Internet architecture and industrial networking method

Abstract

The invention discloses an Internet architecture and an industry networking method, the Internet architecture is constructed by a ten-dimensional space of an industry, and the whole architecture is divided into (1) a dimensional transaction; (2) dimension distribution; (3) dimensional information; (4) intelligence; (5) dimension (article + logistics + software + hardware + my); (6) dimension (B2B + B2C + C2D + D2D + D2C + C2B); (7) dimension (one kilometer + village + town + county + city + province + district); (8) maintaining (purchasing, selling, sending, receiving, issuing, receiving, providing and using); (9) dimension (B2B + B2C + B2D + C2B + C2C + C2D + D2B + D2C + D2D); and 10, on-line (entity + transportation + Internet + Internet of Things + industry) + off-line (entity + transportation + Internet + Internet of Things + industry) ten levels, the characteristic operation of Internet area coverage is endowed to the traditional industry through networking upgrading, so that the square phenomenon of logistics is realized, and the problem of the last kilometer of logistics can be solved.

Description

Technical Field

[0001] The present invention relates to an architecture and a method, and in particular to an Internet architecture and an industrial networking method. Background Art

[0002] The square phenomenon of logistics is actually a way to solve the problem of the last mile of logistics, and the industry's ten-dimensional space architecture is just a technology used to help logistics achieve this phenomenon. Summary of the invention

[0003] The purpose of the present invention is to provide an Internet architecture and an industrial networking method to solve the problems raised in the above-mentioned background technology.

[0004] To achieve the above object, the present invention provides the following technical solution: an Internet architecture, which is constructed by a ten-dimensional space of the industry, and the entire architecture includes the following ten levels:

[0005] ① Dimensional transactions;

[0006] ②Maintenance and delivery;

[0007] ③Dimensional information;

[0008] ④Dimensional intelligence;

[0009] ⑤ Dimension (goods + logistics + software + hardware + mine); ⑥ Dimension (B2B + B2C + C2D + D2D + D2C + C2B);

[0010] ⑦ Dimension (one kilometer + village + town + county + city + province + region); ⑧ Dimension (buy + sell + send + receive + publish + receive + provide + use);

[0011] ⑨Dimension (B2B+B2C+B2D+C2B+C2C+C2D+D2B+D2C+D2D);

[0012] ⑩ Dimension: online (entity + transportation + Internet + Internet of Things + industry) + offline (entity + transportation + Internet + Internet of Things + industry) ten levels,

[0013] The ten-dimensional space of the industry is composed of the following formula: ten-dimensional space + eight-dimensional operating system + six-dimensional production veins + four-dimensional parallelism + two-dimensional relativity + one-dimensional contradiction + three-dimensional industrial networking + five-dimensional logistics networking + seven-dimensional interconnection + nine-dimensional interconnection of all things;

[0014] The combination of the fifth dimension (goods + logistics + software + hardware + mine) and the tenth dimension online (entity + transportation + Internet + Internet of Things + industry) + offline (entity + transportation + Internet + Internet of Things + industry) realizes the phenomenon of transaction networking, distribution networking, information exchange and intelligent interconnection, and the fifth dimension (goods + logistics + software + hardware + mine) is used to manage transactions after networking, distribution after networking, information after exchange and intelligence after interconnection;

[0015] The combination of ①-dimensional transactions and ⑥-dimensional transactions (B2B+B2C+C2D+D2D+D2C+C2B) realizes the phenomenon of industrial networking, and ①-dimensional transactions are used to manage the networked industries;

[0016] ② Dimensional distribution is combined with ⑦ Dimension (1 km + village + town + county + city + province + district) to realize the phenomenon of logistics networking, and ② Dimensional distribution is used to manage the logistics after networking;

[0017] The ③-dimensional information is combined with the ⑧-dimensional (buy + sell + send + receive + publish + receive + provide + use) to realize the interconnection phenomenon, and the ③-dimensional information is used to manage the interconnection after the interconnection;

[0018] The ④-dimensional intelligence is combined with the 9-dimensional (B2B+B2C+B2D+C2B+C2C+C2D+D2B+D2C+D2D) to realize the Internet of Everything, and the ④-dimensional intelligence is used to manage all things after the Internet.

