CN106570728B - Internet + inspection detection service method and platform - Google Patents
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Abstract
The invention relates to an Internet + inspection detection service method and a platform, which integrate inspection detection service resources and public basic resources by a standard inspection detection mechanism classification code and a platform resource metadata set through a big data technology on the basis to form an Internet + 'inspection detection data center, and develop supervision application, service application and data application based on the Internet +' inspection detection data center support, thereby finally realizing the access of various terminal users of each application. The beneficial effects are that: unified protocol description of inspection and detection mechanisms in different areas and different industries is realized; the data integration of the inspection and detection service resources from different sources and the common basic resources is realized; the distribution management of cross-regional marketization and online-offline combined inspection and detection services is realized; the method is beneficial to forming a third-party value-added service product by cooperating and docking with a third-party application.
Description
Technical Field
The invention relates to the field of inspection and detection services, in particular to an Internet + inspection and detection service method and platform.
Background
In order to actively meet the fourth industrial revolution, the government of China has undertaken the arrangement and plan, and the large development of the service industry is promoted to be used as an important breakthrough for adjusting the economic structure, wherein the innovative development of the high-technology service industry, the productive service industry, the high-technology service industry and the like is an important means for exciting the vitality of market subjects and promoting the sustainable and healthy development of the economic society. In 2015, the proposals of "china manufacturing 2025" and "internet +" action plan "will promote the combination of mobile internet, cloud computing, big data, internet of things and the like with the modern manufacturing industry. As an important component of high-technology service state, China inspection and detection service should provide an innovative strategic idea for the planning and construction of modern inspection and detection in the next 10 years by means of era opportunity and relying on 2025 planning in China and action plan of Internet +, so that the market plays a decisive role in resource allocation and better plays a government role, the resource integration of inspection and detection certification institutions is promoted, the development of high-technology service industry, productive service industry and high-technology service industry is supported, the activity of market main bodies is stimulated, and the sustainable and healthy development of economic society is promoted.
The modern inspection and detection activity is an activity that both the supply and demand parties in the commodity exchange activity inspect and test the product according to the relevant standards and methods by relying on technical organizations for respective benefit needs or product quality judgment needs. At present, most inspection and detection organizations in China generally develop inspection and detection services in a one-way mode regulated by governments due to the characteristics of public welfare. However, with the continuous development of market economy, the continuous enhancement of awareness of people on product quality, and the large-scale application of new technologies such as internet of things, cloud computing, virtual manufacturing and the like, the inspection and detection market is continuously expanding. The method has the advantages that a modern inspection and detection service mode based on internet thinking is explored, an 'internet plus' inspection and detection innovation service mode is created, and the method is a beneficial attempt for accelerating the construction of an inspection and detection modern market system, strengthening fair competition and innovating a service means; the method is also an important means for accelerating the conversion and reform of government functions, promoting the development of modern service industry and realizing the optimal allocation of resources.
Disclosure of Invention
In order to solve the problems and defects, the invention provides an internet + inspection detection service method and a platform.
The invention is characterized in that the specific scheme for realizing the aim is as follows:
a method of inspection service comprising the steps of:
s10: the method comprises the steps of standardizing a classified code and service platform resource metadata set of a detection mechanism;
s20: based on the inspection and detection mechanism classification coding specification and the service platform resource metadata set, the 'Internet +' inspection and detection data center is integrated by adopting a big data technology;
s30: the data center is detected and detected based on the 'Internet plus', and supervision application, service application and data application are developed;
s40: and realizing the access of various terminal users of various applications.
Preferably, in step S10, the inspection and inspection institution classification code specification is designed according to a hierarchical classification method, and the service area, the service purpose, the service field, the service object, and the service qualification of the inspection and inspection institution are used as the inherent classification attributes of the inspection institution and the laboratory under the institution. The resource integration of the service platform resource metadata set is divided into 4 links of data acquisition, data preprocessing, data storage management and data analysis mining; the Dublin Core format is adopted, contains basic metadata and extended metadata, and describes the relationship among metadata subsets, metadata entities and metadata elements.
Preferably, in step S20, the data source of the "internet +" inspection detection data center is mainly based on the service resource of the service resource layer and the public basic resource, and the platform application layer e-commerce service flow data is recorded and updated regularly.
Preferably, in step S30, the monitoring application, the service application, and the data application form a platform application layer, and the "internet +" inspection detection basic support platform implements unified content management, unified user management, unified portal management, unified rights management, and unified external interface for the platform application layer.
