CN111047172A - Wine quality inspection and test information system based on modular analysis technology - Google Patents
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Abstract
The invention provides a wine quality inspection and test information system based on a modular analysis technology, which can meet the requirement of full-process electronization, and can meet various special requirements (such as requirements of flowing wine samples, asynchronous detection and the like) due to the use of a more flexible configuration library. Compared with a universal LIMS platform in the food industry, the platform hierarchically breaks a system into function points with sub-modules as units through a modular analysis technology so as to meet complex requirements, improve the project range of configurable and operational wine inspection and test projects, improve the working efficiency of an inspection and test center and reduce the production cost; the system can predefine partial detection schemes through the configuration of different standards and different processes, only needs to select a specified scheme when checking and testing application without filling paper detection items and other information, is associated with main data, and selects most data only through a drop-down box without manual filling, thereby standardizing the operation process and greatly reducing the possibility of errors.
Description
Technical Field
The invention relates to the technical field of wine quality detection, in particular to a wine quality detection and analysis information system based on a modular analysis technology.
Background
In order to ensure the quality and safety of products, wine manufacturers set up detection departments or detection centers. With the rapid development of modern information technology and the gradual promotion of laboratory informatization construction, detection departments begin to adopt LIMS systems to realize the flow control and quality control of food production detection, and through the comparison of the input of detection data and standards and the generation of detection reports, important links of problems are found in time, so that the food safety production detection efficiency is practically improved, and the food safety detection level is directly improved.
Different from general food inspection and test, the wine inspection and test not only pays attention to the quality of finished wine samples, but also needs to carry out corresponding inspection and test on production raw materials, intermediate products produced in the production process and outsourcing packaging materials. Meanwhile, the wine inspection and testing project is not limited to the food safety aspect concerned by traditional food, and in addition to indexes such as cyanide, heavy metal, plasticizer and the like of an inspection object, detection in different modes is required for the alcoholic strength, the taste and the like of a product. In addition, liquor inspection and testing have different flows and standards for different products (such as different alcoholic strength, liquor type and liquor type), which leads to complex flow, multiple standards and multiple detection modes of liquor inspection and testing business, and meanwhile, detection items also have multiple flexible modes such as scoring and formulas, and a general LIMS system only concentrates on collecting detection data, compares the detection data with detection standards and generates a formatted template report.
Disclosure of Invention
In order to solve the technical problems in the prior art, the invention provides a wine quality inspection and test information system based on a modular analysis technology. The specific technical scheme is as follows:
a wine quality testing information system based on modular analysis techniques, the system comprising:
the main data management module is used for managing the detection basic data of the production units; wherein, the detection basic data at least comprises the information of materials, instruments, medicines and production units related in the wine production and preparation process;
the examination and test configuration module is used for configuring detection information in the examination and test process and determining an examination and test flow according to a modular analysis technology, wherein the examination and test flow comprises detection content, a used detection template and a judgment standard;
and the wine detection flow module is used for detecting the wine to be detected by combining the detection basic data in the main data management module and the detection and assay flow in the detection and assay configuration module.
In the wine quality testing information system based on the modular analysis technology, the wine detection flow module comprises:
the wine detection and inspection unit is used for selecting detection contents, detection templates and evaluation standards according to the type of the wine to be detected to form a detection and inspection unit;
the wine inspection and testing working unit is used for receiving the inspection and testing sheet, transmitting the inspection and testing sheet to relevant detection personnel, and reminding the detection personnel to perform inspection and testing work to obtain an inspection and testing work result;
and the detection result management unit is used for auditing the inspection and test work result, generating an inspection and test report and storing the inspection and test report.
In the wine quality testing information system based on the modular analysis technology, the main data management module comprises:
the ERP main data management unit is used for managing the imported ERP main data, auxiliary material main data, raw material main data, traditional Chinese medicine main data, auxiliary agent main data, packaging material main data and wine main data, wherein the auxiliary material main data, the raw material main data, the auxiliary agent main data and the wine main data are related in the wine preparation process;
the instrument management unit is used for managing the instrument category catalog and the instrument catalog;
the drug management unit is used for managing drug types and drug catalogs;
a detection type management unit for managing the detection main data type and the sample type
The stock management unit is used for managing the liquor stock;
and the production unit management unit is used for managing the production units.
In the wine quality testing and testing information system based on the modular analysis technology, the testing and testing configuration module is used for constructing:
the test standard library comprises information of all detection standards, at least standard basic information, judgment conditions and related item contents;
the detection and assay model library comprises a set of all detection models, wherein different detection models are used for adapting to different detection materials and different detection occasions;
the detection and assay flow library comprises a set of all detection flows, wherein the front and back sequence of the flows is set to adapt to asynchronous detection;
the inspection and test report library comprises all application and test orders and a template set of inspection reports, wherein a form page is configured by a user in a self-defined manner;
and the test item library comprises all detection items and a detection group formed by combining a plurality of detection items according to a preset rule.
