CN103393424B - A kind of penis hardness measurement evaluation method - Google Patents
A kind of penis hardness measurement evaluation method Download PDFInfo
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- CN103393424B CN103393424B CN201310349358.0A CN201310349358A CN103393424B CN 103393424 B CN103393424 B CN 103393424B CN 201310349358 A CN201310349358 A CN 201310349358A CN 103393424 B CN103393424 B CN 103393424B
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Abstract
The invention provides a kind of penis hardness measurement evaluation method, by measuring the device of penile circumferences, measuring the girth that penis is corresponding under the pressure situation varied in size, and estimating the hardness of penis according to measured perimeter change.Evaluation method of the present invention can improve the accuracy of penis hardness measurement effectively.
Description
Technical field
The present invention relates to a kind of penis hardness measurement evaluation method.
Background technology
Rigiscan can help andrologist to analyze male sexual disorder reason.Normal male, during sleeping at night, can have unconscious erection event for several times.Rigiscan record patient in a sleep state continuously about the hardness of 10 hours penises and degrees of expansion in time change curve, estimate effective erection number of times and persistent period, for doctor provides reference data.Patient is checked in a sleep state, can get rid of psychological factor, and patient is the psychological dysfunction that causes or the organic dysfunction caused to help doctor to judge.
The utility model patent being Zl90224733.6 as China Patent No. discloses a kind of penis hardness measuring ring--physiological function assesor, this utility model detects male's Nocturnal penile tumescence degree, differentiates psychic impotence or the test wrapper of organic impotence and sexual impotence degree.By the fine drawstring of three stretch-prooves, two ends connect the velcro ring formation that can regulate arbitrarily suit size.When test to be tied up on penis (now penis should be in nature to have a rest state) before sleep erection is to certain hardness in sleep, three fine drawstrings can disconnect thus in order successively according to the number of the fine drawstring disconnected, the hardness of penis when erecing and thicker degree being described, reaching and differentiating psychic impotence or the object of organic impotence and sexual impotence degree.The certainty of measurement of this utility model is lower, and the referential of measurement result is not high.
And for example China Patent No. is that the utility model patent of Zl89215895.6 discloses " a kind of sensor being applicable to penis erecting strength detector ", this sensor is made up of axis, back-moving spring and potentiometer between two wing plates, wing plate, two wing plates connect into axle shape structure by axis between wing plate, the main body of potentiometer and a wing plate fix, between potentiometer axis and wing plate, axis fixes, the axial force produced during for measuring erection.The complex structure of this utility model, in a sleep state more difficult smooth and easy test, and certainty of measurement is also very limited.
From the prior art, penis hardness be measured exactly and be not easy.Owing to there is personalized difference, with the girth (or radius) of erection length, penis cross section circle, doctor directly cannot judge that whether erection is effective.Common way adopts resistor-type penis lasso as sensor, the soft telescopic conductive material of penis lasso is made, by measuring penis lasso resistance variations, be converted into penis cross section circular perimeter, the record patient continuous measurement data of about 10 hours in a sleep state, calculate penis absolute expansion degree and relative expansion degree, indirectly estimation penis hardness.According to the clinical practice result of doctor, this measuring method can reflect the time of day of patient to a certain extent, but order of accuarcy is not high, all right as qualitative analysis, can not be used for quantitative analysis.
In fact, owing to there is personalized difference, when penis effectively erects, the penis cross section circular perimeter absolute expansion degree of each individual is different, penis cross section circular perimeter relative expansion degree is also different.Such as, when certain healthy male penis effectively erects, penis cross section circular perimeter relative expansion degree only has 25%(and girth to be 1.25 times of peacetime state), and for another healthy male, when penis effectively erects, penis cross section circular perimeter relative expansion degree may reach 30% or higher.As can be seen here, only rely on penis absolute expansion degree and relative expansion degree, cannot accurately estimate penis hardness.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, a kind of simple and effective penis hardness measurement evaluation method is provided.
