Detection system and method of radix ranunculi ternati product

Abstract

The invention discloses a radix ranunculi ternati product detection system and method, and relates to the technical field of radix ranunculi ternati product detection.The system comprises a radix ranunculi ternati preliminary detection module, a radix ranunculi ternati detection unit, a radix ranunculi ternati detection analysis module, an early warning terminal and a database. The method comprises the following steps of: obtaining effective state distinguishing, respectively performing detection and analysis under each layer based on a distinguishing result, understanding surrounding factors corresponding to the radix ranunculi ternati in different states, analyzing to obtain adjustment operation under an unqualified initial detection state, and judging to obtain the cultivation quality under a qualified initial detection state, so as to obtain the cultivation quality of the radix ranunculi ternati. Therefore, comprehensive and complete radix ranunculi ternati product detection is formed, effective cultivation and state quality of the radix ranunculi ternati are guaranteed, efficient application of the radix ranunculi ternati is achieved, and meanwhile the defect that the activity of the radix ranunculi ternati is insufficient is overcome based on analysis and judgment of active ingredients of the radix ranunculi ternati.

Description

Technical Field

[0001] The present invention relates to the technical field of cat's claw product detection, and in particular to a system and method for detecting cat's claw products. Background Art

[0002] As the application field of cat's claw continues to expand, there is a need to ensure the quality of cat's claw introduced into products. Therefore, in order to ensure the efficacy and quality of products introduced with cat's claw, preliminary testing and differentiation of cat's claw from various planting areas are carried out, and the differentiation results are tested in different directions to generate correlation mappings corresponding to different levels of cat's claw, so as to provide an intuitive display for the subsequent ingredient assurance and quality of cat's claw, thereby better ensuring the reference quality of cat's claw.

[0003] Prior art, such as the invention patent application with announcement number CN108663362B, discloses an agricultural product detection system and detection method thereof, which includes a water vapor generating device, a water vapor liquefaction collecting device, an agricultural product stirring sampling device, a test liquid temporary storage dripping device, and a distilled water temporary storage dripping device; the water vapor generating device is connected to the water vapor liquefaction collecting device via a water vapor guide tube; the distilled water outlet of the water vapor liquefaction collecting device is connected to a double-way pipe, one of the outlets of the double-way pipe is connected to the distilled water temporary storage dripping device via a distilled water outlet pipe, and the other outlet of the double-way pipe is located directly above the agricultural product stirring sampling device, and the agricultural product stirring sampling device is connected to the test liquid temporary storage dripping device via a test liquid outlet pipe. The agricultural product detection system and detection method provided by the present invention can quickly detect the level of pesticide residues on the surface of agricultural products, has high detection accuracy, and is easy to promote.

[0004] With respect to the above scheme, there are the following technical problems: the above invention mainly detects the level of pesticide residues on the surface of agricultural products, and does not conduct in-depth research and analysis on the input and reference of cat's claw grass, and does not conduct preliminary testing on the cat's claw grass corresponding to each planting site. It is impossible to know in time which planting sites' cat's claw grass meets the ingredient requirements of the current manufactured products, and cannot guarantee the quality of the products to be manufactured. It also does not conduct further analysis and monitoring on the cat's claw grass in various current states after division, and cannot know the root cause of the unqualified cat's claw grass in each component, and cannot obtain the mapping relationship network when the cat's claw grass components are unqualified. It is also impossible to take corresponding improvement measures based on the mapping relationship between the unqualified cat's claw grass and the root cause, thereby reducing the availability of cat's claw grass. At the same time, no further testing is conducted on the cat's claw grass that has passed the preliminary monitoring, and it is impossible to confirm whether the current cat's claw grass has a high risk of mildew, and cannot guarantee the effective storage and efficient utilization of cat's claw grass. Summary of the Invention

[0005] In view of the above-mentioned technical deficiencies, the purpose of the present invention is to provide a detection system and method for cat's claw products.

[0006] In order to solve the above technical problems, the present invention adopts the following technical solution: The present invention provides a detection system for cat's claw products, including: the cat's claw preliminary detection module is used to detect the cat's claw corresponding to each planting site, and then analyze the activity status of the cat's claw corresponding to each planting site, and divide each planting site into problem planting sites and conventional planting sites based on the activity status corresponding to the cat's claw.

[0007] The cat's claw detection unit includes a cat's claw problem detection module, an ash detection module and a mildew mapping detection and prediction module.

[0008] The cat's claw problem detection module is used to detect and analyze the cat's claw corresponding to each problem planting site, and then analyze and obtain the correlation mapping between each problem planting site and the unqualified cat's claw ingredients, and based on the correlation mapping relationship obtained by analysis, analyze and obtain the problem adjustment method of the cat's claw corresponding to each problem planting site.

