CN104042204B - A kind of resistance to compression based on Wearable, reduced pressure capabilities detection method and device - Google Patents
A kind of resistance to compression based on Wearable, reduced pressure capabilities detection method and device Download PDFInfo
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- CN104042204B CN104042204B CN201410284233.9A CN201410284233A CN104042204B CN 104042204 B CN104042204 B CN 104042204B CN 201410284233 A CN201410284233 A CN 201410284233A CN 104042204 B CN104042204 B CN 104042204B
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Abstract
The present invention is applicable to Wearable technical field, provide a kind of resistance to compression based on Wearable, reduced pressure capabilities detection method and device, including: gathered the galvanic skin response GSR data of human body by two cube electrode sheets of described Wearable, described GSR data include that skin conductivity reacts SCR waveform；Intercept SCR value in described SCR waveform and be more than the wave band of preset value；Rising edge according to described wave band and trailing edge, it is judged that the anti-pressure ability of described human body and reduced pressure capabilities.The present invention gathers the GSR data of human body by two cube electrode sheets in Wearable, GSR data include SCR waveform, intercept the SCR value wave band more than preset value, and according to the rising edge of this wave band and trailing edge, judge anti-pressure ability and the reduced pressure capabilities of human body, thus achieve the detection that in time user is carried out resistance to compression, reduced pressure capabilities, enable a user to carry out mediating and selecting the mode being suitable for mediate pressure of pressure in time.
Description
Technical field
The invention belongs to Wearable technical field, particularly relate to a kind of resistance to compression based on Wearable,
Reduced pressure capabilities detection method and device.
Background technology
Anti-pressure ability refers to process the ability of affairs under ambient pressure.Anti-pressure ability is referred to as anti-frustrating
Power, refers to the resistivity when ambient pressure and setback.Someone anti-pressure ability is strong, has people's resistance to compression energy
Power is weak, and this is closely related with the psychological diathesis of individual.For a user, the height of anti-pressure ability can affect
Its life and work.
Decompression refers to user and pressure is alleviated the mode led off, and reduce pressure the physically and mentally healthy tool for user
Significant.When user is in the face of pressure, need to select correct mode to carry out mediating of pressure, example
As, change living habit, create happy environment, travel and leisure or participate in outdoor activities etc..
Society, the mental pressure of people is increasing, and the most bad living habit and work habit make
The mental pressure obtaining people is increasing much virtually.Additionally, there is a lot of people not select correct psychology
Pressure mediates mode, causes the non-anti-reflection of mental pressure to increase.
Existing resistance to compression, reduced pressure capabilities detection technique include that (Heart Rate Variability, heart rate becomes HRV
Rate) detection technique and brain wave detection technique.HRV detection technique is by analyzing the minor variations of heart rate
Carry out the detection of resistance to compression, reduced pressure capabilities.Brain wave detection technique according to brain wave analyze the resistance to compression of user,
Reduced pressure capabilities.But, above two technology all has the defect being inconvenient to carry.HRV detection technique exists
Can combine with Wearable in theory, i.e. can pass through ECG (ElectroCardioGragh, the heart
Electrograph) or optics pulse measure mental pressure, but, owing to the detection of ECG and optics pulse sets
Standby power consumption is excessive, causes HRV detection technique cannot apply in Wearable.And brain wave
Equipment corresponding to detection technique is more inconvenient to be carried.
In sum, existing mental pressure detection technique can not carry out resistance to compression, decompression energy in time to user
The detection of power.
Summary of the invention
The purpose of the embodiment of the present invention is to provide a kind of resistance to compression based on Wearable, reduced pressure capabilities detection
Method, can not carry out resistance to compression, reduced pressure capabilities to user in time solving existing mental pressure detection technique
The problem of detection.
The embodiment of the present invention is achieved in that a kind of resistance to compression based on Wearable, reduced pressure capabilities detection
Method, including:
The two cube electrode sheets by described Wearable gather the galvanic skin response GSR data of human body, described
GSR data include that skin conductivity reacts SCR waveform；
Intercept SCR value in described SCR waveform and be more than the wave band of preset value；
Rising edge according to described wave band and trailing edge, it is judged that the anti-pressure ability of described human body and reduced pressure capabilities.