In order to realize foregoing invention object, the technical scheme of employing is as follows:
A kind of penis hardness measurement evaluation method, by measuring the device of penile circumferences, measuring the girth that penis is corresponding under the pressure situation varied in size, and estimating the hardness of penis according to measured perimeter change.The present invention, by measuring the girth of penis in different pressures situation, effectively can estimate the hardness of penis by the Data Comparison measured.
Further, the present invention adopts the pressure of three kinds of different sizes, comprises F1=1.0N, F2=1.8N, F3=2.6N, and the girth of corresponding measurement is respectively C1, C2, C3, and according to the hardness of the difference in size estimation penis of C1 to C3, the difference of hardness and girth is inversely proportional to.
In order to better estimate penis hardness, the present invention also comprises the process setting up appraising model data base, adopts inflation rubber tube to make penis model, and inflation rubber tube internal gas pressure is selected at 1.0X10
5pa to 1.3X10
5between Pa, and tension type lasso is adopted to be enclosed within penis model, with different pulling force tractive lassos, under the condition that inflation rubber tube internal gas pressure is constant, apply different pulling force, measure penis model cross section circular perimeter, thus set up a kind of appraising model of penis hardness measurement.
After setting up the appraising model of penis hardness measurement, (about 1 second) is according to pulling force order from small to large at short notice, the traction force F1=1.0N successively varied in size with three, F2=1.8N, F3=2.6N tractive lasso, measure penis cross section circular perimeter respectively, according to the change estimation penis hardness of girth.
The present invention's inflation rubber tube makes penis model, common easy device is adopted to measure the girth of penis (comprising penis model), this device can adopt tension type penis lasso, a fine wire is through soft sleeve pipe, form lasso trick, condom snare on penis model, with suitable pulling force tractive lasso trick.Pulling force size is adjustable within the specific limits, controls between 1.0N to 2.6N, and 1.0N traction force can make lasso trick just be tightened up lightly, and 2.6N traction force can be guaranteed to make patient come to harm or produce sense of discomfort when detecting patient.Inflation rubber tube internal gas pressure is selected at 1.0X10
5pa to 1.3X10
5between Pa.Under the condition that inflation rubber tube internal gas pressure is constant, apply different traction forces, measure penis model cross section circular perimeter.Different traction forces, the girth measured should be different; Under the condition that inflation rubber tube internal gas pressure is lower, apply less traction force F1, the girth C1 measured, apply larger traction force F2, the girth C2 measured, generally C2 is less than C1; Along with inflation rubber tube internal gas pressure raises, apply traction force F1 ＇, the F2 ＇ onesize with F1, F2 respectively, the girth C1 ＇ measured and the difference of C2 ＇ will reduce.When tested penis model rigidity is higher, different traction force F should record same girth C.The traction force successively varied in size with three, measures penis model cross section circular perimeter respectively, and inflation rubber tube internal gas pressure is selected at 1.0X10
5pa to 1.3X10
5between Pa, simulation penis is in peacetime state to effective erectile condition, thus sets up a kind of appraising model of penis hardness measurement.After appraising model is set up, may be used on penis hardness measurement, (about 1 second) is according to pulling force order from small to large at short notice, the traction force F1=1.0N successively varied in size with three, F2=1.8N, F3=2.6N tractive penis lasso, measures penis cross section circular perimeter respectively, according to the change estimation penis hardness of girth.
Evaluation method of the present invention can improve the accuracy of penis hardness measurement effectively.
Accompanying drawing explanation
Fig. 1 is the structural representation of the measuring device that the present invention adopts.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described further.
