CN106551687A - A kind of heart rate test method, user terminal, testing equipment and system - Google Patents
A kind of heart rate test method, user terminal, testing equipment and system Download PDFInfo
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- CN106551687A CN106551687A CN201610977124.4A CN201610977124A CN106551687A CN 106551687 A CN106551687 A CN 106551687A CN 201610977124 A CN201610977124 A CN 201610977124A CN 106551687 A CN106551687 A CN 106551687A
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- numerical value
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
- A61B5/024—Detecting, measuring or recording pulse rate or heart rate
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/0059—Measuring for diagnostic purposes; Identification of persons using light, e.g. diagnosis by transillumination, diascopy, fluorescence
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
- A61B5/024—Detecting, measuring or recording pulse rate or heart rate
- A61B5/02444—Details of sensor
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/72—Signal processing specially adapted for physiological signals or for diagnostic purposes
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B2560/00—Constructional details of operational features of apparatus; Accessories for medical measuring apparatus
- A61B2560/02—Operational features
- A61B2560/0223—Operational features of calibration, e.g. protocols for calibrating sensors
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- Measuring Pulse, Heart Rate, Blood Pressure Or Blood Flow (AREA)
Abstract
The invention discloses a kind of heart rate test method, which comprises the following steps：Receiving light light intensity numerical value and EIC equipment identification code that reception is sended over by heart rate detection equipment；Receiving light light intensity numerical value and EIC equipment identification code are sent to into service end, so that service end is judged to receiving light light intensity numerical value；Wherein, when receiving light light intensity numerical value is more than default light intensity numerical value, service end obtains the calibration value associated with EIC equipment identification code according to EIC equipment identification code, and referential data is worth to according to receiving light light intensity numerical value and calibration, and when judging that referential data is less than default light intensity numerical value, return to hollow testing order；Receive to hollow testing order, and heart rate detection equipment will be sent to hollow testing order so that heart rate detection equipment is according to sending to hollow testing order to hollow testing statement.Present invention also offers a kind of user terminal, testing equipment and test system.The present invention is when carrying out judging hollow testing more accurately and with good Consumer's Experience.
Description
Technical field
The present invention relates to heart rate detection technical field, more particularly to a kind of heart rate test method, user terminal, testing equipment
And system.
Background technology
Optics heart rate measuring device includes optical launcher and optical receiver.Its operation principle is based on human body skin blood
Blood in pipe can occur density when pulsation and change and cause the change of light transmittance.When optics heart rate measuring device is contacted
During human body skin, optical launcher sends the launching light of known wavelength to human body, optical receiver receive human body skin reflex or
The light for transmitting.Change conversion of the optics heart rate measuring device by the light intensity of launching light with the light intensity of receiving light obtains heart rate
Value.
When optics heart rate measuring device is not in contact with human body skin, optics heart rate measuring device is exactly to carry out to empty survey
Examination, at this moment optics heart rate measuring device can stop heart rate measurement.Wherein, it is that optical receiver is received to the principle of hollow testing
Light (i.e. receiving light is irradiated to reflected, transmission after human body skin including the launching light launched by optical launcher and returns
The light of light or surrounding) Optical power values contrasted with default numerical value, when the Optical power values of receiving light it is little
When default numerical value, show optics heart rate measuring device not and contact human skin, i.e. optics heart rate measuring device exists
To hollow testing.
But existing heart rate measuring device can cover one layer on the surface of optical receiver to protect optical receiver
Transparent covering (transparent plastic or clear glass etc.), because the light transmittance of these coverings has discordance, can lead
The receiving light under equal conditions is caused to pass through can all there are different decay during the covering of different heart rate measuring apparatus so that different
The heart rate sensor of heart rate measuring device has different errors in the receiving light for receiving equality strength, at this moment cannot be by giving
Each optics heart rate measuring device arranges an identical calibration value to reduce the error, so that existing heart rate is surveyed
Amount equipment is not accurate enough to the judgement to hollow testing, have impact on the operating experience of user.
The content of the invention
For the problems referred to above, it is an object of the invention to provide one kind when carrying out judging hollow testing more accurately so as to
Heart rate test method with good Consumer's Experience, user terminal, testing equipment and system.
To achieve these goals, one aspect of the present invention provides a kind of heart rate test method, and which comprises the following steps：Connect
The test data that receipts are sended over by heart rate detection equipment；Wherein, the test data is included by the heart rate detection equipment root
The receiving light light intensity numerical value calculated according to its receiving light for receiving and the EIC equipment identification code of the heart rate detection equipment；By institute
State test data and be sent to the service end, so that the service end is judged to the receiving light light intensity numerical value；Wherein, when
When the receiving light light intensity numerical value is less than default light intensity numerical value, the service end returns and hollow testing is instructed；When the reception
When light light intensity numerical value is more than default light intensity numerical value, the service end is obtained according to the EIC equipment identification code and is recognized with the equipment
The calibration value of code association, and referential data is worth to the calibration according to the receiving light light intensity numerical value, and judging
When stating referential data less than the default light intensity numerical value, return to hollow testing order；Receive described to hollow testing order, and will
It is described that the heart rate detection equipment is sent to hollow testing order so that the heart rate detection equipment is ordered to hollow testing according to described
Order sends to be stated to hollow testing.
Further, before the test data sended over by heart rate detection equipment is received, also include：Receive by heart rate
Average intensity numerical value and EIC equipment identification code corresponding with the average intensity numerical value for calibration that testing equipment sends, and will
The average intensity numerical value carries out contrast with default light intensity numerical value and draws calibration value；The calibration value is recognized with the equipment
Code is sent to the service end so that the calibration value is set up with the EIC equipment identification code and associated by the service end, and preserves
Association results.
