns to the value of asked parameter with Json string types, for example：
{"wearableId":" unique sign ", " type ":"3",”power”:”5”,“hearts”:””,
“sports”:””}
In an embodiment of the present invention, can in order to reduce connection and access times of the wearable intelligent equipment to server
To complete upload and the down operation of data by an agreement, wherein comprising the data for needing to upload in the URL asked, returning
Resource content in comprising need more new equipment data.Form is as follows：
http://URL/CommWearableId=id＆Para1=value1＆Para2=value2
Access return value：
Http return values, including statusline, message header, response text.Wherein response text is returned with Json string types
The value for the parameter asked.
Content and form that data are transmitted between wearable intelligent equipment and server are illustrated below.Need explanation
, the data no more than 5 days are retained in wearable intelligent equipment, the data before 5 days are no longer uploaded.
Table 1 shows that wearable intelligent equipment is sent to the data content and form of server.
Table 1
It should be noted that the timing time of meter step data amount can be increased as needed.I.e..Current meter step data be from
What moment starts the meter step number amount to current time.
For example, sport=700 | 14 | 09 | 05 | 12 | 23 from 14 on Septembers 5,12:23 arrive current time, and meter step number amount is
700 steps.
Table 2 shows that server sends the content and form of data to wearable intelligent equipment.
Table 2
In summary, wearable intelligent equipment sends information pattern to server and included：Real-time mode and normal mode two
Kind.Data transmission frequency under real-time mode is higher than the data transmission frequency under normal mode.This be due to service App be by
User actively starts, and represents that user wishes the data that can be gathered with detailed grasp wearable intelligent equipment this period.And when clothes
Business App is closed or when going to backstage, then it represents that transmission of the user to data need relative to active start it is lower reduce, therefore switching
To normal mode, wearable intelligent equipment, to server transmission data, can also reach reduction power consumption using lower frequency, economize on electricity
Purpose.
In one embodiment of the invention, step S1 and step S2 order can be understood as recurrence relation：
Initially, service App is closed, and now wearable intelligent equipment uses normal mode.Then, when user opens
During dynamic service App, wearable intelligent equipment enters real-time mode.Thereafter, when service App is closed or gone to backstage by user again
When, wearable intelligent equipment is again introduced into normal mode.That is, according to service App working condition, wearable intelligent equipment is just
Switch between norm formula and real-time mode.
Step S3, under real-time mode or normal mode, wearable intelligent equipment obtains current time and positional information, inspection
Whether survey finds heart rate data.
Timer is integrated with wearable intelligent equipment, it is Cardiotacs, body posture sensor, location equipment, logical
Believe equipment etc., current time information and positional information, the heart rate data of wearer etc. can be gathered.
Step S4, the heart rate that sleep period, positional information are unchanged and receive is preset when judging that current time is in
When data are normal, wearable intelligent equipment automatically switches to sleep energy-saving mode.
Under sleep energy-saving mode, wearable intelligent equipment sends data every the 3rd preset time to server, and closes
The location equipment (GPS device) of wearable intelligent equipment is closed, so as to reduce the power consumption of wearable intelligent equipment, economize on electricity is reached
Purpose.
Wherein, the duration of the 3rd preset time is more than the duration of the second preset time.For example, the 3rd preset time is 30 points
Clock.
Specifically, wearable intelligent equipment is judged in default sleep period according to current time, for example, when current
Between be 22 points, sleep period is preset as 13 points~15 points (midday rest), 7 points of 21 points~next day (night sleep), then can be sentenced
Disconnected current time is in sleep period.Further, wearable intelligent equipment judges to wear according to the heart rate data detected
The heart rate data of person is normal, and heart rate stabilization, the position for judging user according to the positional information detected does not change, then integrates
State at 3 points it is considered that wearer has been enter into sleep state.