The measuring device that the present invention adopts as shown in Figure 1, comprise inflation rubber tube penis model 1, adopt inflation rubber tube as penis model, penis model cross section circular perimeter CX (i) in its natural state, i=1, 2, 3, 4, 5, 6, 7, 8, 9, choose CX (1)=7.0cm, CX (2)=7.5cm, CX (3)=8.0cm, CX (4)=8.5cm, CX (5)=9.0cm, CX (6)=9.5cm, CX (7)=10.0cm, CX (8)=10.5cm, CX (9)=11.0cm, atmospheric pressure table 2, model Y-100B-FZ, range 0-0.16MPa, optimum measurement scope 0.08-0.14MPa, the intraductal atmospheric pressure of inflation rubber tube penis model 1 is measured with atmospheric pressure table 2, inflation rubber tube penis model pipe internal gas pressure is at 1.0X10
5pa to 1.3X10
5between Pa, within the scope of atmospheric pressure table 2 optimum measurement, inflation rubber tube penis model pipe internal gas pressure P (n), n=1,2,3,4, P (1)=1.0X10
5pa, P (2)=1.1X10
5pa, P (3)=1.2X10
5pa, P (4)=1.3X10
5pa, penis lasso 3, the structural feature of penis lasso 3 is through soft sleeve pipe 5 with a fine wire 4, form lasso trick, fine wire 4 diameter 0.4mm, the circle sleeve pipe material of penis lasso 3 is fiber textiles, and the material of sleeve pipe 5 is soft plastics, spray into appropriate Pulvis Talci in sleeve pipe 5, reduce frictional force.Penis lasso 3 is enclosed within penis model 1, with suitable pulling force tractive fine wire 4.Pulling force size is adjustable within the specific limits, controls between 1.0N to 2.6N, and 1.0N traction force can make lasso trick just be tightened up lightly, and 2.6N traction force can be guaranteed to make patient come to harm or produce sense of discomfort when detecting patient.Also comprise micromachine 6, rotary encoder 7 and control circuit 8 thereof, controlled the torque of micromachine 6 by control circuit 8, provide the traction force of 1.0N to 2.6N to pull the fine wire of penis lasso.Control circuit 8 is also connected with rotary encoder 7, rotary encoder 7 resolution 600P/R, disk diameter 10mm, Zhou Changyue 31.4mm, and like this, the fine wire maximum displacement can measuring penis lasso is about 0.05mm.
Testing procedure of the present invention is as follows:
(1) under some CX (i) certification conditions, get out inflation rubber tube penis model according to CX (i) and P (n) value, first select i=1, n=1, condom snare, on penis model, is placed in horizontal table top;
(2) bayonet arrangement of penis lasso is fixed on the table, remain on penis model in micromachine traction process and maintain static;
(3) fine wire of penis lasso is connected to micromachine, notes keeping fine wire straight;
(4) micromachine applies traction force F (m) to penis lasso, m=1,2,3, F (1)=1.0N, F (2)=1.8N, F (3)=2.6N;
(5) the reading output display of rotary encoder is on computer screen, calculates fine wire displacement, thus can calculate penis model cross section circular perimeter C (n, m) according to the anglec of rotation, record C (n, m);
(6) repeatedly measure, repetitive measurement data are averaged, reduce measurement error;
(7) select another P (n) value, until n=4, repeat above-mentioned steps (1) to (6);
(8) select another CX (i) value, until i=9, repeat above-mentioned steps (1) to (7).
9 groups of experimental datas can be obtained altogether according to the method described above.Adopt linear interpolation method, according to 9 groups of experimental datas, calculate and generate 36 groups of P (n), F (m), C (n, m) corresponding relation.9 groups of experimental datas add the 36 groups of data adopting linear interpolation method to generate, and 45 groups of data, leave appraising model data base in altogether.
The CONSTRUCTED SPECIFICATION of the embodiment of the present invention is below described in detail in detail.
Describing by penis model measurement and setting up in penis hardness measurement appraising model data base procedure, with four one-dimension array and a two-dimensional array, penis lasso traction force, inflation rubber tube penis model pipe internal gas pressure, penis model cross section circular perimeter are described, specific as follows:
F (m), represents penis lasso traction force, m=1,2,3, F (1)=1.0N, F (2)=1.8N, F (3)=2.6N;
P (n), represents inflation rubber tube penis model pipe internal gas pressure, n=1,2,3,4, P (1)=1.0X10
5pa, P (2)=1.1X10
5pa, P (3)=1.2X10
5pa, P (4)=1.3X10
5pa;
C (n, m), represents under inflation rubber tube penis model pipe internal gas pressure P (n) condition, the penis model cross section circular perimeter recorded when applying traction force F (m) to penis lasso;
CX (i), represents penis model cross section circular perimeter in its natural state, i=1,2,3,4,5,6,7,8,9;
CY (j), same expression penis model cross section circular perimeter in its natural state, unlike, CY (j) is used in penis hardness measurement appraising model data base.j=1,2,3,……,43,44,45。
Penis lasso traction force controls between 1.0N to 2.6N.Traction force F (m) varied in size with three, m=1,2,3, F (1)=1.0N, F (2)=1.8N, F (3)=2.6N.The variable quantity of traction force is there is no need to define too little.1.0N traction force can make lasso trick just be tightened up lightly; 2.6N traction force can be guaranteed to make patient come to harm or produce sense of discomfort when detecting patient, can provide certain constrictive force again, makes the girth of measured inflation rubber tube penis model produce minimal shrink amount.
