CN114417230A - Paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper - Google Patents
Paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper Download PDFInfo
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Abstract
The invention discloses a paper softness test analysis system based on artificial intelligent antibacterial ecological cotton stained paper, which is characterized in that the paper longitudinal softness weight coefficient of each antibacterial ecological cotton stained paper to be tested is analyzed by acquiring the longitudinal performance parameter of each antibacterial ecological cotton stained paper to be tested, so that the multi-dimensional softness performance test of the antibacterial ecological cotton stained paper is realized, the accuracy and the reliability of the paper softness test of the antibacterial ecological cotton stained paper are improved, the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested is analyzed by combining the paper transverse softness weight coefficient and the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested, the comprehensive paper softness coefficient is processed according to the comparison result, the multi-directional comprehensive test analysis of the softness of the antibacterial ecological cotton paper is realized, and the paper softness of the antibacterial ecological cotton stained paper can be accurately tested, the using requirements of users on the softness of the antibacterial ecological cotton paper are met.
Description
Technical Field
The invention relates to the field of paper softness testing and analysis, and relates to a paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper.
Background
Along with the gradual improvement of living standard, people also are constantly promoting to the quality demand of cotton paper, and the cotton paper relates to the square aspect of people's life. For example, the antibacterial ecological cotton paper is paper with an antibacterial function, but the components of the existing antibacterial ecological cotton stained paper are complex due to the antibacterial disinfection function, and the softness of the paper is further influenced. Therefore, in order to ensure the using effect of the antibacterial ecological cotton stained paper, the softness of the paper needs to be strictly tested and controlled.
At present, the existing method for testing the softness of the antibacterial ecological cotton stained paper belongs to a single-layer test, and only single-layer test analysis is carried out on performance parameters of the antibacterial ecological cotton stained paper, so that the existing method has certain limitations, multi-dimensional softness performance test on the antibacterial ecological cotton stained paper cannot be realized, the accuracy and reliability of the softness test on the antibacterial ecological cotton stained paper are further reduced, and the later-stage use effect of the antibacterial ecological cotton stained paper is further influenced.
The existing method for testing the softness of the paper of the antibacterial ecological cotton stained paper can only test and analyze the single-position softness of the paper, so that the softness of the antibacterial ecological cotton paper can not be comprehensively tested and analyzed in multiple directions, and further the softness of the paper of the antibacterial ecological cotton stained paper can not be accurately and effectively tested, the phenomenon that part of cotton stained paper with unqualified softness of the paper flows into the market exists, the using requirement of a user on the softness of the antibacterial ecological cotton paper can not be met to the greatest extent, and the using experience of the user on the antibacterial ecological cotton stained paper is further reduced.
In order to solve the problems, a paper softness testing and analyzing system based on artificial intelligent antibacterial ecological cotton stained paper is designed.
Disclosure of Invention
The invention aims to provide a paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper, and solves the problems in the background technology.
The technical scheme adopted by the invention for solving the technical problems is as follows: the utility model provides a based on antibiotic ecological cotton stained paper softness degree test analytic system of artificial intelligence, includes: antibiotic ecological cotton paper numbering module: the test system is used for placing the antibacterial ecological cotton stained paper to be tested to a target test area respectively and numbering the antibacterial ecological cotton stained paper to be tested in sequence.
A paper longitudinal performance parameter acquisition module: the test paper is used for obtaining longitudinal performance parameters of each antibacterial ecological cotton stained paper to be tested, wherein the longitudinal performance parameters comprise longitudinal bending parameters, longitudinal deformation recovery parameters and longitudinal flatness parameters.
The antibacterial ecological cotton paper performance database comprises: the method is used for storing the corresponding longitudinal surface flatness and paper thickness of the standard antibacterial ecological cotton stained paper.
Longitudinal softness weight coefficient analysis module: the method is used for analyzing the paper longitudinal softness weight coefficient of each antibacterial ecological cotton stained paper to be tested based on the longitudinal performance parameters of each antibacterial ecological cotton stained paper to be tested.
The paper transverse performance parameter acquisition and analysis module comprises: the transverse performance parameters comprise transverse bending parameters, transverse deformation recovery parameters and transverse flatness parameters, and the transverse softness weight coefficient of the paper of each to-be-tested antibacterial ecological cotton stained paper is obtained through analysis.
The paper surface pressing distance detection module: the device is used for applying pressure to each surface detection point in each piece of antibacterial ecological cotton stained paper to be tested and detecting the pressing distance of each surface detection point in each piece of antibacterial ecological cotton stained paper to be tested.