Preferably, the supervision application comprises a quality early warning system and a decision analysis system.
Preferably, the service application comprises an e-commerce platform and a comprehensive query platform.
Preferably, the data application comprises a quality assessment system and a credit assessment system.
A detection service platform comprises a service resource layer, a data support layer, an application layer and a terminal layer;
the service resource layer comprises independent service systems of different inspection and detection mechanisms, the service systems of different mechanisms realize service butt joint with the data center through a standard customized service module, and simultaneously realize detection resource exchange sharing and service information sharing with the data center of the data support layer through a standard data exchange platform, and acquire and maintain the autonomous directory information of the data center;
the data support layer comprises an inspection and detection flow database, an inspection and detection mechanism database, an inspection and detection instrument and equipment library, an inspection and detection service library, an inspection and detection knowledge library, an expert talent library, a policy and regulation library and a standard resource library, so that the resource butt joint and the service distribution with the service resource layer are realized, and the data support and the order decomposition of the application layer are realized;
the application layer is based on an 'internet +' inspection detection basic supporting platform and comprises a supervision application layer, a service application layer and a data application layer, the supervision application layer acquires detection data in inspection detection process data from a data center to perform real-time quality early warning and decision analysis, the service application layer distributes an e-commerce service order to the data center and calls comprehensive query information, and the data application layer acquires the process data from the data center to perform integration and conversion;
the terminal layer is in butt joint with the application layer through different communication modes.
The inspection and detection service method and the platform provided by the invention have the beneficial effects that:
1. by applying the classification codes of the hierarchical classification rule model inspection detection mechanism, the unified protocol description of inspection detection mechanisms in different areas and different industries is realized;
2. by applying a big data technology, the data integration of the inspection and detection service resources from different sources and the public basic resources is realized;
3. by establishing an e-commerce platform, cross-regional marketization and online-offline combined inspection and detection service distribution management are realized;
4. a product quality evaluation and institution credit evaluation system is formed by collaborative data analysis and mining, and the method is favorable for being cooperated and butted with a third party application to form a third party value-added service product.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention:
FIG. 1 is a schematic flow chart of an embodiment of the present invention;
FIG. 2 is a schematic diagram of a platform according to an embodiment of the present invention;
FIG. 3 is a diagram illustrating a process of resource integration according to an embodiment of the present invention;
FIG. 4 is a diagram of a data infrastructure according to an embodiment of the present invention;
fig. 5 is a diagram of a business process case according to an embodiment of the present invention.
Detailed Description
The present invention will now be described in detail with reference to the drawings and specific embodiments, wherein the exemplary embodiments and descriptions of the present invention are provided to explain the present invention without limiting the invention thereto.
Examples
Referring to fig. 1, the present invention provides an "internet +" inspection detection service mode, which includes the following steps:
step 10: and the specification inspection detection mechanism classifies the code and the service platform resource metadata set.
The classification coding specification of the inspection and detection mechanism is designed according to a hierarchical classification method, and the service area, the service purpose, the service field, the service object and the service qualification of the inspection and detection mechanism are used as the inherent classification attributes of the laboratory belonging to the inspection and detection mechanism, wherein the service area, the service purpose and the service field are used as the inherent classification attributes of the inspection and detection mechanism, and the service object and the service qualification are used as the inherent classification extension attributes of the laboratory belonging to the inspection and detection mechanism. The platform resource metadata set adopts a Dublin Core format, contains basic metadata and extended metadata, and adopts a Unified Modeling Language (UML) to describe the relationship among metadata subsets, metadata entities and metadata elements. The platform resource core metadata comprises 12 metadata entities and metadata elements, such as a resource name, a resource release date, a resource abstract, a resource provider, a keyword description, a resource classification, an online resource link address, a resource identifier, service information (a network address capable of accessing a service and a type of the service), a metadata identifier, a metadata maintainer, a metadata update date and the like.
Step 20: and integrating the 'internet +' inspection and detection data center by adopting a big data technology based on the inspection and detection mechanism classification coding specification and the service platform resource metadata set.
The data source of the 'internet +' inspection and detection data center mainly comprises the service resources of a service resource layer and the public basic resources, and the data of the electric business process of the platform application layer (including detection reports, order data and supply chain cooperation enterprise evaluation) are recorded and updated regularly.