[0009] The ash content detection module is used to perform ash content detection on the cat's claw grass corresponding to each conventional planting site, and then obtain the ash content data of the cat's claw grass corresponding to each conventional planting site.

[0010] The mildew mapping prediction module is used to perform mildew detection on the cat's claw corresponding to each conventional planting site, and then analyze and obtain the mildew mapping relationship between each conventional planting site and the cat's claw.

[0011] The cat's claw detection and analysis module is used to analyze the cultivation quality of the cat's claw corresponding to each conventional planting site based on the ash data and mildew mapping relationship value of the cat's claw corresponding to each conventional planting site.

[0012] The early warning terminal is used to issue an early warning prompt when the activity state of the cat's claw corresponding to a certain planting site is unqualified or the quality of the cat's claw corresponding to a certain conventional planting site is unqualified.

[0013] In a second aspect, the present invention provides a method for detecting cat's claw products, including: S1, preliminary detection of cat's claw: detecting the cat's claw corresponding to each planting site, and then analyzing the activity status of the cat's claw corresponding to each planting site, and dividing each planting site into problem planting sites and conventional planting sites based on the activity status corresponding to the cat's claw.

[0014] S2. Cat's Claw Detection: By testing and analyzing the cat's claw corresponding to each problem planting site and each conventional planting site, the correlation mapping and problem adjustment method between each problem planting site and the unqualified cat's claw ingredients are analyzed, and the mold mapping relationship between each conventional planting site and cat's claw is analyzed.

[0015] S3. Cat's Claw detection and analysis: Based on the ash content data and mildew mapping relationship values ​​of the cat's claw corresponding to each conventional planting site, the cultivation quality of the cat's claw corresponding to each conventional planting site is analyzed.

[0016] S4. Early warning: When the activity state of cat's claw corresponding to a certain planting site is unqualified or the quality of cat's claw corresponding to a certain conventional planting site is unqualified, an early warning will be issued.

[0017] Compared with the prior art, the beneficial effects of the present invention are: 1. The present invention provides a detection system and method for cat's claw products, which conducts preliminary detection on cat's claw in various planting areas, thereby obtaining effective status differentiation, and based on the differentiation results, performs detection and analysis at various levels, understands the surrounding factors corresponding to cat's claw in different states, and analyzes the adjustment operations when the preliminary detection status is unqualified, and judges the cultivation quality when the preliminary detection status is qualified, thereby forming a comprehensive and complete cat's claw product detection, thereby ensuring the effective cultivation and status quality of cat's claw, and realizing the efficient investment and application of cat's claw. At the same time, based on the analysis and judgment of the active ingredients of cat's claw, it effectively avoids the disadvantages of insufficient activity of cat's claw, reduces the probability of non-compliant manufacturing product quality, and ensures the safety of the product.

[0018] 2. By detecting the cat's claw corresponding to each planting site and then analyzing the activity status of the cat's claw corresponding to each planting site, efficient differentiation of cat's claw activity can be achieved, and clear differentiation results can be obtained, providing intuitive and effective conclusions for subsequent analysis, forming an efficient and organized cat's claw product testing.

[0019] 3. The cat's claw detection unit includes a cat's claw problem detection module, an ash detection module, and a mildew mapping detection and prediction module, thereby forming a comprehensive and complete cat's claw product detection system, thereby ensuring the effective cultivation and status quality of cat's claw and realizing effective analysis of cat's claw.

[0020] 4. Based on the ash content data and mildew mapping relationship values ​​of cat's claw corresponding to each conventional planting site, the cultivation quality of cat's claw corresponding to each conventional planting site is analyzed to effectively avoid the disadvantage of insufficient activity of cat's claw, reduce the probability of non-compliant manufacturing product quality, and ensure product safety. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0022] Figure 1 This is a schematic diagram of the system structure connection of the present invention.

[0023] Figure 2 The figure is a schematic flow chart of the steps for implementing the method of the present invention. DETAILED DESCRIPTION

[0024] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0025] See also Figure 1 As shown, a software scheduling system for load balancing of a circuit controller communication link includes a cat's claw grass preliminary detection module, a cat's claw grass detection unit, a cat's claw grass detection and analysis module, an early warning terminal and a database.

[0026] The cat's claw grass preliminary detection module is connected to the cat's claw grass detection unit and the cat's claw grass detection and analysis module respectively, the cat's claw grass preliminary detection module is connected to the early warning terminal and the database respectively, the cat's claw grass detection unit is connected to the cat's claw grass detection and analysis module and the database respectively, and the cat's claw grass detection and analysis module is connected to the early warning terminal.