It should be noted that above-mentioned heart rate data is normal, it can be understood as the heart rate stabilization of wearer, i.e. heart rate are without big change
Change.For example, when wearer is old man, because the data of the normal cardiac rate of old man are relatively low, although detect heart rate data
It is relatively low relative to critical field, but as long as meeting heart rate without big change, you can it is normal to think the heart rate data detected.
Wearable intelligent equipment automatically switches to sleep energy-saving mode, sends a data, number to server within every 30 minutes
According to content and form with above-mentioned normal mode and real-time mode, repeat no more.
Step S5, when judging that current time is not on default sleep period or positional information change, Wearable intelligence
Energy equipment switches to normal mode by sleep energy-saving mode automatically.
Specifically, when meeting at least one following condition, wearable intelligent equipment is switched by sleep energy-saving mode automatically
To normal mode：
(1) when wearable intelligent equipment judges to be not on default sleep period according to current time, then saved by sleep
Power mode switches to normal mode.For example, current time be 7 points 20 minutes, the non-sleep period is preset as, at 7 points~13 points at 15 points
, then it can determine whether that current time is not on default sleep period at~21 points.
(2) when wearable intelligent equipment judges the change in location of user according to the positional information detected, Wearable intelligence
Energy equipment switches to normal mode by sleep energy-saving mode automatically.It should be noted that above-mentioned change in location refers to current time
Position with previous 30 minutes when have significant change, wearing that body posture sensor and location equipment are detected can be passed through
The body posture data and positional information of person are judged.
(3) when wearable intelligent equipment has significant change according to the heart rate data detected, wearable intelligent equipment is certainly
It is dynamic that normal mode is switched to by sleep energy-saving mode.It should be noted that above-mentioned heart rate significant change refers to the heart at current time
Rate data have significant change with heart rate data at previous 30 minutes, the heart rate data that can be detected by Cardiotacs
Judged.
In one embodiment of the invention, with reference to Fig. 2, under real-time mode or normal mode, wearable intelligent equipment
Detect do not find heart rate data when, then may determine that user has taken wearable intelligent equipment, automatically switch to non-pendant
Wear energy-saving mode.
Further, under real-time mode or normal mode, wearable intelligent equipment is detecting position letter in preset duration
Breath then may determine that user has taken wearable intelligent equipment when not changing all the time, automatically switches to and non-wears energy-saving mode.
For example, wearable intelligent equipment was detected within 1 hour or longer time, when positional information does not change all the time, then judge
User has taken wearable intelligent equipment, automatically switches to and non-wears energy-saving mode.
Worn non-under energy-saving mode, wearable intelligent equipment notifies server bracelet to be removed information, and is sending
After temporal information and positional information, location equipment (GPS device) and communication equipment (GPRS communication equipments) are closed, is only retained
Heart rate detector, so as to reduce the power consumption of wearable intelligent equipment, reaches the purpose of economize on electricity.
Worn non-under energy-saving mode, wearable intelligent equipment sends data every the 3rd preset time to server, and
Close wearable intelligent equipment wherein, the duration of the 3rd preset time is more than the duration of the second preset time.For example, the 3rd is pre-
If the time is 30 minutes.
Wearable intelligent equipment then may determine that when finding heart rate data without discovery heart rate data to detection by detection
Wearable intelligent equipment has been worn by the user, then switches to normal mode by non-energy-saving mode of wearing automatically.
In another embodiment of the present invention, under real-time mode or normal mode, wearable intelligent equipment is in detection
When exceeding heart rate threshold to heart rate data, alarm mode is automatically switched to.Under alarm mode, wearable intelligent equipment is every
One preset time sends data to server, and notifies server to send pushed information and short message to mobile terminal.Mobile terminal
User can be wearer oneself, guardian or friends and family, so as to know the health problem of wearer in time.Mobile terminal
User after above- mentioned information is known, receive information to server feedback, server is further sent to wearable intelligent equipment
Alarm is processed to be indicated.Wearable intelligent equipment detect alarm be processed after, switched to normally by alarm mode automatically
Pattern.