Step 30: the data center is detected and detected based on 'internet +' to support and develop supervision application, business application and data application.
The supervision application, the service application and the data application form a platform application layer, and the 'Internet plus' inspection detection basic supporting platform realizes unified content management, unified user management, unified portal management, unified authority management and unified external interface of the application layer.
The unified content management is a background data maintenance and management subsystem of the whole application layer and provides multi-site remote management, tree-level structure hierarchical organization channel management, template management, document management, multi-mode (complete, incremental and single) release management, workflow management, log management, system planning, scheduling, configuration management and the like; the unified user management relates to a plurality of types of multi-level platform users, and comprises a social public, a detection and inspection mechanism, a commission mechanism, a supply chain enterprise, a supervision department, a data analysis department and the like, wherein the unified user management uses a unified authentication system to form a unified entrance of an application user, wherein internal business personnel and enterprise users adopt digital certificates based on a PKI system to log in and authenticate, and the social public adopts identity authentication log-in authentication based on a user name and a password; the unified portal management means that the system differentiates personalized configurations (page layout, page style, function menu and favorite) aiming at different users from application portals with unified content and style according to the identity and the authority of a login user; the unified authority management adopts a mode of combining type, system and hierarchy to carry out hierarchical authority management on platform users; the unified external interface provides an application service interface for a government regulatory department and a third-party data application enterprise, and supports the government regulatory department and the third-party data application enterprise to acquire butt joint data exchange and sharing information through the Internet.
The supervision application comprises a quality early warning system and a decision analysis system; the quality early warning system formats a detection and detection report result by relying on detection data of an 'interconnection network plus' detection and detection data center, sets early warning parameters based on detection and detection standard resources and policy rules and regulations, automatically predicts the product quality safety condition and forecasts the product quality risk; the decision analysis system is used for helping a supervision department to master the distribution conditions of quality detection (products, projects, enterprises and instruments and equipment) in different areas. The business application comprises an electronic commerce platform and a comprehensive query platform; the electronic commerce platform realizes delivery inspection enterprise service, inspection mechanism service, supply chain cooperation enterprise management, order management, online communication, report management and crowdsourcing project package management; the comprehensive inquiry system realizes inquiry of inspection and detection mechanisms, inquiry of inspection and detection services, inquiry of inspection and detection instruments and equipment, standard inquiry, expert talent inquiry and policy and regulation inquiry. The data application comprises a quality assessment system and a credit assessment system; the quality evaluation system formats a product inspection and detection report result by relying on an 'internet +' inspection and detection data center, quantifies the subjective evaluation of supply chain cooperative enterprises based on an analytic hierarchy process, and fuses the inspection and detection formatted data and the subjective evaluation quantity of the supply chain cooperative enterprises by a principal component analysis method to convert the inspection and detection formatted data into a product comprehensive quality index; the credit evaluation system relies on an 'internet +' inspection detection data center, inspects and detects order data and supply chain cooperation enterprise subjective evaluation quantification based on an analytic hierarchy process, and converts the order data and the supply chain cooperation enterprise subjective evaluation quantification into a detection mechanism comprehensive credit index by a principal component analysis process.
Step 40: and realizing the access of various terminal users of various applications.
The terminal user access mode comprises computer web browsing and mobile APP browsing of a supervision application layer, a service application layer and a data application layer. The terminal user access mode also comprises the butt joint with an external application system of a supervision application layer and a data application layer, wherein a government supervision system is in butt joint with the supervision application layer to obtain a statistical analysis report and an early warning monitoring report; and the data application layer is in butt joint with a third-party application system, shares product quality information and institution credit information, and cooperates to form a novel third-party service product.
Referring to fig. 2, a schematic diagram of an "internet +" inspection detection service platform is shown. The platform consists of a service resource layer, a data supporting layer, an application layer and a terminal layer. The service resource layer comprises independent service systems of different inspection and detection mechanisms, the service systems of different mechanisms realize service butt joint with the data center through a standard customized service module, and simultaneously realize detection resource exchange sharing and service information sharing with the data center of the data support layer through a standard data exchange platform, and acquire and maintain the autonomous directory information of the data center; the data support layer comprises an inspection and detection flow database, an inspection and detection mechanism database, an inspection and detection instrument and equipment library, an inspection and detection service library, an inspection and detection knowledge library, an expert talent library, a policy and regulation library and a standard resource library, so that the resource butt joint and the service distribution with the service resource layer are realized, and the data support and the order decomposition of the application layer are realized; the application layer is based on an 'internet +' inspection detection basic supporting platform and comprises a supervision application layer, a service application layer and a data application layer, the supervision application layer acquires detection data in inspection detection process data from a data center to perform real-time quality early warning and decision analysis, the service application layer distributes an e-commerce service order to the data center and calls comprehensive query information, and the data application layer acquires the process data from the data center to perform integration and conversion; the terminal layer is in butt joint with the application layer through different communication modes such as a computer web page, a mobile APP or an external application system.
