The sac/swg13 working group for the drafting of the standard specialized robotic terminology, dated 4 may 1997, prepared note 1. The source of the mission was the revised national standardized system plan (ncs 30) issued by the national standardization management committee in 2015, project t-469. Development of national standards, " special operating robotic terminology " . 2. Main drafting process 2. 1 following an open call for the members of the working group, the national working group on standardization of special operating robots (hereinafter referred to as the " national working group on standardization of special operating robots " ) organized a standard-setting start-up meeting with 37 participants from 2 to 3 july 2015 in the city of fukuo, fujian province, chaired by under-secretary-general sac/swg13, who gave a presentation on the source of the standard project and a call for the members of the working group, which identified the zhang pil researcher at the centre for medium productivity promotion as the convener of the standard drafting working group. Following public discussions, a standard-setting outline and division of labour among the members of the working group were established, a work plan was developed for the next period, a detailed division of labour and progress requirements for the preparation of tasks was clarified, and the classification and codes of the national economic industry gb/t4754-2011 were identified as a reference for classification in the terminology of special operating robots. 2. 2 phase 1 of the first draft of the working group) in the spirit of the fukuko conference, the working group spent four months in july 2015 - november 2015 to gather feedback on the relevant standard framework. At the 2015 annual swg13 meeting, all swg13 members discussed feedback on the standard framework, defined the framework and content requirements of the final standard and defined the workplan of the working group for 2016. 2) the first draft of the standard was consulted within the group of experts (january-august 2016) and gathered from experts from shandong university, shandong electronics college, nanjing special inspectorate, chinese university of hong kong (shenzhen), shanghai electronics college, kim jong-hing, shanghai hours of smart technology, guangzhou, etc., for a total of 500 terms. 3) two standard workshops (september-november 2016) were organized by the secretariat on 2-3 september 2016 and 25-26 november 2016 by members of the drafting team in nanjing and chongqing to discuss the first draft of the standard. Following the meeting, a first draft of the standards was made available for implementation and revision, based on the discussions. 4) at the 2016 working session of the working group on swg13 (december 2017 - march 2017), the standard drafting group submitted a first draft of the standard " special robotic terminology " for review by participating members and experts, and requested a reply to the comments. After the meeting, the secretariat collated the analysis and received a total number of feedback articles: 61, which were addressed by the working group in accordance with the established standard formulation principles, and were adopted and partially adopted: 31, not: 30. 5) on 11 april 2017, two criteria were discussed at the meeting of the principals of the working group on the drafting of special robotic terminology and the classification of symbols and signs of special robots, which harmonized the classification of two standard levels. 3. Preparation of principles and key technical notes this standard is based on the provisions of the standardized guidelines gb/t 1. 1-2009. In order to harmonize the terminology and terminology used in the country's special operations robots, the use and understanding of the terminology is well founded, and in the field of special operations robotics is based on the real needs of special operations robots. It promotes the development of our special operations robotics industry and reduces the gap between our special operations robots and advanced countries abroad. Based on a careful examination of relevant professional standards in force at home and abroad, the standard has been extensively collecting, collating and studying terminologies and definitions of special robots in publications and scientific literature, and has developed drafts of special robotic terminology that seek to be accurate, credible, practical, complete and authoritative, taking into account national standards that have been promulgated, as well as the usage of the special robotic industry. This standard only specifies special machines for general use