Surface softness weight coefficient analysis module: and analyzing to obtain the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested based on the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested.
A comprehensive paper softness coefficient analysis processing module; the comprehensive paper softness coefficient analysis system is used for analyzing the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested, comparing the comprehensive paper softness coefficient with the comprehensive paper softness coefficient corresponding to the preset standard antibacterial ecological cotton stained paper, and processing according to the comparison result.
Further, the antibiotic ecological cotton paper numbering module specifically comprises: sequentially placing all to-be-tested antibacterial ecological cotton stained paper to a target testing area according to a set sequence, wherein the target testing area is a paper softness testing area, numbering all to-be-tested antibacterial ecological cotton stained paper in sequence according to the placing sequence, and respectively marking the numbers of all to-be-tested antibacterial ecological cotton stained paper as numbers
And i is the number of the ith antibacterial ecological cotton stained paper to be tested, and n is the number of the nth antibacterial ecological cotton stained paper to be tested.
Further, the longitudinal bending parameters of the antibacterial ecological cotton stained paper to be tested are obtained in the paper longitudinal performance parameter obtaining module in a specific obtaining mode that: applying longitudinal fixed pressure to each antibacterial ecological cotton stained paper to be tested in a target test area to obtain the number of longitudinal bending waves appearing after the pressure is applied to each antibacterial ecological cotton stained paper to be tested, obtaining relevant parameters of each longitudinal bending wave after the pressure is applied to each antibacterial ecological cotton stained paper to be tested, wherein the relevant parameters comprise amplitude, frequency and period, obtaining the longitudinal bending wave parameter influence index of each antibacterial ecological cotton stained paper to be tested according to a bending wave parameter influence analysis formula, and applying each antibacterial ecological cotton to be tested to each antibacterial ecological cotton to be testedLongitudinal bending wave parameter influence index mark of stained paper
And i is the number of the ith antibacterial ecological cotton stained paper to be tested.
Further, the paper longitudinal performance parameter acquisition module acquires longitudinal deformation recovery parameters of each to-be-tested antibacterial ecological cotton stained paper, and the specific acquisition mode is as follows: canceling the longitudinal pressure corresponding to each antibacterial ecological cotton stained paper to be tested, recording longitudinal deformation recovery parameters of each antibacterial ecological cotton stained paper to be tested at each preset time point after the pressure application is canceled, wherein the longitudinal deformation recovery parameters comprise the number of longitudinal bending waves and the maximum amplitude of the longitudinal bending waves, obtaining the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested according to a deformation recovery parameter influence analysis formula, and marking the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested as the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested
。
Further, the paper longitudinal performance parameter acquisition module acquires longitudinal flatness parameters of each to-be-tested antibacterial ecological cotton stained paper, and the specific acquisition mode is as follows: after the preset pressure application canceling time of each antibacterial ecological cotton stained paper to be tested is over, detecting the longitudinal surface flatness of each antibacterial ecological cotton stained paper to be tested, extracting the longitudinal surface flatness corresponding to the standard antibacterial ecological cotton stained paper stored in the antibacterial ecological cotton paper performance database, comparing the longitudinal surface flatness of each antibacterial ecological cotton stained paper to be tested with the longitudinal surface flatness corresponding to the standard antibacterial ecological cotton paper to obtain the longitudinal surface flatness difference of each antibacterial ecological cotton stained paper to be tested, obtaining the longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested according to the flatness parameter influence analysis formula, and marking the longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested as the longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested
。
Further, the longitudinal softness weight coefficient analysis module analyzes the longitudinal softness weight coefficient of the paper of each to-be-tested antibacterial ecological cotton stained paper, and specifically comprises the following steps: influence index of longitudinal bending wave parameters of each antibacterial ecological cotton stained paper to be tested
Longitudinal deformation recovery parameter influence index
And longitudinal surface flatness parameter influence index
Substitution formula
Obtaining the paper longitudinal softness weight coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
Respectively expressed as the paper softness influence factors corresponding to the longitudinal bending wave parameter, the longitudinal deformation recovery parameter and the longitudinal surface flatness parameter of the antibacterial ecological cotton stained paper.