The power-saving control method of the wearable intelligent equipment of the embodiment of the present invention, according to the service App of mobile terminal work
Make state to set real-time mode and normal mode both send the pattern of information to server, so as at service App
When backstage or closed mode, data are sent to server with lower frequency, power consumption is reduced, reaches the purpose of economize on electricity.In addition, this
Further follow-up detects the data such as time, position and heart rate for invention, judge user whether in sleeping, it is non-the state such as wear,
I.e. wearable intelligent equipment is in the not busy state of work, the partial function of wearable intelligent equipment is now closed, so as to enter one
Step reduction power consumption, saves electricity consumption, effectively extends bracelet stand-by time, can further ensure that the App user of mobile terminal can
The information of wearable intelligent equipment wearer is viewed in real time.
The embodiment of the present invention also proposes a kind of wearable intelligent equipment of the power-saving control method of application above-described embodiment.
As shown in figure 3, the wearable intelligent equipment of the embodiment of the present invention includes：Timer 1, heart rate detector 2, body appearance
State sensor 3, location equipment 4, communication equipment 5 and controller 6.Controller 6 is connected to timer 1, heart rate detector 2, body
Attitude transducer 3, location equipment 4 and communication equipment 5.
Specifically, timer 1 is used to obtain temporal information.Heart rate detector 2 is used for the heart rate data for obtaining wearer.Body
Body attitude transducer 3 is used for the body posture data for obtaining wearer.Location equipment 4 is used to obtain current geographic position information.
Communication equipment 5 is used to be communicated with extraneous mobile terminal by GPRS communication patterns.Service is installed in mobile terminal
App, for being started according to the instruction of user, being closed or background work, is communicated, to be worn by server controls with server
Wear the mode of operation of formula smart machine and obtain the data that wearable intelligent equipment is collected.Wherein, the user of mobile terminal can
Think wearer oneself, guardian or friends and family, so as to obtain the data of wearable intelligent equipment collection in time, and it is right
The mode of operation of wearable intelligent equipment is controlled.
Controller 6 is used to, when servicing App startups and foreground, set wearable intelligent equipment to be in real-time mode.
Under real-time mode, wearable intelligent equipment sends data every the first preset time to server.Wherein, the first preset time
For 10 seconds~30 seconds.It is preferred that, the first preset time is 10 seconds.
Specifically, service App on startup, real-time mode is asked in server registration.Server is according to the finger for servicing App
Order, real-time mode request is sent to controller 6.Controller 6 is switched to after the real-time mode request of server transmission is received
Real-time mode.That is, under real-time mode, controller sends a data in 6 every 10 seconds to server.Wherein, controller 6 is to clothes
Business device sends it and detects all data, including temporal information, heart rate data and positional information etc..Server sends out above-mentioned data
The service App of mobile terminal is delivered to, so that user checks.
When servicing App closings or background work, controller 6 sets wearable intelligent equipment to be in normal mode.Just
Under norm formula, wearable intelligent equipment sends data every the second preset time to server.Wherein, the first preset time when
The long duration less than the second preset time.Wherein, the second preset time is 1 minute~2 minutes.It is preferred that, the second preset time
For 2 minutes.
App is serviced in closing or background work, normal mode handover request is sent to server.Server is according to service
App instruction, real-time mode cancellation request is sent to controller 6.Controller 6 takes in the real-time mode for receiving server transmission
Disappear after request, switch to normal mode.In the normal mode, controller sends a data in 6 every 2 minutes to server.Wherein,
Controller 6 sends it to server and detects all data, including temporal information, heart rate data and positional information etc..Server
Above-mentioned data are sent to the service App of mobile terminal, so that user checks.It should be noted that wearable intelligent equipment to
The data that server is sent, including：Temporal information, heart rate data and positional information that wearable intelligent equipment is detected.
