CN115374242A - Self-defined field and template low-code system for unstructured compound identity order - Google Patents

Self-defined field and template low-code system for unstructured compound identity order Download PDF

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CN115374242A
CN115374242A CN202111664799.0A CN202111664799A CN115374242A CN 115374242 A CN115374242 A CN 115374242A CN 202111664799 A CN202111664799 A CN 202111664799A CN 115374242 A CN115374242 A CN 115374242A
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module
field
contract
custom
self
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盛振华
曹迪
李东欣
黄美辉
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Hangzhou Jiantest Technology Co ltd
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Hangzhou Jiantest Technology Co ltd
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    • G06—COMPUTING; CALCULATING OR COUNTING
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    • G06Q50/10—Services
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Abstract

The invention relates to the field of production management, in particular to a low-code system for custom fields and templates of unstructured compound identity orders. The system comprises a contract self-defining module and a contract template exporting module, wherein the contract self-defining module comprises a self-defining field structure module and a self-defining field value module which are used for extracting and analyzing unstructured data; the contract template exporting module comprises an order definition field module and a module style converting module, and is used for matching a field structure in the analyzed non-structural data with a field value, setting a contract order style and then selecting a text format for output. The non-structural information input mode can be used for mining the potential value in the information to the maximum extent, improving the information acquisition and processing speed by widening the information recording mode, better realizing the data mining and the data diversity, and providing a more accurate information processing mode for enterprises.