In the wine quality testing information system based on the modular analysis technology, the testing model contained in the testing model library at least comprises the following components: an evaluation model, a scoring model and a formula model;
the comment content of the evaluation model is set as self-defined comment content by a user; the scoring model performs scoring evaluation by setting score intervals of different grades by a user; and the formula model carries out formula calculation according to the user-defined formula content and parameters preset by a user.
The technical scheme of the invention has the following main advantages:
the wine quality inspection and test information system based on the modular analysis technology, provided by the invention, has the advantages that in order to process complicated and changeable scene requirements, the system is divided into a plurality of manageable modules which are graded layer by layer, and a configuration library with high flexibility is provided, so that various special requirements (such as requirements of wine sample circulation, asynchronous detection and the like) can be met. Compared with a LIMS platform which is universal in the food industry, the platform improves the project range of configurable and operational wine inspection and test projects, improves the working efficiency of an inspection and test center and reduces the production cost; the system can predefine partial schemes by configuring different standards and different flows, only needs to select a specified scheme when checking and testing application without filling paper detection items and other information, is associated with main data, and selects most data only through a drop-down box without manual filling, thereby standardizing the operation flow, meeting the requirement of full-flow electronization and greatly reducing the possibility of errors.
Drawings
The invention will be further described with reference to the accompanying drawings and examples, in which:
FIG. 1 is a schematic structural diagram of a wine quality testing and testing information system based on a modular analysis technology provided by the invention.
FIG. 2 is a logic diagram of a wine quality testing and testing information system based on the modular analysis technology provided by the invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be clearly and completely described below with reference to the specific embodiments of the present invention and the accompanying drawings. It is to be understood that the described embodiments are merely a few embodiments of the invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments of the present invention without making any creative effort, shall fall within the protection scope of the present invention.
The technical scheme provided by the embodiment of the invention is described in detail below with reference to the accompanying drawings.
In the wine food safety inspection and test, various indexes such as sense, physicochemical and food safety need to be tested by different methods, for example, a wine taster performs quantitative grading judgment on aspects such as appearance, aroma and taste of a wine sample, a raw material and auxiliary material inspector performs subjective qualitative judgment on wine brewing raw materials, auxiliary materials and the like, and a physicochemical index and a food safety laboratory use instruments to perform measurement and calculation of specific item values. The traditional LIMS only supports the input and calculation of quantitative values, cannot cover all detection scenes, cannot meet the diversified requirements of different wine inspection and testing projects, and leads a detection center to be only used by physicochemical and food safety departments after purchasing and installing the LIMS, and other departments must input the values in a manual input mode, so that a paper detection report can be generated only in a manual mode after the detection process is finished.
In addition, different detection items are automatically selected by a winery according to different types of wines and types of wines, different detection modes and detection standards are applied, judgment is carried out after detection is finished, and a detection report is generated.
As shown in fig. 1 and 2, the wine quality testing information system based on the modular analysis technology according to the present invention includes:
a master data management module 110, configured to manage detection basic data of a production unit; wherein, the detection basic data at least comprises the information of materials, instruments, medicines and production units related in the wine production and preparation process;
an examination and test configuration module 120, configured to configure detection information during an examination and test process, and determine an examination and test flow, where the examination and test flow includes detection content, a used detection template, and a judgment standard;
and the wine detection flow module 130 is used for detecting the wine to be detected by combining the detection basic data in the main data management module and the detection and assay flow in the detection and assay configuration module.
In the invention, a user completes the detection schemes corresponding to different samples to be detected and the presetting of the judgment standard and the input mode of each detection item by configuring the information in the detection and assay standard library, the detection and assay model library and the detection and assay item library. The functions of the wine detection flow module can be realized highly flexibly through a modularized configuration mode.
Furthermore, by embedding the rich text editor in the page, a user can directly draw a form template in the page of the testing configuration library, and the system automatically corrects the error and converts the form template into a form entry page code used in the wine detection flow module, so that the flexibility of the system detection flow on the used form template is improved, the subsequent optimization cost of the system is reduced, and the influence of misoperation of the user is effectively reduced.
In the wine quality testing information system based on the modular analysis technology of the present invention, the wine detection flow module 130 includes:
and the liquor detection and inspection unit 131 is used for selecting detection contents, detection templates and evaluation standards according to the type of the liquor to be detected to form a detection and inspection list.
