“…Для полного решения задачи маршрутизации режущего инструмента для машин листовой резки с ЧПУ для минимизации времени или стоимости резки требуется решить целый ряд задач. Их описание и классификация приведены подробно в [1][2][3], и схематически изображены на рис. 1.…”
Section: A New Algorithm For Constructing the Shortest Tour Of A Finite Set Of Disjoint Contours On A Planeunclassified
[Scientific and technical report (interim) on the topic "Development of technology and creation of experimental software systems for controlling the configuration of onboard systems of small-mass spacecraft in the interests of increasing their survivability" (code" Technologia-SG-3.3.3.1")].
“…Для полного решения задачи маршрутизации режущего инструмента для машин листовой резки с ЧПУ для минимизации времени или стоимости резки требуется решить целый ряд задач. Их описание и классификация приведены подробно в [1][2][3], и схематически изображены на рис. 1.…”
Section: A New Algorithm For Constructing the Shortest Tour Of A Finite Set Of Disjoint Contours On A Planeunclassified
[Scientific and technical report (interim) on the topic "Development of technology and creation of experimental software systems for controlling the configuration of onboard systems of small-mass spacecraft in the interests of increasing their survivability" (code" Technologia-SG-3.3.3.1")].
“…At present the following classes of Cutting Path Problem is considered depending on using cutting technique and its parameters [3][4][5]:…”
Section: Introductionmentioning
confidence: 99%
“…Generally it should be noted disadvantages of research about problems of special cutting techniques application and methods of their use in design of cutting path in CAM. There are special cutting techniques -common cut, «chained» cutting, «snake» cutting, et al [5]. The use of common cut is useful during cutting of high-cost sheet material on CNC equipment because a reusable scrap is generated.…”
The cutting path problem for CNC sheet metal cutting equipment is considered in this article. The method of multi-contour cutting application is described for solving Cutting Path Problem (CPP). The method is to be combine contours in «blocks» (groups) and cutting of several contours is performed by using special cutting techniques (common cut, «chained» cutting) in order to reduce values of cutting tool length and number of piercings compared with standard cutting technique (where only idle path is minimized) The article presents results of solving cutting path problem computing experiments using proposed method (multi-contour cutting with common cut) and algorithm CCP-Relax (in which the standard cutting technique is used). The examples of testing are performed by using several instances from Library CPPLib.
“…The common problems of metal sheet cutting [1] represent serious practical interest. A detailed overview is given in paper [2]. The main problem is to get parts of the best quality with the minimal cost.…”
The paper is devoted to the problems of cutting path optimization with engineering specifics. There are two severe constraints of thermal cutting: thermal expansion and sheet stiffness constraints. Our solution uses the dependence of the cost functions on the previous part of the route and on the direction of movement of the tool along the contour.
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