Referring to fig. 3, a process diagram for detecting service resource integration for "internet +" inspection is shown. The process can be divided into 4 links of data acquisition, data preprocessing, data storage management and data analysis mining. In the data acquisition link, a plurality of modes such as database acquisition, network data acquisition, file acquisition and the like are adopted to realize the resource convergence of the inspection and detection service resources and the public basic resources; in the data preprocessing step, aiming at the heterogeneous data sources gathered in the acquisition step, data cleaning (missing data filling, noise data elimination and inconsistent data processing), data integration (mode matching, data redundancy and data value conflict detection and processing), data transformation (unifying data names and formats) and data specification and unified description (simplifying data quantity through dimension specification and data compression modes and establishing unified data resource description mapping based on an internet +' inspection and detection service platform resource metadata set) are respectively carried out, so that data resources meet the requirements of an application layer; the data storage and management link stores the preprocessed data to an Internet +' inspection and detection data center so as to facilitate management and calling; the data analysis and mining link carries out visualization analysis, data mining and predictive analysis (quality early warning, decision analysis, quality assessment and credit assessment) on the related stored data.
Referring to fig. 4, a data infrastructure diagram for the "internet +" inspection test service. The data infrastructure is composed of basic data, inspection and detection flow data and collaborative data. The basic data comprises service resource data and public basic data such as inspection and detection mechanism data, inspection and detection mechanism detection services, inspection and detection instrument and equipment, inspection and detection standard resources, expert talent data, policy and regulation and the like; the process data comprises a detection report, a detection order, supply chain cooperation evaluation and the like formed by the e-commerce service platform; the cooperative data comprises product quality evaluation data, institution credit evaluation data, quality early warning information and the like formed by the application layer; the basic data is mainly used for supporting related services of a service application layer; and (4) analyzing and integrating the process data to form related cooperative data.
Referring to fig. 5, a business process case diagram of the "internet +" inspection detection service is shown. In this case peanut oil producer a was selected as the end customer. The execution main body of the process comprises a service application system, a data center, a service resource layer, a supervision and data application system and a terminal. The peanut oil producer A of the terminal firstly carries out comprehensive inquiry through a business application system to obtain resource information of a detection mechanism (region, qualification, scale, credit) and a business (detection item, price, period), equipment, experts, standards, regulations and the like of a data center, the peanut oil producer A creates a detection order or a crowdsourcing detection order (main contents comprise entrusted detection units, detection products, sample sending requirements, price, payment modes and the like) after comparing a plurality of homogeneous detection services, an e-commerce platform automatically carries out information inspection of basic order information, price and the like after the order is submitted, if the inspection is abnormal or the content of the order needs to be changed in the process of the inspection, the system resets the order progress and returns to the order creating stage, the order inspection is passed and then enters an approval link (self-defined approval contents comprise credit limit, detection stock and the like), and a client can pay detection cost on line after the approval, inquiring the order progress and the detection report result in real time; the E-commerce platform imports the paying order submitted by the peanut oil producer A into a data center flow database according to the original order or the decomposition sub-order according to the crowdsourcing order; the process database sends the peanut oil producer A electronic order to a business system N of a specified food detection mechanism N in real time through a customized business module; the food detection service system N receives the electronic order of the peanut oil producer A and converts the electronic order into a service order, local detection or home detection is completed according to a sample sending requirement, and a paper detection report and an electronic detection report are finally formed; the electronic version detection report is transmitted back to the process database through the customized service module to complete order updating; evaluating the peanut oil manufacturer A and a supply chain cooperative enterprise according to order details; the supervision application system extracts a recent detection report from the process database, realizes statistical analysis of different dimensions such as time, region, industry, qualification rate and the like, and sets autonomous early warning parameters to realize early warning and forecast of product quality risks based on relevant standard resources and policy rules; the data application system extracts the detection report and the client and supply chain cooperation evaluation information from the process database to realize product quality evaluation and institution credit evaluation; the platform can further share information such as decision analysis reports and quality early warning monitoring reports with government supervision departments such as food and drug administration, industry and commerce administration, health administration and the like through an external interface, and share product quality and organization credit information with supply chain platforms (such as peanut oil and electricity commerce platforms and peanut oil retail markets) and third-party data application enterprises (such as banks and insurance enterprises).
