Stone material management method and system thereof

Abstract

The invention discloses a stone material management method. A stone material label is set on a stone material, and the stone material label stores stone material data; the stone material data is sent to a server in a data transmission manner; and the server sends stone material management data generated according to the stone material data to a client according to a request from the client. The stone material data comprises identity information, state information and environmental information of the stone material. The stone material management data comprises: a flow direction of the stone material specified by the client, and inventory data and / or out-storage data of various stone materials. The invention further discloses a system for implementing the above method. According to the invention, a new generation asset management system based on the Internet of things is provided, and integrates application identification, perception, short-range communication, geographic Information, etc. Fixed asset refined management including functions of Fixed asset refined management of medium and long distance identity identification, noumenon multi-information perception, spontaneous information uploading, real-time alarm locating, cloud platform high speed data processing and coverage of various application demands etc. are achieved. The management method provided by the invention has advantages of being intelligent, effective, accurate, timely and perfect in function, so that the stone material management method has a significant practical value and broad market space.

Description

Technical field [0001] The invention relates to a stone management method, in particular to a stone management method based on the Internet of Things. Background technique [0002] In recent years, the dynamic management of stone production has become more and more difficult. How to achieve efficient and intelligent management of fixed assets such as finished stone products and semi-finished products has become an urgent problem in the industry. The fixed asset management of old-style stone finished and semi-finished products mainly relies on manual registration, inventory, query and statistics. Although it has the advantages of simple and easy operation and low initial investment, it has low work efficiency, high labor cost, error-prone, and poor timeliness. Obvious shortcomings. Compared with manual management, the emerging bar code-based asset management system for finished stone and semi-finished products is more efficient, faster and more information-based, and still highli...

AI Technical Summary

Problems solved by technology

The fixed asset management of old stone finished and semi-finished products mainly relies on manual registration, inventory, query and statistics. Although it has the advantages of simplicity and low initial investment, it has low work efficiency, high labor costs, error-prone, and poor timeliness. obvious disadvantage

Compared with manual management, the barcode-based asset management system for finished stone products and semi-finished products has higher efficiency, faster speed and higher degree of informatization, but still highlights the shortcomings of passive management, lack of information security mechanism, and backward information collection methods.

The traditional RFID fixed asset management system can realize the functions of wireless long-distance information collection, multi-target simultaneous identification, unique electronic identity identification, remote transmission of data information, high-speed data processing in the background, and is suitable for various application requirements, etc., with high work efficiency , high speed, high accuracy, short inventory time, etc., but there are still disadvantages such as passive management, less information attributes, and low degree of automation and intelligence

Images