Inflation rubber tube penis model pipe internal gas pressure is selected at 1.0X10
5pa to 1.3X10
5between Pa.One group of atmospheric pressure value P (n) is selected to test, n=1,2,3,4, P (1)=1.0X10
5pa, P (2)=1.1X10
5pa, P (3)=1.2X10
5pa, P (4)=1.3X10
5pa.Four atmospheric pressure values simulate four kinds of states of penis respectively, define four atmospheric pressure values corresponding penis hardness Rig respectively, table specific as follows:
The circular peripheral extent of penis cross section is generally between 5.0cm to 15.0cm.Because the plateau only in erection just needs to carry out hardness measurement, penis model in its natural state cross section circular perimeter CX (i) can select one group of representative value, i=1,2,3,4,5,6,7,8,9, CX (1)=7.0cm, CX (2)=7.5cm, CX (3)=8.0cm, CX (4)=8.5cm, CX (5)=9.0cm, CX (6)=9.5cm, CX (7)=10.0cm, CX (8)=10.5cm, CX (9)=11.0cm.
Under some CX (i) certification conditions, inflation rubber tube penis model is got out according to CX (i) and P (n) value, traction force F (m) is applied to penis lasso, m=1,2,3, F (1)=1.0N, F (2)=1.8N, F (3)=2.6N.Measure and record penis model cross section circular perimeter C (n, m).Repeatedly measure, repetitive measurement data are averaged, reduce measurement error.
Under some CX (i) certification conditions, P (n), F (m), C (n, m) corresponding relation are as following table:
Select another CX (i) value, inflation rubber tube penis model is got out according to CX (i) and P (n) value, traction force F (m) is applied to penis lasso, m=1,2,3, F (1)=1.0N, F (2)=1.8N, F (3)=2.6N.Measure and record another group penis model cross section circular perimeter C (n, m), i=1,2,3,4,5,6,7,8,9,9 groups of experimental datas can be obtained altogether.
Adopt linear interpolation method, according to 9 groups of experimental datas, calculate and generate 36 groups of P (n), F (m), C (n, m) corresponding relation.Concrete computational methods are: by one group of experimental data of corresponding CX (i), calculate and generate the four group data close with it; One group of experimental data C (n, m) of CX (i), is multiplied by coefficient k=CY (j)/CX (i), generates the data C (n, m) of one group of corresponding CY (j); Such as, with one group of experimental data C (n, m) of corresponding CX (1)=7.0cm, be multiplied by coefficient k 1=6.8/7.0 respectively, k2=6.9/7.0, k4=7.1/7.0, k5=7.2/7.0, generate corresponding CY (1)=6.8cm, CY (2)=6.9cm, four groups of C (n, m) data of CY (4)=7.1cm, CY (5)=7.2cm; With one group of experimental data C (n of corresponding CX (2)=7.5cm, m), be multiplied by coefficient k 6=7.3/7.5 respectively, k7=7.4/7.5, k9=7.6/7.5, k10=7.7/7.5, generate corresponding CY (6)=7.3cm, CY (7)=7.4cm, CY (9)=7.6cm, four groups of C (n, m) data of CY (10)=7.7cm; All the other each group, computational methods are similar.