Further, it is described " receive by heart rate detection equipment send for calibration average intensity numerical value and with it is described
The corresponding EIC equipment identification code of average intensity numerical value, and the average intensity numerical value is carried out into contrast with default light intensity numerical value draw
Calibration value " is specially：Receive by the heart rate detection equipment send it is for the average intensity numerical value of calibration and average with described
The corresponding EIC equipment identification code of light intensity numerical value；Wherein, the average intensity numerical value by the heart rate detection equipment in the default time
In the range of multiple light intensity data collection is carried out and by the process of the heart rate detection equipment by the receiving light received to which
Device carries out average computation process to the light intensity data for collecting and draws；By the average intensity numerical value and default light
Strong numerical value is contrasted；Wherein, when the average intensity numerical value is less than the default light intensity numerical value, by the average intensity
Numerical value is as the calibration value and preserves；When the average intensity numerical value is more than the default light intensity numerical value, then will be described
Average intensity numerical value and the difference of both the default light intensity numerical value absolute value is as the calibration value and preserves.
Further, receive by the heart rate detection equipment send for calibration average intensity numerical value and with it is described
After the corresponding EIC equipment identification code of average intensity numerical value, also include：When judge the average intensity numerical value be more than default mistake
During numerical value, erroneous declarations are sent, and terminates this test；Wherein, the default erroneous values are more than the default light intensity
Numerical value.
Further, the default light intensity numerical value is 3000 candelas.
Another aspect of the present invention provides a kind of user terminal, and which includes：Data reception module, is examined by heart rate for receiving
The test data that measurement equipment is sended over；Wherein, the test data includes being received according to which by the heart rate detection equipment
The receiving light light intensity numerical value that calculated of receiving light and the heart rate detection equipment EIC equipment identification code；Mould is judged to hollow testing
Block, for the test data is sent to the service end, so that the service end is carried out to the receiving light light intensity numerical value
Judge；Wherein, when the receiving light light intensity numerical value is less than default light intensity numerical value, the service end returns and hollow testing is referred to
Order；When the receiving light light intensity numerical value is more than default light intensity numerical value, the service end is obtained according to the EIC equipment identification code
The calibration value associated with the EIC equipment identification code, and reference number is worth to the calibration according to the receiving light light intensity numerical value
Value, and when judging that the referential data is less than the default light intensity numerical value, return to hollow testing order；To hollow testing sound
Bright module, it is described to hollow testing order for receiving, and the heart rate detection equipment is sent to hollow testing order by described, make
Obtain the heart rate detection equipment to state hollow testing according to described send hollow testing order.
Further, the user terminal also includes：Calibration value acquisition module, is sent by heart rate detection equipment for receiving
Average intensity numerical value and EIC equipment identification code corresponding with the average intensity numerical value for calibration, and by the average intensity
Numerical value carries out contrast with default light intensity numerical value and draws calibration value；Module is set up in association, for the calibration value is set with described
Standby identification code is sent to the service end so that the calibration value is set up with the EIC equipment identification code and associated by the service end,
And preserve association results.
Further, the calibration value acquisition module includes：Receiving unit, is sent out by the heart rate detection equipment for receiving
The average intensity numerical value and EIC equipment identification code corresponding with the average intensity numerical value for calibration for sending；Wherein, it is described average
Light intensity numerical value is carried out multiple in default time range by the heart rate detection equipment by the receiving light received to which
Light intensity data is gathered and carries out average computation to the light intensity data for collecting by the processor of the heart rate detection equipment
Manage and draw；Comparison unit, for the average intensity numerical value is contrasted with default light intensity numerical value；Wherein, work as institute
When stating average intensity numerical value less than the default light intensity numerical value, using the average intensity numerical value is as the calibration value and protects
Deposit；It is when the average intensity numerical value is more than the default light intensity numerical value, then the average intensity numerical value is default with described
Both light intensity numerical value difference absolute value is as the calibration value and preserves.
Another aspect of the present invention provides a kind of heart rate detection equipment again, and which includes：Sending module, for by the survey measured
Examination data is activation is to user terminal；Wherein, the test data includes the receiving light received according to which by heart rate detection equipment
The receiving light light intensity numerical value for being calculated and the EIC equipment identification code of the heart rate detection equipment；Receiver module, for by described
User terminal is received when service end is to receiving after judgement by the test data that the user terminal is sended over
Sent to hollow testing order so that the heart rate detection equipment is sent to hollow testing sound to hollow testing order according to described
It is bright；Wherein, described is the service end to hollow testing order when which judges that the receiving light light intensity numerical value is less than default light
Send to the user terminal during strong numerical value；Or, described is described in the service end is judged when which to hollow testing order
Receiving light light intensity numerical value is associated with the EIC equipment identification code more than being obtained according to the EIC equipment identification code after default light intensity numerical value
Calibration value and judging which according to the receiving light light intensity numerical value and the referential data that is worth to calibrated less than described
Send to the user terminal during default light intensity numerical value.
Another aspect of the present invention additionally provides a kind of heart rate test system, it include heart rate detection equipment, user terminal with
And service end；The heart rate detection equipment, for the average intensity measured numerical value and EIC equipment identification code are sent to the user
Terminal；Wherein, the test data is included by the heart rate detection equipment according to connecing that its receiving light for receiving is calculated
Receive the EIC equipment identification code of light light intensity numerical value and the heart rate detection equipment；The user terminal, for receiving the test data,
And the test data is sent to into the service end；The service end, for receiving the test data, and to the reception
Light light intensity numerical value is judged；Wherein, when judging that the receiving light light intensity numerical value is less than default light intensity numerical value, to described
User terminal returns and hollow testing is instructed；When judging that the receiving light light intensity numerical value is more than default light intensity numerical value, according to
The EIC equipment identification code obtains the calibration value associated with the EIC equipment identification code, and according to the receiving light light intensity numerical value with it is described
Calibration is worth to referential data, and when judging that the referential data is less than the default light intensity numerical value, to the user
Terminal is returned to hollow testing order；The user terminal, is additionally operable to receive that the service end sends over is described to hollow testing
Order, and the heart rate detection equipment is sent to hollow testing order by described；The heart rate detection equipment, is additionally operable to receive institute
That states that user terminal sends over is described to hollow testing order, and hollow testing order is sent to hollow testing sound according to described
It is bright.