The wine inspection and testing working unit 132 is used for receiving the inspection and testing form, transmitting the inspection and testing form to relevant detection personnel, and reminding the detection personnel to perform inspection and testing work to obtain an inspection and testing work result;
and a detection result management unit 133, configured to audit the inspection and test work result, generate an inspection and test report, and store the inspection and test report.
In the wine quality testing information system based on the modular analysis technology of the present invention, the main data management module 110 includes:
an ERP master data management unit 111 for managing the imported ERP master data, the auxiliary material master data, the raw material master data, the Chinese medicinal material master data, the auxiliary agent master data, the packaging material master data, and the liquor master data, which are related in the liquor preparation process;
an instrument management unit 112 for managing the instrument category list and the instrument list;
a drug management unit 113 for managing drug types and drug catalogs;
a test type management unit 114 for managing a test main data type and a sample type
An inventory management unit 115 for managing an alcoholic beverage inventory;
a production unit management unit 116, configured to manage production units.
In the wine quality testing and testing information system based on the modular analysis technology, the testing and testing configuration module 120 is used for constructing:
and the examination standard library comprises standard basic information, judgment conditions and related project contents.
The inspection and test standard library is used for maintaining inspection and test standards, and each set of detection standard comprises self standard information, additional condition group information and judgment standard information of each detection item. In the determination, the acquired application information is used for preferentially determining the additional condition group, and different determination standards are executed on the data of each detection item on the premise of meeting the conditions, for example, the physicochemical index is qualified in the range of more than A and less than B for the wine sample with the alcohol content of 40 degrees or less, and the physicochemical index is qualified in the range of more than B and less than C for the wine sample with the alcohol content of 40 to 50 degrees or less.
A test model library containing a collection of all test models; wherein, different detection models are used for adapting to different detection materials and different detection occasions.
The test model library is used for maintaining a mode of inputting a detection result, namely a detection model, and the mode of inputting each detection item by a user in the model library can be divided into an evaluation model, a scoring model and a formula model, so that common detection input requirements can be met. The evaluation model is a fixed comment of the user on the detection items, such as 'clear color', 'turbid color with sediment'. The scoring model is used for setting a score interval and a corresponding grade of each item for the user, for example, a score interval 0-5 of a certain item is preset to be a priority grade, a score interval 5-10 of the certain item is preset to be a special grade, and the user can freely select the score when inputting the item. The formula model is calculation logic and related parameters of each item set by a user, wherein the data in the formula are obtained by manual input, instrument reading, multiple average values, table look-up corresponding values and the like, and the method covers most result values on the market. For the result, the digital system is reserved to support user-defined presetting, and the formula picture also supports the user to use the function of a formula editor in the system to draw a picture with a standard format. And when the user logs in the future, the system calculates according to the user preset and obtains a result.
The detection and test process library comprises a set of all detection processes, wherein different detection processes are used for different types of samples to be detected, detection steps are preset by a user, and the functions of determining in which sequence the samples flow through which departments, whether secondary coding encryption is needed or not and the like are determined;
the inspection and test report library comprises a set of all inspection applying forms and preset detection report templates, wherein a user generates a form template page suitable for different samples to be tested by drawing a form template;
the test report library contains test item management and form template management. The user first presets the contents of the cells that are desired to appear on the form and the way they are filled in, for example: the 'level' item is in the form of single selection, and A, B, C three options are set; the 'sample sender' item adopts a manual input form, and only one horizontal line to be filled in is displayed; the "check content" item takes the form of multiple selections, and D, E, F are provided for checking.
After the contents are finished, the user carries out style drawing on the table drawing page, and as the system meets the function of generating the corresponding page code by drawing the table style by using the rich text editor, the user can generate the corresponding page code only by drawing the table and selecting the item of each cell, and the corresponding page code is called in the subsequent detection flow.
Optionally, in the embodiment of the present invention, the rich text editor further supports directly copying the existing table content from the Word file and pasting the table content into the drawing area, which greatly facilitates the operation of the user for entering the table template.
And the test item library comprises all detection items and a detection group formed by combining a plurality of detection items according to a preset rule.
In order to solve diversified detection scenes in practical application and improve the flexibility and expandability of the system, the system performs functional splitting on the content related to the detection flow through a modularization idea. The testing and testing configuration module embodies the idea that the setting of the sub-function libraries in the testing and testing configuration module are not interfered with each other and are mutually associated in the detection process, so that the content of each link in the process can be independently configured. When each detection is initiated, a user only needs to select the required option in each related library according to the characteristics of the sample to be detected, and one self-defined detection flow can be completed.
Optionally, in the embodiment of the present invention, a preset detection scheme is further supported, and a default flow is automatically matched when a conventional detection flow is initiated, so that repeated operations are not required.
