CS235901B1 - Circular arch approximate determination connection by means of polygonal curve - Google Patents

Abstract

The invention relates to circuitry for approximate measure the oscillating arc by polygonal the curve whose characteristic points are they insult a non-incremental way. It is an object of the present invention to shorten the determination time characteristic points. fteši ae the task of reducing construction costs circuitry without noticeably increasing path-shaped errors. The essence of the invention depends on the gradual closing step selector block on the other and the coincidence circuit controlled by the pulse divider. The connection further comprises a default sensor values, two addition registers for comparison relevant axes; four multipliers and one linear integrator associated with one control block as well as with two systems position control relative to the respective axes. The invention can be used for digital circuitry management.

Description

235 901 2 PCjiaCTb ΠρΗΜβΗβΗΗΗ Η3θ0ρβΤβΗΗΗ OOjiaCThfO ΠΡΗΜβΗβϋΚα Η3θ6ρβΤβΗΗΗ HBJIHIOTOH - UU $ pOEjUe KOHTypHhie ynpaBJíeHHH rnpH6jIHXai0mHeφορΜγ jiyroBOft TpaexTopHH nojiHTOHajibHoň JiHHHett, xapaxTepHHe tohkh κοτοροή onpenejiHKiTCH ho-ΗΗΚρβΜβΗΤΗΜΜ οποοοβοΜ.

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ΦΟΡΜΥΕΑ H3OEPETEHHH

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BHXOfl ΧΟΤΟΡΟΓΟ C.OeflHHeH C ynpaBJIHKXUHM BXOflOM CXeMU coBnafleHHH JHJ · B XaHeCTBe ĎJIOXOB ojio-xěhhh npenycMOTpeHH «Ba cyMMnpyK> MHX perncTpa / 6, 7 /, x conocTaBJíeHHtJX cooTBeTCTByraiUHM ochm; yctaHOBOTBue Bxoflu οβοκχ cyMMHpyioinHx perHCTpoB / 6, 7 / c coeflHHeHU naTWHXOM hcxohhbix 3Hawe-hhH / 8 /; xaxflOMy cyMMHpyioiueMy perHCTpy / 6, 7 / npeflBXJiioweH cooTBeTCTByioiHHH nepBHft ĎJioX yMHOxe-hhh / 9. 11 /, nepBnH Bxon xaxnoro nepBoro 6jioxa yMHopeHHH / 9, 11 / coeflHHeH c uiaroBUM HcxaTejieM / 1 /, and Βτοροβ bxoji xamaoro nepBoro 6noxa yMHOxeHHH / 9 ; 11 / CBHaaH c cooTBeTCTByioinHM BuxoflOMHeoTHeceHoro cyMMHpymmero pernCTpa / 6,7 / j flajiee xaxflOMy cyMMHpyioineMy perHCTpy / 6,7 / npef1-BXJHoneH cooTBeTCTByioiUHa οτοροβ βηοχ υμηοχθηηη / 10, 12 /; not bxa xawnoro dnoxayMHOxeHHH / 10,12 / οοθηηηη c bhxoji cxeMM COBnafleHHH / 3 / H BTOpofi bxoji xaxjioro BtoporoBnoxa yMHoxeHHH / 10, 12 / cbxoji OTHeceHHoro cyMMpypyiOr perHCTpa (6,7); πηηθΗηηΗ HHTep-nojiHTOp / 13 / jjByMH BXOjjaMH cBHaaH c cooTBeTCTByioiHHM bxojiom cyMMHpyioinero pernoTpa / 6, 7 /, ojihhmflpyrHM bxojiom - c ĎJioxoM ynpaBJíeHHH nocJieuOBaTejihHOCTbio βηποιιηθηηη / 14 /, and taxxi jibymh BHXOjiaMH

Claims (1)

5 235901 - ΗΙΧΗΟΗΗΟΓΟ ΗΙΧΗΟΗΗΟΓΟ ΗΙΧΗΟΗΗΟΓΟ ΗΙΧΗΟΗΗΟΓΟ ery ery ery ery ery ery ery ery ery ef T T T T T T T T T T T T T T T T no no no no no no no AHHOTAUHfl h + θ3θ6ρβτβΗΗβ KacaeTCH πηΦροβηχ KOHtypHtax ynpaBJíenHň, npHĎJiHJKaioinHX Oopwy flyroBOň TnaeKTO- pnu nojwroHajiBHOň JiHHKeft, xapaKTepHtae tomkh κοτοροϊί onpeflejiHioTCH HeHHKpeMeHTHHM cnocoóoM. Uejib θ3θ6ρθτβΗΗ «- yMeHBiueHHe BpeMeHH fljiH onpe, nejieHHH xapaKTepHbJX τοηθκ. PeuaeTCH 3aflan yMeHBiUHTB cxeMHtae 3aTpaTH, He nojiynan 3aMeTHoe yBeinneHne oihhde npnTpaexTopHH. CywecTBO Η3θόρθτβΗΗΗ - nocneflOBaTejibHOe BKJiMHeHne maroBcro κακΆΤβπη, QjiOKa BO3 & EP eHuab KBaflpaT h cxeMá cOBnafleHHH, ynpaBJíHeMoň pacnpejiejiHTejieM TaKTOBbix HMnyjit> Cob XAX h οληη '-AdTWKX HCXOflHOrO SHA ^ íeHHH, FLBA CyMMHpyiOIUHX perHCTpa, COnOCTaBJíeHHUX K COOTBeTCTByiOIUHM OCHM, ^ eiblpe ĎJlOKa yMHOHteHHH XHIHHIHHIHHHHHM OOHOHOMHHBIHHHH, KaK HC ABYMfI CHCTeMaMH nO3HUHOHHOrO peryJHpOBSHHH, OTHOCHIHHMHCH TO COOTBeTCTByiOIHM OCHM. