CN104731331B - Control open method and electronic equipment - Google Patents
Control open method and electronic equipment Download PDFInfo
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- CN104731331B CN104731331B CN201510132122.0A CN201510132122A CN104731331B CN 104731331 B CN104731331 B CN 104731331B CN 201510132122 A CN201510132122 A CN 201510132122A CN 104731331 B CN104731331 B CN 104731331B
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Abstract
The embodiment of the invention discloses a kind of control open method and electronic equipments, wherein method includes：The first acquisition information is obtained by first sensor, the first sensor is located in the ontology of electronic equipment, and ontology is fixed on by fixing device on the operating body of user, and the first acquisition information is the information of first sensor acquisition when operating body moves；Judge whether to meet predetermined condition based on the first acquisition information；When the first acquisition information meets predetermined condition, measuring device is opened in control；The user is measured at the end of the operating body maintains the operating body movement by the measuring device.Using the present invention, it is not necessarily to the guidance of user, you can realize the measurement to user's physiological data, promote user experience, highlight electronic functionalities diversity.
Description
Technical field
The present invention relates to the information processing technologies, and in particular to a kind of control open method and electronic equipment.
Background technology
Currently, user can realize the measurement to own physiological data such as blood pressure by using measuring instrument such as electronic sphygmomanometer.
In view of the characteristic of Human physiology is in it and is seated, stands, lying down for the same measurement period of the same user
There are differentiated for the blood pressure that detected under equal different gestures.In general, blood pressure measurement location is close to the users when cardiac position, blood
Press measurement result more accurate.And when being measured at present to the blood pressure of user using measuring instrument, the guidance of user is needed such as to exist
It is measured under which posture, needs excessive artificial participation.
Invention content
To solve existing technical problem, the embodiment of the present invention is to provide a kind of control open method and electronics is set
It is standby, it is not necessarily to the guidance of user, you can realize the measurement to user's physiological data, promote user experience, highlight electronic functionalities
Diversity.
What the technical solution of the embodiment of the present invention was realized in：
An embodiment of the present invention provides a kind of control open methods, wherein the method includes：
The first acquisition information is obtained by the first sensor of electronic equipment, the first sensor is located at the electronics and sets
In standby ontology, the ontology of the electronic equipment is fixed on the electronic equipment by the fixing device of the electronic equipment
User operating body on, the first acquisition information is the information of the first sensor acquisition when operating body moves；
Judge whether to meet predetermined condition based on the first acquisition information；
When the first acquisition information meets predetermined condition, the measuring device of the electronic equipment is opened in control；
The user is surveyed at the end of the operating body maintains the operating body movement by the measuring device
Amount.
In said program, before the measuring device that the electronic equipment is opened in control, the method further includes：
Detect the first duration that the operating body maintains the operating body movement to terminate；
Judge whether the first duration exceeds the first scheduled duration；
When being judged as that the first duration exceeds the first scheduled duration, the measuring device of the electronic equipment is opened in control.
In said program, the predetermined condition is preset range, and the preset range is fixed with the electronics for characterizing
The operating body of equipment moves to the region of the front of the user；The first acquisition information is the operating body movement locus；
It is described to judge whether to meet predetermined condition based on the first acquisition information, including：
Judge the operating body movement locus whether in the preset range；
When the operating body movement locus is in the preset range, the measuring device is opened, and in the operating body
The user is measured when the front region for moving to the user；
When the operating body movement locus is not in the preset range, the measuring device is not started.
In said program, the predetermined condition is first threshold, and the first threshold is fixed with the electronics for characterizing
The operating body of equipment moves to the first tentation data of the electronic equipment when region of the front of the user；First acquisition letter
Cease the second data acquired by the first sensor；
It is described to judge whether to meet predetermined condition based on the first acquisition information, including：
Judge whether the second data are located in first threshold；
When being judged as that the second data are located in first threshold, the measuring device is opened in control；
When being judged as that the second data are not located in first threshold, the measuring device is not started.
In said program, when the first acquisition information meets predetermined condition, the method further includes：
The first active force being fixed on the operating body is obtained by the second sensor of the electronic equipment；
Judge whether the first active force meets the second preset range；
When being judged as that first active force meets the second preset range, the measuring device is opened in control.
An embodiment of the present invention provides a kind of electronic equipment, the electronic equipment includes：
First collecting unit, for obtaining the first acquisition information by the first sensor of electronic equipment, described first passes
Sensor is located in the ontology of the electronic equipment, the fixing device that the ontology of the electronic equipment passes through the electronic equipment
Be fixed on the operating body of the user of the electronic equipment, it is described first acquisition information be the operating body move when described in first
The information of sensor acquisition；
First judging unit judges whether to meet predetermined condition for being based on the first acquisition information；
First control unit, for when the first judging unit judge it is described first acquisition information meet predetermined condition when,
The measuring device of the electronic equipment is opened in control；
First measuring unit is used for through the measuring device at the end of operating body maintains the operating body to move
The user is measured.
In said program, first judging unit is additionally operable to：
Detect the first duration that the operating body maintains the operating body movement to terminate；
Judge whether the first duration exceeds the first scheduled duration；
When being judged as that the first duration exceeds the first scheduled duration, the electronic equipment is opened in triggering the first control unit control
Measuring device.
In said program, the predetermined condition is preset range, and the preset range is fixed with the electronics for characterizing
The operating body of equipment moves to the region of the front of the user；The first acquisition information is the operating body movement locus；
First judging unit, is additionally operable to：
Judge the operating body movement locus whether in the preset range；
When the operating body movement locus is not in the preset range, the first control unit of triggering does not start the measurement
Device；
When the operating body movement locus is in the preset range, the first control unit of triggering opens the measurement dress
It sets；
Correspondingly, the first control unit, for opening the measuring device；
First measuring unit, when front region for moving to the user in the operating body, carry out the user
It measures.
In said program, the predetermined condition is first threshold, and the first threshold is fixed with the electronics for characterizing
The operating body of equipment moves to the first tentation data of the electronic equipment when region of the front of the user；First acquisition letter
Cease the second data acquired by the first sensor；
First judging unit, is additionally operable to：
Judge whether the second data are located in first threshold；
When being judged as that the second data are located in first threshold, the measurement dress is opened in triggering the first control unit control
It sets；
When being judged as that the second data are not located in first threshold, the first control unit of triggering does not start the measurement dress
It sets.
