Antibacterial fabric quality detection method and device and electronic equipment

Abstract

The invention relates to the technical field of fabric quality detection, and particularly discloses an antibacterial fabric quality detection method and device and electronic equipment.The method comprises the steps that chemical and physical quality detection is conducted on antibacterial fabric, chemical and physical quality characteristic values of the antibacterial fabric are obtained through comprehensive analysis, and sterilization testing is conducted on the initial state of the antibacterial fabric; performing comprehensive analysis to obtain an initial state sterilization characteristic value of the antibacterial fabric, performing sterilization test on the antibacterial fabric after the washing durability test, and performing comprehensive analysis to obtain a sterilization characteristic value of the antibacterial fabric after the washing durability test; the chemical and physical quality characteristic value of the antibacterial fabric, the sterilization characteristic value of the antibacterial fabric in the initial state and the sterilization characteristic value of the antibacterial fabric after the washing durability test are imported into an antibacterial fabric quality evaluation model, and the quality of the antibacterial fabric is evaluated. And manual detection is limited, so that the product quality and the market competitiveness can be improved.

Description

Technical Field

[0001] The present invention relates to the technical field of fabric quality detection, and in particular to an antibacterial fabric quality detection method, device and electronic equipment. Background Art

[0002] As people's awareness of hygiene continues to improve, the demand for fabrics with antibacterial functions is gradually increasing. Antibacterial fabrics can effectively resist the growth of microorganisms such as bacteria and fungi, reduce the impact of bacteria on the human body, and help maintain health. The application areas of antibacterial fabrics are constantly expanding. They are not only widely used in the medical and health fields, but also have broad market demand in the fields of clothing, bedding, household items, etc., and need to research and develop relevant quality inspection methods and equipment to ensure that the performance of antibacterial fabrics meets the requirements. With the continuous advancement of science and technology, people's requirements for the quality and functional performance of textiles are getting higher and higher. Therefore, the development of applicable quality inspection methods and equipment is crucial for enterprises to carry out compliant production.

[0003] The Chinese patent application with publication number CN116879170A discloses a production quality inspection system and method for Oxford cloth. By using a neural network model based on deep learning to mine the implicit quality features of Oxford cloth in the inspection image of Oxford cloth, the apparent quality inspection of Oxford cloth is performed to ensure the quality and safety of Oxford cloth.

[0004] Nowadays, there are still some shortcomings in the research on quality detection methods for antibacterial fabrics. Specifically, some quality detection methods for antibacterial fabrics require a long detection cycle, cumbersome operations, high labor costs, and are limited to manual detection. Long-cycle and cumbersome detection methods will lead to reduced production efficiency, affecting production progress and the normal operation of the product supply chain, especially in the case of large demand, which will cause production delays. Due to cumbersome operations and high labor costs, the use of manual detection will increase production costs, including labor costs, time costs, etc., and reduce the profitability of the enterprise. Manual detection is easily affected by human subjective factors, and the accuracy and stability of the test results cannot be effectively guaranteed, making it difficult to achieve the accuracy and stability of quality control. Summary of the invention

[0005] In view of the deficiencies in the prior art, the present invention provides an antibacterial fabric quality detection method, device and electronic equipment, which can effectively solve the problems involved in the above-mentioned background technology.

[0006] To achieve the above objectives, the present invention is implemented through the following technical solutions: In a first aspect, the present invention provides an antibacterial fabric quality detection method, comprising the following steps: performing chemical and physical quality detection on the antibacterial fabric, obtaining a data set of chemical and physical quality detection of the antibacterial fabric, and comprehensively analyzing and obtaining a chemical and physical quality characteristic value of the antibacterial fabric based on the obtained data set of chemical and physical quality detection of the antibacterial fabric; performing a sterilization test on the initial state of the antibacterial fabric, obtaining a data set of sterilization test on the initial state of the antibacterial fabric, and comprehensively analyzing and obtaining a sterilization characteristic value of the initial state of the antibacterial fabric based on the obtained data set of sterilization test on the initial state of the antibacterial fabric; performing a sterilization test on the antibacterial fabric after a washing durability test, obtaining a sterilization test data set after the washing durability test of the antibacterial fabric, and comprehensively analyzing and obtaining a sterilization characteristic value of the antibacterial fabric after the washing durability test based on the obtained data set of sterilization test on the antibacterial fabric after the washing durability test; introducing the chemical and physical quality characteristic value of the antibacterial fabric, the sterilization characteristic value of the initial state of the antibacterial fabric, and the sterilization characteristic value of the antibacterial fabric after the washing durability test into an antibacterial fabric quality evaluation model to evaluate the quality of the antibacterial fabric.

[0007] As a further method, based on the obtained chemical and physical quality detection data set of antibacterial fabrics, a comprehensive analysis is performed to obtain the chemical and physical quality characteristic values ​​of antibacterial fabrics. The specific analysis process is: obtaining the chemical and physical quality detection data set of antibacterial fabrics, the chemical and physical quality detection data set of antibacterial fabrics specifically includes the tensile strength of antibacterial fabrics, the water vapor permeability of antibacterial fabrics, the antibacterial agent content of antibacterial fabrics, and the antibacterial agent release rate of antibacterial fabrics; based on the obtained chemical and physical quality detection data set of antibacterial fabrics, a comprehensive analysis is performed to obtain the chemical and physical quality characteristic values ​​of antibacterial fabrics, and the chemical and physical quality characteristic values ​​of antibacterial fabrics are used as the analysis basis for evaluating the quality of antibacterial fabrics.

[0008] As a further method, the chemical and physical quality characteristic values ​​of antibacterial fabrics, the specific analysis process is: ; In the formula, is the chemical and physical quality characteristic value of antibacterial fabric, For the tensile strength of antibacterial fabrics, is the water vapor transmission rate of antibacterial fabrics, The content of antibacterial agent in antibacterial fabrics. is the release rate of antibacterial agent for antibacterial fabrics, Define the tensile strength for the antimicrobial fabrics stored in the database, The reference content of antimicrobial agents in antimicrobial fabrics stored in the database. The reference release rate of antimicrobial agents for antimicrobial fabrics stored in the database. is the compensation factor for the tensile strength of the set antibacterial fabric, is the compensation factor for the water vapor transmission rate of the set antibacterial fabric, is the compensation factor for the antibacterial agent content of the set antibacterial fabric, is the compensation factor of the set antibacterial agent release rate of the antibacterial fabric, and e is a natural constant.

[0009] As a further method, based on the obtained antibacterial fabric initial state sterilization test data set, a comprehensive analysis is performed to obtain the antibacterial fabric initial state sterilization characteristic value. The specific analysis process is: the antibacterial fabric initial state sterilization test data set is obtained, and the antibacterial fabric initial state sterilization test data set specifically includes the antibacterial fabric initial state disc diffusion method sterilization area ratio, the antibacterial fabric initial state bacterial inoculation killing rate, and the number of bacteria on the antibacterial fabric initial state surface; based on the obtained antibacterial fabric initial state sterilization test data set, a comprehensive analysis is performed to obtain the antibacterial fabric initial state sterilization characteristic value, and the antibacterial fabric initial state sterilization characteristic value is used as the analysis basis for evaluating the quality of antibacterial fabrics.