Description

Self-defined field and template low-code system for unstructured compound identity order
Technical Field
The invention relates to the field of production management, and the IPC classification number is as follows: G06Q30/06, in particular to a low code system of custom fields and templates for unstructured compound identity orders.
Background
The contract orders are important media required by enterprises for industrialized production management, and are also data connection modes for communication of all production stages of the enterprises, multidirectional production management data are related in the contract orders, such as quotes and product quantity, and comprehensive operation management and intelligent drawing of the contract orders cannot be carried out in the production process.
Patent CN201811557630 provides a system and a method for fusion management of contracts, which integrate each process involved in the contract formulation and the use process, and perform a linkage operation of the processes, so as to implement a comprehensive management mode of the contracts through the cooperation operation of each step, but this patent only describes which modules should be added for management about the contracts and a transmission path of information, and does not relate to a specific data acquisition and processing process and optimization of the processing process, and although a management module related to the contracts is added, the efficiency of development and maintenance of the system is not really optimized, but the load capacity of the system is not convenient for later maintenance and optimization.
Patent CN201810548344 provides a data processing system, method and device based on a graph database, which performs a processing mode of a related subsystem of a graph structure and relation graph data by obtaining a processing result of the graph structure data in the database, thereby quickly finding out the relation data correlated with the graph structure data and improving the retrieval speed of the data.
Therefore, there is a need to provide a custom field and template low code system for unstructured compound identity orders, which addresses the problems of the above-mentioned patents.
Disclosure of Invention
Aiming at the problems, the invention provides a self-defined field and template low-code system facing to an unstructured compound contract order, which specifically comprises a contract self-defined module and a contract template exporting module, wherein:
the contract self-defining module comprises a self-defining field structure module and a self-defining field value module, and is used for extracting and analyzing unstructured data;
the contract template exporting module comprises an order definition field module and a module style converting module, and is used for matching a field structure in the analyzed non-structural data with a field value, setting a contract order style and then selecting a text format for output.
Specifically, the contract self-defining module and the contract template exporting module belong to a universal setting module.
Preferably, the unstructured data is acquired by performing custom point-burying design at a system-specific information input position, and the specific acquisition method comprises the following steps:
s1, storing collected unstructured data into a database, and defining a file path for storing the data;
s2, extracting and storing field characteristics in a custom field value module;
s3, screening field characteristic types by defining character strings in a custom field structure module;
and S4, performing relevance optimization and similarity optimization on the processed fields according to the processed fields obtained by the custom field value and the custom field structure.
Preferably, the relevance optimization is to perform post-processing on the processed fields through semantic calculation, and the semantic calculation adds a syntax logic judgment algorithm to the processed fields to form the relevance fields.
Specifically, the field is spliced by performing the consistency combination of the processed fields through the grammar logic judgment algorithm, so that the problems that the processed fields after direct splicing cannot be read and the semantics are not consistent are solved.
Preferably, the syntax logic judgment algorithm adds the corresponding parts of speech to the processed fields and performs grammar-based ordering on the corresponding parts of speech.
Specifically, whether the corresponding part-of-speech combinations accord with a conventional grammar mode or not is judged through grammar sequencing, and if not, automatic correction is carried out, so that the flow and integrity of the processed fields are realized.
Preferably, the self-defined field structure module stores the data of the self-defined field structure in the structure attached table by establishing the structure attached table and the key of the structure attached table.
Specifically, the number of the structure attached tables is multiple, and the multiple structure attached tables are split according to the self-defined field attribute.
Preferably, the self-defined field value module is configured to connect the field value external key and the structure attached table by establishing the field value attached table and the field value external key, so as to perform information association between the field value attached table and the structure attached table.
Preferably, a form id path and an assigned id path are established in the structure attached table, the structure attached table is independently arranged into a calling form, and the calling of the associated fields is performed by querying the calling form.
Preferably, the order definition field module is used for classifying the associated fields by establishing attribute tags based on the associated fields, and the custom fields are positioned and deployed in the contract orders according to the attribute tags.
Specifically, the associated field may be converted into a string format, and the attribute-tag-based segmentation of the management field may be performed on the basis of the string format, so as to improve the processing efficiency of the associated field.
Preferably, the contract self-defining module and the contract template exporting module are constructed based on a low code system, wherein the low code system is used for constructing a system function framework at first, establishing a demand node in the function framework, performing logic encapsulation and multiplexing on a bottom layer program required by each demand stage, integrating the whole functions of the system, and modifying the io interface in a single demand node, thereby modifying the corresponding functions of the system.
Specifically, by constructing a low-code system, the overall construction and optimization efficiency of the system is improved, secondary development and use of a subsequent system are facilitated, and meanwhile, system functionality can be directly modified by carrying out module replacement testing when new functions are added, and the overall body-level framework of the system does not need to be changed.
Preferably, the low-code system is based on a full-process industrial interconnection system and is used for performing full-process integration operation of offline entities and online data by establishing unstructured compound order.
Specifically, the whole-process industry interconnection system further comprises a sales center module, a sku and quotation management module, a financial management module, a sample management module, an order management module and a work order management module.
Compared with the prior art, the invention has the beneficial effects that:
(1) Because the existing enterprise production management system generally adopts the unified acquisition and input of structured data, a large amount of other data can be involved in the information input process, so that the data acquisition is incomplete, and even the situation of the error input of important information occurs.
(2) On the basis of the step (1), the unstructured data processing of the invention carries out a processing mode based on the self-defined field structure and the self-defined field value on the acquired data, and simultaneously searches and extracts a plurality of self-defined fields by increasing the connection mode of a plurality of tables and field structures, so as to classify the acquired unstructured information into the self-defined attributes and improve the use range of the whole system.
(3) On the basis of the step (2), the self-defined field structure combines the classification of the data with the rule matching, and performs semantic calculation and analysis based on grammar judgment, so that the content in the data is better understood, the unstructured data has the advantage of high processing speed, and meanwhile, the contained information is more than that of the structured data, but the unstructured data has the problems of extraction dispersion, high data noise and poor field extraction usability.
(4) On the basis of the step (3), the invention generates the standardized order from the extracted data, specifically includes the pdf style module and other order formats for standardized output, thereby facilitating the subsequent call of other modules in the industrial interconnected system and realizing the full-process management of the industrial interconnected system.
(5) On the basis of the above (1) - (4), the low-code system provided by the invention packages and multiplexes each functional module by establishing the demand framework, perfects the functional combination of the demand framework by calling the package module, realizes the high-efficiency system construction and optimization, realizes the code simplification, improves the system background maintenance efficiency, is beneficial to the efficient management of contract orders, and improves the data utilization rate and code reusability.
Drawings
FIG. 1 is a flow diagram of a custom field and template low code system for unstructured compound identity orders;
FIG. 2 is a block diagram of an industry interconnection system involving a custom field and template low code system for unstructured compound agreement orders;
FIG. 3 is a flow chart of a syntax logic determination algorithm determination in the relevance optimization of the processed fields.
Detailed Description
Example (b):
the embodiment provides a self-defined field and template low-code system facing to an unstructured compound contract order, which specifically comprises a contract self-defined module and a contract template exporting module, wherein the self-defined field structure module is used for storing and analyzing the field name, the field type and whether the field name, the field type and the option are necessary to be filled; the self-defined field value module is used for storing and analyzing the value of each field; the order definition field module is used for storing which custom fields are on the contract order and the position of the fields; the contract self-defining module and the contract template exporting module both belong to the order operation module.
The general setting module also comprises a subsidiary company setting, a basic information setting, a resource invalidity setting, a switch setting, a trust supplier, an order business type, a list reminding setting, a quotation export setting, a mail management, a lims (laboratory information management system) push setting, a special control application and a summary; the contract self-defining setting is set through the template type and is used for template self-defining of contracts, orders, samples and projects, the contract template exporting module exports self-defined contracts, orders, samples and project files in the contract self-defining module, and the module related to the contract template exporting module is set through the contract self-defining module and is used for realizing the operation mode of mutual cooperation among the modules on the basis of self-defined fields and templates and improving the office efficiency of enterprises.
The similarity optimization aims at the fields with the same meaning but different expressions to carry out deep semantic understanding, and related fields, such as related fields with similar field meaning, are searched by establishing a semantic library and a self-adaptive training model and are simultaneously extracted, so that the searching direction and the utilization rate of data are improved.
In one embodiment, the specific determination method in the syntax logic determination algorithm is as follows:
a1, establishing part-of-speech of a field after part-of-speech classification library matching processing;
a2, sorting and carding the processed field information according to the corresponding part of speech and a fixed grammar rule;
and A3, outputting the field information after sorting and combing as an associated field.
The low-code system is used as an operation framework for simplifying back-end development and maintenance, a traditional text type compiling mode is converted into a graphical programming language, and a system function framework is established, required nodes are modified, and test results and operation data are checked in real time to improve the system development efficiency.