In said program, the electronic equipment further includes second judgment unit, is used for：
The first active force being fixed on the operating body is obtained by the second sensor of the electronic equipment；
Judge whether the first active force meets the second preset range；
When being judged as that first active force meets the second preset range, the survey is opened in triggering the first control unit control
Measure device.
Control open method and electronic equipment provided in an embodiment of the present invention, wherein the method includes：It is set by electronics
Standby first sensor obtains the first acquisition information, and the first sensor is located in the ontology of the electronic equipment, the electricity
The ontology of sub- equipment is fixed on by the fixing device of the electronic equipment on the operating body of the user of the electronic equipment,
The first acquisition information is the information of the first sensor acquisition when operating body moves；Based on the first acquisition letter
Breath judges whether to meet predetermined condition；When the first acquisition information meets predetermined condition, the electronic equipment is opened in control
Measuring device；The user is carried out at the end of the operating body maintains the operating body movement by the measuring device
It measures.In the present invention program, is opened when the first acquisition information obtained by first sensor meets predetermined condition and measure physiology
The measuring device of data is not necessarily to the guidance of user, you can realizes the measurement to user's physiological data, promotes user experience, highlight
Electronic functionalities diversity.
Description of the drawings
Fig. 1 is the implementation process schematic diagram of the first embodiment of control open method provided by the invention；
Fig. 2 is the implementation process schematic diagram of the second embodiment of control open method provided by the invention；
Fig. 3 is an application scenarios schematic diagram provided in an embodiment of the present invention；
Fig. 4 is the implementation process schematic diagram of the 3rd embodiment of control open method provided by the invention；
Fig. 5 is the composed structure schematic diagram of the first embodiment of electronic equipment provided by the invention；
Fig. 6 is the composed structure schematic diagram of the second embodiment of electronic equipment provided by the invention；
Fig. 7 is the composed structure schematic diagram of the 3rd embodiment of electronic equipment provided by the invention.
Specific implementation mode
Below in conjunction with attached drawing to a preferred embodiment of the present invention will be described in detail, it should be understood that described below is excellent
Select embodiment only for the purpose of illustrating and explaining the present invention and is not intended to limit the present invention.
In control open method provided by the invention and the following embodiment of electronic equipment, involved electronic equipment packet
It includes but is not limited to：The wearable devices such as Intelligent bracelet, smartwatch, intelligent glasses；Or tablet computer, hand are mechanical, electrical
The equipment such as sub- reader.The object of the preferred electronic equipment of the embodiment of the present invention is Intelligent bracelet or smartwatch.
Embodiment of the method one：
The first embodiment of control open method provided by the invention, is applied in an electronic equipment, the electronic equipment
Can be smartwatch, Intelligent bracelet etc..
Fig. 1 is the implementation process schematic diagram of the first embodiment of control open method provided by the invention；As shown in Figure 1,
The method includes：
Step 101：The first acquisition information, the first sensor position are obtained by the first sensor of the electronic equipment
In in the ontology of the electronic equipment, the ontology of the electronic equipment is fixed on by the fixing device of the electronic equipment
On the operating body of the user of the electronic equipment, the first acquisition information is the first sensor when operating body moves
The information of acquisition；
Here, by taking the electronic equipment is smartwatch as an example, the ontology is the dial plate of smartwatch, the fixed dress
It is set to the watchband and/or watch buckle of smartwatch；The operating body can be at the wrist of user；Smartwatch is worn in user
A wrist at when, pass through first acquisition information, that is, smartwatch movement of the first sensor acquisition in the Wrist-sport of user
When first acquisition information.The first sensor can be gyroscope and acceleration transducer both types sensor,
Or be two acceleration transducers, by the sensor of gyroscope and acceleration transducer both types or two plus
The combination of velocity sensor can get movement locus when user's wrist is in movement.Certainly, the first sensor can be with
For gyroscope, the smartwatch at current kinetic position can get when smartwatch is in movement by the gyroscope
Relative to the angle of inclination information at some reference position.Wherein, for passing through gyroscope and acceleration transducer both classes
How the combination of the sensor of type or two acceleration transducers obtains movement locus of the user's wrist in movement when
Specific implementation process refers to the related description of the prior art, does not repeat here.
Step 102：Judge whether to meet predetermined condition based on the first acquisition information；
Here, judge whether the collected first acquisition information of institute meets predetermined condition in the Wrist-sport of user.Example
Such as, when the movement locus of the first acquired acquisition information representation wrist is the front region for moving to user, first is determined
Acquisition information meets predetermined condition.
Step 103：When the first acquisition information meets predetermined condition, the measurement dress of the electronic equipment is opened in control
It sets；
Here, the measuring device can be to be built in can realize to user's physiology number in the smartwatch dial plate
According to the module of the measurements such as such as blood pressure, heartbeat, pulse, such as resonant transducer.When judging that the first acquisition information meets predetermined item
When part, the module such as resonant transducer that can measure user's physiological data is opened.
Step 104：By the measuring device to the use at the end of operating body maintains the operating body movement
Family measures.
Here, when the Wrist-sport of user terminates the front region as moved to user, pass through resonant transducer pair
The physiological data of user such as blood pressure measures.
In the present embodiment, is obtained by first sensor and set being worn on the electronics at user's wrist and being kept in motion
The first standby acquisition information；When the first acquisition information meets predetermined condition, can open can measure user's physiological data
Module such as resonant transducer；And at the end of smartwatch maintains to move, by resonant transducer to the physiology number of user
According to measuring.The side of physiological data measurement can be just carried out with the guidance such as guidance measurement posture in the prior art for needing user
Method compares, and this programme is not necessarily to the guidance of user, you can realizes the detection to user's physiological data, facilitates user, improve
User experience has highlighted electronic functionalities diversity.
Embodiment of the method two
The second embodiment of control open method provided by the invention, is applied in an electronic equipment, the electronic equipment
Can be smartwatch, Intelligent bracelet etc..