[0027] The cat's claw grass preliminary detection module is used to detect the cat's claw grass corresponding to each planting site, and then analyze the activity status of the cat's claw grass corresponding to each planting site, and divide each planting site into problem planting sites and regular planting sites based on the activity status of the cat's claw grass.

[0028] It should be noted that the active ingredient data include saponins, brass and polysaccharides, etc.; by pre-setting the detection collection volume, the preset collection volume of cat's claw is collected from each planting site, and the cat's claw is tested using ultra-high performance liquid chromatography-mass spectrometry. By recording the active ingredient data of the cat's claw detected in each planting site, the preliminary test is ended when the preset collection volume of cat's claw from each planting site has been tested.

[0029] It should also be noted that the reference active ingredient data range is set by professional cat's claw researchers. The reference active ingredient data range is a reference value used to determine whether the cat's claw currently cultivated in various planting sites meets the market manufacturers' demand for purchasing and manufacturing products.

[0030] As an optional implementation method, the analysis of the activity status of the cat's claw corresponding to each planting site, the specific analysis process is as follows: by collecting the active ingredient data of the cat's claw corresponding to each planting site, and obtaining the reference active ingredient data interval of the current cat's claw corresponding to the manufacturing product demand of the cat's claw, the active ingredient data of the cat's claw corresponding to each planting site is compared with the reference active ingredient data interval of the current cat's claw corresponding to the manufacturing product demand of the cat's claw. If the active ingredient data of the cat's claw corresponding to a certain planting site is not within the reference active ingredient data interval of the current cat's claw corresponding to the manufacturing product demand of the cat's claw, it is determined that the activity status of the cat's claw corresponding to the planting site is unqualified, and the planting site is recorded as a problem planting site, and the cat's claw of the problem planting site is further tested for problems. If the active ingredient data of the cat's claw corresponding to a certain planting site is within the reference active ingredient data interval of the current cat's claw corresponding to the manufacturing product demand of the cat's claw, it is determined that the active ingredient of the cat's claw corresponding to the planting site is qualified, and the planting site is recorded as a conventional planting site, and the cat's claw of the conventional planting site is further cultivated and tested, so as to analyze the activity status of the cat's claw corresponding to each planting site.

[0031] By detecting the cat's claw corresponding to each planting site and then analyzing the activity status of the cat's claw corresponding to each planting site, we can achieve efficient differentiation of cat's claw activity and obtain clear differentiation results, which provides intuitive and effective conclusions for subsequent analysis and forms efficient and organized cat's claw product testing.

[0032] The cat's claw detection unit includes a cat's claw problem detection module, an impurity detection module and a mildew mapping detection prediction module.

[0033] The cat's claw detection unit includes a cat's claw problem detection module, an ash detection module, and a mildew mapping detection and prediction module, thereby forming a comprehensive and complete cat's claw product detection, thereby ensuring the effective cultivation and status quality of cat's claw and realizing effective analysis of cat's claw.

[0034] The cat's claw detection unit includes a cat's claw problem detection module, an ash detection module, and a mildew mapping detection and prediction module, thereby forming a comprehensive and complete cat's claw product detection, thereby ensuring the effective cultivation and status quality of cat's claw and realizing effective analysis of cat's claw.

[0035] The cat's claw problem detection module is used to detect and analyze the cat's claw corresponding to each problem planting site, and then analyze and obtain the correlation mapping between each problem planting site and the unqualified cat's claw ingredients, and based on the correlation mapping relationship obtained by analysis, analyze and obtain the problem adjustment method of the cat's claw corresponding to each problem planting site.

[0036] It should be noted that the corresponding problem adjustments to cat's claw are based on the fact that the cat's claw planted in the current planting site is in the cultivation process. The cat's claw planted in each planting site is planted and cultivated by the growers based on the corresponding manufacturing product requirements of the received cat's claw. Therefore, it is necessary to cultivate and test the cat's claw to ensure that the planted cat's claw meets the manufacturing product requirements and successfully completes the order handover. Therefore, it is necessary to test the cat's claw in the planting site. If the initial activity of cat's claw is unqualified, the reason is analyzed and corresponding adjustments are made based on the mapped related reasons to ensure the effective cultivation of cat's claw.

[0037] It should be noted that the collection time and standard active ingredient data of cat's claw are preset by professional cat's claw researchers; each collection time represents the time benchmark for obtaining cultivation data for each problematic planting site and each conventional planting site at the same time, which is used as a preliminary comparison; the standard active ingredient data of cat's claw is used as a reference value for determining whether cat's claw meets normal growth standards during the planting and cultivation period.

[0038] It should be noted that the cultivation data include real-time soil data and climate data; real-time soil data include soil pH value and nitrogen content, etc.; climate data include humidity and light, etc.