[0010] As a further method, the sterilization characteristic value of the initial state of the antibacterial fabric, the specific analysis process is: ; In the formula, is the sterilization characteristic value of the antibacterial fabric in the initial state, is the area ratio of the disc diffusion method sterilization area of ​​the antibacterial fabric in the initial state, is the bacterial inoculation killing rate of the antibacterial fabric in the initial state, The number of bacteria on the surface of the antibacterial fabric in its initial state. Define the number of bacteria on the surface of the antibacterial fabric stored in the database. is the compensation factor of the disc diffusion method sterilization area ratio of the set antibacterial fabric in the initial state, is the compensation factor of the bacterial inoculation killing rate of the set antibacterial fabric in the initial state, It is the compensation factor for the number of bacteria existing on the surface of the set antibacterial fabric in its initial state.

[0011] As a further method, the sterilization test data set of antibacterial fabrics after washing durability test is provided, which specifically includes the area ratio of the disc diffusion method sterilization zone after the washing durability test of antibacterial fabrics, the bacterial inoculation killing rate after the washing durability test of antibacterial fabrics, and the number of bacteria on the surface of antibacterial fabrics after the washing durability test.

[0012] As a further method, based on the obtained data set of sterilization test on antibacterial fabrics after washing durability test, a comprehensive analysis is performed to obtain the sterilization characteristic value of antibacterial fabrics after washing durability test. The specific analysis process is: based on the obtained data set of sterilization test on antibacterial fabrics after washing durability test, a comprehensive analysis is performed to obtain the sterilization characteristic value of antibacterial fabrics after washing durability test. The sterilization characteristic value of antibacterial fabrics after washing durability test is used as the analysis basis for evaluating the quality of antibacterial fabrics.

[0013] As a further method, the chemical and physical quality characteristic values ​​of the antibacterial fabric, the sterilization characteristic values ​​of the initial state of the antibacterial fabric and the sterilization characteristic values ​​of the antibacterial fabric after the washing durability test are introduced into the antibacterial fabric quality evaluation model to evaluate the quality of the antibacterial fabric. The specific analysis process is: the chemical and physical quality characteristic values ​​of the antibacterial fabric, the sterilization characteristic values ​​of the initial state of the antibacterial fabric and the sterilization characteristic values ​​of the antibacterial fabric after the washing durability test are introduced into the antibacterial fabric quality evaluation model, and the antibacterial fabric quality evaluation value is obtained by comprehensive analysis, and the antibacterial fabric quality evaluation value is used as the analysis basis for evaluating the quality of the antibacterial fabric; the antibacterial fabric quality evaluation value is compared with the antibacterial fabric quality reference evaluation value stored in the database; if the antibacterial fabric quality evaluation value is higher than the antibacterial fabric quality reference evaluation value, the antibacterial fabric quality corresponding to the antibacterial fabric quality evaluation value is excellent; if the antibacterial fabric quality evaluation value is equal to the antibacterial fabric quality reference evaluation value, the antibacterial fabric quality corresponding to the antibacterial fabric quality evaluation value is good; if the antibacterial fabric quality evaluation value is lower than the antibacterial fabric quality reference evaluation value, the antibacterial fabric quality corresponding to the antibacterial fabric quality evaluation value is poor.

[0014] The second aspect of the present invention provides an antibacterial fabric quality detection device, including: a memory: used to store the defined tensile strength of the antibacterial fabric, the reference content of the antibacterial agent in the antibacterial fabric, the reference release rate of the antibacterial agent in the antibacterial fabric, the number of bacteria on the surface of the antibacterial fabric in the initial state, and the reference evaluation value of the quality of the antibacterial fabric; an air permeability tester: used to detect the water vapor permeability of the antibacterial fabric; a disc diffuser: used to perform a disc diffusion method test to detect the area ratio of the disc diffusion method sterilization zone of the antibacterial fabric in the initial state and the area ratio of the disc diffusion method sterilization zone after the antibacterial fabric washing durability test.

[0015] The third aspect of the present invention provides an antibacterial fabric quality detection electronic device, comprising a processor and a memory and a network interface connected to the processor, wherein the network interface is connected to a non-volatile memory in a server, and the processor retrieves a computer program from the non-volatile memory through the network interface during operation, and runs the computer program through the memory.

[0016] Compared with the prior art, the embodiments of the present invention have at least the following advantages or beneficial effects: (1) The present invention provides an antibacterial fabric quality detection method, device and electronic equipment, and performs chemical and physical quality detection on the antibacterial fabric. The chemical and physical quality detection method has the characteristics of strong objectivity, which can reduce the influence of human subjective factors on the detection results and improve the accuracy and reliability of the detection. Compared with the traditional manual detection method, the chemical and physical quality detection method has the advantages of being fast and efficient, which can greatly shorten the detection cycle and improve production efficiency. The chemical and physical quality detection method can realize automatic detection with the help of advanced detection devices and electronic equipment, reduce human intervention, improve detection efficiency and reduce operation difficulty.

[0017] (2) The present invention performs sterilization tests on the antibacterial fabric in its initial state and after the washing durability test. The sterilization test on the antibacterial fabric after the washing durability test can evaluate the durability of the fabric under actual use conditions, understand whether its antibacterial effect is still maintained after long-term use and frequent washing, and thus evaluate the service life and performance stability of the fabric. The initial sterilization test on the antibacterial fabric can confirm the original antibacterial performance of the fabric, understand its antibacterial effect during production, and provide benchmark data for manufacturers. The sterilization test after washing can evaluate the change in the antibacterial effect of the fabric and determine the degree of influence of washing on the antibacterial performance. Regular sterilization testing of antibacterial fabrics, especially testing after the washing durability test, is helpful to monitor product quality changes, ensure the stability of the antibacterial effect of the product throughout its life cycle, and improve the reliability and market competitiveness of the product.

[0018] (3) The present invention evaluates the quality of antibacterial fabrics by introducing the chemical and physical quality characteristic values ​​of antibacterial fabrics, the sterilization characteristic values ​​of the initial state of antibacterial fabrics, and the sterilization characteristic values ​​of antibacterial fabrics after washing durability test into the antibacterial fabric quality evaluation model, thereby reducing the influence of subjective factors and making the evaluation results more objective and accurate. By establishing a scientific evaluation model, the quality performance of antibacterial fabrics can be better quantified, providing an objective evaluation basis for manufacturers. Importing the characteristic values ​​of different stages into the evaluation model can help predict the performance of antibacterial fabrics in future use or testing. Through model analysis, potential quality problems can be discovered in advance and corresponding improvement measures can be taken, thereby improving product quality and market competitiveness. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] The present invention is further described using the accompanying drawings, but the embodiments in the accompanying drawings do not constitute any limitation to the present invention. A person skilled in the art can obtain other drawings based on the following drawings without creative work.

[0020] Figure 1 The figure is a schematic flow chart of the method steps of the present invention.