Fig. 2 is the implementation process schematic diagram of the second embodiment of control open method provided by the invention；As shown in Fig. 2,
The method includes：
Step 201：The first acquisition information, the first sensor position are obtained by the first sensor of the electronic equipment
In in the ontology of the electronic equipment, the ontology of the electronic equipment is fixed on by the fixing device of the electronic equipment
On the operating body of the user of the electronic equipment, the first acquisition information is the operating body movement locus；
Here, by taking the electronic equipment is smartwatch as an example, the ontology is the dial plate of smartwatch, the fixed dress
It is set to the watchband and/or watch buckle of smartwatch；The operating body can be at the wrist of user；Smartwatch is worn in user
A wrist at when, pass through first acquisition information, that is, smartwatch movement of the first sensor acquisition in the Wrist-sport of user
When first acquisition information.The first sensor can be gyroscope and the two kinds of sensor of acceleration transducer or
Person is two acceleration transducers, passes through the sensor or two acceleration of gyroscope and acceleration transducer both types
The combination of sensor is spent, movement locus when user's wrist is in movement is can get.Wherein, for passing through gyroscope and acceleration
How the combination of the sensor of sensor both types or two acceleration transducers obtains user's wrist and is in movement
When the specific implementation process of movement locus refer to the related description of the prior art, do not repeat here.
Step 202：Whether within a predetermined range to judge the operating body movement locus, the predetermined condition is predetermined model
It encloses, the preset range is used to characterize the region for the front that the operating body for being fixed with the electronic equipment moves to the user；
Here, judge collected movement locus whether move to the front region of user.
In conjunction with shown in Fig. 3 (a)~Fig. 3 (c), the arm of user is typically that nature arm as shown in Fig. 3 (a) is natural
Plumbness, slowly be raised up to the state as shown in Fig. 3 (b), then the state shown in Fig. 3 (b) is raised up to the front of user
Region be the state as shown in Fig. 3 (c), so the preset range be specifically as follows the operating body movement locus whether from
The natural plumbness of arm moves to the front of user；Correspondingly, predetermined condition can also be：Judgement passes through first sensor
Whether the movement locus acquired moves to the front of user from the natural plumbness of arm.
Step 203：When the movement locus of the operating body is in the preset range, measuring device is opened；
Here, when judging that acquired movement locus is the front region for moving to user, unlatching can measure user's life
Manage the module such as resonant transducer of data.
Step 204：The user is measured when the operating body moves to the front region of the user；
Here, pass through resonant mode when position shown in the front of the Wrist-sport of user to user region, that is, Fig. 3 (c)
Sensor, which is adopted, measures the physiological data such as blood pressure of user.
In the present embodiment, the movement locus of wrist of the acquisition with smartwatch, and determining Wrist-sport to user
Front region when, physiological data measurement device can be opened.Meanwhile using the movement of wrist, position selection will be measured and existed
The front region of user is the region where heart due to front region, measures to obtain to user's blood pressure in this position
Measurement result it is more accurate.
In a preferred embodiment of the invention, the method further includes：
When the movement locus of the operating body is not in the preset range, the measuring device is not started.That is,
When the wrist for being judged as user does not move to position shown in front region i.e. Fig. 3 (b) of user, resonant transducer is in
Standby mode or closed state.In the present solution, position selection will be measured in the front region of user, when the movement locus of wrist
When not reaching the front of user, without opening measuring device, the electricity of electronic equipment is saved.
It is described before the measuring device that the electronic equipment is opened in control in another preferred embodiment of the present invention
Method further includes：
Detect the first duration that the operating body maintains the operating body movement to terminate；Judge the first duration whether beyond the
One scheduled duration；When being judged as that the first duration exceeds the first scheduled duration, measured by user described in the measuring device.
Here, it is contemplated that it may be to be not intended to that smartwatch is moved to the front region of user by user by the movement of wrist
The operation of knowledge, such as can also be by Wrist-sport to front, if at this moment opening resonant transducer, nothing when user terminal basin
It is suspected to be the electricity for wasting smartwatch.In the present solution, be directed to this case, user Wrist-sport to the anterior pectorial region of user
The wrist of domain, that is, user is in after state shown in Fig. 3 (c), and detection wrist is in the duration in front region (when first
It is long), judge whether the duration exceeds the first scheduled duration such as 10s, when being judged as exceeding, is opening resonant transducer,
And the blood pressure of user when wrist is in user front region is detected by resonant transducer.In the present embodiment, in wrist
Move to user front position and keep wrist be in the position duration it is longer when, can open measuring device, exclusion due to
The unconscious operation of user and caused by measuring device need open the problem of, save electricity.Wherein, the described first pre- timing
Length can flexibly be set according to actual service condition.
In another preferred embodiment of the invention, when the first acquisition information meets predetermined condition, the method
Further include：The first active force being fixed on the operating body is obtained by the second sensor of the electronic equipment；Judge
Whether one active force meets the second preset range；When being judged as that first active force meets the second preset range, control is opened
The measuring device.
Here, it is contemplated that if wearing elasticity is improper, will also result in and inaccuracy is measured to physiological data.It is based on
This, first passes through second sensor in advance such as pressure sensor measures and acts on hand in the wearing suitable smartwatch of elasticity
Pressure at wrist obtains the second preset range.When the first acquisition information meets predetermined condition, intelligence is detected by pressure sensor
Energy wrist-watch acts on the pressure at wrist, when the pressure, which meets the second preset range, such as meets 0.5pa~1pa, it is believed that wears
Elasticity is suitable, can open physiological data measurement device.Wherein, the second preset range can be flexible according to actual service condition
Setting.Certainly, this programme can also Wrist-sport to user front position and keep wrist be in the position duration it is longer,
When smartwatch acts on the second preset range of satisfaction of the pressure at wrist simultaneously, physiological data measurement device can be opened, i.e.,
It is wearing elasticity more suitably, is detecting the physiological data such as blood pressure at cardiac position, the survey of physiological parameter
The accuracy of amount result is greatly improved.
Embodiment of the method three：
The 3rd embodiment of control open method provided by the invention, is applied in an electronic equipment, the electronic equipment
Can be smartwatch, Intelligent bracelet etc..