Wearable intelligent equipment and the data transfer of server use Http Data Transport Protocols.Wherein, HTTP
(HyperText Transfer Protocol, HTTP) is one based on request and response modes, stateless
, the agreement of application layer, the normal connected mode based on TCP provides a kind of mechanism being continuously connected with HTTP1.1 versions, big absolutely
Most Web exploitations, are all to build the Web applications on http protocol.Http requests are made up of three parts, are respectively：Please
Ask row, message header, request text.After receiving and explaining request message, server returns to a http response message.HTTP
Response is also to be made up of three parts, is respectively：Statusline, message header, response text.
(1) Data Transport Protocol is uploaded
GET methods in Http requests：When the mode that network address is inputted in the address field of browser accesses webpage, browser
Resource is obtained to server using GET methods, for example, GET/form.html HTTP/1.1 (CRLF).Http Get methods are carried
The size of data length of friendship is not restricted, and generally each browser has maximum length limitation to address field URL length in itself.
The requested server of POST method requirement receives to be attached to the data of request below, is usually used in submission form.
In an embodiment of the present invention, wearable intelligent equipment uploads data to server and uses GET modes, and form is such as
Under：
http://URL/SetWearableId=id＆Para1=value1＆Para2=value2
Return value meaning is as follows：
Access return value：Mode of operation
0：Success
1：Error code 1
……
N：Error code n
(2) download data transmissions agreement
Wearable intelligent equipment represents to want after also using the GET methods in Http requests, URL from server downloading data
The parameter of acquired value, form is as follows：
Wherein, resource content returns to the value of asked parameter with Json string types, for example：
{"wearableId":" unique sign ", " type ":"3",”power”:”5”,“hearts”:””,
“sports”:””}
In an embodiment of the present invention, can in order to reduce connection and access times of the wearable intelligent equipment to server
To complete upload and the down operation of data by an agreement, wherein comprising the data for needing to upload in the URL asked, returning
Resource content in comprising need more new equipment data.Form is as follows：
http://URL/CommWearableId=id＆Para1=value1＆Para2=value2
Access return value：
Http return values, including statusline, message header, response text.Wherein response text is returned with Json string types
The value for the parameter asked.
Content and form that data are transmitted between wearable intelligent equipment and server are illustrated below.Need explanation
, the data no more than 5 days are retained in wearable intelligent equipment, the data before 5 days are no longer uploaded.Table 1 shows Wearable
Smart machine is sent to the data content and form of server.It should be noted that meter step data amount can be increased as needed
Timing time.I.e..Current meter step data is the meter step number amount since what moment to current time.For example, sport=
700 | 14 | 09 | 05 | 12 | 23 from 14 on Septembers 5,12:23 arrive current time, and meter step number amount is 700 steps.Table 2 shows server
The content and form of data are sent to wearable intelligent equipment.
In summary, wearable intelligent equipment sends information pattern to server and included：Real-time mode and normal mode two
Kind.Data transmission frequency under real-time mode is higher than the data transmission frequency under normal mode.This be due to service App be by
User actively starts, and represents that user wishes the data that can be gathered with detailed grasp wearable intelligent equipment this period.And when clothes
Business App is closed or when going to backstage, then it represents that transmission of the user to data need relative to active start it is lower reduce, therefore switching
To normal mode, wearable intelligent equipment, to server transmission data, can also reach reduction power consumption using lower frequency, economize on electricity
Purpose.
Controller 6 is additionally operable to receiving time information, heart rate data, body posture data and geographical location information, and in root
It is unchanged and receive that the temporal information detected according to timer 1 judges that current time is in default sleep period, positional information
When the heart rate data arrived is normal, control wearable intelligent equipment automatically switches to sleep energy-saving mode；When judging that current time do not have
When having in default sleep period or positional information change, control wearable intelligent equipment is switched by sleep energy-saving mode automatically
To normal mode.