[0039] As an optional implementation method, the analysis obtains a correlation mapping between each problem planting site and the unqualified cat's claw grass ingredients. The specific analysis process is as follows: by presetting each collection time, and then obtaining the cultivation data of cat's claw grass corresponding to each problem planting site and each conventional planting site during planting according to each collection time, extracting the real-time soil data and climate data of each problem planting site and each conventional planting site in each cultivation data under each collection time, if one or more cultivation data corresponding to each cultivation data of a problem planting site is different from a certain cultivation data corresponding to a conventional planting site under the same collection time, then the collection time is recorded as the abnormal period of the problem planting site, and the active ingredient data of cat's claw grass corresponding to the abnormal period of the problem planting site is obtained. If the active ingredient data of cat's claw grass corresponding to the abnormal period of the problem planting site does not meet the set standard active ingredient data of cat's claw grass, then the inconsistent cultivation data of the problem planting site corresponding to the abnormal period is used as a mapping influencing factor affecting the unqualified activity state of cat's claw grass. Based on the comparison of the cultivation data between each problem planting site and each conventional planting site, the correlation mapping between each problem planting site and the unqualified cat's claw grass ingredients is obtained.

[0040] As an optional implementation method, the analysis obtains the problem adjustment method of cat's claw corresponding to each problem planting site. The specific analysis process is as follows: if the mapping influencing factor affecting the active ingredients of cat's claw corresponding to a problem planting site is soil real-time data, then the data values ​​of each component in the soil real-time data are extracted, and the data values ​​of each component are compared with the reference component data values ​​set for the cultivation of cat's claw. If a component data value is different from a reference component data value set for the cultivation of cat's claw, the soil regulation under the component data is executed, and the soil corresponding to the problem planting site is made to reach the standard state by applying substances related to the component data. In the same way, the problem adjustment method under each mapping influencing factor corresponding to each problem planting site is obtained in this way.

[0041] It should be noted that if a certain reference component data shows that the pH value is insufficient, the corresponding substance is added based on the properties of the soil. If the soil is acidic, quicklime is added to the soil. If the soil is alkaline, sulfur or leaf mold is added. If a certain reference component data shows nitrogen deficiency, organic fertilizer or low-nitrogen compound fertilizer is added. By analogy, the adjustment method of the cat's claw grass corresponding to the problem planting site under the influence of soil mapping factors is obtained; if the influencing factor of the cat's claw grass corresponding to the problem planting site is climate data, and a certain reference climate data is insufficient light, photovoltaic supplementary lighting is installed. If a certain reference climate data is humid, a drainage ditch is excavated, and the preset ditch depth is 30 cm. At the same time, a gravel layer is laid to enhance drainage. By analogy, the adjustment method of the cat's claw grass corresponding to the problem planting site under the influence of climate mapping factors is obtained.

[0042] It should be noted that the data values ​​of various reference components are set by professional cat's claw researchers. The data values ​​of various reference components are reference values ​​used to determine whether the soil corresponding to the current problematic planting site meets the standards for normal cat's claw cultivation.

[0043] The ash content detection module is used to perform ash content detection on the cat's claw grass corresponding to each conventional planting site, and then obtain the ash content data of the cat's claw grass corresponding to each conventional planting site.

[0044] It should be noted that the total ash content is a value composed of the content of inorganic matter remaining after burning and the content of acid-insoluble inorganic matter; the total ash content corresponding to cat's claw is preset by professional cat's claw researchers, and the total ash content is a reference value for determining the purity of cat's claw.

[0045] As an optional implementation method, the ash content data of cat's claw corresponding to each conventional planting site is obtained, and the specific acquisition process is as follows: by presetting the total ash content corresponding to cat's claw, and presetting the detection interval duration of cat's claw in ash detection, and then performing the burning detection and solubility detection of cat's claw corresponding to each conventional planting site at each detection interval duration, after each detection interval duration, the detection interval duration of the burning detection and solubility detection of cat's claw corresponding to each conventional planting site is changed, and the burning residual inorganic matter content and acid-insoluble inorganic matter content of cat's claw corresponding to each conventional planting site under each detection interval duration change are monitored, and the ash content data of cat's claw corresponding to each conventional planting site are collected, and when the total ash content of cat's claw corresponding to each conventional planting site is greater than the preset total ash content of cat's claw, the test is ended.

[0046] The mildew mapping prediction module is used to perform mildew detection on the cat's claw corresponding to each conventional planting site, and then analyze and obtain the mildew mapping relationship between each conventional planting site and the cat's claw.