Fig. 4 is the implementation process schematic diagram of the 3rd embodiment of control open method provided by the invention；As shown in figure 4,
The method includes：
Step 401：The first acquisition information, the first sensor position are obtained by the first sensor of the electronic equipment
In in the ontology of the electronic equipment, the ontology of the electronic equipment is fixed on by the fixing device of the electronic equipment
On the operating body of the user of the electronic equipment, the first acquisition information is counted by second that the first sensor acquires
According to；
Here, by taking the electronic equipment is smartwatch as an example, the ontology is the dial plate of smartwatch, the fixed dress
It is set to the watchband and/or watch buckle of smartwatch；The operating body can be at the wrist of user；Smartwatch is worn in user
A wrist at when, pass through first acquisition information, that is, smartwatch movement of the first sensor acquisition in the Wrist-sport of user
When first acquisition information.The first sensor can also be gyroscope or angular transducer, pass through the gyroscope or angle
Degree sensor can get smartwatch be in movement when at current kinetic position the smartwatch relative to some benchmark
Angle of inclination information at position.
Here, in conjunction with shown in Fig. 3 (a)~Fig. 3 (c), the arm of user is typically nature hand as shown in Fig. 3 (a)
The naturally vertical state of arm, slowly be raised up to the state as shown in Fig. 3 (b), then the state shown in Fig. 3 (b) is raised up to use
The front region at family is the state as shown in Fig. 3 (c).So initial in smartwatch in use, first record lower arms are in certainly
Angle value (reference angle values) under right plumbness detected by gyroscope, when re-recording lower arms and being in user front region
Angle value detected by gyroscope calculates the first difference of the two angle values.It is under nature plumbness with arm
Position on the basis of smartwatch location, then during arm slowly lifts, once gyroscope confirms in wrist
Some cocked position at the differences of data at the angle-data that is detected and reference position be the first difference, that is, think this
It is the front region of user at cocked position.Certainly, first difference can be a specific value, can be a model
Value is enclosed, is not limited herein.
Step 402：Judging whether the second data are located in first threshold, the predetermined condition is first threshold, described the
One threshold value is used to characterize the electronics when region for the front that the operating body for being fixed with the electronic equipment moves to the user
First tentation data of equipment；
Here, the first threshold is the first difference above-mentioned；Judge gyroscope when Wrist-sport to current position
Whether the difference of the angle value and reference angle values that detect is located in first threshold.
Step 403：When being judged as that the second data are located within the scope of first threshold, the measuring device is opened in control；
Here, the difference of gyroscope detects when judging Wrist-sport to current position angle value and reference angle values
In first threshold, it is believed that Wrist-sport to user front region, control and measure device such as resonant transducer are opened.
Step 404：By the measuring device to the use at the end of operating body maintains the operating body movement
Family measures.
Here, the difference of the angle value and reference angle values that are detected in gyroscope is located in first threshold i.e. Wrist-sport
When to user front region, user's physiological data is measured by resonant transducer.
In a preferred embodiment of the invention, the method further includes：
When being judged as that the second data are not located within the scope of first threshold, the measuring device is not started.That is,
The wrist that the difference of angle value and reference angle values that gyroscope detects is not located at i.e. user in first threshold does not move to use
Shown in the front region, that is, Fig. 3 (b) at family when position, resonant transducer is in standby or closed state.In the present solution,
Position selection will be measured in the front region of user, when the movement locus of wrist does not reach the front of user, without opening
Measuring device is opened, the electricity of electronic equipment is saved.
It is described before the measuring device that the electronic equipment is opened in control in another preferred embodiment of the present invention
Method further includes：
Detect the first duration that the operating body maintains the operating body movement to terminate；Judge the first duration whether beyond the
One scheduled duration；When being judged as that the first duration exceeds the first scheduled duration, measured by user described in the measuring device.
Here, it is contemplated that it may be to be not intended to that smartwatch is moved to the front region of user by user by the movement of wrist
The operation of knowledge, such as can also be by Wrist-sport to front, if at this moment opening resonant transducer, nothing when user terminal basin
It is suspected to be the electricity for wasting smartwatch.In the present solution, being directed to this case, the angle value and reference angle detected in gyroscope
The wrist that the difference of angle value is located at the i.e. Wrist-sport of user to the front region such as user of user in first threshold is in Fig. 3
(c) after state shown in, the duration i.e. wrist for detecting the difference is in the duration in front region (when first
It is long), judge whether the duration exceeds the first scheduled duration such as 10s, when being judged as exceeding, is opening resonant transducer,
And the blood pressure of user when wrist is in user front region is detected by resonant transducer.In the present embodiment, in wrist
Move to user front position and keep wrist be in the position duration it is longer when, can open measuring device, exclusion due to
The unconscious operation of user and caused by measuring device need open the problem of, save electricity.Wherein, the described first pre- timing
Length can flexibly be set according to actual service condition.
In another preferred embodiment of the invention, when the first acquisition information meets predetermined condition, the method
Further include：
The first active force being fixed on the operating body is obtained by the second sensor of the electronic equipment；Judge
Whether one active force meets the second preset range；When being judged as that first active force meets the second preset range, control is opened
The measuring device.
Here, it is contemplated that if wearing elasticity is improper, will also result in and inaccuracy is measured to physiological data.It is based on
This, measures act on the pressure at wrist in the wearing suitable smartwatch of elasticity in advance, obtain the second predetermined model
It encloses.When the first acquisition information meets predetermined condition, smartwatch is detected by second sensor such as pressure sensor and is acted on
Pressure at wrist, when the pressure, which meets the second preset range, such as meets 0.5pa~1pa, it is believed that wearing elasticity is suitable, can
Open physiological data measurement device.Certainly, this programme can also be in the difference of angle value and reference angle values that gyroscope detects
Value be located at first threshold in and the difference maintain the long period, i.e., Wrist-sport to user front position and keep wrist be in should
The duration of position is longer, at the same smartwatch act on the pressure at wrist meet the second preset range when, physiology can be opened
Data measurement unit is wearing elasticity more suitably, is detecting the physiological data such as blood at cardiac position
Pressure, the accuracy of the measurement result of physiological parameter are greatly improved.
Apparatus embodiments one：
The first embodiment of electronic equipment provided by the invention, the electronic equipment can be smartwatch, Intelligent bracelet
Deng.
