The maritime platform conduit that is based on Aut0CAD wears sheet the graph builds systematic research and development automatically
- source:FANYA CNC Machining
6mm, the wall is large: 19.
05mm, lever primary color date: 7, lever date: 1, zun Jie orders number: B, left bag board: Without, lever type: Canal. After to program is finished, its to load arrives in the AutoCad group that start, after running AutoCad every time so, this program will finish automatic to load. When inputting spare parts information, key in the InPut of command losing a person of to program, begin to take staff, every take a staff (should catch target area to have by accident, or when knocking other clavier by accident, undertake circular catching, till catch successful) , lever highlight, indication graph shows input dialog box 3 times. In the graph, the editor casing content that Gao Liang shows is the information of concerned canal structure, other editor casing is not usable. If click sheet to choose the structure of other spare parts in casing, be like board, criterion with board relevant editor casing if Gao Liang of groove horn, splint criterion shows, editor casing is other to be able to be not used. Manage together, the spare parts structure of other parts corresponding at pertinent spare parts information. After data input ends, criterion lever brightness returns to normal, but lever color becomes angry (but variable beard remembers primary color) . In addition, all model information that when single track pursues medium is inputted after finishing, restore every lever Yuan Yan is lubricious, and file, if have need, in can keeping the information of the input person data file at any time. 4, the important basis that module of computation of parameter of spare parts geometry guides parameter of pipe rack geometry is to undertake CNC machining. Main geometrical parameter includes: Lever the axial angle of cut between, turn round horn, prejudicial, job to nod deflection (wrong heart) . If the graph shows 3 times,its define: (A of 1) axis angle of cut: Raise the included angle between tubal axes and director axes. (2) turns round horny B: That one aspect of the matter that is in charge of axes to be used at computational axis angle of cut is raising tubal cross section (namely sectional circle) those who go up is umbriferous with 0 degrees of lines (when initiative cut, cutting torch of that a bit as sectional as what pass this a little bit round the centre of a circle that lower part raises a canal to go up connect a line) included angle. (3) prejudicial A: Be in charge of axes and the vertical distance between the axes that raise a canal, have the cent that losing, when should be in charge of axes to stand by handlers prejudicial for, when should be in charge of axes to be far from handlers prejudicial to lose. (4) works dot uncle moves (wrong heart) E: Point to for many times build each director axes and photograph of the axes that raise a canal are nodical when receiving (node) distance, angle of cut of the axis between component part, turn round horn, prejudicial, job to nod deflection (wrong heart) computation is the method that uses analytic geometry, model of work out maths, be calculated through the program and get a result. Between pipe fitting of in an attempt to turn round horn to be exemple, show the program numeration of geometrical parameter. Between two canals turn round horn to be 0 degrees. If have the 3rd canal, exist 2 times to build namely receive, director 2 if be absent,be in charge of 1 as planar as what raise a canal to form inside, exist reverse part. This angle is the director that measures in the transverse plane that raise a canal 1 at be in charge of 2 umbriferous angle of cut. The move of programming is as follows: (1) extraction is in charge of Plll of 1 two end points, p121. (2) extraction raises a canal P12 of two end points, p22, computation raises arrow tubal a way (M2, n2, p2) . (3) is called seek umbriferous drop order, beg Pl1l, p121 is raising the umbriferous Md1a on tubal end panel, md1b. (4) use AutoCad commands (Command " Ucs " " N " " Za " P22 P12) turns tectonic plane to the end panel that raise a canal. (5) uses function (Trans Md1a 0 1) , (Trans Md1b 0 1) , computational Md1a, md1b is in the coordinate Md1aa on new tectonic plane, md1bb. (6) function (Angle Md1aa Md1bb) seeks a person in charge 1 photograph to securing F11 of reference axis angle. (7) commands (Command " Ucs " " W " ) changeover is fastened for world coordinate. (The measure on 8) in order to seeks a person in charge 2 opposite at securing FlZ of reference axis angle. (One Fll of 9) Fl Z gives priority to a canal namely 1 with the director the 2 included angle on the transverse plane that raise a canal, reverse part namely. 5, line of computational look follow in a continuous line makes sheet the type of common line of look follow in a continuous line between component of platform of graph module ocean has a canal to provide the saddle opening between, the diameter provides opening of the MIT between the canal identically, mouth of the MIT between tube plate, and line of follow in a continuous line of Taper Pipe look, annulus provides clue of look follow in a continuous line, line of follow in a continuous line of footmark graph look is waited a moment. The system is automatic the type of line of differentiate look follow in a continuous line, namely handlers is clicked after be in charge of and raising a canal, the component part information that the program can input before the basis judges the kind that gives clue of look follow in a continuous line, call corresponding subprogram to calculate thereby line of look follow in a continuous line. The program block diagram that judges type of line of look follow in a continuous line shows 4 times like the graph: The lever that program basis stores the type can be called automatically seek order of line of look follow in a continuous line accordingly, the structure that makes this valve thereby is simple a graph. Below it is in order to raise canal and form of director look follow in a continuous line exemple, give out raise a canal to seek solution sheet the end product of the graph. If pursue 5, each parameter is as follows: Raise a canal: External diameter is 318.
75mm. The wall is large for 9.
375mm. Director: External diameter is 450mm. Work out program, get 5 show a canal to cut sheet of the analyse inside exemple hind is like a graph graph, there is wall look in the graph line of be linked together and outside the wall cuts secant actually (take groove horn) namely, its abscissa is Y axis, namely shift of axis of Y of cutting torch edge is apart from, ordinate is corresponding the circumferential horn that goes up each a little bit at line of look follow in a continuous line namely X axis coordinate. 6, conclusion system serves child blaze numerical control cuts tubal machine cut maritime platform conduit wears pipe fitting, systematic input makes the same score the structural single track that combine to pursue for ocean, systematic input wears cut sheet for maritime platform conduit graph. Build a program to store conduit wears the graphical dictionary of information of component part geometry automatically, thereby lever information memory, and can want according to abide call at any time, revise. In addition, use the method of analytic geometry, model of work out maths, establish a program parameter of automatic computation geometry, angle of cut of the axis between implementation component, turn round horn, prejudicial, job to nod deflection (wrong heart) automatic computation. Snap the type of line of look follow in a continuous line through process designing chaste tree, automatic computation raises data of line of tubal look follow in a continuous line, scale gives conduit to wear sheet graph. The system enters the writing of component part parameter, computation and processing join rise, via actual project application, the automation that implemented pipe fitting treatment, intelligence is changed, improved manufacturing efficiency greatly, it is a kind of application of CAD/CAM unifinication technology. CNC Milling CNC Machining