[0021] Figure 2 This is an image of the antibacterial fabric quality assessment value changing with the chemical and physical quality characteristic values ​​of the antibacterial fabric. DETAILED DESCRIPTION

[0022] The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0023] Reference Figure 1 As shown, the first aspect of the present invention provides an antibacterial fabric quality detection method, comprising: performing chemical and physical quality detection on the antibacterial fabric, obtaining a chemical and physical quality detection data set for the antibacterial fabric, and obtaining a chemical and physical quality characteristic value of the antibacterial fabric based on the obtained chemical and physical quality detection data set for the antibacterial fabric by comprehensive analysis, wherein the chemical and physical quality detection represents chemical detection and physical detection of the antibacterial fabric.

[0024] Specifically, based on the obtained chemical and physical quality detection data set of antibacterial fabrics, a comprehensive analysis is performed to obtain the chemical and physical quality characteristic values ​​of the antibacterial fabrics. The specific analysis process is: obtaining the chemical and physical quality detection data set of antibacterial fabrics. The chemical and physical quality detection data set of antibacterial fabrics specifically includes the tensile strength of antibacterial fabrics, the water vapor permeability of antibacterial fabrics, the antibacterial agent content of antibacterial fabrics, and the antibacterial agent release rate of antibacterial fabrics. The tensile strength refers to the maximum tensile force that the antibacterial fabric can withstand under tension, usually expressed as the force per unit area. The water vapor permeability refers to the permeability of liquid water vapor through a unit area of ​​material within a certain period of time, usually expressed in grams / square meter / hour. The antimicrobial content refers to the mass of the antimicrobial contained in the fabric per unit area, usually expressed as a percentage or mg / m2. The antimicrobial release rate in the antimicrobial fabric refers to the rate at which the antimicrobial is released from the fabric into the surrounding environment, usually expressed as the mass of the antimicrobial released per time unit. The antimicrobial release rate directly affects the long-lasting antimicrobial performance of the antimicrobial fabric. A suitable release rate can make the antimicrobial effect lasting and stable and extend the service life of the fabric. Based on the obtained chemical and physical quality detection data set of the antimicrobial fabric, the chemical and physical quality characteristic values ​​of the antimicrobial fabric are obtained through comprehensive analysis. The chemical and physical quality characteristic values ​​of the antimicrobial fabric are used as the analytical basis for evaluating the quality of the antimicrobial fabric.

[0025] In a specific embodiment, there is a certain trade-off between tensile strength and water vapor permeability. Improving tensile strength often reduces the air permeability of the fabric, because enhancing the strength of the fabric may have a certain sealing effect on the structure of the fabric, thereby reducing the water vapor permeability. The content of the antimicrobial agent will directly affect the antimicrobial effect and the performance of the fabric. Within a certain range, increasing the content of the antimicrobial agent may improve the antimicrobial effect of the antimicrobial fabric, but too high an antimicrobial agent content may have a negative impact on the structure and tensile strength of the fabric. At the same time, the presence of the antimicrobial agent will also have a certain impact on the air permeability of the fabric. Therefore, it is necessary to reasonably balance the content of the antimicrobial agent to ensure the balance between the antimicrobial effect and performance of the antimicrobial fabric. The release rate of the antimicrobial agent determines the long-term performance of the antimicrobial fabric. An appropriate antimicrobial agent release rate can keep the antibacterial effect stable for a long time, but a release rate that is too fast or too slow may affect the antibacterial effect and the performance of the fabric. Reasonable control of the release rate of the antimicrobial agent can maintain the antibacterial performance of the fabric without causing a significant impact on the tensile strength and water vapor permeability.

[0026] In a specific embodiment, the chemical and physical quality characteristic values ​​of the antibacterial fabric obtained through comprehensive analysis can comprehensively and objectively evaluate the quality characteristics of the antibacterial fabric, covering multiple aspects such as tensile strength, water vapor permeability, antibacterial agent content and antibacterial agent release rate, and can effectively reveal the overall performance and quality level of the antibacterial fabric. Through the comprehensive analysis of the chemical and physical quality characteristic values ​​of the antibacterial fabric, the manufacturer can find the problems of the antibacterial fabric in terms of tensile strength, air permeability, antibacterial effect, antibacterial agent release rate, etc., provide a scientific basis for product improvement and optimization, and help enterprises produce more competitive antibacterial fabric products. Comprehensive analysis can provide an important reference basis for the formulation of relevant antibacterial fabric standards. Objective data analysis can help formulate antibacterial fabric standards that are more in line with market demand and technical requirements, improve the scientificity and practicality of the standards, and enterprises can better understand the advantages and disadvantages of their own products in the market, make targeted product adjustments and improvements, improve the quality level and performance of products, thereby enhancing the market competitiveness of products and winning the trust and recognition of consumers.

[0027] It needs to be explained that the above-mentioned chemical and physical quality testing of antibacterial fabrics is characterized by strong objectivity, which can reduce the influence of human subjective factors on the test results and improve the accuracy and reliability of the test. Compared with traditional manual testing methods, chemical and physical quality testing methods have the advantages of being fast and efficient, which can greatly shorten the testing cycle and improve production efficiency. Chemical and physical quality testing methods can use advanced testing devices and electronic equipment to achieve automated testing, reduce human intervention, improve testing efficiency and reduce operating difficulty.

[0028] Specifically, the chemical and physical quality characteristic values ​​of antibacterial fabrics, the specific analysis process is: ; In the formula, is the chemical and physical quality characteristic value of antibacterial fabrics, For the tensile strength of antibacterial fabrics, The water vapor transmission rate of antibacterial fabrics. The antibacterial content of antibacterial fabrics is is the release rate of antibacterial agent for antibacterial fabrics, Define the tensile strength for the antimicrobial fabrics stored in the database, The reference content of antimicrobial agents in antimicrobial fabrics stored in the database. The reference release rate of antimicrobial agents for antimicrobial fabrics stored in the database. is the compensation factor for the tensile strength of the set antibacterial fabric, is the compensation factor for the water vapor transmission rate of the set antibacterial fabric, is the compensation factor for the antibacterial agent content of the set antibacterial fabric, is the compensation factor of the set antibacterial agent release rate of the antibacterial fabric, and e is a natural constant.