[0019] The industrial networking process includes the following steps:

[0020] S1 unified management:

[0021] Unified management of transactions in six dimensions: B2B, B2C, C2D, D2D, D2C, and C2B, to achieve industrial networking;

[0022] Unified management of distribution in seven dimensions: one kilometer, village, town, county, city, province, and district, thus realizing logistics networking;

[0023] The information of eight dimensions, namely buying, selling, sending, receiving, publishing, receiving, providing and using, is managed in a unified way to achieve interconnection and interoperability;

[0024] Unified management of intelligence in nine dimensions: B2B, B2C, B2D, C2B, C2C, C2D, D2B, D2C, and D2D, to achieve the interconnection of all things;

[0025] S2 Management Implementation:

[0026] The upstream and downstream of the transaction are managed in a unified manner, which can not only effectively solve the problem of difficult transaction channels for goods, but also realize zero inventory management through unified distribution management;

[0027] The upstream and downstream of distribution are managed in a unified manner, which can not only effectively solve the problem of high distribution costs in logistics, but also achieve one-kilometer coverage through unified management of transactions;

[0028] The upstream and downstream of information are managed in a unified manner, which can not only effectively solve the information asymmetry problem existing in the software, but also realize one-number management through the intelligence of unified management;

[0029] The unified management of intelligent upstream and downstream can not only effectively solve the problem of intelligent docking of hardware, but also realize Internet connection through unified management information.

[0030] As a preferred technical solution of the present invention: the ten-dimensional space of the industry satisfies: ten-dimensional space + eight-dimensional operating system + six-dimensional production veins + four-dimensional parallelism + two-dimensional relativity + one-dimensional contradiction + three-dimensional industrial networking phenomenon + five-dimensional logistics networking phenomenon + seven-dimensional interconnection phenomenon + nine-dimensional interconnection of all things phenomenon.

[0031] An industrial networking method, using any one of the Internet architectures described above, comprises the following steps:

[0032] The industrial networking in step S1 refers to transactions in six dimensions: B2B, B2C, C2D, D2D, D2C, and C2B. The industrial networking is realized through unified management combined with the characteristics of regional coverage of the Internet.

[0033] The logistics networking in step S1 refers to the distribution in seven dimensions: one kilometer, village, town, county, city, province, and district. The logistics networking is realized through unified management combined with the characteristics of regional coverage of the Internet.

[0034] Interconnection in step S1 refers to the eight dimensions of information: buying, selling, sending, receiving, publishing, receiving, providing, and using, which are realized through unified management combined with the characteristics of Internet regional coverage;

[0035] The Internet of Everything in step S1 refers to the nine dimensions of intelligence: B2B, B2C, B2D, C2B, C2C, C2D, D2B, D2C, and D2D. The Internet of Everything is realized through unified management combined with the characteristics of Internet regional coverage.

[0036] As a preferred technical solution of the present invention, the upstream and downstream of item transactions, the upstream and downstream of logistics distribution, the upstream and downstream of software information, and the upstream and downstream of hardware intelligence are all networked and upgraded through unified management.

[0037] Compared with the prior art, the present invention has the following beneficial effects:

[0038] 1) The present invention aims to use Internet technology to build a ten-dimensional space architecture for traditional industries. By unified management of the upstream and downstream of commodity transactions, the upstream and downstream of logistics distribution, the upstream and downstream of software information, and the upstream and downstream of hardware intelligence (i.e., mini-programs), the present invention helps traditional industries achieve eight levels of networking upgrades, namely, ① transaction networking, ② distribution networking, ③ information exchange, ④ intelligent interconnection, ⑤ industrial networking, ⑥ logistics networking, ⑦ interconnection and ⑧ interconnection of all things. The networking is to give traditional industries the characteristics of regional coverage of the Internet, thereby realizing the square phenomenon of logistics, which can solve the problem of "the last mile of logistics" (if we compare the upstream and downstream of the industry to car parts, then the ten-dimensional space architecture of the industry is more like a method or technology for assembling these car parts into a car).

[0039] 2) Management and implementation:

[0040] The transaction game realizes unified management: it can not only effectively solve the problem of transaction channels for items, but also realize zero inventory management through unified distribution management;

[0041] Unified management of the upstream and downstream of distribution: This can not only effectively solve the problem of high distribution costs in logistics, but also achieve one-kilometer coverage through unified management of transactions;

[0042] Unified management of upstream and downstream information: This not only effectively solves the information asymmetry problem in software, but also enables unified management of one number through the intelligence of unified management;

[0043] Unified management of intelligent upstream and downstream: It can not only effectively solve the problem of intelligent docking of hardware, but also realize Internet connection through unified management information (the difference lies in whether the industry after the networking upgrade uses this architecture to determine sales based on production or production based on sales). BRIEF DESCRIPTION OF THE DRAWINGS

[0044] Figure 1 It is a schematic diagram of a module of the present invention; DETAILED DESCRIPTION