The beneficial effects of the wine quality testing information system based on the modular analysis technology provided by the embodiment of the invention are explained as follows:
the wine quality inspection and test information system based on the modular analysis technology can comprehensively cover various detection methods of different wines to be detected by adopting the inspection and test configuration library module which is configurable in the whole process. Compared with a universal LIMS platform in the food industry, the platform improves the project scope of configurable and operational wine inspection and test projects, improves the work efficiency of an inspection and test center, and reduces the production cost.
In addition, in the first aspect, part of the scheme can be predefined, and a default form style, an entry format, a qualification mode, detection contents and the like can be generated according to a preset scheme for different samples to be detected when the examination and assay application is carried out. The configuration function greatly improves the efficiency of detection and entry, can meet a large amount of detection requirements in a production line, and saves the entry time. In the second aspect, a large number of return operations are provided, which can be well adapted to the age and computer utilization level of the user in the actual application scene. The system provides functions of returning, restarting and changing the whole process aiming at the user characteristic of error proneness of input and system use, provides a plurality of result approval operations in the process, and continuously improves the data accuracy. In a third aspect, a large number of leading edge technology components are integrated, with a high degree of scalability. The system provides a configuration library covering comprehensively, so that the application range of the system is wider, the system can adapt to various wine detection environments, has great expansion potential, and can radiate the application scene to other industries of the same type only by simple modification of technicians in the future.
It is noted that, in this document, relational terms such as "first" and "second," and the like, may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions.
Finally, it should be noted that: while the present invention has been described with reference to the embodiments shown in the drawings, the present invention is not limited to the embodiments, which are illustrative and not restrictive, and it will be apparent to those skilled in the art that various changes and modifications can be made therein without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (5)
1. A wine quality inspection and testing information system based on modular analysis technology, characterized in that the system comprises:
the main data management module is used for managing the detection basic data of the production units; wherein, the detection basic data at least comprises the information of materials, instruments, medicines and production units related in the wine production and preparation process;
the examination and test configuration module is used for configuring detection information in the examination and test process and determining an examination and test flow according to a modular analysis technology, wherein the examination and test flow comprises detection content, a used detection template and a judgment standard;
and the wine detection flow module is used for detecting the wine to be detected by combining the detection basic data in the main data management module and the detection and assay flow in the detection and assay configuration module.
2. The wine quality testing information system based on modular analysis technology of claim 1, wherein the wine detection flow module comprises:
the wine detection and inspection unit is used for selecting detection contents, detection templates and evaluation standards according to the type of the wine to be detected to form a detection and inspection unit;
the wine inspection and testing working unit is used for receiving the inspection and testing sheet, transmitting the inspection and testing sheet to relevant detection personnel, and reminding the detection personnel to perform inspection and testing work to obtain an inspection and testing work result;
and the detection result management unit is used for auditing the inspection and test work result, generating an inspection and test report and storing the inspection and test report.
3. The wine quality testing information system based on modular analysis technology of claim 1, wherein the master data management module comprises:
the ERP main data management unit is used for managing the imported ERP main data, auxiliary material main data, raw material main data, traditional Chinese medicine main data, auxiliary agent main data, packaging material main data and wine main data, wherein the auxiliary material main data, the raw material main data, the auxiliary agent main data and the wine main data are related in the wine preparation process;
the instrument management unit is used for managing the instrument category catalog and the instrument catalog;
the drug management unit is used for managing drug types and drug catalogs;
a detection type management unit for managing the detection main data type and the sample type
The stock management unit is used for managing the liquor stock;
and the production unit management unit is used for managing the production units.
4. The wine quality testing information system based on modular analysis technology of claim 1, wherein the testing configuration module is configured to construct:
the test standard library comprises information of all detection standards, at least standard basic information, judgment conditions and related item contents;
the detection and assay model library comprises a set of all detection models, wherein different detection models are used for adapting to different detection materials and different detection occasions;
the detection flow library comprises a set of all detection flows; wherein, the front and back sequence of the flow is set for adapting asynchronous detection;
the inspection and test report library comprises all application and test orders and a template set of inspection reports, wherein a form page is configured by a user in a self-defined manner;
and the test item library comprises all detection items and a detection group formed by combining a plurality of detection items according to a preset rule.
5. The wine quality testing information system based on modular analysis technology of claim 4, wherein the testing models contained in the testing model library at least comprise: an evaluation model, a scoring model and a formula model;
the comment content of the evaluation model is set as self-defined comment content by a user; the scoring model performs scoring evaluation by setting score intervals of different grades by a user; and the formula model carries out formula calculation according to the user-defined formula content and parameters preset by a user.
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