Further, the corresponding details in the paper transverse performance parameter acquisition and analysis module include: obtaining transverse performance parameters of the antibacterial ecological cotton stained paper to be tested according to the longitudinal performance parameter obtaining mode of the antibacterial ecological cotton stained paper to be tested, analyzing to obtain paper transverse softness weight coefficients of the antibacterial ecological cotton stained paper to be tested based on the transverse performance parameters of the antibacterial ecological cotton stained paper to be tested, and marking the paper transverse softness weight coefficients of the antibacterial ecological cotton stained paper to be tested as paper transverse softness weight coefficients
。
Further, detect each surface detection point department's pressing distance in each antibiotic ecological cotton stained paper that awaits measuring in the paper surface pressing distance detection module, concrete detection mode is: uniformly arranging a plurality of detection points on the surface of each antibacterial ecological cotton stained paper to be tested, wherein the number of the detection points arranged on the surface of each antibacterial ecological cotton stained paper to be tested is the same, and respectively marking each surface detection point in each antibacterial ecological cotton stained paper to be tested as
，
R is denoted as the r-th surface detection point, and u is denoted as the u-th surface detection point.
Applying fixed pressure to each surface detection point in each antibacterial ecological cotton stained paper to be tested, detecting the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested, and marking the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested as the pressing distance
。
Further, the analyzing module for the surface softness weight coefficient analyzes the paper surface softness weight coefficient of each to-be-tested antibacterial ecological cotton stained paper, and specifically comprises the following steps: extracting the paper thickness corresponding to the standard antibacterial ecological cotton stained paper stored in the antibacterial ecological cotton paper performance database, and obtaining the paper thickness corresponding to the standard antibacterial ecological cotton paper
Substituting into paper surface softness weight coefficient analysis formula
Obtaining the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
And u represents the number of detection points arranged on the surface of the antibacterial ecological cotton stained paper to be tested.
Further, the comprehensive paper softness coefficient analysis processing module analyzes the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested, and the specific analysis comprises the following steps: weighting coefficient of longitudinal softness of paper of each antibacterial ecological cotton stained paper to be tested
Paper transverse softness weight coefficient
Paper surface softness weight coefficient
Substitution formula
Obtaining the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
Respectively expressed as weight ratio factors corresponding to longitudinal softness, transverse softness and surface softness of paper in the preset antibacterial ecological cotton paper.
Compared with the prior art, the invention has the following beneficial effects: 1. according to the artificial intelligence-based antibacterial ecological cotton stained paper softness test analysis system provided by the invention, each antibacterial ecological cotton stained paper to be tested is respectively placed in a target test area, the longitudinal bending parameter, the longitudinal deformation recovery parameter and the longitudinal flatness parameter of each antibacterial ecological cotton stained paper to be tested are obtained, and the paper longitudinal softness weight coefficient of each antibacterial ecological cotton stained paper to be tested is analyzed, so that the multi-dimensional softness performance test of the antibacterial ecological cotton stained paper is realized, the limitation of the existing method for testing the softness of the antibacterial ecological cotton paper is broken, the accuracy and the reliability of the softness test of the antibacterial ecological cotton stained paper are further effectively improved, and the later-stage use effect of the antibacterial ecological cotton stained paper is further ensured.
2. According to the softness test analysis system for the antibacterial ecological cotton stained paper based on artificial intelligence, provided by the invention, the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested is analyzed according to the paper longitudinal softness weight coefficient, the paper transverse softness weight coefficient and the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested, and the comprehensive paper softness coefficient is processed according to the comparison result, so that the multi-direction comprehensive test analysis on the softness of the antibacterial ecological cotton paper is realized, the paper softness performance of the antibacterial ecological cotton stained paper can be accurately and effectively tested, the phenomenon that part of cotton paper with unqualified paper softness flows into the market can be avoided to the greatest extent, the use requirement of a user on the softness of the antibacterial ecological cotton paper is further met, and the use experience of the user on the antibacterial ecological cotton stained paper is improved.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a system module connection diagram of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the invention provides an artificial intelligence-based antimicrobial ecological cotton stained paper softness test analysis system, which comprises an antimicrobial ecological cotton paper numbering module, a paper longitudinal performance parameter acquisition module, an antimicrobial ecological cotton paper performance database, a longitudinal softness weight coefficient analysis module, a paper transverse performance parameter acquisition analysis module, a paper surface pressing distance detection module, a surface softness weight coefficient analysis module and a comprehensive paper softness coefficient analysis processing module.
The antibacterial ecological cotton paper numbering module is respectively connected with the paper longitudinal performance parameter acquisition module, the paper transverse performance parameter acquisition analysis module and the paper surface pressing distance detection module, the paper longitudinal performance parameter acquisition module is respectively connected with the antibacterial ecological cotton paper performance database and the longitudinal softness weight coefficient analysis module, the surface softness weight coefficient analysis module is respectively connected with the paper surface pressing distance detection module, the antibacterial ecological cotton paper performance database and the comprehensive paper softness coefficient analysis processing module, and the comprehensive paper softness coefficient analysis processing module is respectively connected with the longitudinal softness weight coefficient analysis module and the paper transverse performance parameter acquisition analysis module.