The technical solutions provided by the embodiments of the present invention are described in detail above, and the principles and embodiments of the present invention are explained herein by using specific examples, and the descriptions of the embodiments are only used to help understanding the principles of the embodiments of the present invention; meanwhile, for a person skilled in the art, according to the embodiments of the present invention, there may be variations in the specific implementation manners and application ranges, and in summary, the content of the present description should not be construed as a limitation to the present invention.
Claims (2)
1. An Internet + inspection detection service method is characterized by comprising the following steps:
s10: the method comprises the steps of standardizing a classified code and service platform resource metadata set of a detection mechanism;
the classification coding specification of the inspection and detection mechanism is designed according to a hierarchical classification method, and the service area, the service purpose, the service field, the service object and the service qualification of the inspection and detection mechanism are used as the inherent classification attributes of laboratories under the inspection and detection mechanism and the mechanism;
the resource integration of the service platform resource metadata set is divided into 4 links of data acquisition, data preprocessing, data storage management and data analysis mining;
the data acquisition link realizes the resource convergence of the inspection and detection service resources and the public basic resources;
the data preprocessing step is used for respectively carrying out data cleaning, data integration, data transformation, data specification and unified description on the heterogeneous data sources gathered in the acquisition step, so that data resources meet the requirements of an application layer;
the data storage management stores the preprocessed data into an Internet +' inspection detection data center so as to facilitate management and calling;
the data analysis and mining link carries out visualization analysis, data mining and predictive analysis on related stored data;
s20: based on the inspection and detection mechanism classification coding specification and the service platform resource metadata set, the 'Internet +' inspection and detection data center is integrated by adopting a big data technology;
the 'Internet plus' inspection detects that the data source of the data center is mainly based on the service resources of the service resource layer and the public basic resources, and regularly records and updates the E-commerce service flow data of the platform application layer;
s30: the data center is detected and detected based on the 'Internet plus', and supervision application, service application and data application are developed;
the supervision application, the service application and the data application form a platform application layer, and the 'Internet plus' inspection detection basic supporting platform realizes the unified content management, the unified user management, the unified portal management, the unified authority management and the unified external interface of the platform application layer;
the supervision application comprises a quality early warning system and a decision analysis system; the quality early warning system formats a detection and detection report result by relying on detection data of an 'internet +' detection and detection data center, sets early warning parameters based on detection and detection standard resources and policy rules and regulations, automatically predicts the product quality safety condition and forecasts the product quality risk; the decision analysis system is used for helping a supervision department to master quality detection distribution conditions of different areas;
the business application comprises an electronic commerce platform and a comprehensive query platform; the electronic commerce platform realizes delivery inspection enterprise service, inspection mechanism service, supply chain cooperation enterprise management, order management, online communication, report management and crowdsourcing project package management; the comprehensive query system realizes the query of a test detection mechanism, the query of test detection business, the query of test detection instruments and equipment, the standard query, the query of expert talents and the query of policy and regulation;
the data application comprises a quality assessment system and a credit assessment system; the quality evaluation system formats a product inspection and detection report result by relying on an 'internet +' inspection and detection data center, quantifies the subjective evaluation of supply chain cooperative enterprises based on an analytic hierarchy process, and fuses the inspection and detection formatted data and the subjective evaluation quantity of the supply chain cooperative enterprises by a principal component analysis method to convert the inspection and detection formatted data into a product comprehensive quality index; the credit evaluation system relies on an 'internet +' inspection detection data center, inspects and detects order data and supply chain cooperation enterprise subjective evaluation quantification based on an analytic hierarchy process, and converts the order data and the supply chain cooperation enterprise subjective evaluation quantification into a detection mechanism comprehensive credit index by a principal component analysis process;
s40: and realizing the access of various terminal users of various applications.
2. The internet + inspection detection service method of claim 1, wherein:
in step S10, the service platform resource metadata set adopts a Dublin Core format, includes basic metadata and extended metadata, and describes a relationship between the metadata subset, the metadata entity, and the metadata element.
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