The heart rate test method that the present invention is provided, the user terminal, the heart rate detection equipment and including institute
The heart rate test system of user terminal and the heart rate detection equipment is stated, the user terminal is by receiving by heart rate detection
The receiving light light intensity numerical value and the EIC equipment identification code of the heart rate detection equipment that equipment is sended over, and by the receiving light
Light intensity numerical value and the EIC equipment identification code are sent to the service end；When the service end judges the receiving light light intensity numerical value
During more than default light intensity numerical value, the service end obtains the school associated with the EIC equipment identification code according to the EIC equipment identification code
Quasi- value, i.e., described service end can be obtained and the equipment according to the EIC equipment identification code of each heart rate detection equipment
The unique corresponding calibration value of identification code, can so cause each heart rate detection equipment with unique corresponding with which
The calibration value so that the calibration value corresponding to each heart rate detection equipment is no longer identical；And institute
Stating service end can be to obtain the referential data according to the calibration value and the receiving light light intensity numerical value, so when each
The heart rate detection equipment can cause the referential data to be all relative with the calibration value when carrying out judging hollow testing
Answer, so that service end service end when judging whether the heart rate detection equipment is carried out to hollow testing is obtained
The referential data got is more accurate；When the service end judges the referential data or the receiving light light intensity number
When value is less than the default light intensity numerical value, that is, show the heart rate detection equipment carrying out to hollow testing, at this moment the user
Terminal is sent to the heart rate detection equipment to hollow testing order by what is sended over by the service end so that the heart rate inspection
Measurement equipment sends to be stated to hollow testing.Therefore, the present invention is by setting to each heart rate detection equipment in the service end
Have a calibration value associated with the EIC equipment identification code of the heart rate detection equipment, and according to the calibration value with it is described
The receiving light light intensity numerical value that heart rate detection equipment gets obtaining the referential data so that the present invention is being carried out to sky
It is more accurate during the judgement of test, therefore the present invention has good Consumer's Experience.
Description of the drawings
In order to be illustrated more clearly that technical scheme, accompanying drawing to be used needed for embodiment will be made below
Simply introduce, it should be apparent that, drawings in the following description are only some embodiments of the present invention, general for this area
For logical technical staff, on the premise of not paying creative work, can be with according to these other accompanying drawings of accompanying drawings acquisition.
Fig. 1 is a kind of structural representation of heart rate test system provided in an embodiment of the present invention；
Fig. 2 is a kind of flow chart of heart rate test method provided in an embodiment of the present invention；
Fig. 3 is a kind of structural representation of user terminal provided in an embodiment of the present invention；
Fig. 4 is the structural representation of another kind of user terminal provided in an embodiment of the present invention；
Fig. 5 is the structural representation of the calibration value acquisition module shown in Fig. 4,；
Fig. 6 is a kind of structural representation of heart rate detection equipment provided in an embodiment of the present invention.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than the embodiment of whole.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
Fig. 1 is referred to, one aspect of the present invention provides a kind of heart rate test system 1, which includes heart rate detection equipment 2, uses
Family terminal 3 and service end 4；
The heart rate detection equipment 2, for the test data measured is sent to the user terminal 3；Wherein, the survey
Examination data include receiving light light intensity numerical value and the institute calculated according to its receiving light for receiving by the heart rate detection equipment 2
State the EIC equipment identification code of heart rate detection equipment 2；
The test data for receiving the test data, and is sent to the service end 4 by the user terminal 3；
The service end 4, for receiving the test data, and judges to the receiving light light intensity numerical value；Wherein,
When judging that the receiving light light intensity numerical value is less than default light intensity numerical value, return to the user terminal 3 and hollow testing is referred to
Order；When judging that the receiving light light intensity numerical value is more than default light intensity numerical value, obtained according to the EIC equipment identification code and institute
The calibration value of EIC equipment identification code association is stated, and referential data is worth to the calibration according to the receiving light light intensity numerical value, and
When judging that the referential data is less than the default light intensity numerical value, return to hollow testing order to the user terminal 3；
The user terminal 3, it is described to hollow testing order for receive that the service end 4 sends over, and will be described
The heart rate detection equipment 2 is sent to hollow testing order；
The heart rate detection equipment 2, is additionally operable to receive that the user terminal 3 sends over is described to hollow testing order,
And hollow testing is stated according to described sending to hollow testing order.
It should be noted that the heart rate detection equipment 2 includes optical launcher and optical receiver, wherein, the light
Learning emitter is used to send launching light, the optical receiver be used to receiving the launching light from human body skin through reflection or
The light for transmitting；Especially, when the heart rate detection equipment 2 is discontiguous with human body skin (this when the heart
Rate testing equipment 2 is being carried out to hollow testing), the optical receiver can also receive the light of surrounding, for the ease of to this
Bright understanding, here is by these light (i.e. including the launching light from human body skin through reflection or the light for transmitting and week
The light in collarette border) it is referred to as the receiving light.The institute that the heart rate detection equipment 2 can be received according to the optical receiver
The light intensity numerical value that receiving light calculates the receiving light is stated, i.e., described receiving light light intensity numerical value.It is understood that the heart rate
Testing equipment 2 with the function of entering row data communication with the user terminal 3, such as with logical with 3 bluetooth of the user terminal
The function of letter or WiFi communication.Additionally, the user terminal 3 can according to default communication protocol (such as http agreements) with
The service end 4 sets up communication connection, and the user terminal 3 can be to build with the service end 4 with the heart rate detection equipment 2
Smart mobile phone or Intelligent flat of vertical wireless connection etc..
In embodiments of the present invention, the user terminal 3 is connect by described in heart rate detection equipment 2 is sended over by receiving
Receive the EIC equipment identification code of light light intensity numerical value and the heart rate detection equipment 2, and by the receiving light light intensity numerical value and the equipment
Identification code is sent to the service end 4；When the service end 4 judges that the receiving light light intensity numerical value is more than default light intensity number
During value, the service end 4 obtains the calibration value associated with the EIC equipment identification code, i.e., described service according to the EIC equipment identification code
End 4 can obtain uniquely right with the EIC equipment identification code according to the EIC equipment identification code of each heart rate detection equipment 2
The calibration value answered, can so cause each heart rate detection equipment 2 with its unique corresponding calibration
Value, so that the calibration value corresponding to each heart rate detection equipment 2 is no longer identical；And the service end 4
Can be to obtain the referential data according to the calibration value and the receiving light light intensity numerical value, so when each heart rate
Testing equipment 2 when carrying out judging hollow testing, can cause the referential data be all it is corresponding with the calibration value, from
And cause the service end 4 when judging whether the heart rate detection equipment 2 is carried out to hollow testing accessed by the service end 4
The referential data it is more accurate；When the service end 4 judges that the referential data is less than or the receiving light light intensity
Described in numerical value during default light intensity numerical value, that is, show the heart rate detection equipment 2 carrying out to hollow testing, at this moment user's end
End 3 is sent to the heart rate detection equipment 2 to hollow testing order by what is sended over by the service end 4 so that the heart rate
Testing equipment 2 sends to be stated to hollow testing.Therefore, the present invention is by setting to each heart rate detection in the service end 4
Standby 2 are provided with the calibration value associated with the EIC equipment identification code of the heart rate detection equipment 2, and according to the calibration value
The receiving light light intensity numerical value got with the heart rate detection equipment 2 obtaining the referential data so that this
It is bright more accurate when the judgement to hollow testing is carried out, therefore the present invention has good Consumer's Experience.