[0047] As an optional implementation method, the cat's claw corresponding to each conventional planting site is tested for mildew, and the specific testing process is as follows: first, corresponding testing is performed on each conventional planting site, by collecting the soil corresponding to each conventional planting site, and then observing the soil of each conventional planting site, using a moisture sensor to extract the moisture corresponding to each conventional planting site, and then mixing the soil collected from each conventional planting site with sterile water, and using ultrasonic equipment to shake off the mold spores in each conventional planting site, extracting the amount of mold spores corresponding to each conventional planting site, thereby completing the mildew detection of the cat's claw corresponding to each conventional planting site.

[0048] As an optional implementation method, the analysis obtains the mold mapping relationship between each conventional planting site and cat's claw grass. The specific analysis process is as follows: based on the extracted moisture and mold spore count corresponding to each conventional planting site, each interval test time and each content of cat's claw grass are preset, and then the mold test of each conventional planting site corresponding to each content of cat's claw grass is performed. After the preset test time at each interval, the content of cat's claw grass corresponding to each conventional planting site is adjusted, and the state portrait diagram corresponding to each cat's claw grass after each content adjustment is monitored. If the state portrait diagram of cat's claw grass after a certain content adjustment is If mold appears on the grass, the content is marked and the test is continued in sequence according to the set content, so as to obtain the state portrait corresponding to each content of cat's claw grass, extract the mold coverage area from the state portrait corresponding to each content of cat's claw grass, and sort the mold coverage area in order from large to small, and associate the positive mapping between the mildew of cat's claw grass and the soil content of the planting site. According to the positive mapping characteristics of moisture and mold spores between the mildew of cat's claw grass and the soil content of the planting site, the mildew mapping relationship value ε of cat's claw grass corresponding to each conventional planting site is obtained. c , thereby obtaining the mold mapping relationship between each conventional planting site and cat's claw grass.

[0049] It should be noted that based on the mold coverage area of ​​cat's claw grass corresponding to each planting site from large to small, the soil content of the planting site under different mold coverage areas is obtained, and according to the increase ratio of the soil content of the planting site, the forward mapping between the mildew of cat's claw grass and the soil of the planting site is obtained. If the soil content of a certain planting site increases to 5 during the test, the planting site will initially produce mildew of cat's claw grass, and the initial mildew area is one tenth, and it will be recorded, and the content will continue to increase according to the preset value. If the soil content increases to 6, the mildew area is two tenths, and when the soil content increases to 7, the mildew area is three tenths, and the soil content is increased in sequence until it reaches The preset value is that if the moldy area of ​​cat's claw increases with the increasing soil content each time, then the positive mapping between the mold of cat's claw and the soil content of the planting site is obtained, and based on the numerical value of each soil increase and the moldy distribution of the moldy area of ​​cat's claw, the positive mapping characteristics associated with the mold of cat's claw and the soil content of the planting site are extracted. For example, for every increase of 1 value in the planting site content, the moldy area of ​​cat's claw will expand by 10%, and based on the positive mapping characteristics associated with the mold of cat's claw and the soil content of the planting site, the moldy mapping relationship value of cat's claw corresponding to each conventional planting site is obtained. The example is only for illustrative purposes and is not the only limitation.

[0050] It should be noted that the professional cat's claw researchers preset the test durations for each interval and the amount of cat's claw at each content in order to obtain more accurate cat's claw mold test results, so as to know whether the cat's claw corresponding to each current conventional planting site meets the cultivation requirements.

[0051] The cat's claw detection and analysis module is used to analyze the cultivation quality of the cat's claw corresponding to each conventional planting site based on the ash data and mildew mapping relationship value of the cat's claw corresponding to each conventional planting site.

[0052] As an optional implementation method, the analysis obtains the cultivation quality of cat's claw corresponding to each conventional planting site. The specific analysis process is as follows: the ash data and mildew mapping relationship value of the cat's claw corresponding to each conventional planting site are imported into the cat's claw product quality evaluation model, and then the cultivation quality value of the cat's claw corresponding to each conventional planting site is evaluated. If the cultivation quality value of the cat's claw corresponding to a conventional planting site is -1, it is judged that the quality of the cat's claw corresponding to the conventional planting site is unqualified and does not meet the cultivation standards for the manufacturing product requirements of the cat's claw corresponding to the conventional planting site. If the cultivation quality value of the cat's claw corresponding to a conventional planting site is 1, it is judged that the quality of the cat's claw corresponding to the conventional planting site is compliant and meets the cultivation standards for the manufacturing product requirements of the cat's claw corresponding to the conventional planting site. The cultivation quality of the cat's claw corresponding to each conventional planting site is obtained by this analysis.