The another object of the embodiment of the present invention is to provide a kind of resistance to compression based on Wearable, reduced pressure capabilities
Detection device, including:
GSR data acquisition module, for gathering the skin of human body by two cube electrode sheets of described Wearable
Electricity reaction GSR data, described GSR data include that skin conductivity reacts SCR waveform；
Wave band interception module, is more than the wave band of preset value for intercepting SCR value in described SCR waveform；
Resistance to compression, reduced pressure capabilities judge module, for the rising edge according to described wave band and trailing edge, it is judged that institute
State anti-pressure ability and the reduced pressure capabilities of human body.
The embodiment of the present invention compared with prior art exists and provides the benefit that: the embodiment of the present invention is by dressing
Two cube electrode sheets on formula equipment gather the GSR data of human body, and GSR data include SCR waveform, when
In SCR waveform SCR value more than preset value time, intercept this SCR value be more than preset value wave band, and according to
The rising edge of this wave band and trailing edge, it is judged that the anti-pressure ability of human body and reduced pressure capabilities, thus achieve in time
Ground carries out the detection of resistance to compression, reduced pressure capabilities to user, enables a user to carry out in time the row of pressure
Solve and select the mode being suitable for mediate pressure.
Accompanying drawing explanation
For the technical scheme being illustrated more clearly that in the embodiment of the present invention, below will be to embodiment or existing skill
In art description, the required accompanying drawing used is briefly described, it should be apparent that, the accompanying drawing in describing below is only
It is only some embodiments of the present invention, for those of ordinary skill in the art, is not paying creative labor
On the premise of dynamic property, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method
Flowchart；
Fig. 2 is SCR waveform and the schematic diagram of SCL waveform of embodiment of the present invention offer；
Fig. 3 is in the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method
The schematic diagram of step S102；
Fig. 4 is in the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method
In step S103, total time span of rising edge according to the wave band intercepted and trailing edge judges human body
Anti-pressure ability and the schematic diagram of reduced pressure capabilities；
Fig. 5 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method step
Rapid S103 implements flow chart；
Fig. 6 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method step
The schematic diagram of rapid S501；
Fig. 7 is the resistance to compression based on Wearable of another embodiment of the present invention offer, reduced pressure capabilities detection side
Method step S103 implement flow chart；
Fig. 8 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method step
In rapid S702, the first regression function is the schematic diagram of concave function；
Fig. 9 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method step
In rapid S703, the first regression function is the schematic diagram of convex function；
Figure 10 is the resistance to compression based on Wearable of another embodiment of the present invention offer, reduced pressure capabilities detection
Method step S103 implements flow chart；
Figure 11 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method
In step S1002, the second regression function is the schematic diagram of concave function；
Figure 12 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection method
In step S1003, the second regression function is the schematic diagram of convex function；
Figure 13 is the resistance to compression based on Wearable of embodiment of the present invention offer, reduced pressure capabilities detection device
Structured flowchart.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with accompanying drawing and reality
Execute example, the present invention is further elaborated.Only should be appreciated that specific embodiment described herein
Only in order to explain the present invention, it is not intended to limit the present invention.
The embodiment of the present invention gathers the GSR data of human body, GSR by two cube electrode sheets in Wearable
Data include SCR waveform, when SCR value is more than preset value in SCR waveform, intercept this SCR value big
In the wave band of preset value, and according to the rising edge of this wave band and trailing edge, it is judged that the anti-pressure ability of human body and subtracting
Pressure energy power, thus achieves the detection that user carries out resistance to compression, reduced pressure capabilities in time, so that user
Mediating and selecting the mode being suitable for mediate pressure of pressure can be carried out in time.
Wearable is alternatively referred to as wearable intelligent equipment, is that daily wearing is carried out by application wearable technology
Intelligentized design, develop the general name of the equipment that can dress, such as eyes, wrist-watch, dress ornament and footwear etc..This
Wearable in inventive embodiments can be the Wearable of wrist.
Fig. 1 shows resistance to compression based on Wearable, the reduced pressure capabilities detection side that the embodiment of the present invention provides
The flowchart of method, details are as follows:
In step S101, gathered the galvanic skin response of human body by two cube electrode sheets of described Wearable
GSR data, described GSR data include that skin conductivity reacts SCR waveform.
Further, described GSR data also include skin conductivity horizontal SCL waveform.
When user experiences that mental pressure is relatively big, perceives deterrent or receive environmental stimuli, people
Somatic nerves is tight, and human body can be adjusted by the autonomic nervous system of human body, and the stress ability of human body is correspondingly
Improve, sympathetic nerve and parasympathetic nervous this occur correspondingly to change to antagonism nerve, orthosympathetic activity
Strengthen, parasympathetic hypopraxia.Sweat is by sympathetic nerve control, when sympathetic nerve fever,
Sweat gland activity strengthens, thus increases skin conductivity.Therefore, skin conductivity can characterize the heart suffered by human body
Reason or physiological stimulation.