[0029] It should be explained that the above-mentioned chemical and physical quality characteristic values ​​of antibacterial fabrics are calculated through the tensile strength of antibacterial fabrics, the water vapor permeability of antibacterial fabrics, the antibacterial agent content of antibacterial fabrics, and the antibacterial agent release rate of antibacterial fabrics. They can objectively evaluate the physical properties of antibacterial fabrics, including strength, breathability and other aspects. This helps manufacturers and consumers understand the quality of the products and choose antibacterial fabrics that suit their needs. The antibacterial agent content and release rate of antibacterial fabrics are important indicators for evaluating the antibacterial effect. They can objectively evaluate the antibacterial performance of antibacterial fabrics and judge their bactericidal effects on bacteria, fungi and other microorganisms, as well as their durability and sustained effects. Based on the calculation of chemical and physical quality characteristic values, different Comparing different brands and models of antibacterial fabrics can help consumers choose products with better cost performance. It is also helpful for manufacturers to understand the market competition and make product improvements and optimizations. Regular calculation of the chemical and physical quality characteristic values ​​of antibacterial fabrics can be used for quality control and monitoring, timely detection of problems, and timely adjustment of production processes and raw material selection to ensure product stability and reliability, improve product competitiveness and user satisfaction. Tensile strength is measured by tensile testing to measure the tensile properties of materials under stress. This test can be performed using a dedicated tensile testing machine. The tensile strength is determined by applying increasing tensile force and recording the strain and stress of the material. Water vapor permeability is measured by measuring the material The air permeability of the material is evaluated by the water vapor transmission rate of the material. This can be done using a permeability tester or a water vapor transmission rate tester. The air permeability of the material is determined by the amount of water vapor transmitted under certain conditions. The antimicrobial content is determined by analyzing the content of the antimicrobial in the material. This can be done through chemical analysis methods, such as high performance liquid chromatography (HPLC) or mass spectrometry, to accurately measure the content of the antimicrobial in the material. The antimicrobial release rate is evaluated by simulating the rate at which the antimicrobial is released from the material under actual use conditions. This can be done by placing the material with the antimicrobial under specific conditions and monitoring the changes in the amount of antimicrobial released. Refer to relevant industry standards to obtain antimicrobial fabrics. The tensile strength, reference content of antimicrobial agent in antimicrobial fabrics, and reference release rate of antimicrobial agent in antimicrobial fabrics are defined, and the compensation factors of the tensile strength, water vapor permeability, antimicrobial agent content, and antimicrobial agent release rate of the antimicrobial fabrics are obtained from a database. A mapping set of the historically measured tensile strength, water vapor permeability, antimicrobial agent content, and antimicrobial agent release rate of the antimicrobial fabrics and the compensation factors of the tensile strength, water vapor permeability, antimicrobial agent content, and antimicrobial agent release rate of the antimicrobial fabrics is established based on historical data to obtain the compensation factors of the tensile strength, water vapor permeability, antimicrobial agent content, and antimicrobial agent release rate of the antimicrobial fabrics corresponding to the current tensile strength, water vapor permeability, antimicrobial agent content, and antimicrobial agent release rate of the antimicrobial fabrics.

[0030] A sterilization test is performed on the initial state of the antibacterial fabric to obtain a sterilization test data set of the initial state of the antibacterial fabric. Based on the obtained sterilization test data set of the initial state of the antibacterial fabric, a comprehensive analysis is performed to obtain the sterilization characteristic value of the initial state of the antibacterial fabric.

[0031] Specifically, based on the obtained antibacterial fabric initial state sterilization test data set, a comprehensive analysis is performed to obtain the antibacterial fabric initial state sterilization characteristic value. The specific analysis process is: obtain the antibacterial fabric initial state sterilization test data set, the antibacterial fabric initial state sterilization test data set specifically includes the antibacterial fabric initial state disc diffusion method sterilization zone area ratio, the antibacterial fabric initial state bacterial inoculation killing rate, and the number of bacteria on the antibacterial fabric initial state surface. The antibacterial fabric initial state disc diffusion method sterilization zone area ratio indicates the ratio of the sterilization zone area obtained in the initial state of the antibacterial fabric to the total measured area when the disc diffusion method is used for the sterilization experiment. A larger sterilization zone area ratio usually means that the antibacterial fabric has better antibacterial performance and can effectively inhibit the growth of bacteria, while a smaller sterilization zone area ratio may indicate that the antibacterial performance is weak or insufficient. This indicator can be used to evaluate the antibacterial effect of antibacterial fabrics. The antibacterial fabric initial state bacterial inoculation killing rate indicates The proportion of bacteria killed after a certain period of time after bacterial inoculation in the initial state of the antibacterial fabric. A higher bacterial inoculation killing rate means that the antibacterial fabric has a strong bactericidal ability and can quickly reduce the number of bacteria, while a lower killing rate may indicate that the antibacterial effect of the antibacterial fabric needs to be improved. It can be used to evaluate the bactericidal ability of the antibacterial fabric. The number of bacteria on the surface of the antibacterial fabric in the initial state indicates the number of bacteria on the surface of the antibacterial fabric in the initial state. A smaller number of bacteria on the surface indicates that the antibacterial fabric can effectively inhibit the growth and reproduction of bacteria and has a good antibacterial effect, while a larger number of bacteria may indicate that the antibacterial effect of the antibacterial fabric is not good. This indicator can be used to evaluate the antibacterial effect and hygienic performance of the antibacterial fabric. Based on the obtained antibacterial fabric initial state sterilization test data set, a comprehensive analysis is performed to obtain the initial state sterilization characteristic value of the antibacterial fabric, and the initial state sterilization characteristic value of the antibacterial fabric is used as the analytical basis for evaluating the quality of the antibacterial fabric.

[0032] In a specific embodiment, the proportion of the disc diffusion method sterilization zone area and the bacterial inoculation killing rate of the antibacterial fabric are important indicators for measuring the antibacterial effect. If the proportion of the sterilization zone area in the initial state of the antibacterial fabric is large and the bacterial inoculation killing rate is also high, it can be said that the antibacterial fabric has a good inhibitory and killing effect on bacteria and has a strong antibacterial effect, while a lower proportion of the sterilization zone area and the bacterial inoculation killing rate may indicate that the antibacterial fabric has a weak antibacterial effect. The number of bacteria on the surface of the antibacterial fabric in the initial state reflects the degree of bacterial attachment on the surface of the antibacterial fabric. The antibacterial fabric with a small number of bacteria on the surface has a better antibacterial effect. If the number of bacteria on the surface of the antibacterial fabric in the initial state is small, and the proportion of the disc diffusion method sterilization zone area and the bacterial inoculation killing rate are high, it means that the antibacterial fabric has a good antibacterial effect and a bactericidal effect. The higher the proportion of the sterilization zone area and the bactericidal rate, the fewer the number of bacteria on the surface, indicating that the antibacterial performance of the antibacterial fabric is better.

[0033] It needs to be explained that the above comprehensive analysis of the sterilization characteristic values ​​of the initial state of the antibacterial fabric can comprehensively evaluate the antibacterial properties of the antibacterial fabric from multiple aspects. It can not only understand the inhibition and killing effects of the antibacterial fabric on bacteria, but also understand the number of bacteria on the surface, so as to comprehensively evaluate the hygienic performance of the antibacterial fabric. The obtained sterilization characteristic values ​​of the initial state of the antibacterial fabric are quantitative indicators obtained through experimental data, which can objectively evaluate the antibacterial effect of the antibacterial fabric, help to accurately judge the antibacterial performance of the antibacterial fabric, and provide an objective basis for product quality evaluation. The antibacterial performance of different antibacterial fabrics can be compared, which helps companies choose antibacterial fabric products that suit their needs. At the same time, it can also help consumers make more informed purchasing decisions. Using the sterilization characteristic values ​​of the initial state of the antibacterial fabric as an analytical basis for evaluating product quality can help companies discover product quality problems in a timely manner, thereby taking corresponding improvement and adjustment measures to improve the antibacterial performance and market competitiveness of the product.