It should be noted that above-mentioned heart rate data is normal, it can be understood as the heart rate stabilization of wearer, i.e. heart rate are without big change
Change.For example, when wearer is old man, because the data of the normal cardiac rate of old man are relatively low, although detect heart rate data
It is relatively low relative to critical field, but as long as meeting heart rate without big change, you can it is normal to think the heart rate data detected.
Under sleep energy-saving mode, controller 6 sends data every the 3rd preset time to server, and closes Wearable
The location equipment (GPS device) of smart machine, so as to reduce the power consumption of wearable intelligent equipment, reaches the purpose of economize on electricity.
Wherein, the duration of the 3rd preset time is more than the duration of the second preset time.For example, the 3rd preset time is 30 minutes.
Specifically, when meeting at least one following condition, wearable intelligent equipment is switched by sleep energy-saving mode automatically
To normal mode：
(1) when controller 6 judges to be not on default sleep period according to current time, then by sleep energy-saving mode
Switch to normal mode.
(2) when controller 6 judges the change in location of user according to the positional information detected, automatically by sleep economize on electricity mould
Formula switches to normal mode.It should be noted that when above-mentioned change in location refers to the position at current time with previous 30 minutes
There is significant change, the body posture data for the wearer that can be detected by body posture sensor 3 and location equipment 4 and position
Confidence breath is judged.
(3) when controller 6 has significant change according to the heart rate data detected, switched to automatically by sleep energy-saving mode
Normal mode.It should be noted that when above-mentioned heart rate significant change refers to the heart rate data at current time with previous 30 minutes
Heart rate data have significant change, the heart rate data that can be detected by Cardiotacs 2 is judged.
In one embodiment of the invention, under real-time mode or normal mode, controller 6 is not received detecting
During to heart rate data from heart rate detector 2, then it may determine that user has taken wearable intelligent equipment, automatically switch to non-
Wear energy-saving mode.Further, under real-time mode or normal mode, controller 6 is detecting positional information in preset duration
It when not changing all the time, then may determine that user has taken wearable intelligent equipment, automatically switch to and non-wear energy-saving mode.Example
Such as, wearable intelligent equipment was detected within 1 hour or longer time, when positional information does not change all the time, then judged to use
Wearable intelligent equipment has been taken at family, automatically switches to and non-wears energy-saving mode.
Worn non-under energy-saving mode, controller 6 notifies server bracelet to take information, and is sending a temporal information
After positional information, location equipment 4 and communication equipment 5 are closed, only retains heart rate detector 2, so as to reduce Wearable intelligence
The power consumption of energy equipment, reaches the purpose of economize on electricity.Controller 6 is finding heart rate data without discovery heart rate data by detection to detection
When, normal mode is switched to by non-energy-saving mode of wearing automatically.
Worn non-under energy-saving mode, controller 6 sends data every the 3rd preset time to server, and closes wearing
Wherein, the duration of the 3rd preset time is more than the duration of the second preset time to formula smart machine.For example, the 3rd preset time is
30 minutes.
In yet another embodiment of the present invention, under real-time mode or normal mode, controller 6 is detecting heart rate number
During according to more than heart rate threshold, alarm mode is automatically switched to.Under alarm mode, controller 6 is every the first preset time to clothes
Business device sends data, and notifies server to send pushed information and short message to mobile terminal.Controller 6 detect alarm by
After processing, normal mode is switched to by alarm mode automatically.
In one embodiment of the invention, wearable intelligent equipment is, for example, Intelligent bracelet etc..
The wearable intelligent equipment of the above-mentioned power-saving control method of application of the embodiment of the present invention, according to the service of mobile terminal
App working condition sets real-time mode and normal mode, and both send the pattern of information to server, so as in clothes
When being engaged in App in backstage or closed mode, data are sent to server with lower frequency, power consumption is reduced, reaches the purpose of economize on electricity.
