CN109491800B - File pushing system and file pushing method based on product structure - Google Patents
File pushing system and file pushing method based on product structure Download PDFInfo
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Abstract
The invention belongs to the technical field of file filing management, and particularly relates to a product structure-based file pushing system and a product structure-based file pushing method. The file pushing system comprises a directory service module, a finished object submitting module, a resource matching module, an online filing module and a product-oriented file service module, wherein the direct association between a product and a file is realized by taking a product target as a task finished object of a development task, hooking an electronic file of the development task and filing the electronic file on line, and the fixed-point pushing of the file is further realized by the product-oriented file service module. The invention further advances the service performance of the file by utilizing the association of the product and the file, and has promotion effect on the filing of the product and the utilization of the file.
Description
Technical Field
The invention belongs to the technical field of file filing management, and particularly relates to a product structure-based file pushing system and a product structure-based file pushing method.
Background
The file is the most real, reliable, most authoritative and creditable information, is directly formed in social activities by national organs, social organizations or individuals in the past, and is stored as a history record to be checked by characters, images, sounds and other recording modes and file materials of various carriers. With the popularization of networks, files are gradually transformed into electronic and information, and the traditional file borrowing mode is gradually replaced by personalized and intelligent services of files. Common file service methods include file query and file push.
File push is a file service process S, usually denoted S (F, U, S (C)), that exists between file F and user U, and that forms a specific push rule C by analyzing user requirements. The archive pushing system generally comprises four modules of security authentication, storage, retrieval and archive pushing shown in fig. 1: the safety certification mainly realizes the functions of user information confirmation, user operation record and the like, and ensures the privacy of the file; the storage is mainly used for effectively storing archive information resources in time according to relevant standards and systems; the retrieval is a window for opening various retrieval for a user; the file pushing is an intelligent service for realizing personnel file matching by analyzing operation behaviors. Due to the privacy of the files, the mainstream file push system still takes active retrieval and retrieval ordering as the main part.
The typical archive in the prior art mainly comprises: the electronic system for managing the American national archives, the digital archives center owned by the British national archives, the Russian public archives database and the like. The system can supervise the security state of the archive file in real time when the archive file is transmitted through a network channel, but the service performance of the archive file is poor; the British digital archive center takes the government as a service object, mainly focuses on the collection and analysis of archive data and provides decision-making service for the government; russian files are mainly shared by file databases, and public file data databases are used for providing search query services for people. In recent years, works such as file electronization, file online query, borrowing and the like are developed in China, and a file query system adopting a direct retrieval mode is provided, and keywords are pushed according to retrieval behaviors on the basis. At present, electronic archives are generally applied to the fields of education, medical treatment, social livelihood and the like.
In the aspect of industrial file utilization, paper files and electronic files coexist, and electronic file application mainly takes inquiry and borrowing as main points. As shown in fig. 2, in industrial production, products, tasks, documents and archives are relatively independent systems, and product production and designers need to manually query and apply for archive services according to related products.
The existing archive library takes a man-made service object and a file search query as a main technical means, and the pushing of the files depends heavily on the click rate and the query frequency of a user. In the industrial field, the archive application is mainly used for inquiring, no direct association relation exists between design files and quality files, the filing difficulty is high, the inquiring and borrowing operations are complicated, the archive mainly reflects the recording function, and the serviceability is poor.
Disclosure of Invention
The technical problems to be solved by the invention are as follows: a file pushing system and a file pushing method based on a product structure are provided, which have good service performance and can realize 'fixed point' file pushing service according to the product structure.
The technical scheme of the invention is as follows:
a product structure-based archive pushing system comprises a catalog service module, a finished item submitting module, a resource matching module, an online filing module and a product-oriented archive service module. The target service module is arranged in a product library, and the directory service module provides a product structure tree as a 'fixed point' service object of the file pushing system; the finished object submitting module is arranged in the task library and is associated with the product by issuing research and production tasks; the resource matching module is arranged in the file library and provides matched electronic files for research, test and production tasks; the online filing module is arranged in the archive library and realizes the direct filing of the electronic files; the product-oriented archive service module provides fixed-point archive pushing for the product by being associated with the catalog service module, the finished object submitting module, the resource matching module and the online archiving module.
As a preferable scheme: in the catalog service module and the finished product submitting module, the product structure provides catalog service for the development task, and the development task takes the product as the finished product to submit and accept, namely the product target is taken as the task finished product of the development task.