[0053] As an optional implementation, the evaluation obtains the cultivation quality value of cat's claw corresponding to each conventional planting site. The specific evaluation process is as follows: Through the cat's claw product quality evaluation model: where β c is the cultivation quality value of cat's claw grass corresponding to the cth conventional planting site, c is the number of each conventional planting site, c = 1, 2, ..., ..., d, d is any integer greater than 2, α′ is the set reference ash data, ε′ is the set reference mildew mapping relationship value, α c is the ash content data of cat's claw corresponding to the cth conventional planting site, ε c is the mildew mapping relationship value of cat’s claw corresponding to the cth conventional planting site, and λ is the set reference cultivation quality coefficient.

[0054] Based on the ash data and mildew mapping relationship values ​​of cat's claw corresponding to each conventional planting site, the cultivation quality of cat's claw corresponding to each conventional planting site is analyzed to effectively avoid the disadvantage of insufficient activity of cat's claw, reduce the probability of non-compliant manufacturing product quality, and ensure product safety.

[0055] It should be noted that the reference ash data, mildew mapping relationship value and reference cultivation quality coefficient are set by professional cat's claw researchers; the reference cultivation quality coefficient is a reference value for judging the cultivation quality of cat's claw corresponding to each conventional planting site, so as to have a clearer understanding of whether the cat's claw corresponding to each conventional planting site can be cultivated and the corresponding sales and delivery can be made; the reference ash data and mildew mapping relationship value are consistent with the setting process of the reference cultivation quality coefficient, so they will not be repeated.

[0056] The database is used to store active ingredient data, reference active ingredient data intervals, cultivation data, various ingredient data values, various reference ingredient data values, ash data, moisture content, and mold spore content.

[0057] The early warning terminal is used to issue an early warning prompt when the activity state of the cat's claw corresponding to a certain planting site is unqualified or the quality of the cat's claw corresponding to a certain conventional planting site is unqualified.

[0058] See also Figure 2 As shown, a method for detecting cat's claw products includes: S1, preliminary detection of cat's claw: detecting the cat's claw corresponding to each planting site, and then analyzing the activity status of the cat's claw corresponding to each planting site, and dividing each planting site into problem planting sites and regular planting sites based on the activity status of the cat's claw.

[0059] S2. Cat's Claw Detection: By testing and analyzing the cat's claw corresponding to each problem planting site and each conventional planting site, the correlation mapping and problem adjustment method between each problem planting site and the unqualified cat's claw ingredients are analyzed, and the mold mapping relationship between each conventional planting site and cat's claw is analyzed.

[0060] S3. Cat's Claw detection and analysis: Based on the ash content data and mildew mapping relationship values ​​of the cat's claw corresponding to each conventional planting site, the cultivation quality of the cat's claw corresponding to each conventional planting site is analyzed.

[0061] S4. Early warning: When the activity state of cat's claw corresponding to a certain planting site is unqualified or the quality of cat's claw corresponding to a certain conventional planting site is unqualified, an early warning will be issued.

[0062] The embodiment of the present invention performs preliminary detection on cat's claw grass in various planting sites, thereby obtaining effective status differentiation, and based on the differentiation results, performs detection and analysis at various levels, understands the surrounding factors corresponding to cat's claw grass in different states, and analyzes the adjustment operations when the preliminary detection status is unqualified, and judges the cultivation quality when the preliminary detection status is qualified, thereby forming a comprehensive and complete cat's claw grass product detection, thereby ensuring the effective cultivation and status quality of cat's claw grass, and realizing the efficient investment and application of cat's claw grass. At the same time, based on the analysis and judgment of the active ingredients of cat's claw grass, the disadvantage of insufficient activity of cat's claw grass is effectively avoided, the probability of non-compliant quality of manufactured products is reduced, and the safety of the product is guaranteed.

[0063] Obviously, those skilled in the art may make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if such changes and modifications fall within the scope of the claims and their equivalents, the present invention is intended to include such changes and modifications.

Claims

1. A detection system for cat's claw products, characterized in that: include: Cat's claw preliminary detection module, cat's claw detection unit, cat's claw detection and analysis module and early warning terminal; The cat's claw preliminary detection module is used to detect the cat's claw corresponding to each planting site, and then analyze the activity status of the cat's claw corresponding to each planting site, and divide each planting site into a problem planting site and a regular planting site based on the activity status of the cat's claw; The cat's claw detection unit includes a cat's claw problem detection module, an ash detection module and a mildew mapping detection and prediction module; The cat's claw problem detection module is used to detect and analyze the cat's claw corresponding to each problem planting site, and then analyze and obtain the correlation mapping between each problem planting site and the unqualified cat's claw ingredients, and based on the analyzed correlation mapping relationship, analyze and obtain the problem adjustment method of the cat's claw corresponding to each problem planting site; The ash content detection module is used to detect the ash content of the cat's claw grass corresponding to each conventional planting site, and then obtain the ash content data of the cat's claw grass corresponding to each conventional planting site; The mold mapping prediction module is used to detect mold on the cat's claw corresponding to each conventional planting site, and then analyze and obtain the mold mapping relationship between each conventional planting site and the cat's claw; The cat's claw detection and analysis module is used to analyze the cultivation quality of the cat's claw corresponding to each conventional planting site based on the ash data and mildew mapping relationship value of the cat's claw corresponding to each conventional planting site; The early warning terminal is used to issue an early warning prompt when the activity state of the cat's claw corresponding to a certain planting site is unqualified or the quality of the cat's claw corresponding to a certain conventional planting site is unqualified.