In addition, further follow-up detects the data such as time, position and heart rate to the present invention, judge user whether in sleeping, non-wear
The not busy state of work is in etc. state, i.e. wearable intelligent equipment, the partial function of wearable intelligent equipment is now closed, so as to
Further to reduce power consumption, electricity consumption is saved, effectively extends bracelet stand-by time, can further ensure that the App of mobile terminal is used
Family can view the information of wearable intelligent equipment wearer in real time.
In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show
The description of example " or " some examples " etc. means to combine specific features, structure, material or the spy that the embodiment or example are described
Point is contained at least one embodiment of the present invention or example.In this manual, to the schematic representation of above-mentioned term not
Necessarily refer to identical embodiment or example.Moreover, specific features, structure, material or the feature of description can be any
One or more embodiments or example in combine in an appropriate manner.
Although embodiments of the invention have been shown and described above, it is to be understood that above-described embodiment is example
Property, it is impossible to limitation of the present invention is interpreted as, one of ordinary skill in the art is not departing from the principle and objective of the present invention
In the case of above-described embodiment can be changed within the scope of the invention, change, replace and modification.The scope of the present invention
Extremely equally limited by appended claims.
Claims (10)
1. a kind of power-saving control method of wearable intelligent equipment, it is characterised in that comprise the following steps：
The wearable intelligent equipment is set to start and during foreground in the service App of mobile terminal, in real-time mode,
Under the real-time mode, the wearable intelligent equipment sends data every the first preset time to server, wherein, the clothes
Business App is installed in the mobile terminal, for being started according to the instruction of user, being closed or background work, with the server
Communicated, to pass through the mode of operation of wearable intelligent equipment described in the server controls and the acquisition wearable intelligent
The data that equipment is collected；
Set the wearable intelligent equipment to be closed in the service App or during background work, in normal mode, it is described just
Under norm formula, the wearable intelligent equipment sends data every the second preset time to the server, wherein, described first
The duration of preset time is less than the duration of second preset time；
Under the real-time mode or normal mode, the wearable intelligent equipment obtains current time and positional information, detection
Whether heart rate data is found；
When detecting discovery heart rate data, and it is unchanged to judge that the current time is in default sleep period, positional information
And the heart rate data that receives it is normal when, the wearable intelligent equipment automatically switches to sleep energy-saving mode；
When judging that the current time is not on default sleep period or positional information change, the wearable intelligent is set
It is standby that the normal mode is switched to by sleep energy-saving mode automatically.
2. wearable intelligent equipment power-saving control method as claimed in claim 1, it is characterised in that the service App is being opened
When dynamic, real-time mode is asked in the server registration, the wearable intelligent equipment is receiving what the server was sent
After real-time mode request, real-time mode is switched to；
The service App sends normal mode handover request, the Wearable in closing or background work to the server
Smart machine switches to normal mode after the real-time mode cancellation request that the server is sent is received.
3. wearable intelligent equipment power-saving control method as claimed in claim 1, it is characterised in that first preset time
For 10 seconds~30 seconds, second preset time was 1 minute~2 minutes.
4. wearable intelligent equipment power-saving control method as claimed in claim 1, it is characterised in that the wearable intelligent is set
The standby data sent to the server, including：Temporal information, heart rate data and position that the wearable intelligent equipment is detected
Confidence ceases.
5. wearable intelligent equipment power-saving control method as claimed in claim 1, it is characterised in that in the sleep economize on electricity mould
Under formula, the wearable intelligent equipment sends data every the 3rd preset time to the server, and closes the Wearable
The location equipment of smart machine, wherein, the duration of the 3rd preset time is more than the duration of second preset time.
6. wearable intelligent equipment power-saving control method as claimed in claim 1, it is characterised in that also comprise the following steps：
Under the real-time mode or normal mode, the wearable intelligent equipment detect do not find heart rate data when,
Automatically switch to it is non-wear energy-saving mode, it is described it is non-wear under energy-saving mode, the wearable intelligent equipment notifies the clothes
Business device bracelet takes information, and after a temporal information and positional information is sent, closes determining for the wearable intelligent equipment
Position equipment and communication equipment；
The wearable intelligent equipment is worn by non-automatically when finding heart rate data without discovery heart rate data to detection by detection
Wear energy-saving mode and switch to normal mode.