Fig. 2 is referred to, another aspect of the present invention provides a kind of heart rate test method, it is characterised in that including following step
Suddenly：
S10, receives the test data sended over by heart rate detection equipment 2；Wherein, the test data is included by described
Receiving light light intensity numerical value and the heart rate detection equipment 2 that heart rate detection equipment 2 is calculated according to its receiving light for receiving
EIC equipment identification code.
Wherein, when the user terminal 3 detect user by run application program that the user terminal 3 is provided with to
When the heart rate detection equipment 2 sends heart rate test order, the heart rate detection equipment 2 enters according to the test command is received
(i.e. described optical launcher sends the launching light to the work of row heart rate detection, and the optical receiver receives the receiving light, so
The heart rate detection equipment 2 calculates the receiving light light intensity numerical value according to the receiving light for receiving afterwards) and to the use
Family terminal 3 sends the test data, wherein, the test data can be sent to by communication modes such as bluetooth or WiFi
The user terminal 3.
The test data is sent to the service end 4 by S11, so that the receiving light light intensity number of the service end 4 pairs
Value is judged；Wherein, when the receiving light light intensity numerical value is less than default light intensity numerical value, the service end 4 is returned to sky
Test instruction；When the receiving light light intensity numerical value is more than default light intensity numerical value, the service end 4 is recognized according to the equipment
Code obtains the calibration value associated with the EIC equipment identification code, and is worth to ginseng with the calibration according to the receiving light light intensity numerical value
Numerical value is examined, and when judging that the referential data is less than the default light intensity numerical value, is returned to hollow testing order.
It should be noted that the calibration value is the user terminal 3 according to getting by the heart rate detection equipment 2
The average intensity numerical value measured and default light intensity numerical value carry out contrasting process and drawing, and this of the calibration value draws
Process is that the heart rate detection equipment 2 is carried out by the calibration command that the user terminal 3 sends according to what is received, i.e. excellent
Selection of land, before step S10, also including step S8 and step S9：
S8, receive by heart rate detection equipment 2 send for calibration average intensity numerical value and with the average intensity number
It is worth corresponding EIC equipment identification code, and the average intensity numerical value is carried out into contrast with default light intensity numerical value and draws calibration value.
More preferably, step S8 is specially：
S81, receive by the heart rate detection equipment 2 send for calibration average intensity numerical value and with the average light
The corresponding EIC equipment identification code of strong numerical value；Wherein, the average intensity numerical value by heart rate detection equipment 2 in default time range
By the receiving light received by which carry out multiple light intensity data collection and by the heart rate detection equipment 2 processor to adopting
The light intensity data for collecting carries out average computation process and draws.
That is, when the heart rate detection equipment 2 is receiving the calibration command that sended over by the user terminal 3
When, the heart rate detection equipment 2 will carry out heart rate detection work and in default time range by the heart rate detection
The optical receiver of equipment 2 carries out multiple light intensity data collection and by the heart rate detection to the receiving light for receiving
The processor of equipment 2 carries out average computation process to the light intensity data for collecting and draws the average intensity numerical value.Example
Such as, after the heart rate detection equipment 2 receives the calibration command, the optical launcher of the heart rate detection equipment 2 is at 1 point
The passage of scintillation light that frequency is one second 50 times is sent in clock, then the optical receiver can persistently receive the receiving light of 1 minute, then
By residing for the receiving light that the processor of the heart rate detection equipment 2 will be received in 1 minute to the heart rate detection equipment 2
The reception light intensity digital average that reason is formed intercepts the Optical power values of several (such as 10) receiving lights and (only intercepts several light
Strength values are, in order to reduce data processing amount, to facilitate the processor quickly and efficiently to calculate the average intensity number
Value), the Optical power values of the receiving light being truncated to are obtained into the average intensity numerical value through average computation then, most
The equipment of the heart rate detection equipment 2 by the average intensity numerical value for measuring with the heart rate detection equipment 2 is recognized afterwards
Code is sent to the user terminal 3 by communication modes such as bluetooth or WiFi.
S82, the average intensity numerical value is contrasted with default light intensity numerical value；Wherein, when the average intensity number
When value is less than the default light intensity numerical value, using the average intensity numerical value is as the calibration value and preserves；When described average
When light intensity numerical value is more than the default light intensity numerical value, then by both the average intensity numerical value and described default light intensity numerical value
Difference absolute value is as the calibration value and preserves.
That is, it is when the user terminal 3 judges that the average intensity numerical value is less than the default light intensity numerical value, described
User terminal 3 is just using the average intensity numerical value as the calibration value.And work as the user terminal 3 and judge the average light
When strong numerical value is more than the default light intensity numerical value, the user terminal 3 just will be the average intensity numerical value default with described
The absolute value of the difference of both light intensity numerical value is used as the calibration value；Because the optics of the heart rate detection equipment 2 is received
The surface of device covers the covering (transparent plastic or clear glass etc.) of layer of transparent, and these coverings can cause the optics
The receiving light received by receptor has a corresponding decay, therefore by the average intensity numerical value and the default light
The absolute value of the difference of both strong numerical value can just represent decay of these coverings to the receiving light as the calibration value
Degree, therefore the measurement of 2 pairs of receiving lights of the heart rate detection equipment can be caused more accurate by the calibration value, from
And cause the heart rate detection equipment 2 more accurate when the judgement to hollow testing is carried out.It should be noted that the calibration value
Preserved by the user terminal 3 after calculating.