2. A detection system for cat's claw products according to claim 1, characterized in that: The analysis of the activity status of cat's claw corresponding to each planting site is as follows: By collecting the active ingredient data of cat's claw corresponding to each planting site, and obtaining the reference active ingredient data range of the current cat's claw corresponding to the manufacturing product demand of the cat's claw, the active ingredient data of cat's claw corresponding to each planting site are compared with the reference active ingredient data range of the current cat's claw corresponding to the manufacturing product demand. If the active ingredient data of cat's claw corresponding to a certain planting site is not within the reference active ingredient data range of the current cat's claw corresponding to the manufacturing product demand, it is determined that the active status of the cat's claw corresponding to the planting site is unqualified, and the planting site is recorded as a problem planting site. If the active ingredient data of cat's claw corresponding to a certain planting site is within the reference active ingredient data range of the current cat's claw corresponding to the manufacturing product demand, it is determined that the active ingredient of the cat's claw corresponding to the planting site is qualified, and the planting site is recorded as a regular planting site, so as to analyze the active status of cat's claw corresponding to each planting site.

3. A detection system for cat's claw products according to claim 2, characterized in that: The analysis yielded a correlation mapping between each problematic planting site and unqualified cat's claw ingredients. The specific analysis process is as follows: By presetting each collection time, the cultivation data of cat's claw corresponding to each problem planting site and each conventional planting site during planting are obtained according to each collection time, and the real-time soil data and climate data of each problem planting site and each conventional planting site in each cultivation data under each collection time are extracted. If one or more cultivation data corresponding to a problem planting site are different from a cultivation data corresponding to a conventional planting site under the same collection time, then the collection time is recorded as the abnormal period of the problem planting site, and the active ingredient data of cat's claw corresponding to the abnormal period of the problem planting site are obtained. If the active ingredient data of cat's claw corresponding to the abnormal period of the problem planting site does not meet the set standard active ingredient data of cat's claw, then the inconsistent cultivation data of the problem planting site corresponding to the abnormal period is used as a mapping influencing factor affecting the unqualified activity state of cat's claw. Based on the comparison of the cultivation data between each problem planting site and each conventional planting site, the correlation mapping between each problem planting site and the unqualified cat's claw ingredient is obtained.

4. A detection system for cat's claw products according to claim 3, characterized in that: The analysis obtained the problem adjustment method of cat's claw corresponding to each problematic planting site. The specific analysis process is as follows: If the mapped influencing factors affecting the active ingredients of cat's claw corresponding to a problem planting site are real-time soil data, then the data values ​​of each component in the real-time soil data are extracted, and the data values ​​of each component are compared with the reference component data values ​​set for the cultivation of cat's claw. If a certain component data value is different from a certain reference component data value set for the cultivation of cat's claw, then soil regulation under the component data is executed, and the soil corresponding to the problem planting site is brought to a standard state by applying substances related to the component data. In the same way, the problem adjustment method under each mapped influencing factor corresponding to each problem planting site is obtained in the same way as above.

5. The detection system for cat's claw products according to claim 1, characterized in that: The ash content data of cat's claw corresponding to each conventional planting site is obtained, and the specific acquisition process is as follows: By presetting the total ash content corresponding to cat's claw and the detection interval duration of cat's claw in the ash detection, the burning detection and solubility detection of cat's claw corresponding to each conventional planting site are performed at each detection interval duration. After each detection interval duration, the detection interval duration of the burning detection and solubility detection of cat's claw corresponding to each conventional planting site is changed. The burning residual inorganic matter content and acid-insoluble inorganic matter content of cat's claw corresponding to each conventional planting site under each change of the detection interval duration are monitored. The ash content data of cat's claw corresponding to each conventional planting site are collected. When the total ash content of cat's claw corresponding to each conventional planting site is greater than the preset total ash content of cat's claw, the test is terminated.