GSR (Galvanic Skin Response, galvanic skin response) data are the physiology of reaction emotion changes
Index, many psychological phenomenons are all relevant to GSR data, and emotional response can cause the change of GSR data.
GSR data include SCR (Skin Conductance Reaction, skin conductivity reacts) waveform and SCL
(Skin Conductance Level, skin conductivity level) waveform.Fig. 2 shows that the embodiment of the present invention carries
The SCR waveform of confession and the schematic diagram of SCL waveform.With reference to the skin pricktest that Fig. 2, SCR waveforms stands is real-time
Lead, the average conductance in one longer time period of SCL waveforms stands.Here, the longer time period can
Think 24 hours, 1 week or 1 month etc., in this no limit.
In embodiments of the present invention, two cube electrode sheets of Wearable are attached to human body wrist position carry out
The collection of GSR data.
In step s 102, intercept SCR value in described SCR waveform and be more than the wave band of preset value.
Preferably, in intercepting described SCR waveform described in step S102, SCR value is more than the ripple of preset value
Before Duan, described method also includes:
Described preset value is determined according to described SCL waveform.
As one embodiment of the present of invention, preset value could be arranged to the value slightly larger than current SCL value,
Such as, preset value is 1.2 times of current SCL value.If current SCR value is more than preset value, then judge
Current human receives psychology or physiological stimulation, now, intercepts SCR value in SCR waveform and is more than preset value
Waveform.Fig. 3 shows resistance to compression based on Wearable, the reduced pressure capabilities inspection that the embodiment of the present invention provides
The schematic diagram of step S102 in survey method.With reference to Fig. 3, intercept SCR value in SCR waveform and be more than preset value
If waveform refer to current SCR value more than preset value, then be more than the time of SCL value from SCR value
Start at Dian, until SCR value equal to SCL value time point at till, intercepting wave band.
It should be noted that the setting of above-mentioned preset value is solely for the purpose of illustration, it is not limited to this reality
Execute example.The selection that the sart point in time that above-mentioned wave band intercepts and end time put can also be entered according to practical situation
Row sum-equal matrix, in this no limit.
In step s 103, according to rising edge and the trailing edge of described wave band, it is judged that the resistance to compression of described human body
Ability and reduced pressure capabilities.
The rising edge of the wave band intercepted represents orthosympathetic movable enhancing, correspondingly, parasympathetic
Hypopraxia；The trailing edge of the wave band intercepted represents parasympathetic movable enhancing, correspondingly, sympathetic
Neural hypopraxia.
As one embodiment of the present of invention, during according to the rising edge of the wave band intercepted and trailing edge total
Between span judge anti-pressure ability and the reduced pressure capabilities of human body.Fig. 4 shows the base that the embodiment of the present invention provides
Upper according to the wave band intercepted in the resistance to compression, reduced pressure capabilities detection method step S103 of Wearable
The total time span rising edge and trailing edge judges the anti-pressure ability of human body and the schematic diagram of reduced pressure capabilities.Ginseng
It is t1 according to Fig. 4, the rising edge of first band and total time span of trailing edge, the rising edge of second band
It is t2 with total time span of trailing edge.When human feeling to mental pressure is relatively big, perceive deterrent
Or when receiving environmental stimuli, the autonomic nervous system (including sympathetic nerve and parasympathetic nervous) of human body
Human body can be adjusted, be reacted in the change of human body fluid via vagus nerve, thus produce high SCR
The wave band of value, such as the first band in Fig. 4 and second band.The rising edge of high SCR value wave band and decline
Total time span on edge has reacted the action time of autonomic nervous system.The action time of autonomic nervous system
The longest, the total time span of the rising edge of corresponding high SCR value wave band and trailing edge is the longest, resistance to compression
Ability and reduced pressure capabilities are the poorest.
In embodiments of the present invention, describing anti-pressure ability with resistance to compression index, resistance to compression index is the highest, resistance to compression energy
Power is the strongest；Resistance to compression index is the lowest, and anti-pressure ability is the poorest.Describing reduced pressure capabilities with decompression index, decompression refers to
Number is the highest, and reduced pressure capabilities is the strongest；Decompression index is the lowest, and reduced pressure capabilities is the poorest.