[0045] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0046] See also Figure 1 The present invention provides an Internet architecture, which is constructed as a ten-dimensional space of the industry. The entire architecture is divided into:

[0047] ① Dimensional transactions;

[0048] ②Maintenance and delivery;

[0049] ③Dimensional information;

[0050] ④Dimensional intelligence;

[0051] ⑤ Dimension (goods + logistics + software + hardware + mine); ⑥ Dimension (B2B + B2C + C2D + D2D + D2C + C2B);

[0052] ⑦ Dimension (one kilometer + village + town + county + city + province + region); ⑧ Dimension (buy + sell + send + receive + publish + receive + provide + use);

[0053] ⑨Dimension (B2B+B2C+B2D+C2B+C2C+C2D+D2B+D2C+D2D);

[0054] ⑩ Dimension online (entity + transportation + Internet + Internet of Things + industry) + offline (entity + transportation + Internet + Internet of Things + industry) ten levels, the ten-dimensional space of the industry is composed of the following formula: ten-dimensional space + eight-dimensional operation system + six-dimensional production veins + four-dimensional parallelism + two-dimensional relativity + one-dimensional contradiction + three-dimensional industrial networking phenomenon + five-dimensional logistics networking phenomenon + seven-dimensional interconnection phenomenon + nine-dimensional interconnection of all things phenomenon;

[0055] The combination of the fifth dimension (goods + logistics + software + hardware + mine) and the tenth dimension online (entity + transportation + Internet + Internet of Things + industry) + offline (entity + transportation + Internet + Internet of Things + industry) realizes the phenomenon of transaction networking, distribution networking, information exchange and intelligent interconnection, and the fifth dimension (goods + logistics + software + hardware + mine) is used to manage transactions after networking, distribution after networking, information after exchange and intelligence after interconnection;

[0056] The combination of ①-dimensional transactions and ⑥-dimensional transactions (B2B+B2C+C2D+D2D+D2C+C2B) realizes the phenomenon of industrial networking, and ①-dimensional transactions are used to manage the networked industries;

[0057] ② Dimensional distribution is combined with ⑦ Dimension (1 km + village + town + county + city + province + district) to realize the phenomenon of logistics networking, and ② Dimensional distribution is used to manage the logistics after networking;

[0058] The ③-dimensional information is combined with the ⑧-dimensional (buy + sell + send + receive + publish + receive + provide + use) to realize the interconnection phenomenon, and the ③-dimensional information is used to manage the interconnection after the interconnection;

[0059] The ④-dimensional intelligence is combined with the 9-dimensional (B2B+B2C+B2D+C2B+C2C+C2D+D2B+D2C+D2D) to realize the Internet of Everything, and the ④-dimensional intelligence is used to manage all things after the Internet.

[0060] The industrial networking process includes the following steps:

[0061] S1 Unified management: 1) Transactions in six dimensions, namely B2B, B2C, C2D, D2D, D2C, and C2B, are managed in a unified way to realize industrial networking; 2) Distribution in seven dimensions, namely one kilometer, village, town, county, city, province, and district, is managed in a unified way to realize logistics networking; 3) Information in eight dimensions, namely, buying, selling, sending, receiving, publishing, receiving, providing, and using, is managed in a unified way to realize interconnection and interoperability; 4) Intelligence in nine dimensions, namely, B2B, B2C, B2D, C2B, C2C, C2D, D2B, D2C, and D2D, is managed in a unified way to realize the interconnection of all things;

[0062] S2 management is achieved: 5) Unified management of upstream and downstream transactions: not only can it effectively solve the problem of difficult transaction channels for goods, but also through unified management of distribution, zero inventory management can be achieved; 6) Unified management of upstream and downstream distribution: not only can it effectively solve the problem of high distribution costs in logistics, but also through unified management of transactions, one-kilometer coverage can be achieved; 7) Unified management of upstream and downstream information: not only can it effectively solve the problem of information asymmetry in software, but also through unified management of intelligence, one-number management can be achieved; 8) Unified management of upstream and downstream intelligence: not only can it effectively solve the problem of difficult intelligent docking of hardware, but also through unified management of information, Internet connection can be achieved.

[0063] Furthermore, the ten-dimensional space of the industry is: ten-dimensional space + eight-dimensional operating system + six-dimensional production veins + four-dimensional parallelism + two-dimensional relativity + one-dimensional contradiction + industrial networking phenomenon representing three dimensions + logistics networking phenomenon representing five dimensions + interconnection phenomenon representing seven dimensions + interconnection phenomenon representing nine dimensions.