6. The detection system for cat's claw products according to claim 1, characterized in that: The mildew detection of cat's claw corresponding to each conventional planting site is carried out, and the specific detection process is as follows: First, corresponding inspections are carried out on each conventional planting site. The soil corresponding to each conventional planting site is collected and then observed. The moisture corresponding to each conventional planting site is extracted using a moisture sensor. Secondly, the soil collected from each conventional planting site is mixed with sterile water, and ultrasonic equipment is used to shake off the mold spores in each conventional planting site, and the amount of mold spores corresponding to each conventional planting site is extracted, thereby completing the moldy detection of cat's claw grass corresponding to each conventional planting site.

7. A detection system for cat's claw products according to claim 8, characterized in that: The analysis obtained the mapping relationship between each conventional planting site and cat's claw and the moldy state. The specific analysis process is as follows: Based on the extracted moisture and mold spore counts corresponding to each conventional planting site, the test duration for each interval and the amount of cat's claw grass at each content are preset, and then the mold test of the cat's claw grass at each content corresponding to each conventional planting site is performed. After the preset test duration for each interval, the amount of cat's claw grass corresponding to each conventional planting site is adjusted, and the state portraits corresponding to each cat's claw grass after each content adjustment are monitored. If mold appears in the grass body in the state portrait of cat's claw grass after a certain content adjustment, the content is marked, and the test is continued according to the set content level to obtain the state portraits corresponding to each content of cat's claw grass. The mold coverage area is extracted from the state portraits corresponding to each content of cat's claw grass, and the mold coverage area is sorted in order from large to small. The positive mapping between cat's claw grass mildew and the soil content of the planting site is obtained by association, and the mildew mapping relationship value ε of cat's claw grass corresponding to each conventional planting site is obtained based on the forward mapping characteristics of moisture and mold spores between cat's claw grass mildew and the soil content of the planting site. c , thereby obtaining the mold mapping relationship between each conventional planting site and cat's claw grass.

8. A detection system for cat's claw products according to claim 9, characterized in that: The analysis obtained the cultivation quality of cat's claw corresponding to each conventional planting site. The specific analysis process is as follows: The ash data and mildew mapping relationship values ​​of the cat's claw corresponding to each conventional planting site are imported into the cat's claw product quality evaluation model, and then the cultivation quality value of the cat's claw corresponding to each conventional planting site is evaluated. If the cultivation quality value of the cat's claw corresponding to a conventional planting site is -1, it is judged that the quality of the cat's claw corresponding to the conventional planting site is unqualified and does not meet the cultivation standards for the manufacturing product requirements of the cat's claw corresponding to the conventional planting site. If the cultivation quality value of the cat's claw corresponding to a conventional planting site is 1, it is judged that the quality of the cat's claw corresponding to the conventional planting site is compliant and meets the cultivation standards for the manufacturing product requirements of the cat's claw corresponding to the conventional planting site. The cultivation quality of the cat's claw corresponding to each conventional planting site is obtained through this analysis.

9. A detection system for cat's claw products according to claim 8, characterized in that: The evaluation obtains the cultivation quality value of cat's claw corresponding to each conventional planting site. The specific evaluation process is as follows: Through the Cat's Claw product quality assessment model: where β c is the cultivation quality value of cat's claw grass corresponding to the cth conventional planting site, c is the number of each conventional planting site, c = 1, 2, ..., ..., d, d is any integer greater than 2, α′ is the set reference ash data, ε′ is the set reference mildew mapping relationship value, α c is the ash content data of cat's claw corresponding to the cth conventional planting site, ε c is the mildew mapping relationship value of cat’s claw corresponding to the cth conventional planting site, and λ is the set reference cultivation quality coefficient.

10. A detection method for executing the detection system of the cat's claw product according to any one of claims 1 to 9, characterized in that: include: S1. Preliminary detection of cat's claw: Detect the cat's claw corresponding to each planting site, analyze the activity status of the cat's claw corresponding to each planting site, and classify each planting site into problem planting sites and regular planting sites based on the activity status of the cat's claw; S2. Cat's Claw Testing: Testing and analyzing the cat's claw corresponding to each problematic planting site and each conventional planting site yields correlation mappings between each problematic planting site and unqualified cat's claw ingredients, as well as problem adjustment methods. Furthermore, a mapping relationship between each conventional planting site and cat's claw moldiness is obtained. S3. Cat's Claw Detection and Analysis: Based on the ash content data and mold mapping relationship values ​​of the cat's claw corresponding to each conventional planting site, the cultivation quality of the cat's claw corresponding to each conventional planting site is analyzed; S4. Early warning: When the activity state of cat's claw corresponding to a certain planting site is unqualified or the quality of cat's claw corresponding to a certain conventional planting site is unqualified, an early warning will be issued.

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