With reference to Fig. 4, t1 less than t2, then at the resistance to compression index of t1 time period human body and decompression index relative to t2
The resistance to compression index of time period human body and decompression index are higher.It is to say, in the t1 time period, resisting of human body
Pressure energy power and reduced pressure capabilities are higher；In the t2 time period, anti-pressure ability and the reduced pressure capabilities of human body are worse, people
Body needs to take long to just can restore calm.
Monitored the GSR data of human body by the Wearable of low-power consumption for a long time, can analyze several
It even more long mental pressure situation.After judging the resistance to compression index that human body is current, contribute to user
Adjust the physical and mental statuse of oneself in time；After judging the decompression index that human body is current, contribute to user and select
A kind of easypro pressure mode being suitable for oneself carries out the alleviation of pressure.
As one embodiment of the present of invention, periodically upload gathered GSR data to server,
So that the SCR value of server statistics human body and SCL value.
Fig. 5 shows resistance to compression based on Wearable, the reduced pressure capabilities detection side that the embodiment of the present invention provides
Method step S103 implement flow chart, with reference to Fig. 5:
In step S501, obtain the very first time span of the rising edge of described wave band and described trailing edge
Second time span.
Fig. 6 shows resistance to compression based on Wearable, the reduced pressure capabilities detection side that the embodiment of the present invention provides
The schematic diagram of method step S501.In Fig. 6, the time span of the rising edge of left height SCR value wave band is t3,
The time span of trailing edge is t4；The time span of the rising edge of right height SCR value wave band is t5, declines
The time span on edge is t6.
In step S502, calculate described very first time span and the first ratio of described second time span,
The anti-pressure ability of described human body and described first ratio negative correlation.
With reference to Fig. 6, after stimulating generation, SCR waveform produces high SCR value wave band, at high SCR value ripple
The rising edge of section, sympathetic nerve plays a major role, and sympathetic nerve controls vagus nerve and carries out the adjustment of body fluid,
The result adjusted shows as SCR value and rises, and is i.e. embodied in the rising edge of high SCR value wave band.If up
The time span on the time span relative drop edge on edge is longer, then show that the resistance to compression index of human body is relatively low, resistance to compression
Ability is poor.In figure 6, t3/t4 is less than t5/t6, then the former the resistance to compression index of correspondence is higher, anti-pressure ability
Stronger.
In step S503, calculate the second ratio of described second time span and described very first time span,
The reduced pressure capabilities of described human body and described second ratio negative correlation.
With reference to Fig. 6, at the trailing edge of high SCR value wave band, parasympathetic nervous plays a major role.If trailing edge
Time span longer relative to the time span of rising edge, then show that the decompression index of human body is relatively low, reduce pressure energy
Power is poor.In figure 6, t4/t3 is more than t6/t5, then the former the decompression index of correspondence is relatively low, and reduced pressure capabilities is relatively
Difference.
Fig. 7 shows resistance to compression based on Wearable, the reduced pressure capabilities inspection that another embodiment of the present invention provides
Survey the flow chart that implements of method step S103, with reference to Fig. 7:
In step s 701, analyze the relation of SCR value and the time of the rising edge of described wave band, obtain the
One regression function.
As one embodiment of the present of invention, the high SCR value of SCR value wave band is carried out with the relation of time
Analyze, obtain the first regression function of the SCR value characterizing rising edge and the relation of time.Rising edge recessed
Convex form can reflect the intensity of sympathetic activation.If the first regression function is concave function, then show
People's cognition quickly reaches the most nervous state, and resistance to compression index is relatively low, and anti-pressure ability is poor；If first returns letter
Number is convex function, then show that resistance to compression index is higher, and anti-pressure ability is stronger.
In step S702, if described first regression function is concave function, the anti-pressure ability of the most described human body
The degree negative correlation recessed with described first regression function.
Fig. 8 shows resistance to compression based on Wearable, the reduced pressure capabilities detection side that the embodiment of the present invention provides
In method step S702, the first regression function is the schematic diagram of concave function.
If the first regression function is concave function, then the degree that the first regression function is recessed is the biggest, and resistance to compression index is the lowest,
Anti-pressure ability is the poorest；The recessed degree of first regression function is the least, and resistance to compression index is the highest, and anti-pressure ability is the strongest.
In step S703, if described first regression function is convex function, the anti-pressure ability of the most described human body
The degree positive correlation convex with described first regression function.
Fig. 9 shows resistance to compression based on Wearable, the reduced pressure capabilities detection side that the embodiment of the present invention provides
In method step S703, the first regression function is the schematic diagram of convex function.