9 groups of experimental datas add the 36 groups of data adopting linear interpolation method to generate, and 45 groups of data, leave appraising model data base in altogether.In appraising model data base, CY (j) has 45 different numerical value, j=1,2,3 ... 43,44,45, two adjacent CY (j) differ 0.1cm, that is: CY (1)=6.8cm, CY (2)=6.9cm, CY (3)=7.0cm, CY (43)=11.0cm, CY (44)=11.1cm, CY (45)=11.2cm; Corresponding CY (3), CY (8), CY (13), CY (18), CY (23), CY (28), CY (33), CY (38), CY's (43) is 9 groups of experimental data C (n, m); Corresponding CY (1), CY (2), CY (4), CY (5) ..., CY (41), CY (42), CY (44), CY's (45) is the 36 groups of data C (n, m) adopting linear interpolation method to generate.
After setting up appraising model data base, penis hardness measurement can be applied it to.Specific as follows: (about 1 second) is according to pulling force order from small to large at short notice, the traction force F1=1.0N successively varied in size with three, F2=1.8N, F3=2.6N tractive penis lasso, measure penis cross section circular perimeter respectively, according to the change estimation penis hardness of girth.
As penis lasso traction force F1=1.0N, when F2=1.8N, F3=2.6N, the penis cross section circular perimeter recorded uses C1 respectively, and C2, C3 represent.In appraising model data base, locate one group of data C (n, m) of corresponding CY (j)=C1, adopt following method to calculate penis hardness Rig:
The first step, calculates the hardness Rig3 that corresponding F3=2.6N records,
If (C1-C3) > (C (1,1)-C (1,3)), then Rig3=0%
(if C (1,1)-C (1,3)) >=(C1-C3) > (C (2,1)-C (2,3)), then
Rig3=0.333X[1-(C(2,3)-C3)/(C(2,3)－C(1,3))]X100%
(if C (2,1)-C (2,3)) >=(C1-C3) > (C (3,1)-C (3,3)), then
Rig3=[0.333+0.333X[1-(C(3,3)-C3)/(C(3,3)－C(2,3))]]X100%
(if C (3,1)-C (3,3)) >=(C1-C3) > (C (4,1)-C (4,3)), then
Rig3=[0.667+0.333X[1-(C(4,3)-C3)/(C(4,3)－C(3,3))]]X100%
If (C1-C3)≤(C (4,1)-C (4,3)), then Rig3=100%
Second step, calculates the hardness Rig2 that corresponding F2=1.8N records,
If (C1-C2) > (C (1,1)-C (1,2)), then Rig2=0%
(if C (1,1)-C (1,2)) >=(C1-C2) > (C (2,1)-C (2,2)), then
Rig2=0.333X[1-(C(2,2)-C2)/(C(2,2)－C(1,2))]X100%
(if C (2,1)-C (2,2)) >=(C1-C2) > (C (3,1)-C (3,2)), then
Rig2=[0.333+0.333X[1-(C(3,2)-C2)/(C(3,2)－C(2,2))]]X100%
(if C (3,1)-C (3,2)) >=(C1-C2) > (C (4,1)-C (4,2)), then
Rig2=[0.667+0.333X[1-(C(4,2)-C2)/(C(4,2)－C(3,2))]]X100%
If (C1-C2)≤(C (4,1)-C (4,2)), then Rig2=100%
3rd step, gets the meansigma methods of Rig3 and Rig2 as penis hardness estimated value,
Rig=[(Rig3+Rig2)/2]X100%。
Claims (1)
1. a penis hardness measurement evaluation method, it is characterized in that, comprise the device by measuring penile circumferences, measure the girth that penis is corresponding under the pressure situation varied in size, and the hardness of penis is estimated according to measured perimeter change, the device of described measurement penile circumferences comprises lasso and measuring circuit, the described lasso sleeve pipe of a fine wire through softness, form lasso trick, the encircled portion of lasso trick is coated with flexible material, described measuring circuit is by micromachine, rotary encoder and control circuit composition thereof, micromachine connects the tinsel of lasso, control circuit connects micromachine and rotary encoder respectively, control the torque of micromachine, the traction force of 1.0N to 2.6N is provided to pull the fine wire of lasso, the displacement of the fine wire of lasso measured by described rotary encoder,