The antibacterial ecological cotton paper numbering module is used for placing the antibacterial ecological cotton stained paper to be tested to a target testing area respectively and numbering the antibacterial ecological cotton stained paper to be tested in sequence.
In one possible design, the antimicrobial ecological cotton paper numbering module specifically comprises: sequentially placing all to-be-tested antibacterial ecological cotton stained paper to a target testing area according to a set sequence, wherein the target testing area is a paper softness testing area, numbering all to-be-tested antibacterial ecological cotton stained paper in sequence according to the placing sequence, and respectively marking the numbers of all to-be-tested antibacterial ecological cotton stained paper as numbers
I is expressed as the ith waiting sheetAnd testing the number of the antibacterial ecological cotton stained paper, wherein n is the number of the nth piece of antibacterial ecological cotton stained paper to be tested.
The paper longitudinal performance parameter acquisition module is used for acquiring longitudinal performance parameters of each antibacterial ecological cotton stained paper to be tested, wherein the longitudinal performance parameters comprise a longitudinal bending parameter, a longitudinal deformation recovery parameter and a longitudinal flatness parameter.
In one possible design, the paper longitudinal performance parameter obtaining module obtains the longitudinal bending parameter of each to-be-tested antibacterial ecological cotton stained paper, and the specific obtaining mode is as follows: applying longitudinal fixed pressure to each antibacterial ecological cotton stained paper to be tested in a target test area to obtain the number of longitudinal bending waves appearing after the pressure is applied to each antibacterial ecological cotton stained paper to be tested, obtaining relevant parameters of each longitudinal bending wave after the pressure is applied to each antibacterial ecological cotton stained paper to be tested, wherein the relevant parameters comprise amplitude, frequency and period, obtaining the longitudinal bending wave parameter influence index of each antibacterial ecological cotton stained paper to be tested according to a bending wave parameter influence analysis formula, and marking the longitudinal bending wave parameter influence index of each antibacterial ecological cotton stained paper to be tested as the longitudinal bending wave parameter influence index of each antibacterial ecological cotton stained paper to be tested
And i is the number of the ith antibacterial ecological cotton stained paper to be tested.
In addition, the analysis formula of the influence of the bending wave parameters is
Wherein
Is expressed as the longitudinal bending wave parameter influence index of the ith antibacterial ecological cotton decal paper to be tested,
expressed as the number of longitudinal bending waves of the ith antibacterial ecological cotton decal paper to be tested after being pressed,
expressed as the number of longitudinal bending waves allowed to appear after the preset standard antibacterial ecological cotton stained paper is pressed,
respectively expressed as influence weight factors corresponding to the amplitude, frequency and period in the preset bending wave,
，
respectively showing the amplitude, the frequency and the period of the jth longitudinal bending wave of the ith antibacterial ecological cotton stained paper to be tested after the pressure is applied,
，
respectively showing the standard amplitude, the standard frequency and the standard period of the longitudinal bending wave of the preset standard antibacterial ecological cotton stained paper after the pressure is applied.
In one possible design, the paper longitudinal performance parameter obtaining module obtains the longitudinal deformation recovery parameters of the antibacterial ecological cotton stained paper to be tested, and the specific obtaining mode is as follows: canceling the longitudinal pressure corresponding to each antibacterial ecological cotton stained paper to be tested, recording longitudinal deformation recovery parameters of each antibacterial ecological cotton stained paper to be tested at each preset time point after the pressure application is canceled, wherein the longitudinal deformation recovery parameters comprise the number of longitudinal bending waves and the maximum amplitude of the longitudinal bending waves, obtaining the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested according to a deformation recovery parameter influence analysis formula, and marking the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested as the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested
。
It should be noted that the longitudinal deformation recovery of the antibacterial ecological cotton stained paper to be tested is realizedThe parameter influence index specifically comprises the following analysis: counting the amplitude of each longitudinal bending wave of each antibacterial ecological cotton stained paper to be tested after pressure is applied, screening the highest longitudinal bending wave amplitude corresponding to each antibacterial ecological cotton stained paper to be tested after pressure is applied, and marking the highest longitudinal bending wave amplitude corresponding to each antibacterial ecological cotton stained paper to be tested after pressure is applied as the mark
。
Respectively marking the longitudinal bending wave quantity and the maximum longitudinal bending wave amplitude of each to-be-tested antibacterial ecological cotton stained paper at each preset time point after pressure application is cancelled
And
and f is expressed as the f-th preset time point,
and the time lengths of all the preset time points are equal.