[0064] Furthermore, the industrial networking in step S1 refers to the transactions in six dimensions: B2B, B2C, C2D, D2D, D2C, and C2B, which are realized through unified management combined with the characteristics of regional coverage of the Internet; the logistics networking in step S1 refers to the distribution in seven dimensions: one kilometer, village, town, county, city, province, and district, which are realized through unified management combined with the characteristics of regional coverage of the Internet;

[0065] Interconnection in step S1: refers to the eight dimensions of information: buying, selling, sending, receiving, publishing, receiving, providing, and using, which is achieved through unified management combined with the characteristics of Internet regional coverage;

[0066] Internet of Everything in Step S1: It refers to the intelligence in nine dimensions of B2B, B2C, B2D, C2B, C2C, C2D, D2B, D2C, and D2D. Through unified management and combined with the characteristics of Internet regional coverage, the Internet of Everything is realized.

[0067] Furthermore, the upstream and downstream of item transactions, the upstream and downstream of logistics distribution, the upstream and downstream of software information, and the upstream and downstream of hardware intelligence are all upgraded through unified management to achieve networking.

[0068] Introduction:

[0069] The so-called ten-dimensional space of the industry, as the name implies, is an architecture built for the industry using the construction principle of the ten-dimensional space, abbreviated as the ten-dimensional space of the industry or the ten-dimensional space architecture of the industry. Its function is transaction. "Jiao" means transaction and connection. "Yi" means simplicity and convenience. We can also directly understand that it can make the transaction and connection between industries simpler and more convenient.

[0070] Special Note:

[0071] I. Through the square phenomenon of logistics, the ten-dimensional space architecture of the industry can be proved as simply as Newton proved the law of universal gravitation. The difference is that he used the phenomenon of an apple falling to the ground, while I use the square phenomenon of logistics. Taking China as an example, through the square phenomenon of logistics, it can be proved to us that the logistics market with an area of more than 9.6 million square kilometers in China has not been opened, and our existing logistics market is only the market measured in length in this area of more than 9.6 million square kilometers (that is, the distance between logistics points). Therefore, the ten-dimensional space of the industry is very much like a key to open the market of the square phenomenon of logistics.

[0072] II. The core competitiveness of the ten-dimensional space architecture of the industry is to reduce the average logistics distribution cost by 50%. This is the direct effect brought by enabling logistics to complete the last-mile coverage and achieve profitability (According to the public data of Cainiao Logistics: The last-mile distribution cost of logistics accounts for 37% of the total logistics distribution cost. I believe that those who have a certain understanding of the logistics industry know that due to the existence of the "last mile" problem in logistics, there is no truly dedicated logistics enterprise for the last-mile distribution in the world, and the current last mile of logistics also exists in the form of value-added services).

[0073] III. The profit model of the ten-dimensional space architecture of the industry only targets the market of the square phenomenon of logistics it opens (that is, the last mile of logistics). For traditional industries, whether it is for item transactions (including buying and selling), logistics distribution (including sending and receiving), software information (including publishing and receiving), and hardware intelligence (including providing and using) through this architecture, no third-party fees will be generated.

[0074] In the description of the present invention, it is necessary to understand that the terms "coaxial", "bottom", "one end", "top", "middle", "the other end", "upper", "one side", "top", "inside", "front", "center", "both ends" and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore should not be understood as a limitation on the present invention.

[0075] In addition, the terms "first", "second", "third" and "fourth" are used for descriptive purposes only and are not to be understood as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, the features defined as "first", "second", "third" and "fourth" may explicitly or implicitly include at least one of such features.

[0076] In the present invention, unless otherwise clearly stipulated and limited, the terms such as "installation", "setting", "connection", "fixation" and "screw-on" should be understood in a broad sense. For example, it can be a fixed connection, a detachable connection, or an integral one; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium; it can be the internal connection of two elements or the interaction relationship between two elements. Unless otherwise clearly defined, ordinary technicians in this field can understand the specific meanings of the above terms in the present invention according to the specific circumstances.