Claims (10)

1. The low-code system for the custom fields and the templates of the unstructured compound common orders is characterized by specifically comprising a contract custom module and a contract template exporting module, wherein:
the contract self-defining module comprises a self-defining field structure module and a self-defining field value module, and is used for extracting and analyzing unstructured data;
the contract template exporting module comprises an order definition field module and a module style converting module, and is used for matching a field structure in the analyzed non-structural data with a field value, setting a contract order style and then selecting a text format for output.
2. The system of claim 1, wherein the unstructured data is collected by performing custom buried point design at a system specific information input location, and the specific collection method comprises:
s1, storing collected unstructured data into a database, and defining a file path for storing the data;
s2, extracting and storing field characteristics in a custom field value module;
s3, screening field characteristic types by defining character strings in a custom field structure module;
and S4, performing relevance optimization and similarity optimization on the processed fields according to the user-defined field values and the processed fields obtained by the user-defined field structure.
3. The system of claim 2, wherein the correlation optimization is performed by post-processing the processed fields by semantic computation, and the semantic computation adds a syntax logic judgment algorithm to the processed fields to form the correlation fields.
4. The unstructured compound agreement order oriented custom field and template low code system of claim 3, wherein the grammar logic decision algorithm adds corresponding parts of speech to the processed fields and sorts the corresponding parts of speech based on grammar.
5. The system of claim 1 or 2, wherein the custom field structure module stores custom field structure data in the structure attached table by establishing keys of the structure attached table and the structure attached table.
6. The system of claim 1 or 2, wherein the custom field value module is configured to link the field value foreign key to the structure foreign key by establishing a field value subsidiary table and a field value foreign key, so as to associate the field value subsidiary table with the structure foreign key.
7. The system of claim 6, wherein a form id and a designated id path are established in the structural attached table, the structural attached table is separately arranged into a call form, and the call of the associated field is performed by querying the call form.
8. The system of claim 1, wherein the order definition field module is configured to classify the associated fields by establishing attribute tags based on the associated fields, and wherein the custom fields are deployed in the contract order according to the attribute tags.
9. The low-code system for the custom fields and the templates of the unstructured compound contract orders according to claim 1, is characterized in that the contract custom module and the contract template exporting module are constructed based on a low-code system, wherein the low-code system firstly constructs a system function framework, establishes demand nodes in the function framework, logically packages and multiplexes bottom programs required in various demand stages, integrates the whole functions of the system, and modifies an io interface in a single demand node, thereby modifying the corresponding functions of the system.
10. The unstructured compound identity order oriented custom field and template low code system of claim 9, wherein the low code system is based on a full flow industry interconnect system for full flow integration of offline entities with online data by building unstructured compound identity orders.
CN202111664799.0A 2021-12-31 2021-12-31 Self-defined field and template low-code system for unstructured compound identity order Pending CN115374242A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN116308635A (en) * 2023-02-23 2023-06-23 广州快塑电子科技有限公司 Plasticizing industry quotation structuring method, device, equipment and storage medium

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN116308635A (en) * 2023-02-23 2023-06-23 广州快塑电子科技有限公司 Plasticizing industry quotation structuring method, device, equipment and storage medium
CN116308635B (en) * 2023-02-23 2023-09-29 广州快塑电子科技有限公司 Plasticizing industry quotation structuring method, device, equipment and storage medium

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