The described pressure varied in size is the pressure of three kinds of different sizes, comprises F1=1.0N, F2=1.8N, F3=2.6N, and the girth of corresponding measurement is respectively C1, C2, C3, and according to the hardness of the difference in size estimation penis of C1 to C3, the difference of hardness and girth is inversely proportional to;
Also comprise the process setting up appraising model data base, adopt inflation rubber tube to make penis model, inflation rubber tube internal gas pressure is selected at 1.0X10
5pa to 1.3X10
5between Pa, and tension type lasso is adopted to be enclosed within penis model, with different pulling force tractive lassos, under the condition that inflation rubber tube internal gas pressure is constant, apply different pulling force, measure penis model cross section circular perimeter, thus set up a kind of appraising model of penis hardness measurement;
The described process setting up appraising model data base is specific as follows:
Penis model in its natural state cross section circular perimeter is selected at 7.0cm to 11.0cm, gets a value, totally 9 values every 0.5cm, and inflation rubber tube internal gas pressure selects 1.0X10
5pa, 1.1X10
5pa, 1.2X10
5pa and 1.3X10
5pa tetra-kinds, simulate penis to be respectively in peacetime state, to start to erect, partly erect and effective four kinds of states of erecing, the hardness that definition penis is in these four kinds of states is respectively 0%, 33.3%, 66.7%, 100%, adopt tension type lasso, successively be respectively 1.0N by three sizes, the power tractive lasso of 1.8N, 2.6N;
Definition F (m) represents lasso traction force, wherein m=1,2,3, F (1)=1.0N, F (2)=1.8N, F (3)=2.6N;
P (n) represents inflation rubber tube penis model pipe internal gas pressure, wherein n=1,2,3,4, P (1)=1.0X10
5pa,
P(2)=1.1X10
5Pa，P(3)=1.2X10
5Pa，P(4)=1.3X10
5Pa；
C (n, m) represents under inflation rubber tube penis model pipe internal gas pressure P (n) condition, the penis model cross section circular perimeter recorded when applying traction force F (m) to lasso;
CX (i) represents penis model cross section circular perimeter, wherein i=1 in its natural state, 2,3,4,5,6,7,8,9;
CY (j) represents penis model cross section circular perimeter, wherein j=1 in its natural state in penis hardness measurement appraising model data base, 2,3 ..., 43,44,45;
Under given CX (i) certification condition, inflation rubber tube penis model is got out according to CX (i) and P (n) value, traction force F (m) is applied to lasso, measures and record penis model cross section circular perimeter C (n, m); P (n), F (m), C (n, m) corresponding relation are as following table:
Another CX (i) value given, gets out inflation rubber tube penis model according to CX (i) and P (n) value, applies traction force F (m), m=1 to penis lasso, 2,3, F (1)=1.0N, F (2)=1.8N, F (3)=2.6N, measures and records another group penis model cross section circular perimeter C (n, m), i=1,2,3,4,5,6,7,8,9, obtain altogether 9 groups of experimental datas;
Then linear interpolation method is adopted, according to 9 groups of experimental datas, calculate and generate 36 groups of P (n), F (m), C (n, m) corresponding relation, concrete method is one group of experimental data with corresponding CX (i), calculate and generate the four group data close with it, i.e. one group of experimental data C (n of CX (i), m), be multiplied by coefficient k=CY (j)/CX (i), generate the data C (n, m) of one group of corresponding CY (j), wherein CY (j) is immediate four groups of data with CX (i); 9 groups of experimental datas are added the 36 groups of data adopting linear interpolation method to generate, 45 groups of data, leave appraising model data base in altogether;