[0077] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. An Internet architecture, characterized in that: The Internet architecture is constructed from the ten-dimensional space of the industry. The entire architecture includes the following ten levels: ① Dimensional transactions; ②Maintenance and delivery; ③Dimensional information; ④Dimensional intelligence; ⑤ Dimension (goods + logistics + software + hardware + mine); ⑥ Dimension (B2B + B2C + C2D + D2D + D2C + C2B); ⑦ Dimension (one kilometer + village + town + county + city + province + region); ⑧ Dimension (buy + sell + send + receive + publish + receive + provide + use); ⑨Dimension (B2B+B2C+B2D+C2B+C2C+C2D+D2B+D2C+D2D); ⑩ Dimension: online (entity + transportation + Internet + Internet of Things + industry) + offline (entity + transportation + Internet + Internet of Things + industry) ten levels, The ten-dimensional space of the industry is composed of the following formula: ten-dimensional space + eight-dimensional operating system + six-dimensional production veins + four-dimensional parallelism + two-dimensional relativity + one-dimensional contradiction + three-dimensional industrial networking + five-dimensional logistics networking + seven-dimensional interconnection + nine-dimensional interconnection of all things; The combination of the fifth dimension (goods + logistics + software + hardware + mine) and the tenth dimension online (entity + transportation + Internet + Internet of Things + industry) + offline (entity + transportation + Internet + Internet of Things + industry) realizes the phenomenon of transaction networking, distribution networking, information exchange and intelligent interconnection, and the fifth dimension (goods + logistics + software + hardware + mine) is used to manage transactions after networking, distribution after networking, information after exchange and intelligence after interconnection; The combination of ①-dimensional transactions and ⑥-dimensional transactions (B2B+B2C+C2D+D2D+D2C+C2B) realizes the phenomenon of industrial networking, and ①-dimensional transactions are used to manage the networked industries; ② Dimensional distribution is combined with ⑦ Dimension (1 km + village + town + county + city + province + district) to realize the phenomenon of logistics networking, and ② Dimensional distribution is used to manage the logistics after networking; The ③-dimensional information is combined with the ⑧-dimensional (buy + sell + send + receive + publish + receive + provide + use) to realize the interconnection phenomenon, and the ③-dimensional information is used to manage the interconnection after the interconnection; The ④-dimensional intelligence is combined with the 9-dimensional (B2B+B2C+B2D+C2B+C2C+C2D+D2B+D2C+D2D) to realize the Internet of Everything, and the ④-dimensional intelligence is used to manage all things after the Internet. The industrial networking process includes the following steps: S1 unified management: Unified management of transactions in six dimensions: B2B, B2C, C2D, D2D, D2C, and C2B, to achieve industrial networking; Unified management of distribution in seven dimensions: one kilometer, village, town, county, city, province, and district, thus realizing logistics networking; The information of eight dimensions, namely buying, selling, sending, receiving, publishing, receiving, providing and using, is managed in a unified way to achieve interconnection and interoperability; Unified management of intelligence in nine dimensions: B2B, B2C, B2D, C2B, C2C, C2D, D2B, D2C, and D2D, so that everything is connected; S2 Management Implementation: The upstream and downstream of the transaction are managed in a unified manner, which can not only effectively solve the problem of difficult transaction channels for goods, but also realize zero inventory management through unified distribution management; The upstream and downstream of distribution are managed in a unified manner, which can not only effectively solve the problem of high distribution costs in logistics, but also achieve one-kilometer coverage through unified management of transactions; The upstream and downstream of information are managed in a unified manner, which can not only effectively solve the information asymmetry problem existing in the software, but also realize one-number management through the intelligence of unified management; The unified management of intelligent upstream and downstream can not only effectively solve the problem of intelligent docking of hardware, but also realize Internet connection through unified management information.

2. An Internet architecture according to claim 1, characterized in that: The ten-dimensional space of the industry is equal to: ten-dimensional space + eight-dimensional operating system + six-dimensional production veins + four-dimensional parallelism + two-dimensional relativity + one-dimensional contradiction + industrial networking phenomenon representing three dimensions + logistics networking phenomenon representing five dimensions + interconnection phenomenon representing seven dimensions + interconnection phenomenon representing nine dimensions.

3. An industrial networking method, using an Internet architecture as described in claims 1-2, characterized in that: The following steps are involved: The industrial networking in step S1 refers to transactions in six dimensions: B2B, B2C, C2D, D2D, D2C, and C2B. The industrial networking is realized through unified management combined with the characteristics of regional coverage of the Internet. The logistics networking in step S1 refers to the distribution in seven dimensions: one kilometer, village, town, county, city, province, and district. The logistics networking is realized through unified management combined with the characteristics of regional coverage of the Internet. Interconnection in step S1 refers to the eight dimensions of information: buying, selling, sending, receiving, publishing, receiving, providing, and using, which are realized through unified management combined with the characteristics of Internet regional coverage; The Internet of Everything in step S1 refers to the intelligence in nine dimensions: B2B, B2C, B2D, C2B, C2C, C2D, D2B, D2C, and D2D. The Internet of Everything is realized through unified management combined with the characteristics of regional coverage of the Internet.

4. An industrial networking method according to claim 3, characterized in that: The upstream and downstream of item transactions, logistics distribution, software information, and hardware intelligence are all networked and upgraded through unified management.

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