Recovery of parameter influence analysis formula by deformation
Obtaining the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested
，
Respectively expressed as preset longitudinal deformation recovery influencing factors,
expressed as a number of preset points in time,
expressed as a preset time pointThe length of time in between is,
expressed as the longitudinal bending wave change recovery quantity of the preset standard antibacterial ecological cotton stained paper in unit time,
expressed as the longitudinal bending wave amplitude value recovery difference value of the preset standard antibacterial ecological cotton stained paper in unit time.
In one possible design, the paper longitudinal performance parameter obtaining module obtains the longitudinal flatness parameter of each to-be-tested antibacterial ecological cotton stained paper, and the specific obtaining mode is as follows: after the preset pressure application canceling time of each antibacterial ecological cotton stained paper to be tested is over, detecting the longitudinal surface flatness of each antibacterial ecological cotton stained paper to be tested through a flatness sensor arranged in a target test area, extracting the longitudinal surface flatness corresponding to standard antibacterial ecological cotton stained paper stored in an antibacterial ecological cotton paper performance database, comparing the longitudinal surface flatness of each antibacterial ecological cotton stained paper to be tested with the longitudinal surface flatness corresponding to the standard antibacterial ecological cotton paper to obtain a longitudinal surface flatness difference value of each antibacterial ecological cotton stained paper to be tested, obtaining a longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested according to a flatness parameter influence analysis formula, and marking the longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested as a longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested
。
It should be noted that, the above-mentioned flatness parameter influence analysis formula is
Obtaining the influence index of the longitudinal surface flatness parameters of each antibacterial ecological cotton stained paper to be tested
，
Expressed as a preset surface flatness impact factor,
expressed as the difference value of the flatness of the longitudinal surface of the ith piece of antibacterial ecological cotton stained paper to be tested,
expressed as the corresponding longitudinal surface flatness of the standard antibacterial ecological cotton stained paper, and e is expressed as a constant.
The antibacterial ecological cotton stained paper performance database is used for storing the longitudinal surface flatness and the paper thickness corresponding to the standard antibacterial ecological cotton stained paper.
The longitudinal softness weight coefficient analysis module is used for analyzing the longitudinal softness weight coefficient of the paper of each antibacterial ecological cotton stained paper to be tested based on the longitudinal performance parameters of each antibacterial ecological cotton stained paper to be tested.
In a possible design, the analyzing module for the longitudinal softness weighting coefficient analyzes the longitudinal softness weighting coefficient of paper of each to-be-tested antibacterial ecological cotton stained paper, and specifically includes: influence index of longitudinal bending wave parameters of each antibacterial ecological cotton stained paper to be tested
Longitudinal deformation recovery parameter influence index
And longitudinal surface flatness parameter influence index
Substitution formula
Obtaining the paper longitudinal softness weight coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
Respectively expressed as the paper softness influence factors corresponding to the longitudinal bending wave parameter, the longitudinal deformation recovery parameter and the longitudinal surface flatness parameter of the antibacterial ecological cotton stained paper.
In the embodiment, each piece of antibacterial ecological cotton stained paper to be tested is placed in a target testing area, the longitudinal bending parameter, the longitudinal deformation recovery parameter and the longitudinal flatness parameter of each piece of antibacterial ecological cotton stained paper to be tested are obtained, and the paper longitudinal softness weight coefficient of each piece of antibacterial ecological cotton stained paper to be tested is analyzed, so that the multi-dimensional softness performance test of the antibacterial ecological cotton stained paper is realized, the limitation of the existing method for testing the softness of the antibacterial ecological cotton paper is broken, the accuracy and the reliability of the softness test of the antibacterial ecological cotton stained paper are effectively improved, and the later-stage use effect of the antibacterial ecological cotton stained paper is further ensured.
The paper transverse performance parameter acquisition and analysis module is used for acquiring transverse performance parameters of the antibacterial ecological cotton stained paper to be tested, wherein the transverse performance parameters comprise transverse bending parameters, transverse deformation recovery parameters and transverse flatness parameters, and the paper transverse softness weight coefficient of the antibacterial ecological cotton stained paper to be tested is obtained through analysis.