Preferably, the default light intensity numerical value is 3000 candelas；Because finding in many experiments, the average light
Strong numerical value with the receiving light light intensity numerical value below 3000 candelas when, the heart rate detection equipment 2 may determine that
The heart rate detection equipment 2 is not in contact with skin, therefore selects 3000 candelas as the default light intensity numerical value.Need
Bright, the light intensity numerical value can be to be set to other numerical value according to practical situation, and here is not specifically limited.
The calibration value is sent to the service end 4 with the EIC equipment identification code by S9 so that the service end 4 is by institute
State calibration value to associate with EIC equipment identification code foundation, and preserve association results.
Wherein, when the user terminal 3 is transmitted across according to the default light intensity value and each heart rate detection equipment 2
When the average intensity numerical value for coming is obtained with the 2 corresponding calibration value of heart rate detection equipment, at this moment will obtain
To the EIC equipment identification code and the calibration value be sent to the service end 4；When the service end 4 gets the calibration value
After the EIC equipment identification code, the EIC equipment identification code is just set up with the calibration value and is associated by the service end 4, i.e. each
The corresponding calibration value of the EIC equipment identification code only one of which of heart rate detection equipment 2 described in platform.The service end 4 is led to
Cross and obtain the identification code of the heart rate detection equipment 2 and can be obtained by and the unique corresponding school of the EIC equipment identification code
Quasi- value, so that the calibration value of each heart rate detection equipment 2 is received with optical receiver which described
The receiving light light intensity error it is corresponding.Therefore, by the service end 4 by the EIC equipment identification code and the school
Quasi- value foundation associates and preserves the association results, can cause the heart rate detection equipment 2 all with the institute matched with which
Calibration value (rather than identical calibration value is set to each heart rate detection equipment 2) is stated, such that it is able to preferably reduce
The measurement error of 2 pairs of receiving lights of each heart rate detection equipment so that each heart rate detection equipment 2 is entering
Row is to more accurate during the judgement of hollow testing.
As can be seen here, after the user terminal 3 sends the test command to the heart rate detection equipment 2, the heart
The test data for receiving is sent to the service end 4 by rate testing equipment 2, so that 4 pairs of receptions of the service end
Light light intensity numerical value is judged that, when the service end 4 gets the receiving light light intensity numerical value, the service end 4 will be described
Receiving light light intensity numerical value is contrasted with the default light intensity numerical value, when the service end 4 judges the receiving light light intensity
When numerical value is less than the default light intensity numerical value, the service end 4 is by the user terminal 3 to the heart rate detection equipment 2
Send described to hollow testing order.Additionally, when the service end 4 judges that the receiving light light intensity numerical value is more than default light intensity
During numerical value, the service end 4 is worth to corresponding referential data with the calibration according to the receiving light light intensity numerical value.It is preferred that
Ground, absolute value of the service end 4 by the receiving light light intensity numerical value with the difference of both calibration values are used as the ginseng
Numerical value is examined, i.e., described calibration value can be calibrated to the receiving light light intensity numerical value and using the numerical value after calibration as the ginseng
Numerical value is examined, so that the measurement error of the receiving light light intensity numerical value is less, and then each heart rate detection is caused
Equipment 2 is more accurate when the judgement to hollow testing is carried out.And when the service end 4 judges that the referential data is less than institute
After stating default light intensity numerical value, return to hollow testing order.
S12, receives described to hollow testing order, and is sent to the heart rate detection equipment 2 to hollow testing order by described,
So that the heart rate detection equipment 2 is stated to hollow testing according to described sending to hollow testing order.
That is, when the service end 4 judges that the referential data is less than the default light intensity numerical value (after calibrating
The receiving light light intensity numerical value is still less than the default light intensity numerical value), at this moment the service end 4 is just to the user terminal
3 send described to hollow testing order, then the user terminal 3 according to receive it is described to hollow testing order on a display screen
Send and hollow testing is stated, show that the heart rate detection equipment 2 is being carried out to hollow testing (i.e. described heart rate detection equipment to user
2 are not contacted with the skin of human body).
In embodiments of the present invention, the user terminal 3 is connect by described in heart rate detection equipment 2 is sended over by receiving
Receive the EIC equipment identification code of light light intensity numerical value and the heart rate detection equipment 2, and by the receiving light light intensity numerical value and the equipment
Identification code is sent to the service end 4；When the service end 4 judges that the receiving light light intensity numerical value is more than default light intensity number
During value, the service end 4 obtains the calibration value associated with the EIC equipment identification code, i.e., described service according to the EIC equipment identification code
End 4 can obtain uniquely right with the EIC equipment identification code according to the EIC equipment identification code of each heart rate detection equipment 2
The calibration value answered, can so cause each heart rate detection equipment 2 with its unique corresponding calibration
Value, so that the calibration value corresponding to each heart rate detection equipment 2 is no longer identical；And the service end 4
Can be to obtain the referential data according to the calibration value and the receiving light light intensity numerical value, so when each heart rate
Testing equipment 2 when carrying out judging hollow testing, can cause the referential data be all it is corresponding with the calibration value, from
And cause the service end 4 when judging whether the heart rate detection equipment 2 is carried out to hollow testing accessed by the service end 4
The referential data it is more accurate；When the service end 4 judges the referential data or the receiving light light intensity numerical value
During less than the default light intensity numerical value, that is, show the heart rate detection equipment 2 carrying out to hollow testing, at this moment user's end
End 3 is sent to the heart rate detection equipment 2 to hollow testing order by what is sended over by the service end 4 so that the heart rate
Testing equipment 2 sends to be stated to hollow testing.Therefore, the present invention is by setting to each heart rate detection in the service end 4
Standby 2 are provided with the calibration value associated with the EIC equipment identification code of the heart rate detection equipment 2, and according to the calibration value
The receiving light light intensity numerical value got with the heart rate detection equipment 2 obtaining the referential data so that this
It is bright more accurate when the judgement to hollow testing is carried out, therefore the present invention has good Consumer's Experience.
