CN111526171B - Industrial Internet platform based on protocol nodes - Google Patents
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- CN111526171B CN111526171B CN201910108030.7A CN201910108030A CN111526171B CN 111526171 B CN111526171 B CN 111526171B CN 201910108030 A CN201910108030 A CN 201910108030A CN 111526171 B CN111526171 B CN 111526171B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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Abstract
The invention relates to the field of industrial internet and discloses an industrial internet platform based on protocol nodes. The enterprise information management system comprises information nodes, a data processing module and a data processing module, wherein the information nodes are deployed in enterprises and used for acquiring, transmitting and processing enterprise information; the protocol node is deployed in the cloud computing platform and used for encrypting, decrypting, processing, summarizing and distributing the enterprise information; and the cloud computing platform is used for circulation, processing, summarization and distribution of enterprise information. The information nodes transmit the enterprise information to the associated protocol nodes through the data channels, and the protocol nodes collect and process the information and then distribute the information to other associated information nodes. The industrial internet platform connects enterprise resources with dispersed geographic positions and complementary manufacturing capacity, completes the design, manufacture, assembly, sale and service of products in a cooperative way in the whole life cycle, ensures that the production has the characteristics of high performance, high quality, low cost, short cycle and the like, and simultaneously follows the upstream and downstream value transfer chain of the industry, has self-replication capacity and is convenient for rapid popularization.
Description
Technical Field
The invention relates to the field of industrial internet, in particular to an industrial internet platform based on protocol nodes.
Background
In today's economic environment, the fall and fluctuation of market demand has caused many enterprises, especially discrete manufacturing enterprises, to be in a passive adaptation state. In order to avoid the risk and ensure the development, enterprises need to control the capacity and the scale. If the capacity is small, the survival of the enterprise can only be ensured, and when an increased order or a larger demand is met, the enterprise is hard to bear by depending on the own power and resources, and good development opportunities may be missed; if the productivity is too high, the operation cost is too high, the order is suddenly reduced, the production resources of an enterprise are idle, products are accumulated, the difficulty that the capital cannot return is caused, and the company faces the survival crisis. Especially for small and medium enterprises, the market needs must be understood in advance by means of information interaction of enterprises among industrial chains, and the dilemma is eliminated through cooperative manufacturing.
However, the industrial manufacturing industry in china is still in a primary development stage, and many enterprises in the same industrial chain have low division and cooperation levels, do not depend on the structural advantages of network organizations for industrial association, and extend from a single manufacturing plant to a networked manufacturing alliance. The main reason is that the internal data standards of all enterprises are not uniform at present, and the shared information is difficult to be utilized by other enterprises, so that effective data intercommunication cannot be formed; meanwhile, paper files are still widely used for information exchange and order determination among enterprises due to the lack of uniform and safe internet platforms and protocols, but the paper files have limitations, for example, recording of a large amount of data can cause resource waste, data is inconvenient to process, and the like, and cannot be used for recording and transmitting a large amount of private data.
Therefore, at present, an industrial internet platform is needed to provide interfaces and standards for data transmission for each enterprise, and ensure the safety and effectiveness of data and protocols, so as to build an industrial internet platform corresponding to an industrial chain, share production information and resources, and connect geographically dispersed enterprise resources with complementary capabilities, so that the enterprise resources cooperate to complete the whole life cycle of a product, thereby obtaining the maximum benefit with the minimum cost and the minimum cycle.
Disclosure of Invention
In view of the above, an object of the present invention is to provide an industrial internet platform based on protocol nodes, which connects enterprise resources scattered in various regions, and can maximally utilize the resources, thereby achieving the purposes of shortening the period, improving the efficiency, and reducing the cost. Specifically, the method comprises the following steps:
the invention discloses an industrial internet platform based on protocol nodes, which comprises:
the information node is deployed in an enterprise and used for acquiring, transmitting and processing enterprise information;
the protocol node is deployed in the cloud computing platform and used for encrypting, decrypting, processing, summarizing and distributing the enterprise information;
the cloud computing platform is used for circulation, processing, summarization and distribution of enterprise information;
each information node is connected with one or more protocol nodes, and information among different information nodes is transmitted through the protocol nodes.