[0034] Furthermore, the initial state sterilization characteristic value of the antibacterial fabric is analyzed in the following specific process: ; In the formula, is the sterilization characteristic value of the antibacterial fabric in the initial state, is the area ratio of the disc diffusion method sterilization area of ​​the antibacterial fabric in the initial state, is the bacterial inoculation killing rate of the antibacterial fabric in the initial state, The number of bacteria on the surface of the antibacterial fabric in its initial state. Define the number of bacteria on the surface of the antibacterial fabric stored in the database. is the compensation factor of the disc diffusion method sterilization area ratio of the set antibacterial fabric in the initial state, is the compensation factor of the bacterial inoculation killing rate of the set antibacterial fabric in the initial state, It is the compensation factor for the number of bacteria existing on the surface of the set antibacterial fabric in its initial state.

[0035] It should be explained that the above-mentioned sterilization characteristic values ​​of the initial state of the antibacterial fabric are calculated by the percentage of the sterilization area of ​​the disc diffusion method in the initial state of the antibacterial fabric, the bacterial inoculation killing rate in the initial state of the antibacterial fabric, and the number of bacteria on the surface of the antibacterial fabric in the initial state. Measuring the antibacterial characteristic values ​​of the antibacterial fabric can objectively evaluate its antibacterial performance. The bacterial inoculation killing rate reflects the ability of the antibacterial fabric to inhibit bacteria. The percentage of the sterilization area and the number of bacteria on the surface can intuitively reflect the antibacterial effect of the antibacterial fabric. By testing and calculating the sterilization characteristic values ​​of the antibacterial fabric, the performance of different antibacterial fabrics can be intuitively compared, and manufacturers and consumers can make comparisons based on these characteristic values. To select antibacterial fabric products that meet their needs, the test results of the initial state sterilization characteristic values ​​of antibacterial fabrics can be used as the basis for product quality control, helping manufacturers ensure that their products meet relevant standards and regulations. When formulating industry standards for antibacterial fabrics, these characteristic values ​​can also be used as evaluation indicators. Evenly apply a bacterial solution containing a known concentration on the antibacterial fabric, and then place a disc diffusion culture dish on it. Use a disc diffusion instrument to culture under certain conditions, and then observe the growth of bacteria on the antibacterial fabric, measure the area of ​​bacterial growth and the area of ​​non-growth, and calculate the proportion of the sterilization area. This can be done through image analysis software or manual measurement. To obtain, evenly apply a bacterial solution of known concentration on the antibacterial fabric, re-collect and calculate the number of bacteria on it after a certain period of time, calculate the bacterial inoculation killing rate, and use culture medium to culture bacteria and then dilute the bacterial solution to expand the plate count and other means. By sampling on the surface of the antibacterial fabric and culturing it with appropriate culture medium, and then counting under certain conditions, the number of bacteria on the surface is obtained. Commonly used methods include total colony count method and molecular biology method. The initial state of the antibacterial fabric stored in the database defines the number of bacteria on the surface, which is usually obtained through laboratory testing or monitoring during the production process. The disc diffusion method sets the initial state of the antibacterial fabric The percentage of sterilization area, the bacterial inoculation killing rate, and the compensation factors for the number of bacteria on the surface are obtained from the database. Based on the historical data, a mapping set of the historically measured percentage of the sterilization area of ​​the antibacterial fabric in the initial state of the disc diffusion method, the bacterial inoculation killing rate, the number of bacteria on the surface and the percentage of the sterilization area of ​​the antibacterial fabric in the initial state of the disc diffusion method, the bacterial inoculation killing rate, and the compensation factors for the number of bacteria on the surface are established to obtain the percentage of the sterilization area of ​​the antibacterial fabric in the initial state of the disc diffusion method, the bacterial inoculation killing rate, and the compensation factors for the number of bacteria on the surface corresponding to the current percentage of the sterilization area of ​​the antibacterial fabric in the initial state of the disc diffusion method, the bacterial inoculation killing rate, and the number of bacteria on the surface.

[0036] A sterilization test is performed on the antibacterial fabric after the washing durability test to obtain a sterilization test data set of the antibacterial fabric after the washing durability test. Based on the obtained sterilization test data set of the antibacterial fabric after the washing durability test, a comprehensive analysis is performed to obtain the sterilization characteristic value of the antibacterial fabric after the washing durability test.

[0037] Specifically, the sterilization test data set of the antibacterial fabric after the washing durability test includes the area ratio of the disc diffusion method sterilization zone after the washing durability test of the antibacterial fabric, the bacterial inoculation killing rate after the washing durability test of the antibacterial fabric, and the number of bacteria on the surface of the antibacterial fabric after the washing durability test. The area ratio of the disc diffusion method sterilization zone indicates the antibacterial range of the antibacterial fabric after the washing durability test. The higher the area ratio, the better the antibacterial fabric maintains antibacterial performance after washing, and can effectively inhibit and kill bacteria in a wider range. The bacterial inoculation killing rate refers to the bacterial inoculation killing rate after the washing durability test, which indicates the killing effect of the antibacterial fabric on bacteria after multiple washings. The higher the killing rate, the better the antibacterial performance is after washing. The number of bacteria on the surface indicates the number of bacteria on the surface of the antibacterial fabric after the washing durability test. The smaller the number, the better the antibacterial fabric still has the effect of inhibiting bacteria on the surface after washing.

[0038] It needs to be explained that if the above-mentioned fabric can show a larger sterilization zone in the disc diffusion method, it indicates that the antibacterial dose it releases is sufficient to inhibit bacterial growth in a larger range. Correspondingly, the bacterial inoculation killing rate should also be higher. This is because the antibacterial agent can effectively diffuse and kill bacteria in the contact area. A larger sterilization zone in the disc diffusion method usually indicates a smaller number of surface bacteria, because it shows that the antibacterial agent has good activity and diffusivity on the fabric surface. A high killing rate is directly related to a lower number of surface bacteria. If the antibacterial fabric can maintain a high killing rate even after multiple washes, it means that there are fewer bacteria residues on the fabric surface and the antibacterial performance is stable. The larger the proportion of the sterilization zone area, it usually means that the higher the antibacterial dose released by the fabric, the greater the antibacterial effect, and the stronger the antibacterial effect of the fabric. In theory, the number of bacteria remaining on the surface after washing should be less.

[0039] Furthermore, based on the obtained data set of sterilization test on antibacterial fabrics after washing durability test, a comprehensive analysis is performed to obtain the sterilization characteristic value of antibacterial fabrics after washing durability test. The specific analysis process is: based on the obtained data set of sterilization test on antibacterial fabrics after washing durability test, a comprehensive analysis is performed to obtain the sterilization characteristic value of antibacterial fabrics after washing durability test. The sterilization characteristic value of antibacterial fabrics after washing durability test is used as the analysis basis for evaluating the quality of antibacterial fabrics.