If the first regression function is convex function, then the degree that the first regression function is convex is the biggest, and resistance to compression index is the highest,
Anti-pressure ability is the strongest；The convex degree of first regression function is the least, and resistance to compression index is the lowest, and anti-pressure ability is the poorest.
Figure 10 shows resistance to compression based on Wearable, the reduced pressure capabilities that another embodiment of the present invention provides
Detection method step S103 implement flow chart, with reference to Figure 10:
In step S1001, analyze SCR value and the relation of time of the trailing edge of described wave band, obtain
Second regression function.
As one embodiment of the present of invention, the high SCR value of SCR value wave band is carried out with the relation of time
Analyze, obtain the second regression function of the SCR value characterizing trailing edge and the relation of time.Trailing edge recessed
Convex form can reflect parasympathetic work efficiency.If the second regression function is convex function, then show people
Body needs the longer time from the most nervous recovering state to the process of tranquil state, and parasympathetic nervous is described
Alleviating, using of pressure is relatively weak, and decompression index is relatively low, and reduced pressure capabilities is more weak；If second returns letter
Number is concave function, then show that decompression index is higher, and reduced pressure capabilities is stronger.
In step S1002, if described second regression function is concave function, the reduced pressure capabilities of the most described human body
The degree positive correlation recessed with described second regression function.
Figure 11 shows resistance to compression based on Wearable, the reduced pressure capabilities detection that the embodiment of the present invention provides
In method step S1002, the second regression function is the schematic diagram of concave function.
If the second regression function is concave function, then the degree that the second regression function is recessed is the biggest, and decompression index is the biggest,
Reduced pressure capabilities is the strongest；The recessed degree of second regression function is the least, and decompression index is the least, and reduced pressure capabilities is the most weak.
In the step s 1003, if described second regression function is convex function, the reduced pressure capabilities of the most described human body
The degree negative correlation convex with described second regression function.
Figure 12 shows resistance to compression based on Wearable, the reduced pressure capabilities detection that the embodiment of the present invention provides
In method step S1003, the second regression function is the schematic diagram of convex function.
If the second regression function is convex function, then the degree that the second regression function is convex is the biggest, and decompression index is the lowest,
Reduced pressure capabilities is the most weak；The convex degree of second regression function is the least, and decompression index is the highest, and reduced pressure capabilities is the strongest.
The embodiment of the present invention gathers the GSR data of human body, GSR by two cube electrode sheets in Wearable
Data include SCR waveform, when SCR value is more than preset value in SCR waveform, intercept this SCR value big
In the wave band of preset value, and according to the rising edge of this wave band and trailing edge, it is judged that the anti-pressure ability of human body and subtracting
Pressure energy power, thus achieves the detection that user carries out resistance to compression, reduced pressure capabilities in time, so that user
Mediating and selecting the mode being suitable for mediate pressure of pressure can be carried out in time.
Figure 13 shows resistance to compression based on Wearable, the reduced pressure capabilities detection that the embodiment of the present invention provides
The structured flowchart of device, it is based on Wearable that this device may be used for described in service chart 1 to Figure 12
Resistance to compression, reduced pressure capabilities detection device.For convenience of description, illustrate only part related to the present embodiment.
With reference to Figure 13, this device includes:
GSR data acquisition module 131, gathers the skin of human body by two cube electrode sheets of described Wearable
Electricity reaction GSR data, described GSR data include that skin conductivity reacts SCR waveform.
Wave band interception module 132, intercepts SCR value in described SCR waveform and is more than the wave band of preset value.
Resistance to compression, reduced pressure capabilities judge module 133, according to rising edge and the trailing edge of described wave band, it is judged that institute
State anti-pressure ability and the reduced pressure capabilities of human body.
Preferably, described resistance to compression, reduced pressure capabilities judge module 133 include:
Time span obtains submodule, obtains the very first time span of the rising edge of described wave band and described decline
Second time span on edge；
Anti-pressure ability judges submodule, calculates described very first time span and the first of described second time span
Ratio, the anti-pressure ability of described human body and described first ratio negative correlation；
Reduced pressure capabilities judges submodule, for calculating described second time span and described very first time span
Second ratio, the reduced pressure capabilities of described human body and described second ratio negative correlation.
Preferably, described resistance to compression, reduced pressure capabilities judge module 133 include:
First regression function obtains submodule, analyzes the SCR value of the rising edge of described wave band and the pass of time
System, obtains the first regression function；
First concave function decision sub-module, if described first regression function is concave function, resisting of the most described human body
The degree negative correlation that pressure energy power is recessed with described first regression function；
First convex function decision sub-module, if described first regression function is convex function, resisting of the most described human body
The degree positive correlation that pressure energy power is convex with described first regression function.