The industrial internet platform based on the protocol node is characterized in that the protocol node is not directly connected with any other protocol node, and the information node is not directly connected with any other information node.
The industrial internet platform based on the protocol node is characterized in that the connection between the information node and the protocol node means that a bidirectional data channel exists between the information node and the protocol node.
The above industrial internet platform based on protocol nodes is characterized in that the platform further comprises a standard data interface, and data transmitted and received between the information nodes and the protocol nodes needs to conform to the standard data interface definition.
The above industrial internet platform based on protocol nodes is characterized in that the enterprise information includes market information, product information, order information, design information, purchase information, production information, debugging information, financial information, and after-sales information.
The above industrial internet platform based on protocol node is characterized in that the information node includes a data acquisition unit for acquiring enterprise information; the data processing unit is used for converting and processing the enterprise information; and the data transmission unit is used for establishing a bidirectional data channel with the protocol node and receiving and transmitting enterprise information.
The above industrial internet platform based on the protocol node is characterized in that the information node further includes a data storage unit for storing, reading and writing enterprise information.
The industrial internet platform based on the protocol node is characterized in that the data acquisition unit adopts one or more of manual input acquisition, data acquisition of an enterprise internal information system and automatic acquisition modes.
The above industrial internet platform based on the protocol node is characterized in that the protocol node includes a data encryption and decryption unit, which is used for encrypting and decrypting the enterprise information; the data processing unit is used for converting and processing the enterprise information; the data collecting and distributing unit is used for collecting enterprise information of the information nodes and distributing the enterprise information to one or more information nodes; and the data transmission unit is used for establishing a bidirectional data channel with the information node and receiving and transmitting enterprise information.
The above industrial internet platform based on the protocol node is characterized in that the protocol node further includes a data storage unit, which is used for storing data once, encrypted data or data after multiple processing.
The above industrial internet platform based on the protocol node is characterized in that the cloud computing platform includes a data processing unit, which is used for processing, analyzing or counting enterprise information.
The invention has the beneficial effects that: through a protocol node deployed in a cloud computing platform and an information node deployed in an enterprise, a value transfer chain at the upstream and downstream of the industry in the real world is abstracted and mapped, the ecological chain of each industry is integrated, the integration and optimization of advantageous manufacturing resources among the enterprises are realized, and the organizational boundary of a manufacturing system is expanded from a single manufacturing enterprise to a production and manufacturing alliance; by means of the protocol nodes and the information nodes, on the basis of not destroying the original operation management mode, the protocol nodes are used for cooperatively processing the manufacturing processes of different information nodes, sharing production information and resources, and constructing a high-performance agile manufacturing environment; by constructing an industrial internet platform, the network extension is unlimited, a longitudinal ecological chain from a manufacturing enterprise to a terminal client can be built, and C2M is realized; at the same time, geographically dispersed enterprise resources with complementary manufacturing capabilities are connected to cooperate to complete the design, manufacture, assembly, sale, and service of the product throughout its life cycle, with minimal cost and maximum benefit. In conclusion, the industrial internet platform based on the protocol nodes carries out circulation, processing, summarization and distribution on enterprise information through the cloud computing platform, and the resource allocation of each enterprise is cooperatively optimized, so that the production of the enterprises has the characteristics of high performance, high quality, low cost, short period and the like, and meanwhile, the industrial internet platform has the capability of self-replication and popularization due to following the upstream and downstream value transfer chain of the industry, and is convenient for quick and large-scale application.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without creative efforts.
FIG. 1 is a schematic diagram of an embodiment of an industrial Internet platform based on protocol nodes;
FIG. 2 is a schematic diagram of a node association of an industrial Internet platform based on protocol nodes;
FIG. 3 is a schematic diagram of a protocol node of an industrial Internet platform based on protocol nodes;
fig. 4 is a schematic structural diagram of an information node of an industrial internet platform based on a protocol node.
Detailed Description
The technical solutions in the embodiments of the present invention will be described below in detail, with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments, not all embodiments, of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The embodiment of the invention provides an industrial internet platform based on protocol nodes, which is used for circulating, processing, summarizing and distributing enterprise information through a cloud computing platform and cooperatively optimizing resource allocation of each enterprise, so that the enterprise has the characteristics of high performance, high quality, low cost, short period and the like. Each is described in detail below.
