Today it is necessary to change the existing nature of the organization of production in connection with the current trend of transition to the intellectualization of technological preparation of production. Therefore, the actual and fundamentally new today is the creation of a system that will allow you to plan the production process in an automated mode. It is possible to implement on the basis of the development of many variants of technological processes of mechanical processing of the manufactured products. To choose the optimal technological process from the developed, for the current production situation it is necessary to apply a set of control and measuring procedures proposed by the authors. From the subtasks of the complex of control and measuring procedures in One automated system of design of technological processes of machining is the formation of a rational set of measuring instruments, and the solution of this problem is a prospect for the introduction of digitalization of production.
The article says about solving an important task of production - reducing of the technological preparation. The development of scientific bases of the complex of control-and-measurement procedures in the automated system for designing technological processes for manufacturing parts is a qualitative solution to the problem of achieving the specified accuracy of the surfaces of parts in a rapidly changing situation within the production process. This paper presents the practical implementation of the complex of control-and-measurement procedures for automating technological preparation of production.
In the present paper considers the structure of the complex design procedures (integrated approach) of the system for taking into account the requirements for the assembly of high-precision products in the design of manufacturing methods of machining, which is based on the establishment of a link between the process design of machining and assembly plants, is considered. Also, the paper considers mathematical models and approaches to system ware implementation.
The article proposes the method of intellectualization workshop’s manufacturing system. The digital technology is widely developed today so intellectualization of manufacturing system is relevant today. The use of AMT-supported manufacturing process in manufacturing system contributes to obtaining advantages in material and financial terms and reducing the cost of time resources.The use of automation technology in workshop process assumes cutbacks to its funding and ensures its digitalization. The digitalization is aimed at eliminating production errors and shortcomings already at the design stage of the production process. In consequence of this technological defects of products are reduced and the technological process is well organized. The use of an innovative approach to the development of the technological process of manufacturing products allows reducing time resources and increasing technical efficiency. Actualization of the suggested approach provided with system of computer-aided planning multiproduct technologic process. This system is developed by the authors and aimed at planning the intelligent product campaign. The presented algorithmic and software support for the formation of a rational set of control-and-measuring tools provides the development of a rational technological process for manufacturing a product and automation of the production’s technological preparation.
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