In one possible design, the paper transverse performance parameter acquiring and analyzing module includes: the method comprises the steps of obtaining transverse performance parameters of the antibacterial ecological cotton stained paper to be tested according to a longitudinal performance parameter obtaining mode of the antibacterial ecological cotton stained paper to be tested, and counting transverse bending parameters, transverse deformation recovery parameters and transverse flatness parameters of the antibacterial ecological cotton stained paper to be tested, wherein the transverse bending parameters comprise the number of transverse bending waves, the amplitude of each transverse bending wave, the frequency of each transverse bending wave and the period of each transverse bending wave, the transverse deformation recovery parameters comprise the number of transverse bending waves and the maximum amplitude of the transverse bending waves, and the transverse flatness parameters comprise transverse surface flatness.
According to bending wave parameterRespectively obtaining a transverse bending wave parameter influence index, a transverse deformation recovery parameter influence index and a transverse surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested by a number influence analysis formula, a deformation recovery parameter influence analysis formula and a flatness parameter influence analysis formula, and respectively representing the transverse bending wave parameter influence index, the transverse deformation recovery parameter influence index and the transverse surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested as
。
Influencing index of transverse bending wave parameters of each antibacterial ecological cotton stained paper to be tested
Transverse deformation recovery parameter influence index
And transverse surface flatness parameter influence index
Substitution formula
Obtaining the paper transverse softness weight coefficient of each antibacterial ecological cotton stained paper to be tested
。
The paper surface pressing distance detection module is used for applying pressure to each surface detection point in each antibacterial ecological cotton stained paper to be tested and detecting the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested.
In one possible design, the paper surface pressing distance detection module detects the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested, and the specific detection mode is as follows: uniformly arranging a plurality of detection points on the surface of each antibacterial ecological cotton stained paper to be testedThe number of detection points arranged on the surface of the antibacterial ecological cotton stained paper for testing is the same, and the detection points on the surface of each antibacterial ecological cotton stained paper to be tested are respectively marked as
，
R is denoted as the r-th surface detection point, and u is denoted as the u-th surface detection point.
Applying fixed pressure to each surface detection point in each antibacterial ecological cotton stained paper to be tested, detecting the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested through a microscopic distance meter arranged in a target test area, and marking the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested as the pressing distance
。
The surface softness weight coefficient analyzing module is used for analyzing and obtaining the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested based on the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested.
In a possible design, the analyzing module for the surface softness weight coefficient analyzes the paper surface softness weight coefficient of each to-be-tested antibacterial ecological cotton stained paper, and specifically comprises:
extracting the paper thickness corresponding to the standard antibacterial ecological cotton stained paper stored in the antibacterial ecological cotton paper performance database, and obtaining the paper thickness corresponding to the standard antibacterial ecological cotton paper
Substituting into paper surface softness weight coefficient analysis formula
Obtaining the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
And u represents the number of detection points arranged on the surface of the antibacterial ecological cotton stained paper to be tested.
The comprehensive paper softness coefficient analysis processing module is used for analyzing the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested, comparing the comprehensive paper softness coefficient with the comprehensive paper softness coefficient corresponding to the preset standard antibacterial ecological cotton stained paper, and processing according to the comparison result.
In one possible design, the comprehensive paper softness coefficient analysis processing module analyzes the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested, and the specific analysis comprises the following steps: weighting coefficient of longitudinal softness of paper of each antibacterial ecological cotton stained paper to be tested
Paper transverse softness weight coefficient
Paper surface softness weight coefficient
Substitution formula
Obtaining the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
Respectively expressed as weight ratio factors corresponding to longitudinal softness, transverse softness and surface softness of paper in the preset antibacterial ecological cotton paper.
It should be noted that, in the above, the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested is compared with the comprehensive paper softness coefficient corresponding to the preset standard antibacterial ecological cotton stained paper, and if the comprehensive paper softness coefficient of a certain antibacterial ecological cotton stained paper to be tested is smaller than the comprehensive paper softness coefficient corresponding to the preset standard antibacterial ecological cotton stained paper, it indicates that the paper softness test of the antibacterial ecological cotton stained paper to be tested is not qualified, an early warning report is sent to remind.
In the embodiment, according to the paper longitudinal softness weight coefficient, the paper transverse softness weight coefficient and the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested, the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested is analyzed, and the comprehensive paper softness coefficient is processed according to the comparison result, so that the comprehensive test analysis of the softness of the antibacterial ecological cotton paper is realized, the paper softness performance of the antibacterial ecological cotton stained paper can be accurately and effectively tested, the phenomenon that part of cotton paper with unqualified softness flows into the market can be avoided to the greatest extent, the use requirement of a user on the softness of the antibacterial ecological cotton paper is further met, and the use experience of the user on the antibacterial ecological cotton stained paper is improved.