As a preferable scheme: and in the finished object submitting module and the resource matching module, hanging the electronic file through a development task to realize the resource matching service of the electronic file.
As a preferable scheme: and in the resource matching module and the online filing module, the electronic file is classified into a file through online filing.
As a preferable scheme: in the product-oriented archive service module, the product-oriented archive service module records the relation among the catalog service module, the finished object submitting module, the resource matching module and the online archiving module, analyzes the user attribute and the user behavior and realizes archive pushing based on the product structure.
A archive pushing method based on a product structure comprises the following steps:
constructing a product structure tree of a product in a product library, confirming and solidifying the structure of the product and the attribute information of each structure point through an approval process, and using the points on each solidified product structure tree as target points by a directory service module to provide corresponding directory services for a task library, a file library and an archive library;
when a task is developed in a task library, a product target is taken as a task completion object of the development task, the product is called as a target point to issue a task, attribute information corresponding to the product is hung by the issued task, and finally the product is checked and accepted by the completion object of the task and finally submitted to the warehouse;
in the development process, the required electronic files and the generated electronic files are integrated through a resource matching module, the integration mode is that a product structure tree is obtained through two steps of taking a product target as a task completing object of a development task and hooking the electronic files on the development task, integration is carried out on the structure tree from a sub node to a root node through an iteration mode, and meanwhile, the product and the matching files of all sub structures are obtained;
electronic files in the file library form preset volume items through an electronic file online filing step, and are finally classified into archive files through an online filing module; during final filing, different files in the file library can be classified into files of different types, but the files can still be in one-to-one correspondence with the files in the matching through the resource allocation module, and finally, the association relation among the product, the task, the file and the file library is realized through three steps of taking the product target as a task completing object of a development task, hooking an electronic file in the development task and filing the electronic file on line.
As a preferable scheme: the archives realize fixed-point pushing on the products through the following steps: firstly, verifying the user attribute through security authentication to ensure the privacy of product nodes and files accessed by a user; the storage module records the service situation information when the file and the archive are generated by establishing a service situation information processing table; when the file is searched, looked up and hung, the storage module simultaneously records the service situation information during relevant operation; modeling the user, the product tree and the service context information, and constructing the affinity and sparseness relationship between the user and the product nodes; when a user carries out retrieval operation, the retrieved contents are subjected to security authentication and sorted according to the current service situation and the relation between the user and the product node, meanwhile, the storage module automatically records each retrieval process, the retrieval result set and a user click file are collated, the collation result is recorded, and the sorting parameters are changed.
As a preferable scheme: the attribute information corresponding to the product comprises key ID information, matching composition information and associated file information.
As a preferable scheme: the required electronic files comprise required design files, process files and assembly files, and the generated electronic files comprise generated quality files, product files and certification files.
As a preferable scheme: the required electronic file is obtained from the file information associated with the product by two steps of taking the product target as a task completing object of the development task and hooking the electronic file of the development task, and the generated electronic file is directly associated with the task by the step of hooking the electronic file of the development task.
The invention has the beneficial effects that:
(1) the file pushing system and the file pushing method based on the product structure can realize multi-system association of a product library, a task library, a file library and a file library, and realize the functions of hanging the product and the file, matching and inquiring the file and the fixed-point pushing service of the file to the product;
(2) the archive pushing system and the archive pushing method based on the product structure further promote the service performance of the archive by utilizing the association between the product and the archive, and have a promoting effect on the archiving of the product and the utilization of the archive.
Drawings
FIG. 1 is a diagram illustrating a conventional industrial file service;
FIG. 2 is a schematic diagram of an industrial file pushing system;
FIG. 3 is a schematic diagram of a product structure-based archive pushing system according to the present invention;
FIG. 4 is a schematic diagram of a product-oriented archive service module according to the present invention.
Detailed Description
The following describes a product structure-based archive pushing system and archive pushing method according to the present invention in detail with reference to the accompanying drawings and embodiments.