Fig. 5 is the composed structure schematic diagram of the first embodiment of electronic equipment provided by the invention；As shown in figure 5, described
Electronic equipment includes：First collecting unit 501, the first judging unit 502, the first control unit 503 and the first measuring unit
504；Wherein,
First collecting unit 501, first sensor acquisition the first acquisition information for passing through electronic equipment, described first
Sensor is located in the ontology of the electronic equipment, and the ontology of the electronic equipment is filled by the fixed of the electronic equipment
On the operating body for setting the user for being fixed on the electronic equipment, the first acquisition information be when the operating body moves described in the
The information of one sensor acquisition；
Here, by taking the electronic equipment is smartwatch as an example, the ontology is the dial plate of smartwatch, the fixed dress
It is set to the watchband and/or watch buckle of smartwatch；The operating body can be at the wrist of user；Smartwatch is worn in user
A wrist at when, the electronic equipment, be specifically the first collecting unit 501 by first sensor acquire user wrist
The first acquisition information when the first acquisition information, that is, smartwatch when movement moves.The first sensor can be gyroscope
With the sensor of acceleration transducer both types or be two acceleration transducers, passes through gyroscope and acceleration passes
The combination of the sensor of sensor both types or two acceleration transducers can get user's wrist and be in when moving
Movement locus.Certainly, the first sensor can also be gyroscope, can get by the gyroscope and be in smartwatch
When movement at current kinetic position the smartwatch relative to the angle of inclination information at some reference position.Wherein, right
In the combination of sensor or two acceleration transducers by gyroscope and acceleration transducer both types, how
The specific implementation process for obtaining movement locus when user's wrist is in movement refers to the related description of the prior art, here not
It repeats.
First judging unit 502 judges whether to meet predetermined condition for being based on the first acquisition information；
Here, the electronic equipment, specifically the first judging unit 502 judge to be collected in the Wrist-sport of user
First acquisition information whether meet predetermined condition.For example, when the movement locus of the first acquired acquisition information representation wrist
When front region to move to user, the first judging unit 502 is judged as that the first acquisition information meets predetermined condition.
First control unit 503, for judging that the first acquisition information meets predetermined item when the first judging unit 502
When part, the measuring device of the electronic equipment is opened in control；
Here, the measuring device can be to be built in can realize to user's physiology number in the smartwatch dial plate
According to the module of the measurements such as such as blood pressure, heartbeat, pulse, such as resonant transducer.When the first judging unit 502 judges first
When acquisition information meets predetermined condition, the module that triggering the first control unit 503 unlatching can measure user's physiological data is for example humorous
Formula of shaking sensor.
First measuring unit 504, for maintaining the operating body movement knot in the operating body by the measuring device
The user is measured when beam.
Here, when the Wrist-sport of user terminates the front region as moved to user, the electronic equipment is specifically
First measuring unit 504 measures the physiological data such as blood pressure of user by resonant transducer.
In the present embodiment, is obtained by first sensor and set being worn on the electronics at user's wrist and being kept in motion
The first standby acquisition information；When the first acquisition information meets predetermined condition, can open can measure user's physiological data
Module such as resonant transducer；And at the end of smartwatch maintains to move, by resonant transducer to the physiology number of user
According to measuring.The side of physiological data measurement can be just carried out with the guidance such as guidance measurement posture in the prior art for needing user
Method compares, and this programme is not necessarily to the guidance of user, you can realizes the detection to user's physiological data, facilitates user, improve
User experience has highlighted electronic functionalities diversity.
Apparatus embodiments two：
The second embodiment of electronic equipment provided by the invention, the electronic equipment can be smartwatch, Intelligent bracelet
Deng.
Fig. 6 is the composed structure schematic diagram of the second embodiment of electronic equipment provided by the invention；As shown in fig. 6, described
Electronic equipment includes：First collecting unit 601, the first judging unit 602, the first control unit 603 and the first measuring unit
604；Wherein,
First collecting unit 601, it is described for obtaining the first acquisition information by the first sensor of the electronic equipment
First sensor is located in the ontology of the electronic equipment, the ontology the consolidating by the electronic equipment of the electronic equipment
On the operating body for determining the user that device is fixed on the electronic equipment, the first acquisition information is that the operating body moves rail
Mark；
Here, by taking the electronic equipment is smartwatch as an example, the ontology is the dial plate of smartwatch, the fixed dress
It is set to the watchband and/or watch buckle of smartwatch；The operating body can be at the wrist of user；Smartwatch is worn in user
A wrist at when, the electronic equipment, be specifically the first collecting unit 601 by first sensor acquire user wrist
The first acquisition information when the first acquisition information, that is, smartwatch when movement moves.The first sensor can be gyroscope
With the two kinds of sensor of acceleration transducer or it is two acceleration transducers, passes through gyroscope and acceleration sensing
The combination of the sensor of device both types or two acceleration transducers can get fortune when user's wrist is in movement
Dynamic rail mark.Wherein, for the sensor or two acceleration sensings by gyroscope and acceleration transducer both types
The combination of device, the specific implementation process for how obtaining movement locus when user's wrist is in movement refer to the phase of the prior art
It speaks on somebody's behalf bright, does not repeat here.
First judging unit 602, for whether within a predetermined range to judge the operating body movement locus, the predetermined item
Part is preset range, and the preset range is used to characterize the chest that the operating body for being fixed with the electronic equipment moves to the user
Preceding region；
Here, the electronic equipment, specifically the first judging unit 602 judge whether the collected movement locus of institute moves
To the front region of user.
In conjunction with shown in Fig. 3 (a)~Fig. 3 (c), the arm of user is typically that nature arm as shown in Fig. 3 (a) is natural
Plumbness, slowly be raised up to the state as shown in Fig. 3 (b), then the state shown in Fig. 3 (b) is raised up to the front of user
Region be the state as shown in Fig. 3 (c), so the preset range be specifically as follows the operating body movement locus whether from
The natural plumbness of arm moves to the front of user；Correspondingly, predetermined condition can also be：Judgement passes through first sensor
Whether the movement locus acquired moves to the front of user from the natural plumbness of arm.
First control unit 603, for when the movement locus of the operating body is in the preset range, opening and measuring dress
It sets；
Here, it when the first judging unit 602 judges that acquired movement locus is the front region for moving to user, touches
It sends out the first control unit 603 and opens the module such as resonant transducer that can measure user's physiological data.
