Quality safety management method and system based on Internet of things

Abstract

The invention discloses a quality safety management method based on Internet of things. The method comprises the following steps that: 1, application information is input; 2, identification marks are generated; 3, application service authorization is carried out; 4, identification marks are obtained, identification mark labels are manufactured, and coding giving is carried out on a code giving carrier through a code giving sub system; 5, the identification marks are read or input through an application service platform or terminal equipment provided with an application identification sub system, and contents carried by the identification marks are analyzed and obtained; 6, application interaction is completed through networks, and in addition, an application service function is realized; 7, results or application information corresponding to the application service is shown through the terminal equipment, the application identification sub system or the application service platform; and 8, data generated by the application service platform or the application identification sub system is stored to a server center or the terminal equipment. The invention also discloses a quality safety management system based on Internet of things.

Description

technical field [0001] The present invention relates to the field of the Internet of Things, in particular to a quality and safety management method and system based on the Internet of Things. Background technique [0002] The quality and safety management methods and systems in the prior art mainly have some problems, such as: (1) The technical and professional requirements for anti-counterfeiting, anti-channeling, and traceability identification are high, and it is difficult to popularize and popularize; (2) Anti-counterfeiting, anti-channeling, and traceability High cost, large investment in personnel and equipment; (3) Anti-counterfeiting, anti-smuggling, and traceability technologies are ever-changing, and it is difficult for ordinary people to understand and use them, and ordinary people cannot participate in them at all; (4) The establishment of anti-counterfeiting, anti-smuggling, and traceability systems is expensive , low efficiency, and insufficient accuracy; (5) ...

AI Technical Summary

Problems solved by technology

[0002] The quality and safety management methods and systems in the prior art mainly have some problems, such as: (1) The technical and professional requirements for anti-counterfeiting, anti-channeling, and traceability identification are high, and it is difficult to popularize and popularize; (2) Anti-counterfeiting, anti-channeling, and traceability High cost, large investment in personnel and equipment; (3) Anti-counterfeiting, anti-smuggling, and traceability technologies are ever-changing, and it is difficult for ordinary people to understand and use them, and ordinary people cannot participate in them at all; (4) The establishment of anti-counterfeiting, anti-smuggling, and traceability systems is expensive , low efficiency, and insufficient accuracy; (5) Anti-counterfeiting, anti-channeling, and traceability marks are easy to be damaged or lost under various circumstances, and difficult to change and replace; (6) Anti-counterfeiting, anti-channeling, and traceability identification methods are single, Insufficient convenience, single identification terminal, and single information display terminal; (7) The coverage rate of application subjects is low, and the attachment of anti-counterfeiting, anti-channeling, and traceability marks is difficult to fully use for ever-changing application subjects and cannot cope with various (8) Traditional anti-counterfeiting, anti-smuggling, and traceability applications are relatively independent, single-application, not attractive to users, and difficult to meet the needs of various users and subjects; (9) Traditional anti-counterfeiting, anti-smuggling, and traceability systems, real-time (10) It is difficult to make an anti-counterfeiting, anti-smuggling, and traceability mark correspond to a physical object, and the capacity of the anti-counterfeiting, anti-smuggling, and traceability mark is not enough; (11) The anti-counterfeiting, anti-smuggling, and traceability mark cannot be determined and located; ( 12) Traditional anti-counterfeiting, anti-smuggling, and traceability labels have limited information carrying capacity, and in many cases, cannot meet the application needs; (13) Anti-counterfeiting, anti-smuggling, and traceability information bearer is single; (14) Storage of anti-counterfeiting, anti-smuggling, and traceability information , for terminal equipment, the storage space is far from enough; (15) Anti-counterfeiting, anti-smuggling, and traceability user groups are diverse, and classification management cannot be achieved