[0040] It should be explained that the above-mentioned analysis of the sterilization characteristic values ​​of the fabric after washing can directly verify the actual antibacterial performance of the fabric. This performance verification helps to ensure that the product can continue to provide the expected protection effect during actual use. Regular evaluation of the sterilization characteristic values ​​can help monitor batch-to-batch differences in the production process and ensure that all products meet the company's quality standards. By analyzing the test data, manufacturers can identify the reasons for the attenuation of antibacterial performance, such as the type, concentration, distribution of the antimicrobial agent or the structure of the fabric, and then improve the product formula or production process. Using the sterilization characteristic value after the washing durability test as a quality assessment standard can help manufacturers ensure that their products meet international antibacterial fabric standards and specifications, prove that the product can still maintain good antibacterial performance after multiple washes, and help gain trust and recognition in a highly competitive market. Showing consumers antibacterial performance data based on rigorous testing can enhance their confidence in the efficacy and safety of the product, ensuring that the fabric still has good antibacterial performance after multiple washes, helping to reduce the risk of bacterial transmission and protect the health of users.

[0041] It needs to be explained that the above-mentioned sterilization test is carried out on the antibacterial fabric in its initial state and after the washing durability test. The sterilization test on the antibacterial fabric after the washing durability test can evaluate the durability of the fabric under actual use conditions, understand whether its antibacterial effect is still maintained after long-term use and frequent washing, and thus evaluate the service life and performance stability of the fabric. The initial sterilization test on the antibacterial fabric can confirm the original antibacterial performance of the fabric, understand its antibacterial effect during production, and provide benchmark data for manufacturers. The sterilization test after washing can evaluate the changes in the antibacterial effect of the fabric and determine the degree of influence of washing on the antibacterial performance. Regular sterilization testing of antibacterial fabrics, especially after the washing durability test, helps to monitor changes in product quality, ensure the stability of the antibacterial effect of the product throughout its life cycle, and improve the reliability and market competitiveness of the product.

[0042] In a specific embodiment, the sterilization characteristic value of the antibacterial fabric after washing durability test, the specific analysis process is:

[0043] In the formula, It is the sterilization characteristic value of antibacterial fabric after washing durability test. The area ratio of the sterilization area by disc diffusion method after washing durability test of antibacterial fabrics. The killing rate of bacteria after washing durability test of antibacterial fabrics. The number of bacteria on the surface of the antibacterial fabric after washing durability test, Determine the number of bacteria on the surface of the antibacterial fabrics stored in the database after washing durability testing. is the compensation factor for the percentage of the sterilization area of ​​the disc diffusion method after the set antibacterial fabric washing durability test, The compensation factor for the bacterial inoculation killing rate after the set antibacterial fabric washing durability test, is the compensation factor for the number of bacteria on the surface of the set antibacterial fabric after washing durability test, and e is a natural constant.

[0044] It needs to be explained that the above-mentioned sterilization characteristic value of the antibacterial fabric after the washing durability test is calculated by the proportion of the sterilization area of ​​the disc diffusion method after the washing durability test of the antibacterial fabric, the bacterial inoculation killing rate after the washing durability test of the antibacterial fabric, and the number of bacteria on the surface of the antibacterial fabric after the washing durability test. It can evaluate the changes in the antibacterial performance of the antibacterial fabric after multiple washes. If the sterilization characteristic value of the antibacterial fabric after washing still meets the requirements, it means that the fabric has good washing durability and will be more durable. When consumers purchase antibacterial fabric products, they hope to understand the performance of the product after washing, especially whether the antibacterial performance will be affected. The sterilization characteristic value after the washing durability test can be used to evaluate the changes in the antibacterial performance of the antibacterial fabric after multiple washes. By monitoring and analyzing the sterilization characteristic values ​​after the washing durability test of antibacterial fabrics, consumers can more accurately understand the antibacterial effect of antibacterial fabrics. Manufacturers can timely understand the performance of products and carry out targeted quality control and improvement through monitoring and analysis of the sterilization characteristic values ​​after the washing durability test of antibacterial fabrics. According to the test results, manufacturers can adjust the production process and improve the formula of antibacterial fabrics to improve the stability and durability of products. The sterilization characteristic values ​​after the washing durability test can help users understand the antibacterial performance of antibacterial fabrics during long-term use. According to the test results, users can better estimate the actual service life of antibacterial fabrics and when antibacterial fabric products need to be replaced or maintained. Experimental testing of antibacterial fabrics that have undergone washing durability tests Test, use the disc diffusion method to determine the percentage of the sterilization area, evenly apply a bacterial solution of known concentration on the antibacterial fabric, re-collect and calculate the number of bacteria on it after a certain period of time, and obtain the bacterial inoculation killing rate. Sampling is done on the surface of the antibacterial fabric, and cultured with appropriate culture medium, and then counted under certain conditions to obtain the number of bacteria on the surface. These experimental tests can provide specific data indicators to evaluate the performance of antibacterial fabrics. The number of bacteria on the surface of the antibacterial fabric after the washing durability test stored in the database is usually obtained through laboratory testing or monitoring during the production process. The percentage of the sterilization area of ​​the disc diffusion method after the washing durability test of the antibacterial fabric is set The ratio, bacterial inoculation killing rate, and compensation factor of the number of bacteria on the surface are obtained from the database, and a mapping set of the historically measured percentage of the disc diffusion method sterilization area after the antibacterial fabric washing durability test, the bacterial inoculation killing rate, the number of bacteria on the surface and the percentage of the disc diffusion method sterilization area after the antibacterial fabric washing durability test, the bacterial inoculation killing rate, and the compensation factor of the number of bacteria on the surface are established to obtain the compensation factors of the percentage of the disc diffusion method sterilization area after the antibacterial fabric washing durability test, the bacterial inoculation killing rate, and the number of bacteria on the surface corresponding to the current percentage of the disc diffusion method sterilization area after the antibacterial fabric washing durability test, the bacterial inoculation killing rate, and the number of bacteria on the surface.

[0045] The chemical and physical quality characteristic values ​​of antibacterial fabrics, the sterilization characteristic values ​​of antibacterial fabrics in their initial state, and the sterilization characteristic values ​​of antibacterial fabrics after washing durability test are imported into the antibacterial fabric quality evaluation model to evaluate the quality of antibacterial fabrics.

[0046] Specifically, the chemical and physical quality characteristic values ​​of the antibacterial fabric, the sterilization characteristic values ​​of the initial state of the antibacterial fabric, and the sterilization characteristic values ​​of the antibacterial fabric after the washing durability test are introduced into the antibacterial fabric quality evaluation model to evaluate the quality of the antibacterial fabric. The specific analysis process is: the chemical and physical quality characteristic values ​​of the antibacterial fabric, the sterilization characteristic values ​​of the initial state of the antibacterial fabric, and the sterilization characteristic values ​​of the antibacterial fabric after the washing durability test are introduced into the antibacterial fabric quality evaluation model, and the antibacterial fabric quality evaluation value is obtained by comprehensive analysis, and the antibacterial fabric quality evaluation value is used as the analysis basis for evaluating the quality of the antibacterial fabric; the antibacterial fabric quality evaluation value is compared with the antibacterial fabric quality reference evaluation value stored in the database; if the antibacterial fabric quality evaluation value is higher than the antibacterial fabric quality reference evaluation value, the antibacterial fabric quality corresponding to the antibacterial fabric quality evaluation value is excellent; if the antibacterial fabric quality evaluation value is equal to the antibacterial fabric quality reference evaluation value, the antibacterial fabric quality corresponding to the antibacterial fabric quality evaluation value is good; if the antibacterial fabric quality evaluation value is lower than the antibacterial fabric quality reference evaluation value, the antibacterial fabric quality corresponding to the antibacterial fabric quality evaluation value is poor.