Preferably, described resistance to compression, reduced pressure capabilities judge module 133 include:
Second regression function obtains submodule, analyzes the SCR value of the trailing edge of described wave band and the pass of time
System, obtains the second regression function；
Second concave function decision sub-module, if described second regression function is concave function, subtracting of the most described human body
The degree positive correlation that pressure energy power is recessed with described second regression function；
Second convex function decision sub-module, if described second regression function is convex function, subtracting of the most described human body
The degree negative correlation that pressure energy power is convex with described second regression function.
Further, described GSR data also include skin conductivity horizontal SCL waveform；
Described device also includes:
Preset value determines module, determines described preset value according to described SCL waveform.
The embodiment of the present invention gathers the GSR data of human body, GSR by two cube electrode sheets in Wearable
Data include SCR waveform, when SCR value is more than preset value in SCR waveform, intercept this SCR value big
In the wave band of preset value, and according to the rising edge of this wave band and trailing edge, it is judged that the anti-pressure ability of human body and subtracting
Pressure energy power, thus achieves the detection that user carries out resistance to compression, reduced pressure capabilities in time, so that user
Mediating and selecting the mode being suitable for mediate pressure of pressure can be carried out in time.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all at this
Any amendment, equivalent and the improvement etc. made within bright spirit and principle, should be included in the present invention
Protection domain within.
Claims (4)
1. a resistance to compression based on Wearable, reduced pressure capabilities detection device, it is characterised in that including:
GSR data acquisition module, for gathering the skin of human body by two cube electrode sheets of described Wearable
Electricity reaction GSR data, described GSR data include skin conductivity reaction SCR waveform and skin pricktest water guide
Flat SCL waveform, wherein, the skin conductivity that SCR waveforms stands is real-time, one time of SCL waveforms stands
Average conductance in Duan；
Preset value determines module, for determining that preset value, described preset value are more than according to described SCL waveform
Current SCL value；
Wave band interception module, is more than the wave band of preset value for intercepting SCR value in described SCR waveform；
Resistance to compression, reduced pressure capabilities judge module, for the rising edge according to described wave band and trailing edge, it is judged that institute
State anti-pressure ability and the reduced pressure capabilities of human body.
2. device as claimed in claim 1, it is characterised in that described resistance to compression, reduced pressure capabilities judge mould
Block includes:
Time span obtains submodule, for obtaining the very first time span of rising edge of described wave band and described
Second time span of trailing edge；
Anti-pressure ability judges submodule, for calculating described very first time span and described second time span
First ratio, the anti-pressure ability of described human body and described first ratio negative correlation；
Reduced pressure capabilities judges submodule, for calculating described second time span and described very first time span
Second ratio, the reduced pressure capabilities of described human body and described second ratio negative correlation.
3. device as claimed in claim 1, it is characterised in that described resistance to compression, reduced pressure capabilities judge mould
Block includes:
First regression function obtains submodule, for analyzing SCR value and the time of the rising edge of described wave band
Relation, obtain the first regression function；
First concave function decision sub-module, if being concave function for described first regression function, the most described human body
The anti-pressure ability degree negative correlation recessed with described first regression function；
First convex function decision sub-module, if being convex function for described first regression function, the most described human body
The anti-pressure ability degree positive correlation convex with described first regression function.
4. device as claimed in claim 1, it is characterised in that described resistance to compression, reduced pressure capabilities judge mould
Block includes:
Second regression function obtains submodule, for analyzing SCR value and the time of the trailing edge of described wave band
Relation, obtain the second regression function；
Second concave function decision sub-module, if being concave function for described second regression function, the most described human body
The reduced pressure capabilities degree positive correlation recessed with described second regression function；
Second convex function decision sub-module, if being convex function for described second regression function, the most described human body
The reduced pressure capabilities degree negative correlation convex with described second regression function.
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| CN106063709B (en) * | 2016-05-24 | 2019-07-05 | 京东方科技集团股份有限公司 | A kind of fatigue detection method and device |
| CN109310360B (en) * | 2016-05-25 | 2023-02-28 | 皇家飞利浦有限公司 | Measurement of skin conductance |
| CN106073806B (en) * | 2016-06-01 | 2019-01-01 | 深圳市宏电技术股份有限公司 | A kind of fatigue detection method, device and wearable device for wearable device |
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