Referring to fig. 1, fig. 1 is a schematic diagram illustrating an implementation of an industrial internet platform based on a protocol node according to an embodiment of the present invention. As shown in fig. 1, the industrial internet platform includes: the cloud computing platform 101, the protocol node 102, the protocol node 103, the protocol node 104, the information node 105, the information node 106, the information node 107 and the information node 108.
The cloud computing platform 101 is used for circulation, processing, summarization and distribution of enterprise information; the cloud computing platform 101 includes a data processing unit for processing, analyzing, or counting the enterprise information.
The protocol node 102, the protocol node 103, and the protocol node 104 are deployed in the cloud computing platform 101, and encrypt, decrypt, process, summarize, and distribute enterprise information.
The information node 105, the information node 106, the information node 107 and the information node 108 are deployed in an enterprise and used for acquiring, transmitting and processing enterprise information; the enterprise information includes market information, product information, order information, design information, purchase information, production information, debugging information, financial information, and after-sales information.
The information node 105 collects and processes enterprise information, and transmits the enterprise information to the protocol node 102 deployed in the cloud computing platform 101 through a data channel, and the protocol node 102 receives the enterprise information through the data channel, encrypts, decrypts, and distributes the enterprise information to the information node 106 through the data channel.
Specifically, the protocol node 102 receives the enterprise information transmitted from the information node 105 and the information node 106 through a data channel, and distributes the summarized information to the information node 107.
Further, the information node 106 transmits enterprise information to the protocol node 102, the protocol node 103 and the protocol node 104 through data channels, respectively, the protocol node 102 distributes the enterprise information to the information node 107 after being encrypted, decrypted and processed, the protocol node 103 distributes the enterprise information to the information node 108 after being encrypted, decrypted and processed, and the protocol node 104 distributes the enterprise information to the information node 108 after being encrypted, decrypted and processed.
Particularly, the cloud computing platform does not store data for a long time, the data which are stored for a long time refer to the fact that the cloud computing platform encrypts, decrypts, processes, summarizes and distributes information transmitted by the information nodes, in the process, the cloud computing platform stores the data for short time and is used for later summarizing, counting and analyzing, and the data are deleted after a period of time, so that information safety is guaranteed, and enterprise sensitivity is reduced.
Particularly, the cloud computing platform is compatible with the enterprise business mode, and the compatible enterprise business mode refers to that different protocol nodes are deployed in the cloud computing platform to connect different enterprises without changing the original business mode of the enterprises.
Particularly, the cloud computing platform can ensure that no information is directly communicated among similar enterprises, wherein the similar enterprises refer to enterprises with a competitive relationship, and the no information is directly communicated, namely that information nodes of the similar enterprises are not directly connected and data are transmitted through protocol nodes, so that information leakage is prevented, and the security of the enterprises is improved.
In particular, the protocol node encrypts, processes, or aggregates the received enterprise information before sending it to the associated information node.
Particularly, the cloud computing platform further comprises a data processing module and a data storage module, and the cloud computing platform has industrial ecological chain data analysis capacity and data backup storage capacity.
In particular, there may be only one physical connection between the information node and the cloud computing platform, and one or more data connections with the protocol node.
Particularly, the industrial internet platform also comprises a standard data interface, and data transmitted and received between the information node and the protocol node is required to conform to the definition of the standard data interface.
The industrial internet platform based on the protocol nodes forms the industrial internet platform through the information nodes, the protocol nodes and the cloud computing platform, integrates ecological chain resources of each industry to the cloud, realizes data interconnection and intercommunication among different enterprises through processing, summarizing, counting and analyzing information of various enterprises, integrates and optimizes advantageous manufacturing resource configuration, and expands the organization boundary of a manufacturing system from a single manufacturing enterprise to a production manufacturing alliance.
Referring to fig. 2, fig. 2 is a schematic node association diagram of an industrial internet platform based on protocol nodes according to an embodiment of the present invention, including an information node 201, a protocol node 202, an information node 203, and an information node 204.