[0047] In a specific embodiment, a comprehensive view of fabric performance is provided by combining chemical and physical properties and antimicrobial effects, including new and old states, ensuring that the evaluation covers all important characteristics of the fabric. By comparing the performance changes under different states, a deeper understanding of the performance of the fabric in actual use and after washing can be obtained. The preset quality reference value is used as a standard to increase the objectivity and consistency of the evaluation. The standardized evaluation process ensures that the test results conducted at different times, places or conditions are comparable. Based on the evaluation results, manufacturers can adjust the manufacturing process, raw material selection or finished product processing methods to improve product quality. Detailed product performance information is provided to consumers to help them make more informed purchasing decisions. Consumers can choose the product that best suits their needs based on the quality evaluation value, especially when there are specific requirements for antimicrobial performance.

[0048] In a specific embodiment, the antibacterial fabric quality assessment model has the following specific analysis process: ; In the formula, is the quality assessment value of antibacterial fabrics, is the chemical and physical quality characteristic value of antibacterial fabric, is the sterilization characteristic value of the antibacterial fabric in the initial state, It is the sterilization characteristic value of the antibacterial fabric after washing durability test.

[0049] It needs to be explained that the above-mentioned evaluation of the quality of antibacterial fabrics by introducing the chemical and physical quality characteristic values ​​of antibacterial fabrics, the sterilization characteristic values ​​of antibacterial fabrics in their initial state, and the sterilization characteristic values ​​of antibacterial fabrics after washing durability test into the antibacterial fabric quality evaluation model can reduce the influence of subjective factors and make the evaluation results more objective and accurate. By establishing a scientific evaluation model, the quality performance of antibacterial fabrics can be better quantified, providing manufacturers with an objective evaluation basis. Importing characteristic values ​​at different stages into the evaluation model can help predict the performance of antibacterial fabrics in future use or testing. Through model analysis, potential quality problems can be discovered in advance, and corresponding improvement measures can be taken, thereby improving product quality and market competitiveness.

[0050] The second aspect of the present invention provides an antibacterial fabric quality detection device, including: a memory: used to store the defined tensile strength of the antibacterial fabric, the reference content of the antibacterial agent in the antibacterial fabric, the reference release rate of the antibacterial agent in the antibacterial fabric, the number of bacteria existing on the surface of the antibacterial fabric in the initial state, the reference evaluation value of the antibacterial fabric quality, and the number of bacteria existing on the surface of the antibacterial fabric after the washing durability test; an air permeability tester: used to detect the water vapor permeability of the antibacterial fabric; a disc diffuser: used to perform a disc diffusion method test to detect the area ratio of the disc diffusion method sterilization zone of the antibacterial fabric in the initial state and the area ratio of the disc diffusion method sterilization zone after the washing durability test of the antibacterial fabric.

[0051] like Figure 2 As shown, it is an image of the change of the quality evaluation value of the antibacterial fabric with the chemical and physical quality characteristic value of the antibacterial fabric, wherein the x-axis represents the chemical and physical quality characteristic value of the antibacterial fabric, and the y-axis represents the quality evaluation value of the antibacterial fabric. It can help to intuitively understand how the chemical and physical quality characteristic value of the antibacterial fabric affects the quality evaluation value of the antibacterial fabric. The larger the chemical and physical quality characteristic value of the antibacterial fabric, the larger the quality evaluation value of the antibacterial fabric, indicating that the quality of the antibacterial fabric is better. With the increase of the chemical and physical quality characteristic value of the antibacterial fabric, the influence of the chemical and physical quality characteristic value of the antibacterial fabric on the quality evaluation value of the antibacterial fabric gradually increases. The sterilization characteristic value of the antibacterial fabric in the initial state is set to 4 unchanged, and the sterilization characteristic value of the antibacterial fabric after the washing durability test is set to 2 unchanged, only the size of the chemical and physical quality characteristic value of the antibacterial fabric is changed. The example values ​​of the chemical and physical quality characteristic value of the antibacterial fabric are as follows: Table 1: Example values ​​of chemical and physical quality characteristic values ​​of antibacterial fabrics in the antibacterial fabric quality assessment value

[0052] It should be noted that the larger the initial state sterilization characteristic value of the antibacterial fabric, the larger the antibacterial fabric quality evaluation value, indicating that the quality of the antibacterial fabric is better. As the initial state sterilization characteristic value of the antibacterial fabric increases, the influence of the initial state sterilization characteristic value of the antibacterial fabric on the antibacterial fabric quality evaluation value gradually increases. The chemical and physical quality characteristic value of the antibacterial fabric is set to 2 unchanged, and the sterilization characteristic value of the antibacterial fabric after washing durability test is set to 2 unchanged. Only the size of the initial state sterilization characteristic value of the antibacterial fabric is changed. The example values ​​of the initial state sterilization characteristic value of the antibacterial fabric are as follows: Table 2: Example values ​​of the sterilization characteristic values ​​of the initial state of antibacterial fabrics in the antibacterial fabric quality evaluation value

[0053] The third aspect of the present invention provides an antibacterial fabric quality detection electronic device, comprising a processor and a memory and a network interface connected to the processor, wherein the network interface is connected to a non-volatile memory in a server, and the processor retrieves a computer program from the non-volatile memory through the network interface during operation, and runs the computer program through the memory.

[0054] The above contents are merely examples and explanations of the structure of the present invention. The technicians in this technical field may make various modifications or additions to the specific embodiments described or replace them in a similar manner. As long as they do not deviate from the structure of the invention or exceed the scope defined by the claims, they should all fall within the protection scope of the present invention.

Claims

1. Antibacterial fabric quality detection method, characterized in that: The following steps are involved: Conduct chemical and physical quality testing on antibacterial fabrics, obtain a data set for chemical and physical quality testing of antibacterial fabrics, and obtain chemical and physical quality characteristic values ​​of antibacterial fabrics through comprehensive analysis based on the obtained data set for chemical and physical quality testing of antibacterial fabrics; Perform a sterilization test on the initial state of the antibacterial fabric to obtain a sterilization test data set for the initial state of the antibacterial fabric, and obtain a sterilization characteristic value of the initial state of the antibacterial fabric through comprehensive analysis based on the obtained sterilization test data set for the initial state of the antibacterial fabric; Perform sterilization test on antibacterial fabric after washing durability test, obtain sterilization test data set of antibacterial fabric after washing durability test, and obtain sterilization characteristic value of antibacterial fabric after washing durability test based on the obtained sterilization test data set of antibacterial fabric after washing durability test; The chemical and physical quality characteristic values ​​of antibacterial fabrics, the sterilization characteristic values ​​of antibacterial fabrics in their initial state, and the sterilization characteristic values ​​of antibacterial fabrics after washing durability test are imported into the antibacterial fabric quality evaluation model to evaluate the quality of antibacterial fabrics.