As shown in fig. 3, the archive pushing system based on the product structure of this embodiment includes five modules, namely a catalog service module, a finished item submission module, a resource matching module, an online filing module, and a product-oriented archive service module: the target service module is arranged in a product library, and the directory service module provides a product structure tree as a 'fixed point' service object of the file pushing system; the finished object submitting module is arranged in the task library and is associated with the product by issuing research and production tasks; the resource matching module is arranged in the file library and provides matched electronic files for research, test and production tasks; the online filing module is arranged in the archive library and realizes the direct filing of the electronic files; the product-oriented archive service module provides fixed-point archive pushing for the product by being associated with the catalog service module, the finished object submitting module, the resource matching module and the online archiving module.
In the catalog service module and the finished product submitting module, the product structure provides catalog service for the development task, and the development task takes the product as the finished product to submit and accept, namely the product target is taken as the task finished product of the development task. And in the finished object submitting module and the resource matching module, hanging the electronic file through a development task to realize the resource matching service of the electronic file. And in the resource matching module and the online filing module, the electronic file is classified into a file through online filing. In the product-oriented archive service module, the product-oriented archive service module records the relation among the catalog service module, the finished object submitting module, the resource matching module and the online archiving module, analyzes the user attribute and the user behavior and realizes archive pushing based on the product structure.
A archive pushing method based on product structure is disclosed, wherein the association relation among products, tasks, files and archives is as follows:
and constructing a product structure tree of the product in the product library, confirming and solidifying the structure of the product and the attribute information of each structure point through an approval process, and using the points on each solidified product structure tree as target points by the directory service module to provide corresponding directory services for the task library, the file library and the archive library.
When a task is developed in a task library, a product target is used as a task completion object of the development task, the product is called as a target point to issue a task, attribute information corresponding to the product is hung by the issued task, and finally the product is checked and accepted by the completion object of the task and finally submitted to the warehouse. In this embodiment, the attribute information corresponding to the product includes key ID information, matching composition information, file information once associated, and the like.
In the process of development, required electronic files and generated electronic files are integrated through a resource matching module, the integration mode is that a product structure tree is obtained through two steps of taking a product target as a task completing object of a development task and hooking the electronic files on the development task, integration is carried out on the structure tree from a sub node to a root node through an iteration mode, and meanwhile matching files of the product and all sub structures are obtained. In this embodiment, the required electronic file includes a required design file, a required process file, and a required assembly file, and the generated electronic file includes a generated quality file, a generated product file, and a generated certification file; the required electronic file is obtained from the file information associated with the product by two steps of taking the product target as a task completing object of the development task and hooking the electronic file of the development task, and the generated electronic file is directly associated with the task by the step of hooking the electronic file of the development task. When the required electronic file is changed, the new file is associated with the change list and the product node by two steps of taking a product target as a task completion object of a development task and hooking the electronic file of the development task, and a new file update prompt is added to all modules associated with the product node.
The electronic files in the file library form preset volume items through an electronic file online filing step, and are finally classified into archive files through an online filing module. During final filing, different files in the file library can be classified into files of different types, but the files can still be in one-to-one correspondence with the files in the matching through the resource allocation module, and finally, the association relation among the product, the task, the file and the file library is realized through three steps of taking the product target as a task completing object of a development task, hooking an electronic file in the development task and filing the electronic file on line.
In the archive pushing method based on the product structure, the 'fixed point' pushing of the archive to the product is realized by the following operations:
the method can release the product task, the task file and the file by taking the product target as a task completing object of the development task, hooking the electronic file of the development task, online filing of the electronic file and the like, and finally realize the hooking relationship between the file and the product.
Along with the accumulation of production tasks, files related to the same product node are more and more, and the requirement of production and design personnel on files cannot be met by simple sequencing or searching according to hanging time. Therefore, in the product-oriented file service module, the file service module performs fixed-point pushing on different use conditions of the same node by analyzing information such as hanging conditions, personnel attributes, file use conditions, file information and application conditions.
As shown in fig. 4, the user attributes including post, security level, authority, etc. are verified through security authentication, so as to ensure the privacy of the product node and the file accessed by the user. The storage module records files and business situation information when files are generated by establishing a business situation information processing table, wherein the business situation information comprises file states, information of personnel related to the files, task information related to the files and the like; when the file is searched, consulted and hung, the storage module records the service situation information during the relevant operation. Modeling is carried out on the user, the product tree and the service situation information, and the affinity and sparseness relationship between the user and the product node is constructed. When a user carries out retrieval operation, the retrieved contents are subjected to security authentication and sorted according to the current service situation and the relation between the user and the product node, meanwhile, the storage module automatically records each retrieval process, the retrieval result set and a user click file are collated, the collation result is recorded, and the sorting parameters are changed.