The information node 201, the protocol node 202, the information node 203 and the information node 204 together form a small-sized association structure; a data channel 205 exists between the information node 201 and the protocol node 202, a data channel 206 exists between the protocol node 202 and the information node 203, and a data channel 207 exists between the protocol node 202 and the information node 204; the data channel 205, the data channel 206, and the data channel 207 are all bidirectional data channels, and are used for transmitting information between a protocol node and an information node.
Particularly, the information node is not directly connected with other information nodes, and a direct data channel does not exist; the protocol node is not directly connected with other protocol nodes, and a direct data channel does not exist.
In particular, each of said information nodes is connected to one or more of said protocol nodes, through which protocol nodes information between different information nodes is passed.
Further, taking a die factory and a thermal processing factory located at the downstream of the industry in the real world as an example, the die factory a, the thermal processing factory B, and the thermal processing factory C correspond to information nodes, and a protocol node D exists between the thermal processing factory B, the thermal processing factory C, and the die factory a; the heat treatment plant B or the heat treatment plant C does not directly send information to the mold plant a, but sends it through the protocol node D.
In the embodiment of the invention, a small-sized associated structure is formed by the information node, the protocol node and the data channel; the protocol rules set in the protocol nodes are used for carrying out rule constraint on the connection between different information nodes, and the connection between the information nodes is verified and constrained by the protocol nodes, so that the efficiency and the quality of information integration can be improved, and the information leakage can be effectively prevented.
Referring to fig. 3, fig. 3 is a schematic structural diagram of an information node of an industrial internet platform based on a protocol node according to an embodiment of the present invention, including: the system comprises a data acquisition unit 301, a data processing unit 302, a data transmission unit 303, a data storage unit 304 and a node association unit 305.
The data acquisition unit 301 is used for acquiring enterprise information; the data acquisition unit adopts one or more of manual input acquisition, data acquisition of an enterprise internal information system and automatic acquisition modes; the enterprise information includes market information, product information, order information, design information, purchase information, production information, debugging information, financial information, and after-sales information.
The data processing unit 302 is used for converting and processing enterprise information; the information conversion and processing comprises decryption, calculation, classification and analysis; the information decryption means decrypting the received encrypted data; the information calculation, classification and analysis can be customized, packaged and configured according to the characteristics and requirements of enterprises.
The data transmission unit 303 is configured to establish a bidirectional data channel with a protocol node, and receive and transmit enterprise information; the data transmission unit 303 establishes a data channel, and sends information to the associated protocol node through the data channel, and simultaneously receives information from the associated protocol node through the data channel.
The data storage unit 304 is used for storing, reading and writing enterprise information; the data storage is realized by one or more of memory storage, text storage and non-tree structure database storage; the data storage unit can encrypt and store data to be stored so as to prevent information leakage.
The node association unit 305 provides an association service for the information node, where the association service means that the node association unit 305 stores a node association table; the node association table refers to a table for storing association information between nodes, and specifically, the content of the node association table includes, but is not limited to, the time when the identifiers of the associated nodes establish association.
The information node is the basis of the industrial internet platform and is also the actual carrier and the service object of the industrial internet platform; the information node provides a data entry for the industrial internet platform and processes the received data to enable the data to play a value; data among all information nodes are communicated through an industrial internet platform, integration and optimization of production resources and production data are facilitated, production and manufacturing union is constructed, and production cooperation of a whole industrial ecological chain is achieved.
Referring to fig. 4, fig. 4 is a schematic structural diagram of a protocol node of an industrial internet platform based on a protocol node according to an embodiment of the present invention, including: an encryption and decryption unit 401, a data processing unit 402, a data transmission unit 403, a summary distribution unit 404, a data storage unit 405, and a node association unit 406.
The encryption and decryption unit 401 is used for encrypting and decrypting the information transmitted by the information node; the information encryption and decryption means that the information transmitted by the data channel is encrypted or decrypted and then transmitted to the associated information node through the data channel, so that the information security of enterprises is guaranteed and data leakage is prevented.
The data processing unit 402 is used for converting or processing information transmitted from an information node; the information conversion or processing refers to converting or processing the information transmitted by the data channel, and then transmitting the converted or processed information to the associated information node through the data channel.
