Technical and Economic Assessment Method for the Effectiveness of Technological Processes and Robotic Complexes Structures for Electronic Modules Assemblage within Multinomenclature Production

To evaluate the effectiveness of robotic complexes, for example flexible automated assembly systems for electronic modules, method technical and economic assessment should take into account nomenclature, annual production volume of electronic modules, performance, cost; features of technological automata, electronic modules and accessory; factual loading of technological automata and their readiness to the work; manufacturing yields of electronic modules; have the presence of the formulas for calculating production costs and costs of technological preparation; opportunity to be universal and easily be formalized; orientation to a market economy; the need to improve products of electronic modules and technological assembly datum surface. It is shown that the current methods of analysis do not respond the requirements of flexible automated assembly systems. Considered the author’s method technical and economic assessment and complex efficiency index based on it satisfy requirements of the electronic modules assemblage into flexible automated assembly systems.

References

[1] Ivanov Yu.V. Avtomatizaciya proektirovaniya slozhnyh robotizirovannyh kompleksov sborki elektronnoy apparatury [Computer-aided design of complex robotic complexes for assemblage of electronic modules]. Moscow, MGTU im. N.E. Baumana Publ., 2004. 45 p.

[2] Shaumyan G.A. Kompleksnaya avtomatizatsiya proizvodstvennykh protsessov [Complete integrated automation of production processes]. Moscow, Mashinostroenie Publ., 1973. 640 p.

[3] Ivanov Yu.V., Lakota N.A. Gibkaya avtomatizatsiya proizvodstva REA s primeneniem mikroprotsessorov i robotov [Flexible manufacturing automation for radioelectronic equipment using microprocessors and robots]. Moscow, Radio i Svyaz’ Publ., 1987. 464 p.

[4] Skvortsov Yu.V. Organizacionno-ekonomicheskie voprosy diplomnogo proektirovaniya [Organizational and economic problems of graduation work]. Moscow, Vysshaya Shkola Publ., 2006, 350 p.

[5] Ivanov Yu.V. Proektirovanie avtomatizirovannykh tekhnologicheskikh protsessov sborki EM v GASK [Design of automated technological processes for assemblage of electronic modules within flexible automated assembly systems (FAAS)]. Moscow, MGTU im. N.E. Baumana Publ., 2004. 46 p.

[6] Ivanov Yu.V., Kurnosenko A.E. Bazy dannykh dlya SAPR struktur GASK sborki EM pervogo urovnya [Database for CAD of structures of flexible automated assembly systems for electronic modules assemblage of the first level]. Certificate of Federal Service RF of Intellectual Property, 02.06.2006, no. 2006620158.

[7] Ivanov Yu.V., Kurnosenko A.E. SAPR struktur GASK sborki EM pervogo urovnya [CAD of structures of flexible automated assembly systems for electronic modules assemblage of the first level]. Certificate of Federal Service RF of Intellectual Property, 02.06.2006, no. 2006611922.

[8] Ivanov Yu.V, Kurnosenko A.E. Modul’ avtomatizirovannoy komponovki oborudovaniya i proektirovaniya transportnyh operaciy [Module of automated equipment layout and design of transport operations]. Certificate of Federal Service RF of Intellectual Property, 02.06.2006. no. 2006611923.

[9] Ivanov Yu.V., Kurnosenko A.E. Modul’ opredeleniya optimal’noy posledovatel’nosti montazha elektronnykh komponentov na pechatnuyu platu i avtomatizirovannoy podgotovki upravlyayushchikh programm UTP dlya oborudovaniya s ChPU [Definition module of the optimal sequence of electronic components assemblage on a printed circuit board and automated preparation of control technological programs (CTP) for CNC equipment]. Certificate of Federal Service RF of Intellectual Property, 02.06.2006. no. 2006611924.