Here, there is provided a preferred embodiment of the present invention：
After step S81, also include：
S811, when judging that the average intensity numerical value is more than default erroneous values, sends erroneous declarations, and terminates this
Secondary test；Wherein, the default erroneous values are more than the default light intensity numerical value.
That is, when the user terminal 3 receives the average intensity numerical value sended over by the heart rate detection equipment 2
When, the average intensity numerical value and default erroneous values are contrasted by the user terminal 3；When the average intensity numerical value
During more than the default erroneous values, the user terminal 3 sends erroneous declarations (such as in the display screen of the test equipment
On send miscue dialog box etc.), show that to user the average intensity numerical value measured by the heart rate detection equipment 2 is
Abnormal, i.e., described heart rate detection equipment 2 is defective products.It should be noted that the erroneous declarations can be with by the heart
Rate testing equipment 2 sends, i.e., when the user terminal 3 judges that the average intensity numerical value is more than default erroneous values,
The user terminal sends erroneous declarations order to the heart rate detection equipment 2, so that the heart rate detection equipment 2 is according to institute
State erroneous declarations order and send the erroneous declarations.Further preferably, the default erroneous values are 8000 candelas；Because Jing
Cross substantial amounts of actual experiment, find the light intensity numerical value of receiving light typically (0,8000) between candela, when receiving light was more than should
During light intensity numerical range, the light intensity numerical value of this receiving light is exactly abnormal.It should be noted that the default erroneous values
It can be not specifically limited with being set to other numerical value according to practical situation here.
In the preferred embodiment, the user terminal 3 is by by the average intensity numerical value and default erroneous values
Contrasted, and erroneous declarations are sent when the average intensity numerical value is more than the default erroneous values, can so be examined
The situation that the heart rate detection equipment 2 is defective products is measured, so as to avoid because user does not know the heart rate detection equipment 2 for not
Non-defective unit and to be continuing with heart rate measurement that the heart rate detection equipment 2 brought inaccurate and when the judgement to hollow testing is carried out
Inaccurate situation, and then improve the experience of user.
Fig. 3 is referred to, still further aspect of the present invention provides a kind of user terminal 3 again, and which includes：Data reception module
10, for receiving the test data sended over by heart rate detection equipment 2；Wherein, the test data is included by the heart rate
Receiving light light intensity numerical value that testing equipment 2 is calculated according to its receiving light for receiving and the heart rate detection equipment 2 set
Standby identification code；To hollow testing judge module 11, for the test data is sent to the service end 4, so that the service
The 4 pairs of receiving light light intensity numerical value in end judge；Wherein, when the receiving light light intensity numerical value is less than default light intensity numerical value
When, the service end 4 returns and hollow testing is instructed；It is when the receiving light light intensity numerical value is more than default light intensity numerical value, described
Service end 4 obtains the calibration value associated with the EIC equipment identification code according to the EIC equipment identification code, and according to the receiving light light
Strong numerical value is worth to referential data with the calibration, and is judging the referential data less than the default light intensity numerical value
When, return to hollow testing order；It is to hollow testing declaration module 12, described to hollow testing order for receiving, and by described to sky
Test command is sent to the heart rate detection equipment 2 so that the heart rate detection equipment 2 is sent to hollow testing order according to described
Hollow testing is stated.
Further, Fig. 4 is referred to, the frequency test equipment also includes：Calibration value acquisition module 8, for receive by
Average intensity numerical value and equipment corresponding with the average intensity numerical value identification for calibration that heart rate detection equipment 2 sends
Code, and the average intensity numerical value is carried out into contrast with default light intensity numerical value draw calibration value；Module 9 is set up in association, is used for
The calibration value is sent to into the service end 4 with the EIC equipment identification code so that the service end 4 is by the calibration value and institute
State EIC equipment identification code and set up association, and preserve association results.
Further, Fig. 5 is referred to, the calibration value acquisition module 8 includes：Receiving unit 81, for receiving by described
Average intensity numerical value and equipment corresponding with the average intensity numerical value identification for calibration that heart rate detection equipment 2 sends
Code；Wherein, the average intensity numerical value by the heart rate detection equipment 2 in the default time range by receiving to which
Receiving light carry out multiple light intensity data collection and by the heart rate detection equipment 2 processor to the light intensity number that collects
Draw according to average computation process is carried out；Comparison unit 82, for by the average intensity numerical value and default light intensity numerical value
Contrasted；Wherein, when the average intensity numerical value is less than the default light intensity numerical value, the average intensity numerical value is made
For the calibration value and preserve；When the average intensity numerical value is more than the default light intensity numerical value, then by the average light
Strong numerical value and the difference of both the default light intensity numerical value absolute value is as the calibration value and preserves.
In embodiments of the present invention, the data reception module 10 is by receiving what is sended over by heart rate detection equipment 2
The EIC equipment identification code of the receiving light light intensity numerical value and the heart rate detection equipment 2, and hollow testing module 11 is incited somebody to action by described
The receiving light light intensity numerical value and the EIC equipment identification code are sent to the service end 4；When the service end 4 judges described connecing
When receiving light light intensity numerical value more than default light intensity numerical value, the service end 4 is obtained according to the EIC equipment identification code and the equipment
The calibration value of identification code association, the i.e. service end 4 can be according to the equipment identifications of each heart rate detection equipment 2
Code is obtained and the unique corresponding calibration value of the EIC equipment identification code, can so cause each heart rate detection equipment
2 with its unique corresponding calibration value so that the calibration value corresponding to each heart rate detection equipment 2 is not
It is identical again；And the service end 4 can be obtaining the ginseng according to the calibration value and the receiving light light intensity numerical value
Numerical value is examined, so when each heart rate detection equipment 2 is when carrying out judging hollow testing, the referential data can be caused
All it is corresponding with the calibration value, so that the service end 4 is judging it is right whether the heart rate detection equipment 2 is carried out
Referential data during hollow testing accessed by the service end 4 is more accurate；When the service end 4 judges the reference
When numerical value or the receiving light light intensity numerical value are less than the default light intensity numerical value, that is, show that the heart rate detection equipment 2 exists
Carry out to hollow testing, it is at this moment described that hollow testing declaration module 12 will be sended over by the service end 4 to hollow testing order
It is sent to the heart rate detection equipment 2 so that the heart rate detection equipment 2 sends to be stated to hollow testing.Therefore, the present invention passes through
The EIC equipment identification code with the heart rate detection equipment 2 is provided with to each heart rate detection equipment 2 in the service end 4
The calibration value of association, and the receiving light light intensity got according to the calibration value and the heart rate detection equipment 2
Numerical value is obtaining the referential data, so that the present invention is more accurate when the judgement to hollow testing is carried out, therefore this
It is bright with good Consumer's Experience.
Still further aspect of the present invention additionally provides a kind of heart rate detection equipment 2, refers to Fig. 6, and which includes：Sending module
200, for the test data measured is sent to user terminal；Wherein, the test data is included by heart rate detection equipment root
The receiving light light intensity numerical value calculated according to its receiving light for receiving and the EIC equipment identification code of the heart rate detection equipment；Receive
Module 201, for being received when service end is to the institute sended over by the user terminal that receives by the user terminal
State sent after test data is judged to hollow testing order so that the heart rate detection equipment according to described to empty survey
Examination order sends to be stated to hollow testing；Wherein, described is the service end to hollow testing order when which judges the receiving light
Light intensity numerical value is less than what is sent to the user terminal during default light intensity numerical value；Or, described is described to hollow testing order
Service end is obtained according to the EIC equipment identification code after which judges that the receiving light light intensity numerical value is more than default light intensity numerical value
The calibration value that associates with the EIC equipment identification code is simultaneously judging which is obtained according to the receiving light light intensity numerical value and the calibration value
To referential data be less than the default light intensity numerical value when send to the user terminal.
In embodiments of the present invention, the sending module 200 passes through the user terminal 3 by the heart rate detection equipment 2
The receiving light light intensity numerical value measured and the EIC equipment identification code of the heart rate detection equipment 2 are sent to the service end 4；Work as institute
State service end 4 judge the receiving light light intensity numerical value be more than default light intensity numerical value when, the service end 4 is according to the equipment
Identification code obtains the calibration value that associate with the EIC equipment identification code, i.e., the service end 4 can be examined according to each heart rate
The EIC equipment identification code of measurement equipment 2 is obtained and the unique corresponding calibration value of the EIC equipment identification code, can so be caused
The each heart rate detection equipment 2 with its unique corresponding calibration value so that each heart rate inspection
Calibration value corresponding to measurement equipment 2 is no longer identical；And the service end 4 can be according to the calibration value and described connecing
Receive light light intensity numerical value and obtain the referential data, so when each heart rate detection equipment 2 is carrying out judging hollow testing
When, the referential data can be caused all to be corresponding with the calibration value, so that the service end 4 is judging described
It is more accurate to the referential data accessed by the service end 4 during hollow testing whether heart rate detection equipment 2 is carried out；Work as institute
When stating service end 4 and judging that the referential data or the receiving light light intensity numerical value are less than the default light intensity numerical value, i.e.,
Show that the heart rate detection equipment 2 is being carried out to hollow testing, at this moment the receiver module 201 will be connect by the user terminal 3
Receive and hollow testing order is sent out by what the service end 4 was sended over so that the heart rate detection equipment 2 is sent to hollow testing sound
It is bright.Therefore, the present invention is set with the heart rate detection by being provided with to each heart rate detection equipment 2 in the service end 4
The calibration value of the standby 2 EIC equipment identification code association, and obtained with the heart rate detection equipment 2 according to the calibration value
To the receiving light light intensity numerical value obtaining the referential data so that the present invention is when the judgement to hollow testing is carried out
More accurately, it is therefore of the invention with good Consumer's Experience.
Above disclosed is only some preferred embodiments of the invention, and the power of the present invention can not be limited certainly with this
Sharp scope, one of ordinary skill in the art will appreciate that all or part of flow process of above-described embodiment is realized, and according to present invention power
Profit requires made equivalent variations, still falls within the covered scope of invention.
One of ordinary skill in the art will appreciate that all or part of flow process in realizing above-described embodiment method, can be
Instruct related hardware to complete by computer program, described program can be stored in a computer read/write memory medium
In, the program is upon execution, it may include such as the flow process of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic
Dish, CD, read-only memory (Read-Only Memory, ROM) or random access memory (RandomAccess
Memory, RAM) etc..
Claims (10)
1. a kind of heart rate test method, it is characterised in that comprise the following steps：
The test data that reception is sended over by heart rate detection equipment；Wherein, the test data is included by the heart rate detection
The equipment identification of receiving light light intensity numerical value and the heart rate detection equipment that equipment is calculated according to its receiving light for receiving
Code；
The test data is sent to into the service end, so that the service end is sentenced to the receiving light light intensity numerical value
It is disconnected；Wherein, when the receiving light light intensity numerical value is less than default light intensity numerical value, the service end returns and hollow testing is instructed；
When the receiving light light intensity numerical value is more than default light intensity numerical value, the service end is obtained according to the EIC equipment identification code and institute
The calibration value of EIC equipment identification code association is stated, and referential data is worth to the calibration according to the receiving light light intensity numerical value, and
When judging that the referential data is less than the default light intensity numerical value, return to hollow testing order；
Receive described to hollow testing order, and the heart rate detection equipment is sent to hollow testing order by described so that be described
Heart rate detection equipment is stated to hollow testing according to described sending to hollow testing order.
2. heart rate test method according to claim 1, it is characterised in that sended over by heart rate detection equipment receiving
Test data before, also include：
Receive the average intensity numerical value and corresponding with the average intensity numerical value for calibration sent by heart rate detection equipment
EIC equipment identification code, and the average intensity numerical value is carried out into contrast with default light intensity numerical value draw calibration value；
The calibration value is sent to into the service end with the EIC equipment identification code so that the service end by the calibration value with
The EIC equipment identification code sets up association, and preserves association results.