2. The antibacterial fabric quality detection method according to claim 1, characterized in that: Based on the obtained antibacterial fabric chemical and physical quality detection data set, the chemical and physical quality characteristic values ​​of the antibacterial fabric are obtained through comprehensive analysis. The specific analysis process is as follows: Obtain a data set for chemical and physical quality testing of antibacterial fabrics. The data set specifically includes the tensile strength of antibacterial fabrics, the water vapor permeability of antibacterial fabrics, the antibacterial agent content of antibacterial fabrics, and the antibacterial agent release rate of antibacterial fabrics. Based on the acquired data set of chemical and physical quality detection of antibacterial fabrics, the chemical and physical quality characteristic values ​​of antibacterial fabrics are obtained through comprehensive analysis. The chemical and physical quality characteristic values ​​of antibacterial fabrics are used as the analytical basis for evaluating the quality of antibacterial fabrics.

3. The antibacterial fabric quality detection method according to claim 2, characterized in that: The specific analysis process of the chemical and physical quality characteristic values ​​of the antibacterial fabric is as follows: ； In the formula, is the chemical and physical quality characteristic value of antibacterial fabrics, For the tensile strength of antibacterial fabrics, The water vapor transmission rate of antibacterial fabrics. The antibacterial content of antibacterial fabrics is is the release rate of antibacterial agent for antibacterial fabrics, Define the tensile strength for the antimicrobial fabrics stored in the database, The reference content of antimicrobial agents in antimicrobial fabrics stored in the database. The reference release rate of antimicrobial agents for antimicrobial fabrics stored in the database. is the compensation factor for the tensile strength of the set antibacterial fabric, is the compensation factor for the water vapor transmission rate of the set antibacterial fabric, is the compensation factor for the antibacterial agent content of the set antibacterial fabric, is the compensation factor of the set antibacterial agent release rate of the antibacterial fabric, and e is a natural constant.

4. The antibacterial fabric quality detection method according to claim 1, characterized in that: Based on the obtained antibacterial fabric initial state sterilization test data set, a comprehensive analysis is performed to obtain the antibacterial fabric initial state sterilization characteristic value. The specific analysis process is as follows: Obtaining an initial state sterilization test data set for antibacterial fabrics, the initial state sterilization test data set for antibacterial fabrics specifically includes the area ratio of the disc diffusion method sterilization zone of the antibacterial fabrics in the initial state, the bacterial inoculation killing rate of the antibacterial fabrics in the initial state, and the number of bacteria on the surface of the antibacterial fabrics in the initial state; Based on the acquired antibacterial fabric initial state sterilization test data set, a comprehensive analysis was performed to obtain the antibacterial fabric initial state sterilization characteristic value, which was used as the analysis basis for evaluating the quality of antibacterial fabric.

5. The antibacterial fabric quality detection method according to claim 4, characterized in that: The specific analysis process of the sterilization characteristic value of the initial state of the antibacterial fabric is as follows: ； In the formula, is the sterilization characteristic value of the antibacterial fabric in the initial state, is the area ratio of the disc diffusion method sterilization area of ​​the antibacterial fabric in the initial state, is the bacterial inoculation killing rate of the antibacterial fabric in the initial state, The number of bacteria on the surface of the antibacterial fabric in its initial state. Define the number of bacteria on the surface of the antibacterial fabric stored in the database. is the compensation factor of the disc diffusion method sterilization area ratio of the set antibacterial fabric in the initial state, is the compensation factor of the bacterial inoculation killing rate of the set antibacterial fabric in the initial state, It is the compensation factor for the number of bacteria existing on the surface of the set antibacterial fabric in its initial state.

6. The antibacterial fabric quality detection method according to claim 1, characterized in that: The antibacterial fabric sterilization test data set after the washing durability test specifically includes the area ratio of the disc diffusion method sterilization zone after the washing durability test of the antibacterial fabric, the bacterial inoculation killing rate after the washing durability test of the antibacterial fabric, and the number of bacteria on the surface of the antibacterial fabric after the washing durability test.

7. The antibacterial fabric quality detection method according to claim 6, characterized in that: Based on the obtained antibacterial fabric sterilization test data set after washing durability test, the sterilization characteristic value of the antibacterial fabric after washing durability test is obtained by comprehensive analysis. The specific analysis process is as follows: Based on the acquired data set of sterilization test on antibacterial fabric after washing durability test, a comprehensive analysis was conducted to obtain the sterilization characteristic value of antibacterial fabric after washing durability test. The sterilization characteristic value of antibacterial fabric after washing durability test was used as the analysis basis for evaluating the quality of antibacterial fabric.

8. The antibacterial fabric quality detection method according to claim 1, characterized in that: The chemical and physical quality characteristic values ​​of the antibacterial fabric, the sterilization characteristic values ​​of the antibacterial fabric in the initial state, and the sterilization characteristic values ​​of the antibacterial fabric after washing durability test are introduced into the antibacterial fabric quality evaluation model to evaluate the quality of the antibacterial fabric. The specific analysis process is as follows: The chemical and physical quality characteristic values ​​of antibacterial fabrics, the sterilization characteristic values ​​of the initial state of antibacterial fabrics, and the sterilization characteristic values ​​of antibacterial fabrics after washing durability test are introduced into the antibacterial fabric quality evaluation model, and the antibacterial fabric quality evaluation value is obtained through comprehensive analysis. The antibacterial fabric quality evaluation value is used as the analysis basis for evaluating the quality of antibacterial fabrics. comparing the antimicrobial fabric quality assessment value with the antimicrobial fabric quality reference assessment value stored in a database; If the antibacterial fabric quality assessment value is higher than the antibacterial fabric quality reference assessment value, the antibacterial fabric quality corresponding to the antibacterial fabric quality assessment value is excellent; If the antibacterial fabric quality assessment value is equal to the antibacterial fabric quality reference assessment value, then the antibacterial fabric quality corresponding to the antibacterial fabric quality assessment value is good; If the antibacterial fabric quality assessment value is lower than the antibacterial fabric quality reference assessment value, the antibacterial fabric quality corresponding to the antibacterial fabric quality assessment value is poor. 9.Antibacterial fabric quality detection device, characterized in that: The method for detecting the quality of antibacterial fabrics according to any one of claims 1 to 8 comprises: Memory: used to store the tensile strength of antibacterial fabrics, the reference content of antibacterial agents in antibacterial fabrics, the reference release rate of antibacterial agents in antibacterial fabrics, the number of bacteria on the surface of antibacterial fabrics in their initial state, and the reference evaluation value of the quality of antibacterial fabrics; Air permeability tester: used to test the water vapor permeability of antibacterial fabrics; Disc diffuser: used for disc diffusion test, to detect the percentage of the disc diffusion sterilization area of ​​the antibacterial fabric in the initial state and the percentage of the disc diffusion sterilization area after the antibacterial fabric washing durability test. 10.Antibacterial fabric quality detection electronic equipment, characterized in that, The antibacterial fabric quality detection method according to any one of claims 1 to 8 comprises a processor and a memory and a network interface connected to the processor, wherein the network interface is connected to a non-volatile memory in a server, and the processor retrieves a computer program from the non-volatile memory through the network interface during operation, and runs the computer program through the memory.

Images