First measuring unit 604, to the user when front region for moving to the user in the operating body
It measures；
Here, shown in the front of the Wrist-sport of user to user region, that is, Fig. 3 (c) when position, the electronics is set
Standby, specifically the first measuring unit 604 is adopted by resonant transducer and is measured to the physiological data such as blood pressure of user.
In the present embodiment, the movement locus of wrist of the acquisition with smartwatch, and determining Wrist-sport to user
Front region when, physiological data measurement device can be opened.Meanwhile using the movement of wrist, position selection will be measured and existed
The front region of user is the region where heart due to front region, measures to obtain to user's blood pressure in this position
Measurement result it is more accurate.
In a preferred embodiment of the invention, first judging unit 602 is additionally operable to the fortune when the operating body
For dynamic rail mark not in the preset range, the first control unit 603 of triggering does not start the measuring device.That is,
When one judging unit 602 is judged as that the wrist of user does not move to position shown in front region i.e. Fig. 3 (b) of user, first
The control resonant transducer of control unit 603 is in standby or closed state.Exist in the present solution, position selection will be measured
The front region of user, without opening measuring device, saves electricity when the movement locus of wrist does not reach the front of user
The electricity of sub- equipment.
In another preferred embodiment of the present invention, the electronic equipment is opened triggering the control of the first control unit 603
Measuring device before, first judging unit 602 is additionally operable to：
Detect the first duration that the operating body maintains the operating body movement to terminate；Judge the first duration whether beyond the
One scheduled duration；When being judged as that the first duration exceeds the first scheduled duration, measured by user described in the measuring device.
Here, it is contemplated that it may be to be not intended to that smartwatch is moved to the front region of user by user by the movement of wrist
The operation of knowledge, such as can also be by Wrist-sport to front, if at this moment opening resonant transducer, nothing when user terminal basin
It is suspected to be the electricity for wasting smartwatch.In the present solution, be directed to this case, user Wrist-sport to the anterior pectorial region of user
The wrist of domain, that is, user is in after state shown in Fig. 3 (c), and the first judging unit 602 detection wrist is in front region
Duration (the first duration), judge whether the duration exceeds the first scheduled duration such as 10s, when being judged as exceeding, triggering
First control unit 603 opens resonant transducer, and the first measuring unit 604 detects wrist by resonant transducer and is in use
The blood pressure of the user when region of family front.In the present embodiment, in Wrist-sport to user front position and wrist is kept to be in
When the duration of the position is longer, measuring device can be opened, exclude the unconscious operation due to user and caused by measuring device
The problem of needing to open, saves electricity.Wherein, first scheduled duration can flexibly be set according to actual service condition
It is fixed.
In another preferred embodiment of the invention, as shown in fig. 6, the electronic equipment further includes second judgment unit
605, it is used for：
When the first judging unit 602 judges that the first acquisition information meets predetermined condition, set by the electronics
Standby second sensor obtains the first active force being fixed on the operating body；It is pre- to judge whether the first active force meets second
Determine range；When being judged as that first active force meets the second preset range, the measuring device is opened in control.
Here, it is contemplated that if wearing elasticity is improper, will also result in and inaccuracy is measured to physiological data.It is based on
This, the electronic equipment, specifically second judgment unit 605 first pass through second sensor such as pressure sensor measurement and are wearing in advance
Smartwatch acts on the pressure at wrist in the case of elasticity is suitable, obtains the second preset range.In the first judging unit
602 when judging that the first acquisition information meets predetermined condition, and second judgment unit 605 detects smartwatch by pressure sensor
The pressure at wrist is acted on, when the pressure, which meets the second preset range, such as meets 0.5pa~1pa, it is believed that wear elasticity
Properly, it can trigger the first control unit 603 and open physiological data measurement device.Wherein, the second preset range can be according to reality
Service condition and flexibly set.Certainly, this programme can also Wrist-sport to user front position and keep wrist be in should
The duration of position is longer, at the same smartwatch act on the pressure at wrist meet the second preset range when, physiology can be opened
Data measurement unit is wearing elasticity more suitably, is detecting the physiological data such as blood at cardiac position
Pressure, the accuracy of the measurement result of physiological parameter are greatly improved.
Apparatus embodiments three：
The 3rd embodiment of electronic equipment provided by the invention, the electronic equipment can be smartwatch, Intelligent bracelet
Deng.
Fig. 7 is the composed structure schematic diagram of the 3rd embodiment of electronic equipment provided by the invention；As shown in fig. 7, described
Electronic equipment includes：First collecting unit 701, the first judging unit 702, the first control unit 703 and the first measuring unit
704；Wherein,
First collecting unit 701, it is described for obtaining the first acquisition information by the first sensor of the electronic equipment
First sensor is located in the ontology of the electronic equipment, the ontology the consolidating by the electronic equipment of the electronic equipment
On the operating body for determining the user that device is fixed on the electronic equipment, the first acquisition information is adopted by the first sensor
Second data of collection；
Here, by taking the electronic equipment is smartwatch as an example, the ontology is the dial plate of smartwatch, the fixed dress
It is set to the watchband and/or watch buckle of smartwatch；The operating body can be at the wrist of user；Smartwatch is worn in user
A wrist at when, the electronic equipment, be specifically the first collecting unit 701 by first sensor acquire user wrist
The first acquisition information when the first acquisition information, that is, smartwatch when movement moves.The first sensor can also be gyro
Instrument or angular transducer can get when smartwatch is in movement by the gyroscope or angular transducer in current kinetic
The smartwatch is relative to the angle of inclination information at some reference position at position.
Here, in conjunction with shown in Fig. 3 (a)~Fig. 3 (c), the arm of user usually will be nature as shown in Fig. 3 (a)
The naturally vertical state of arm, slowly be raised up to the state as shown in Fig. 3 (b), then the state shown in Fig. 3 (b) is raised up to
The front region of user is the state as shown in Fig. 3 (c).So initial in smartwatch in use, first record lower arms are in
Angle value (reference angle values) under natural plumbness detected by gyroscope re-records lower arms and is in user front region
When gyroscope detected by angle value, calculate the first difference of the two angle values.It is in nature plumbness with arm
Position on the basis of lower smartwatch location, then during arm slowly lifts, once gyroscope confirms in hand
The difference of data at the angle-data detected at some cocked position of wrist and reference position is the first difference, that is, thinks this
It is the front region of user at a cocked position.Certainly, first difference can be a specific value, can be one
Value range does not limit herein.