The foregoing is merely exemplary and illustrative of the principles of the present invention and various modifications, additions and substitutions of the specific embodiments described herein may be made by those skilled in the art without departing from the principles of the present invention or exceeding the scope of the claims set forth herein.
Claims (10)
1. The utility model provides a based on antibiotic ecological cotton stained paper softness degree test analytic system of artificial intelligence which characterized in that includes:
antibiotic ecological cotton paper numbering module: the system is used for respectively placing all the antibacterial ecological cotton stained paper to be tested to a target testing area and numbering all the antibacterial ecological cotton stained paper to be tested in sequence;
a paper longitudinal performance parameter acquisition module: the test system is used for obtaining longitudinal performance parameters of each antibacterial ecological cotton stained paper to be tested, wherein the longitudinal performance parameters comprise longitudinal bending parameters, longitudinal deformation recovery parameters and longitudinal flatness parameters;
the antibacterial ecological cotton paper performance database comprises: the device is used for storing the corresponding longitudinal surface flatness and paper thickness of the standard antibacterial ecological cotton stained paper;
longitudinal softness weight coefficient analysis module: the method is used for analyzing the paper longitudinal softness weight coefficient of each antibacterial ecological cotton stained paper to be tested based on the longitudinal performance parameters of each antibacterial ecological cotton stained paper to be tested;
the paper transverse performance parameter acquisition and analysis module comprises: the transverse performance parameters comprise transverse bending parameters, transverse deformation recovery parameters and transverse flatness parameters, and the transverse softness weight coefficient of the paper of each antibacterial ecological cotton stained paper to be tested is obtained through analysis;
the paper surface pressing distance detection module: the device is used for applying pressure to each surface detection point in each piece of antibacterial ecological cotton stained paper to be tested and detecting the pressing distance of each surface detection point in each piece of antibacterial ecological cotton stained paper to be tested;
surface softness weight coefficient analysis module: the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested is obtained through analysis based on the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested;
a comprehensive paper softness coefficient analysis processing module; the comprehensive paper softness coefficient analysis system is used for analyzing the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested, comparing the comprehensive paper softness coefficient with the comprehensive paper softness coefficient corresponding to the preset standard antibacterial ecological cotton stained paper, and processing according to the comparison result.
2. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: antibiotic ecological cotton paper numbering module specifically includes: sequentially placing all the antibacterial ecological cotton stained paper to be tested to a target testing area according to a set sequence, wherein the target testing area is a paper softness testing area,numbering each antibacterial ecological cotton stained paper to be tested in sequence according to the placing sequence, and respectively marking the numbers of the antibacterial ecological cotton stained paper to be tested
And i is the number of the ith antibacterial ecological cotton stained paper to be tested, and n is the number of the nth antibacterial ecological cotton stained paper to be tested.
3. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the paper longitudinal performance parameter acquisition module acquires longitudinal bending parameters of the antibacterial ecological cotton stained paper to be tested, and the specific acquisition mode is as follows:
applying longitudinal fixed pressure to each antibacterial ecological cotton stained paper to be tested in a target test area to obtain the number of longitudinal bending waves appearing after the pressure is applied to each antibacterial ecological cotton stained paper to be tested, obtaining relevant parameters of each longitudinal bending wave after the pressure is applied to each antibacterial ecological cotton stained paper to be tested, wherein the relevant parameters comprise amplitude, frequency and period, obtaining the longitudinal bending wave parameter influence index of each antibacterial ecological cotton stained paper to be tested according to a bending wave parameter influence analysis formula, and marking the longitudinal bending wave parameter influence index of each antibacterial ecological cotton stained paper to be tested as the longitudinal bending wave parameter influence index of each antibacterial ecological cotton stained paper to be tested
And i is the number of the ith antibacterial ecological cotton stained paper to be tested.
4. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the paper longitudinal performance parameter acquisition module acquires longitudinal deformation recovery parameters of the antibacterial ecological cotton stained paper to be tested, and the specific acquisition mode is as follows:
canceling the longitudinal pressure corresponding to each antibacterial ecological cotton stained paper to be tested, and recording the longitudinal deformation recovery of each antibacterial ecological cotton stained paper to be tested at each preset time point after canceling the pressureParameters, wherein the longitudinal deformation recovery parameters comprise the number of longitudinal bending waves and the maximum amplitude of the longitudinal bending waves, the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested is obtained according to a deformation recovery parameter influence analysis formula, and the longitudinal deformation recovery parameter influence index of each antibacterial ecological cotton stained paper to be tested is marked as
。
5. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the paper longitudinal performance parameter acquisition module acquires longitudinal flatness parameters of the antibacterial ecological cotton stained paper to be tested, and the specific acquisition mode is as follows:
after the preset pressure application canceling time of each antibacterial ecological cotton stained paper to be tested is over, detecting the longitudinal surface flatness of each antibacterial ecological cotton stained paper to be tested, extracting the longitudinal surface flatness corresponding to the standard antibacterial ecological cotton stained paper stored in the antibacterial ecological cotton paper performance database, comparing the longitudinal surface flatness of each antibacterial ecological cotton stained paper to be tested with the longitudinal surface flatness corresponding to the standard antibacterial ecological cotton paper to obtain the longitudinal surface flatness difference of each antibacterial ecological cotton stained paper to be tested, obtaining the longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested according to the flatness parameter influence analysis formula, and marking the longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested as the longitudinal surface flatness parameter influence index of each antibacterial ecological cotton stained paper to be tested
。
6. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the longitudinal softness weight coefficient analysis module analyzes the longitudinal softness weight coefficient of the paper of each antibacterial ecological cotton stained paper to be tested, and specifically comprises the following steps:
influence index of longitudinal bending wave parameters of each antibacterial ecological cotton stained paper to be tested
Longitudinal deformation recovery parameter influence index
And longitudinal surface flatness parameter influence index
Substitution formula
Obtaining the paper longitudinal softness weight coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
Respectively expressed as the paper softness influence factors corresponding to the longitudinal bending wave parameter, the longitudinal deformation recovery parameter and the longitudinal surface flatness parameter of the antibacterial ecological cotton stained paper.
7. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the corresponding specific details in the paper transverse performance parameter acquisition and analysis module include:
obtaining transverse performance parameters of the antibacterial ecological cotton stained paper to be tested according to the longitudinal performance parameter obtaining mode of the antibacterial ecological cotton stained paper to be tested, analyzing to obtain paper transverse softness weight coefficients of the antibacterial ecological cotton stained paper to be tested based on the transverse performance parameters of the antibacterial ecological cotton stained paper to be tested, and marking the paper transverse softness weight coefficients of the antibacterial ecological cotton stained paper to be tested as paper transverse softness weight coefficients
。
8. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the paper surface pressing distance detection module detects the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested, and the specific detection mode is as follows:
uniformly arranging a plurality of detection points on the surface of each antibacterial ecological cotton stained paper to be tested, wherein the number of the detection points arranged on the surface of each antibacterial ecological cotton stained paper to be tested is the same, and respectively marking each surface detection point in each antibacterial ecological cotton stained paper to be tested as
，
R is denoted as the r-th surface detection point, and u is denoted as the u-th surface detection point;
applying fixed pressure to each surface detection point in each antibacterial ecological cotton stained paper to be tested, detecting the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested, and marking the pressing distance of each surface detection point in each antibacterial ecological cotton stained paper to be tested as the pressing distance
。
9. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the surface softness weight coefficient analysis module analyzes and obtains the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested, and the surface softness weight coefficient analysis module specifically comprises the following steps:
extracting the paper thickness corresponding to the standard antibacterial ecological cotton stained paper stored in the antibacterial ecological cotton paper performance database, and pairing the standard antibacterial ecological cotton stained paperCorresponding paper thickness
Substituting into paper surface softness weight coefficient analysis formula
Obtaining the paper surface softness weight coefficient of each antibacterial ecological cotton stained paper to be tested
Wherein
And u represents the number of detection points arranged on the surface of the antibacterial ecological cotton stained paper to be tested.
10. The paper softness testing and analyzing system based on artificial intelligence antibacterial ecological cotton stained paper is characterized in that: the comprehensive paper softness coefficient analysis processing module analyzes the comprehensive paper softness coefficient of each antibacterial ecological cotton stained paper to be tested, and the specific analysis comprises the following steps:
weighting coefficient of longitudinal softness of paper of each antibacterial ecological cotton stained paper to be tested
Paper transverse softness weight coefficient
Paper surface softness weight coefficient
Substitution formula
To obtain each waitingComprehensive paper softness coefficient for testing antibacterial ecological cotton stained paper
Wherein
Respectively expressed as weight ratio factors corresponding to longitudinal softness, transverse softness and surface softness of paper in the preset antibacterial ecological cotton paper.
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