The method mainly uses the product target as a task completing object of a development task, the development task is connected with an electronic file, the electronic file is filed on line to realize direct association of the product and the file, and further realizes fixed-point pushing of the file through a product-oriented file service module. The invention further advances the service performance of the file by utilizing the association of the product and the file, and has promotion effect on the filing of the product and the utilization of the file.
Claims (5)
1. The utility model provides a archives push system based on product structure, includes catalogue service module, accomplishes thing and submits module, the supporting module of resource, on-line filing module and the archives service module towards the product which characterized in that: the catalog service module is arranged in a product library and provides a product structure tree as a 'fixed point' service object of the file pushing system; the finished object submitting module is arranged in the task library and is associated with the product by issuing research and production tasks; the resource matching module is arranged in the file library and provides matched electronic files for research, test and production tasks; the online filing module is arranged in the archive library and realizes the direct filing of the electronic files; the product-oriented archive service module provides fixed-point archive pushing for the product by being associated with the catalog service module, the finished object submitting module, the resource matching module and the online archiving module;
in the catalog service module and the finished product submitting module, the product structure provides catalog service for the development task, and the development task takes the product as the finished product to submit and accept, namely the product target is taken as the task finished product of the development task;
in the finished object submitting module and the resource matching module, an electronic file is hung through a development task to realize the resource matching service of the electronic file;
in the resource matching module and the online filing module, the electronic file is classified into a file through online filing;
in the product-oriented archive service module, the product-oriented archive service module records the relation among a catalog service module, a finished object submitting module, a resource matching module and an online archiving module, analyzes the user attribute and the user behavior and realizes archive pushing based on the product structure;
the archives realize fixed-point pushing on the products through the following operations: firstly, verifying the user attribute through security authentication to ensure the privacy of product nodes and files accessed by a user; the storage module records the service situation information when the file and the archive are generated by establishing a service situation information processing table; when the file is searched, looked up and hung, the storage module simultaneously records the service situation information during relevant operation; modeling the user, the product tree and the service context information, and constructing the affinity and sparseness relationship between the user and the product nodes; when a user carries out retrieval operation, the retrieved contents are subjected to security authentication and sorted according to the current service situation and the relation between the user and the product node, meanwhile, the storage module automatically records each retrieval process, the retrieval result set and a user click file are collated, the collation result is recorded, and the sorting parameters are changed.
2. A archive pushing method of the archive pushing system based on the product structure according to claim 1, characterized by: the method comprises the following steps:
constructing a product structure tree of a product in a product library, confirming and solidifying the structure of the product and the attribute information of each structure point through an approval process, and using the points on each solidified product structure tree as target points by a directory service module to provide corresponding directory services for a task library, a file library and an archive library;
when a task is developed in a task library, a product target is taken as a task completion object of the development task, the product is called as a target point to issue a task, attribute information corresponding to the product is hung by the issued task, and finally the product is checked and accepted by the completion object of the task and finally submitted to the warehouse;
in the development process, the required electronic files and the generated electronic files are integrated through a resource matching module, the integration mode is that a product structure tree is obtained through two steps of taking a product target as a task completing object of a development task and hooking the electronic files on the development task, integration is carried out on the structure tree from a sub node to a root node through an iteration mode, and meanwhile, the product and the matching files of all sub structures are obtained;
electronic files in the file library form preset volume items through an electronic file online filing step, and are finally classified into archive files through an online filing module; during final filing, different files in the file library can be classified into files of different types, but the files can still be in one-to-one correspondence with the files in the matching through the resource allocation module, and finally, the association relation among the product, the task, the file and the file library is realized through three steps of taking the product target as a task completing object of a development task, hooking an electronic file in the development task and filing the electronic file on line.
3. The archive pushing method according to claim 2, characterized in that: the attribute information corresponding to the product comprises key ID information, matching composition information and associated file information.
4. The archive pushing method according to claim 2, characterized in that: the required electronic files comprise required design files, process files and assembly files, and the generated electronic files comprise generated quality files, product files and certification files.
5. The archive pushing method according to claim 4, characterized in that: the required electronic file is obtained from the file information associated with the product by two steps of taking the product target as a task completing object of the development task and hooking the electronic file of the development task, and the generated electronic file is directly associated with the task by the step of hooking the electronic file of the development task.
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