Equipment coding method

Abstract

The invention provides an equipment coding method, which aims to realize the coding identification of whole life circle management of goods and material equipment by formulating a unified goods and material equipment coding rule and a standard library to cover all pieces of goods and material equipment of a hydraulic power plant. The coding consists of three code segments, i.e. an equipment position code section, an equipment identity code section and a goods and material code section, wherein the equipment position code section is characterized in that the position code is divided into six code sections and adopts 20 bits of characters; according to the equipment position, the equipment is subjected to unique layer structure identification by the equipment unit; the position of equipment managed by the power plant is identified, i.e. a specific installation position or use location; the equipment identity code section adopts 10 bits of characters to identify each piece of specific equipment, and therefore each piece of equipment has a unique identity identification; and the goods and material code section adopts 11 bits of characters, and all goods and materials as well as spare parts of the power plant are coded by the 11 bits of characters with a layering and classifying method. The equipment coding method disclosed by the invention is used for coding the equipment of the hydraulic power plant.

Description

technical field [0001] The invention relates to a coding method, and provides a coding identification system that covers all the material equipment of a hydropower plant and realizes the management of the entire life cycle of the material equipment by formulating a unified material equipment coding rule and standard library. Background technique [0002] There are various types of internal equipment in hydropower plants, especially under the historical background of continuous improvement in the level of automation of power plants, power plants are widely used in unattended operation, and the power plant is unattended on site. In addition to the need to achieve full automation in the production process, equipment, materials, etc. It is necessary to simultaneously realize full automation, digitalization and information management. Therefore, the use of equipment coding technology is the basic work for hydropower plants to implement modern management and information constructi...

AI Technical Summary

Problems solved by technology

However, there are problems such as the risk that the logo is not unique, it is not easy to be processed by a computer, and it is difficult to communicate with the outside world.

[0006] These two methods have problems such as difficult maintenance and training during use, and cannot be widely promoted in China

Most of KKS application performance is in thermal power and nuclear power, its coding index does not cover hydropower equipment comprehensively, and the application performance in hydropower station is not much, there are certain risks

Moreover, everyone's understanding of KKS coding rules may be quite different. It must be jointly developed with professional KKS coding organizations and used in conjunction with the current relatively mature management software, so as to ensure that the coding rules are correct. Therefore, it is necessary to promote the national hydropower industry. certain limitations

[0007] Ensuring the uniqueness of equipment coding, scientific and practical equipment coding technology is of great significance to the equipment management of unattended hydropower plants. There is no complete and applicable coding specification and standard for hydropower plant equipment, and most of the existing technologies come from abroad, which are not suitable for my country's national conditions

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