T/CNFPIA 1002-2021 Wood surface coating equipment information integration interface specification
T/CNFPIA 1002-2021 Wood surface coating equipment information integration interface specification
Basic Information
Scope
Scope: This document specifies the related terms and definitions, network structure, and basic requirements for information integration of surface finishing equipment for wood products; the basic requirements for the information integration control center and distributed control hosts; the physical interface and communication protocol requirements of network devices; and integrated data information. This document applies to the information integration interface of surface finishing equipment for wood products. Main technical content: 3.1 Terms and definitions The following terms and definitions apply to this document. 3.1 Information Information is given meaning by conventions applied to data. [Source: IEC 61499-1:2012, 3.53] 3.2 Information integration interface An information integration interface is a set of specifications that enables data exchange between one device and another. [Source: GB/T 32197–2015, 3.1, with modifications] 3.3 Information model A method of representing data information in a network interface, including information models and organizational methods. [Source: GB/T 18759.6–2016, 3.1.2] 3.4 Distributed control network A control network that connects equipment distributed in different locations (such as workshops, sections, units, etc.) of an enterprise/factory, used to complete information exchange for control, monitoring, and management, and meets the requirements of credibility and security. [Source: GB/T 36417.3–2018, 3.4, with modifications] 3.5 Interchangeability The ability of two or more devices produced by different manufacturers to work together using the same communication protocols and interfaces in one or more distributed applications. After defining the data and functionality of each device, if any device is replaced, all distributed applications using the replaced device will continue to operate as before, including the same dynamic response of the replaced device's distributed applications. [Source: GB