The data transmission unit 403 is configured to establish a bidirectional data channel with an information node, and receive and transmit enterprise information; the data transmission unit 403 establishes a data channel, and sends information to the associated information node through the data channel, and at the same time, receives information from the associated information node through the data channel.
The summary distribution unit 404 is configured to summarize enterprise information of a plurality of information nodes and distribute the enterprise information to one or more information nodes.
The data storage unit 405 is used for storing and reading and writing data generated by the protocol node; the data storage is realized by one or more of memory storage, text storage and non-tree structure database storage; in particular, the data storage unit is used for storing data once, encrypted data or processed data for multiple times.
The node association unit 406 provides association service for the protocol node, where the association service means that the node association unit 406 stores a node association table; the node association table refers to a table for storing association information between nodes, and specifically, the content of the node association table includes, but is not limited to, the identification of the associated node and the time for establishing the association.
The embodiment of the invention forms a protocol node of an industrial Internet platform through an encryption and decryption unit, a data processing unit, a data transmission unit, a summary distribution unit, a data storage unit and a node association unit; the enterprise information is encrypted and decrypted through the encryption and decryption unit, the enterprise information is converted and processed through the data processing unit, the data transmission unit is used for establishing a bidirectional data channel with the information nodes to receive and transmit the enterprise information, the summarizing and distributing unit is used for summarizing the enterprise information of a plurality of information nodes and distributing the enterprise information to one or more information nodes, the data storage unit is used for storing primary data, encrypted data or data after multiple processing, and the node association unit comprises a node association table used for associating protocol nodes with the information nodes; the protocol node is a core component of the industrial internet platform, and the enterprise information is encrypted, decrypted, processed, summarized and distributed through the protocol node, so that the efficiency of information interaction between nodes can be improved, and information leakage can be effectively prevented.
The above disclosure is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the scope of the present invention, therefore, the present invention is not limited by the appended claims.
Claims (8)
1. An industrial internet platform based on protocol nodes, comprising:
the information node is deployed in an enterprise and used for acquiring, transmitting and processing enterprise information;
the protocol node is deployed in the cloud computing platform and used for encrypting, decrypting, processing, summarizing and distributing the enterprise information;
the cloud computing platform is used for circulation, processing, summarization and distribution of enterprise information;
each information node is connected with one or more protocol nodes, and information among different information nodes is transmitted through the protocol nodes; the protocol node is not directly connected with any other protocol node, and the information node is not directly connected with any other information node; the information node is connected with the protocol node, namely a bidirectional data channel exists between the information node and the protocol node; different protocol nodes are connected with different enterprises;
the protocol node comprises a data encryption and decryption unit for encrypting and decrypting the enterprise information; the data processing unit is used for converting and processing the enterprise information; the data collecting and distributing unit is used for collecting enterprise information of the information nodes and distributing the enterprise information to one or more information nodes; and the data transmission unit is used for establishing a bidirectional data channel with the information node and receiving and transmitting enterprise information.
2. The industrial internet platform based on protocol nodes as claimed in claim 1, wherein the platform further comprises a standard data interface, and data transmitted and received between the information node and the protocol node is required to conform to the standard data interface definition.
3. The protocol node-based industrial internet platform of claim 1, wherein the enterprise information comprises market information, product information, order information, design information, procurement information, production information, procurement information, debugging information, financial information, and after-market information.
4. The protocol node-based industrial internet platform of claim 1, wherein the information node comprises a data acquisition unit for acquisition of enterprise information; the data processing unit is used for converting and processing the enterprise information; and the data transmission unit is used for establishing a bidirectional data channel with the protocol node and receiving and transmitting enterprise information.
5. The industrial internet platform based on protocol nodes as claimed in claim 1, wherein the information node further includes a data storage unit for storing and reading and writing the enterprise information.
6. The industrial internet platform based on protocol nodes as claimed in claim 1, wherein the data collection unit adopts one or more of manual input collection, data collection of the enterprise internal information system and automatic collection.
7. The industrial internet platform based on protocol nodes of claim 1, wherein the protocol nodes further comprise a data storage unit for storing data once, encrypted data or processed data many times.
8. The protocol node-based industrial internet platform of claim 1, wherein the cloud computing platform comprises a data processing unit for processing, analyzing or accounting of enterprise information.
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