3. heart rate test method according to claim 2, it is characterised in that described " to receive and sent by heart rate detection equipment
Average intensity numerical value and EIC equipment identification code corresponding with the average intensity numerical value for calibration, and by the average intensity
Numerical value carries out contrast with default light intensity numerical value and draws calibration value " it is specially：
Receive by the heart rate detection equipment send for calibration average intensity numerical value and with the average intensity numerical value pair
The EIC equipment identification code answered；Wherein, the average intensity numerical value is passed through in default time range by the heart rate detection equipment
The receiving light received by which carry out multiple light intensity data collection and by the heart rate detection equipment processor to collecting
The light intensity data carry out average computation process and draw；
The average intensity numerical value is contrasted with default light intensity numerical value；Wherein, when the average intensity numerical value is less than institute
When stating default light intensity numerical value, using the average intensity numerical value is as the calibration value and preserves；When the average intensity numerical value
During more than the default light intensity numerical value, then by the average intensity numerical value and the difference of both the default light intensity numerical value
Absolute value is as the calibration value and preserves.
4. heart rate test method according to claim 3, it is characterised in that sent by the heart rate detection equipment receiving
For calibration average intensity numerical value and EIC equipment identification code corresponding with the average intensity numerical value after, also include：
When judging that the average intensity numerical value is more than default erroneous values, erroneous declarations are sent, and terminates this test；Its
In, the default erroneous values are more than the default light intensity numerical value.
5. the heart rate test method according to Claims 1-4 any one, it is characterised in that the default light intensity number
It is worth for 3000 candelas.
6. a kind of user terminal, it is characterised in that include：
Data reception module, for receiving the test data sended over by heart rate detection equipment；Wherein, the test data bag
Include the receiving light light intensity numerical value and heart rate inspection calculated according to its receiving light for receiving by the heart rate detection equipment
The EIC equipment identification code of measurement equipment；
To hollow testing judge module, for the test data is sent to the service end, so that the service end is to described
Receiving light light intensity numerical value is judged；Wherein, when the receiving light light intensity numerical value is less than default light intensity numerical value, the service
End returns and hollow testing is instructed；When the receiving light light intensity numerical value is more than default light intensity numerical value, the service end is according to institute
State EIC equipment identification code and obtain the calibration value associated with the EIC equipment identification code, and according to the receiving light light intensity numerical value and the school
Standard is worth to referential data, and when judging that the referential data is less than the default light intensity numerical value, returns to hollow testing
Order；
It is to hollow testing declaration module, described to hollow testing order for receiving, and by it is described hollow testing order is sent to it is described
Heart rate detection equipment so that the heart rate detection equipment is stated to hollow testing according to described sending to hollow testing order.
7. user terminal according to claim 6, it is characterised in that also include：
Calibration value acquisition module, for receive by heart rate detection equipment send for calibration average intensity numerical value and with it is described
The corresponding EIC equipment identification code of average intensity numerical value, and the average intensity numerical value is carried out into contrast with default light intensity numerical value draw
Calibration value；
Module is set up in association, for the calibration value is sent to the service end with the EIC equipment identification code so that the clothes
The calibration value is set up with the EIC equipment identification code and is associated by business end, and preserves association results.
8. user terminal according to claim 7, it is characterised in that the calibration value acquisition module includes：
Receiving unit, for receive by the heart rate detection equipment send it is for the average intensity numerical value of calibration and flat with described
The equal corresponding EIC equipment identification code of light intensity numerical value；Wherein, the average intensity numerical value by the heart rate detection equipment when default
Between in the range of multiple light intensity data collection is carried out and by the heart rate detection equipment by the receiving light received to which
Reason device carries out average computation process to the light intensity data for collecting and draws；
Comparison unit, for the average intensity numerical value is contrasted with default light intensity numerical value；Wherein, when the average light
When strong numerical value is less than the default light intensity numerical value, using the average intensity numerical value is as the calibration value and preserves；When described
When average intensity numerical value is more than the default light intensity numerical value, then by the average intensity numerical value and the default light intensity numerical value
Both difference absolute value is as the calibration value and preserves.
9. a kind of heart rate detection equipment, it is characterised in that include：
Sending module, for the test data measured is sent to user terminal；Wherein, the test data includes being examined by heart rate
The receiving light light intensity numerical value and the equipment of the heart rate detection equipment calculated according to its receiving light for receiving by measurement equipment is known
Other code；
Receiver module, for being received when service end is sended over by the user terminal to receiving by the user terminal
The test data judged after sent to hollow testing order so that the heart rate detection equipment is according to described right
Hollow testing order sends to be stated to hollow testing；
Wherein, described is the service end to hollow testing order when which judges that the receiving light light intensity numerical value is less than default light
Send to the user terminal during strong numerical value；Or, described is described in the service end is judged when which to hollow testing order
Receiving light light intensity numerical value is associated with the EIC equipment identification code more than being obtained according to the EIC equipment identification code after default light intensity numerical value
Calibration value and judging which according to the receiving light light intensity numerical value and the referential data that is worth to calibrated less than described
Send to the user terminal during default light intensity numerical value.
10. a kind of heart rate test system, it is characterised in that including heart rate detection equipment, user terminal and service end；
The heart rate detection equipment, for the test data measured is sent to the user terminal；Wherein, the test data
Including the receiving light light intensity numerical value and the heart rate that are calculated according to its receiving light for receiving by the heart rate detection equipment
The EIC equipment identification code of testing equipment；
The test data for receiving the test data, and is sent to the service end by the user terminal；
The service end, for receiving the test data, and judges to the receiving light light intensity numerical value；Wherein, when sentencing
Break the receiving light light intensity numerical value less than default light intensity numerical value when, to the user terminal return to hollow testing instruct；When
When judging that the receiving light light intensity numerical value is more than default light intensity numerical value, obtained and the equipment according to the EIC equipment identification code
The calibration value of identification code association, and referential data is worth to according to the receiving light light intensity numerical value and the calibration, and judging
When going out the referential data less than the default light intensity numerical value, return to hollow testing order to the user terminal；
The user terminal, is additionally operable to receive that the service end sends over is described to hollow testing order, and by described to sky
Test command is sent to the heart rate detection equipment；
The heart rate detection equipment, is additionally operable to receive that the user terminal sends over is described to hollow testing order, and according to
Described sending to hollow testing order is stated to hollow testing.
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| CN106961302A (en) * | 2017-05-11 | 2017-07-18 | 歌尔科技有限公司 | A kind of heart rate module test device and method of testing |
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| CN106551687B (en) | 2019-03-29 |
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