7. the power-saving control method of wearable intelligent equipment as claimed in claim 1, it is characterised in that also including following step
Suddenly：
Under the real-time mode or normal mode, the wearable intelligent equipment is detecting heart rate data more than heart rate threshold
When, alarm mode is automatically switched to, under the alarm mode, the wearable intelligent equipment is every first preset time
Data are sent to the server, and notify the server to send pushed information and short message to the mobile terminal；
The wearable intelligent equipment is being detected after alarm is processed, is switched to automatically by the alarm mode described normal
Pattern.
8. a kind of wearable intelligent equipment of any one of the application claim 1-7 power-saving control method, it is characterised in that bag
Include：
Timer, for obtaining temporal information；
Heart rate detector, the heart rate data for obtaining wearer；
Body posture sensor, the body posture data for obtaining the wearer；
Location equipment, for obtaining current geographic position information；
Communication equipment, for being communicated by GPRS communication patterns with mobile terminal, is provided with clothes in the mobile terminal
Be engaged in App, for being started according to the instruction of user, being closed or background work, is communicated with the server, to pass through the clothes
Business device controls the mode of operation of the wearable intelligent equipment and obtains the data that the wearable intelligent equipment is collected；
Controller, the controller is connected to the timer, heart rate detector, body posture sensor, location equipment and led to
Believe equipment, in service App startups and foreground, setting the wearable intelligent equipment to be in real-time mode,
In service App closings or background work, the wearable intelligent equipment is set to be in normal mode, in the real-time mould
Under formula, the wearable intelligent equipment sends data every the first preset time to server；It is described under the normal mode
Wearable intelligent equipment every the second preset time to the server send data, wherein, first preset time when
The long duration less than second preset time, and the controller are additionally operable to receive the temporal information, heart rate data, body
Body attitude data and geographical location information, and according to the temporal information judge current time be in default sleep period,
Positional information is unchanged and during normal heart rate data that receive, controls the wearable intelligent equipment to automatically switch to sleep section
Power mode；When judging that current time is not on default sleep period or positional information change, the Wearable intelligence is controlled
Energy equipment switches to the normal mode by sleep energy-saving mode automatically.
9. wearable intelligent equipment as claimed in claim 8, it is characterised in that under the real-time mode or normal mode,
The controller detect be not received by the heart rate data from the heart rate detector when, automatically switch to and non-wear section
Power mode, under the non-wearing regime, the controller notifies the server bracelet to take information, and when sending one time
Between after information and positional information, close the location equipment and communication equipment；
The controller wears economize on electricity mould by non-automatically when finding heart rate data without discovery heart rate data to detection by detection
Formula switches to normal mode.
10. wearable intelligent equipment as claimed in claim 8, it is characterised in that under the real-time mode or normal mode,
The controller automatically switches to alarm mode when detecting heart rate data more than heart rate threshold, under the alarm mode,
The controller sends data every first preset time to the server, and notifies the server to mobile terminal
Send pushed information and short message；
The controller detect alarm be processed after, the normal mode is switched to by the alarm mode automatically.
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| CN201410708050.5A CN104375623B (en) | 2014-11-28 | 2014-11-28 | A kind of wearable intelligent equipment and its power-saving control method |
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| CN201410708050.5A CN104375623B (en) | 2014-11-28 | 2014-11-28 | A kind of wearable intelligent equipment and its power-saving control method |
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| CN104375623B true CN104375623B (en) | 2017-08-15 |
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| CN103989528A (en) * | 2014-06-05 | 2014-08-20 | 北京新兴阳升科技有限公司 | Integrated multi-parameter physiological state monitoring system |
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