In described appraising model data base, CY (j) has 45 different numerical value, i.e. j=1,2,3 ... 43,44,45, wherein two adjacent CY (j) differ 0.1cm, and the span of CY (j) is 6.8cm to 11.2cm, and corresponding CY (3), CY (8), CY (13), CY (18), CY (23), CY (28), CY (33), CY (38), CY's (43) is 9 groups of experimental data C (n, m), and 36 groups of data are in addition then adopt linear interpolation method to generate;
The hardness of described estimation penis is at short notice according to pulling force order from small to large, the traction force F1=1.0N successively varied in size with three, F2=1.8N, F3=2.6N tractive lasso, measure penis cross section circular perimeter respectively, according to the change estimation penis hardness of girth;
The detailed process of the hardness of described estimation penis is as follows:
As lasso traction force F1=1.0N, when F2=1.8N, F3=2.6N, the penis cross section circular perimeter recorded uses C1 respectively, and C2, C3 represent, in appraising model data base, locate one group of data C (n, m) of corresponding CY (j)=C1, adopt following method to calculate penis hardness Rig:
The first step, calculates the hardness Rig3 that corresponding F3=2.6N records,
If (C1-C3) > (C (1,1)-C (1,3)), then Rig3=0%
(if C (1,1)-C (1,3)) >=(C1-C3) > (C (2,1)-C (2,3)), then
Rig3=0.333×[1-(C(2，3)-C3)/(C(2，3)－C(1，3))]×100%
(if C (2,1)-C (2,3)) >=(C1-C3) > (C (3,1)-C (3,3)), then
Rig3=[0.333+0.333×[1-(C(3，3)-C3)/(C(3，3)－C(2，3))]]×100%
(if C (3,1)-C (3,3)) >=(C1-C3) > (C (4,1)-C (4,3)), then
Rig3=[0.667+0.333×[1-(C(4，3)-C3)/(C(4，3)－C(3，3))]]×100%
If (C1-C3)≤(C (4,1)-C (4,3)), then Rig3=100%;
Second step, calculates the hardness Rig2 that corresponding F2=1.8N records,
If (C1-C2) > (C (1,1)-C (1,2)), then Rig2=0%
(if C (1,1)-C (1,2)) >=(C1-C2) > (C (2,1)-C (2,2)), then
Rig2=0.333×[1-(C(2，2)-C2)/(C(2，2)－C(1，2))]×100%
(if C (2,1)-C (2,2)) >=(C1-C2) > (C (3,1)-C (3,2)), then
Rig2=[0.333+0.333×[1-(C(3，2)-C2)/(C(3，2)－C(2，2))]]×100%
(if C (3,1)-C (3,2)) >=(C1-C2) > (C (4,1)-C (4,2)), then
Rig2=[0.667+0.333×[1-(C(4，2)-C2)/(C(4，2)－C(3，2))]]×100%
If (C1-C2)≤(C (4,1)-C (4,2)), then Rig2=100%;
3rd step, gets the meansigma methods of Rig3 and Rig2 as penis hardness estimated value,
Rig=[(Rig3+Rig2)/2]×100%。
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| CN106618613B (en) * | 2016-12-01 | 2018-01-02 | 杭州昀鼎医疗科技有限公司 | A kind of telotism ionization meter instrument |
| CN108685593B (en) * | 2017-04-12 | 2021-03-16 | 北京力泰克科技有限公司 | Monitoring method and monitoring equipment for compression hardness and/or muscle fascial ventricular pressure |
| WO2020001432A1 (en) * | 2018-06-26 | 2020-01-02 | 北京万孛力医疗器械有限公司 | Medical data measurement device and medical service network system |
| CN110833392A (en) * | 2018-08-17 | 2020-02-25 | 成都探高医药科技有限公司 | Intravaginal ejaculation latency and vaginal clonus monitoring device |
| CN110731757A (en) * | 2019-10-25 | 2020-01-31 | 浙江中医药大学 | rat penis cavernous body internal pressure data determination processing method and determination device |
| CN111759283B (en) * | 2020-07-17 | 2024-03-19 | 湖南揽月医疗科技有限公司 | Night erection detection device and system |
| CN111956185B (en) * | 2020-08-18 | 2021-10-12 | 湖南揽月医疗科技有限公司 | Device for measuring penis surface hardness |
| CN113729639A (en) * | 2021-10-09 | 2021-12-03 | 湖南揽月医疗科技有限公司 | Linear assembly of penis hardness measuring device |
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