First judging unit 702, for judging whether the second data are located in first threshold, the predetermined condition is first
Threshold value, the first threshold are used to characterize the region for the front that the operating body for being fixed with the electronic equipment moves to the user
First tentation data of Shi Suoshu electronic equipments；
Here, the first threshold is the first difference above-mentioned.The electronic equipment is specifically the first judging unit
Whether the difference for the angle value and reference angle values that 702 gyroscopes when judging Wrist-sport to current position detect is located at the
In one threshold value.
First control unit 703, for being judged as that the second data are located within the scope of first threshold when the first judging unit 702
When, the measuring device is opened in control；
Here, the electronic equipment, specifically the first judging unit 702 judge gyro when Wrist-sport to current position
The difference of angle value and reference angle values that instrument detects is located in first threshold, it is believed that Wrist-sport to user front region,
703 control and measure device of the first control unit such as resonant transducer is triggered to open.
First measuring unit 704, for maintaining the operating body movement knot in the operating body by the measuring device
The user is measured when beam.
Here, the difference of the angle value and reference angle values that are detected in gyroscope is located in first threshold i.e. Wrist-sport
When to user front region, the electronic equipment, specifically the first measuring unit 704 are by resonant transducer to user's physiology
Data measure.
In a preferred embodiment of the invention, first judging unit 702 is additionally operable to be judged as the second data
When not being located within the scope of first threshold, the first control unit 703 of triggering does not start the measuring device.That is, first
Judging unit 702 is judged that the difference of the angle value and reference angle values detected by gyroscope is not located in first threshold and is used
When the wrist at family does not move to position shown in front region i.e. Fig. 3 (b) of user, the first control unit 703 controls resonant mode
Sensor is in standby or closed state.In the present solution, position selection will be measured in the front region of user, work as wrist
Movement locus when not reaching the front of user, without opening measuring device, save the electricity of electronic equipment.
In another preferred embodiment of the present invention, the electronic equipment is opened triggering the control of the first control unit 703
Measuring device before, first judging unit 702 is additionally operable to：
Detect the first duration that the operating body maintains the operating body movement to terminate；Judge the first duration whether beyond the
One scheduled duration；When being judged as that the first duration exceeds the first scheduled duration, measured by user described in the measuring device.
Here, it is contemplated that it may be to be not intended to that smartwatch is moved to the front region of user by user by the movement of wrist
The operation of knowledge, such as can also be by Wrist-sport to front, if at this moment opening resonant transducer, nothing when user terminal basin
It is suspected to be the electricity for wasting smartwatch.In the present solution, being directed to this case, judge by gyro in the first judging unit 702
The difference of angle value and reference angle values that instrument detects is located in first threshold the i.e. Wrist-sport of user to the front of user
The wrist in region such as user is in after state shown in Fig. 3 (c), and the duration i.e. wrist for detecting the difference is in front
The duration (the first duration) in region, judge whether the duration exceeds the first scheduled duration such as 10s, is judged as exceeding
When, the first control unit 703 of triggering opens resonant transducer, and the first measuring unit 704 detects hand by resonant transducer
Wrist is in the blood pressure of the user when region of user front.In the present embodiment, in Wrist-sport to user front position and holding
Wrist be in the position duration it is longer when, can open measuring device, exclude the unconscious operation due to user and caused by
Measuring device needs the problem of opening, and saves electricity.Wherein, first scheduled duration can according to actual service condition and
Flexibly setting.
In another preferred embodiment of the invention, as shown in fig. 7, the electronic equipment further includes second judgment unit
705, for when the first judging unit 702 judges that the first acquisition information meets predetermined condition, being set by the electronics
Standby second sensor obtains the first active force being fixed on the operating body；It is pre- to judge whether the first active force meets second
Determine range；When being judged as that first active force meets the second preset range, described in triggering the first control unit 703 control unlatching
Measuring device.
Here, it is contemplated that if wearing elasticity is improper, will also result in and inaccuracy is measured to physiological data.It is based on
This, second judgment unit 705 measures in advance acts on the pressure at wrist in the wearing suitable smartwatch of elasticity,
Obtain the second preset range.When the first judging unit 702 judges that the first acquisition information meets predetermined condition, second judges list
Member 705 detects smartwatch by second sensor such as pressure sensor and acts on the pressure at wrist, when the pressure meets the
When two preset ranges such as meet 0.5pa~1pa, it is believed that wearing elasticity is suitable, and the first control unit 703 of triggering opens physiology number
According to measuring device.Certainly, this programme can also be located at first in the difference of angle value and reference angle values that gyroscope detects
In threshold value and the difference maintains long period, i.e. Wrist-sport to user front position and holding wrist to be in the duration of the position
It is longer, at the same smartwatch act on the pressure at wrist meet the second preset range when, can open physiological data measure dress
It sets, that is, is wearing elasticity more suitably, detecting the physiological data such as blood pressure at cardiac position, physiological parameter
The accuracy of measurement result be greatly improved.
In several embodiments provided herein, it should be understood that disclosed device and method can pass through it
Its mode is realized.Apparatus embodiments described above are merely indicative, for example, the division of the unit, only
A kind of division of logic function, formula that in actual implementation, there may be another division manner, such as：Multiple units or component can combine, or
It is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each composition portion
It can be the INDIRECT COUPLING by some interfaces, equipment or unit to divide mutual coupling or direct-coupling or communication connection
Or communication connection, can be electrical, mechanical or other forms.
The above-mentioned unit illustrated as separating component can be or may not be and be physically separated, aobvious as unit
The component shown can be or may not be physical unit, you can be located at a place, may be distributed over multiple network lists
In member；Some or all of wherein unit can be selected according to the actual needs to achieve the purpose of the solution of this embodiment.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing unit, also may be used
It, can also be during two or more units be integrated in one unit to be each unit individually as a unit；It is above-mentioned
The form that hardware had both may be used in integrated unit is realized, can also be realized in the form of hardware adds SFU software functional unit.
