METHOD FOR PLANING PRODUCTS

mechanical working of articles with complex profile of worked surface, for example metallographic forms in number program control planers. SUBSTANCE: method comprises steps of orienting lengthwise axis 1 of cutter 2 by angle equal or almost equal to 90 degrees relative to plane of coordinate axes X,...

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Hauptverfasser: JAKUNIN V.A, PISAREV A.G, IPATOVA T.P, RAKHOVSKIJ V.I, ASHKINAZIJ JA.M, CHEGLAKOV A.V, GRIGOR'EV S.V, CHERPAKOV B.I, MOCHALOV I.A, CHEKMAREV V.A, EHSTERZON M.A, KLIMOV A.I, ALEKSEEV L.V
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creator JAKUNIN V.A
PISAREV A.G
IPATOVA T.P
RAKHOVSKIJ V.I
ASHKINAZIJ JA.M
CHEGLAKOV A.V
GRIGOR'EV S.V
CHERPAKOV B.I
MOCHALOV I.A
CHEKMAREV V.A
EHSTERZON M.A
KLIMOV A.I
ALEKSEEV L.V
description mechanical working of articles with complex profile of worked surface, for example metallographic forms in number program control planers. SUBSTANCE: method comprises steps of orienting lengthwise axis 1 of cutter 2 by angle equal or almost equal to 90 degrees relative to plane of coordinate axes X, Y; placing apex of cutter 2 in initial point of planing path 4 and orienting front surface 5 along line normal relative to path 4 in initial point; at working realizing (according to predetermined program) synchronous relative motion of worked article and cutter 2 along coordinate axes X, Y; performing such motion with possibility of providing resultant motion of cutter 2 along predetermined path 4 with curvilinear portions; at changing curvature radius of portions of path 4, varying three-dimensional position of front face of cutter 2 relative to its previous position in such a way that at passing any point of portion of path 4 with variable curvature radius front face 5 was normal relative to plane 6 that crosses plane of coordinate axes and is oriented in parallel with projection of vector of instantaneous relative velocity of cutter 2 in above mentioned point onto plane of coordinate axes. Such three-dimensional orientation of front face 5 of cutter 2 in any point of path 4 provides optimal planing conditions along the whole pass length due to constant spatial orientally of rear surfaces of cutter relative to planing face. EFFECT: enhanced strength of planing cutter, improved accuracy of planed article. 3 cl, 4 dwg
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SUBSTANCE: method comprises steps of orienting lengthwise axis 1 of cutter 2 by angle equal or almost equal to 90 degrees relative to plane of coordinate axes X, Y; placing apex of cutter 2 in initial point of planing path 4 and orienting front surface 5 along line normal relative to path 4 in initial point; at working realizing (according to predetermined program) synchronous relative motion of worked article and cutter 2 along coordinate axes X, Y; performing such motion with possibility of providing resultant motion of cutter 2 along predetermined path 4 with curvilinear portions; at changing curvature radius of portions of path 4, varying three-dimensional position of front face of cutter 2 relative to its previous position in such a way that at passing any point of portion of path 4 with variable curvature radius front face 5 was normal relative to plane 6 that crosses plane of coordinate axes and is oriented in parallel with projection of vector of instantaneous relative velocity of cutter 2 in above mentioned point onto plane of coordinate axes. Such three-dimensional orientation of front face 5 of cutter 2 in any point of path 4 provides optimal planing conditions along the whole pass length due to constant spatial orientally of rear surfaces of cutter relative to planing face. 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SUBSTANCE: method comprises steps of orienting lengthwise axis 1 of cutter 2 by angle equal or almost equal to 90 degrees relative to plane of coordinate axes X, Y; placing apex of cutter 2 in initial point of planing path 4 and orienting front surface 5 along line normal relative to path 4 in initial point; at working realizing (according to predetermined program) synchronous relative motion of worked article and cutter 2 along coordinate axes X, Y; performing such motion with possibility of providing resultant motion of cutter 2 along predetermined path 4 with curvilinear portions; at changing curvature radius of portions of path 4, varying three-dimensional position of front face of cutter 2 relative to its previous position in such a way that at passing any point of portion of path 4 with variable curvature radius front face 5 was normal relative to plane 6 that crosses plane of coordinate axes and is oriented in parallel with projection of vector of instantaneous relative velocity of cutter 2 in above mentioned point onto plane of coordinate axes. Such three-dimensional orientation of front face 5 of cutter 2 in any point of path 4 provides optimal planing conditions along the whole pass length due to constant spatial orientally of rear surfaces of cutter relative to planing face. EFFECT: enhanced strength of planing cutter, improved accuracy of planed article. 3 cl, 4 dwg</abstract><edition>7</edition><oa>free_for_read</oa></addata></record>
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subjects BROACHING
COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOTDIRECTED TO A PARTICULAR RESULT
CONTROL OR REGULATING SYSTEMS IN GENERAL
CONTROLLING
DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g.ARRANGEMENTS FOR COPYING OR CONTROLLING
FILING
FUNCTIONAL ELEMENTS OF SUCH SYSTEMS
LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOTOTHERWISE PROVIDED FOR
MACHINE TOOLS
MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OFPARTICULAR DETAILS OR COMPONENTS
METAL-WORKING NOT OTHERWISE PROVIDED FOR
MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS ORELEMENTS
PERFORMING OPERATIONS
PHYSICS
PLANING
REGULATING
SAWING
SCRAPING
SHEARING
SLOTTING
TRANSPORTING
title METHOD FOR PLANING PRODUCTS
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