One of ordinary skill in the art will appreciate that：Realize that all or part of step of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer read/write memory medium, the program
When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes：It is movable storage device, read-only
The various media that can store program code such as memory (ROM, Read-Only Memory), magnetic disc or CD.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of control open method, wherein the method includes：
The first acquisition information is obtained by the first sensor of electronic equipment, the first sensor is located at the electronic equipment
In ontology, the ontology of the electronic equipment is fixed on the use of the electronic equipment by the fixing device of the electronic equipment
On the operating body at family, the first acquisition information is the information of the first sensor acquisition when operating body moves；
Judge whether to meet predetermined condition based on the first acquisition information；
When the first acquisition information meets predetermined condition, the measuring device of the electronic equipment is opened in control；
The user is measured at the end of the operating body maintains the operating body movement by the measuring device；Its
In,
When first acquisition information representation described in operating body move to the front region of user when, determine the first acquisition information meet
Predetermined condition.
2. according to the method described in claim 1, it is characterized in that, control open the electronic equipment measuring device it
Before, the method further includes：
Detect the first duration that the operating body maintains the operating body movement to terminate；
Judge whether the first duration exceeds the first scheduled duration；
When being judged as that the first duration exceeds the first scheduled duration, the measuring device of the electronic equipment is opened in control.
3. according to the method described in claim 1, it is characterized in that, the predetermined condition be preset range, the preset range
For characterize be fixed with the electronic equipment operating body move to the user front region；The first acquisition information
For the operating body movement locus；
It is described to judge whether to meet predetermined condition based on the first acquisition information, including：
Judge the operating body movement locus whether in the preset range；
When the operating body movement locus is in the preset range, the measuring device is opened, and move in the operating body
To the user front region when the user is measured；
When the operating body movement locus is not in the preset range, the measuring device is not started.
4. according to the method described in claim 1, it is characterized in that, the predetermined condition be first threshold, the first threshold
Electronic equipment when for characterizing the region for being fixed with the front that the operating body of the electronic equipment moves to the user
First tentation data；The second data that first acquisition information is acquired by the first sensor；
It is described to judge whether to meet predetermined condition based on the first acquisition information, including：
Judge whether the second data are located in first threshold；
When being judged as that the second data are located in first threshold, the measuring device is opened in control；
When being judged as that the second data are not located in first threshold, the measuring device is not started.
5. method according to claim 1 or 2, which is characterized in that when the first acquisition information meets predetermined condition,
The method further includes：
The first active force being fixed on the operating body is obtained by the second sensor of the electronic equipment；
Judge whether the first active force meets the second preset range；
When being judged as that first active force meets the second preset range, the measuring device is opened in control.
6. a kind of electronic equipment, the electronic equipment include：
First collecting unit, for obtaining the first acquisition information, the first sensor by the first sensor of electronic equipment
In the ontology of the electronic equipment, the ontology of the electronic equipment is fixed by the fixing device of the electronic equipment
In on the operating body of the user of the electronic equipment, the first acquisition information be when the operating body moves described in the first sensing
The information of device acquisition；
First judging unit judges whether to meet predetermined condition for being based on the first acquisition information；The predetermined condition is extremely
The region that the operating body moves to the front of the user is characterized less；
First control unit, for when the first judging unit judges that the first acquisition information meets predetermined condition, controlling
Open the measuring device of the electronic equipment；
First measuring unit, for by the measuring device at the end of operating body maintains operating body movement to institute
User is stated to measure.
7. electronic equipment according to claim 6, which is characterized in that first judging unit is additionally operable to：
Detect the first duration that the operating body maintains the operating body movement to terminate；
Judge whether the first duration exceeds the first scheduled duration；
When being judged as that the first duration exceeds the first scheduled duration, the survey of the electronic equipment is opened in triggering the first control unit control
Measure device.
8. electronic equipment according to claim 6, which is characterized in that the predetermined condition is preset range, described predetermined
Range is used to characterize the region for the front that the operating body for being fixed with the electronic equipment moves to the user；First acquisition
Information is the operating body movement locus；
First judging unit, is additionally operable to：
Judge the operating body movement locus whether in the preset range；
When the operating body movement locus is not in the preset range, the first control unit of triggering does not start the measurement dress
It sets；
When the operating body movement locus is in the preset range, the first control unit of triggering opens the measuring device；
Correspondingly, the first control unit, for opening the measuring device；
First measuring unit, when front region for moving to the user in the operating body, survey the user
Amount.
9. electronic equipment according to claim 6, which is characterized in that the predetermined condition be first threshold, described first
Threshold value when being used to characterize the region for being fixed with the front that the operating body of the electronic equipment moves to the user electronics set
The first standby tentation data；The second data that first acquisition information is acquired by the first sensor；
First judging unit, is additionally operable to：
Judge whether the second data are located in first threshold；
When being judged as that the second data are located in first threshold, the measuring device is opened in triggering the first control unit control；
When being judged as that the second data are not located in first threshold, the first control unit of triggering does not start the measuring device.
10. the electronic equipment described according to claim 6 or 7, which is characterized in that the electronic equipment further includes the second judgement list
Member is used for：
The first active force being fixed on the operating body is obtained by the second sensor of the electronic equipment；
Judge whether the first active force meets the second preset range；
When being judged as that first active force meets the second preset range, the measurement dress is opened in triggering the first control unit control
It sets.
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| CN201810925145.0A CN109330576B (en) | 2015-03-24 | 2015-03-24 | Control starting method and electronic equipment |
| CN201510132122.0A CN104731331B (en) | 2015-03-24 | 2015-03-24 | Control open method and electronic equipment |
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| CN105902258B (en) * | 2016-06-03 | 2019-08-16 | 广东乐心医疗电子股份有限公司 | Method for automatically starting blood pressure measurement and electronic sphygmomanometer |
| CN107348954A (en) * | 2016-08-09 | 2017-11-17 | 吕晓东 | Sphygmomanometer |
| WO2019169636A1 (en) * | 2018-03-09 | 2019-09-12 | 华为技术有限公司 | Method for measuring human body physiological parameters, and terminal device |
| CN110070812A (en) * | 2019-04-12 | 2019-07-30 | 华为技术有限公司 | Wear electronic equipment and its control method |
| CN110522471A (en) * | 2019-10-09 | 2019-12-03 | 业成科技（成都）有限公司 | Wearable physiologic information measuring device |
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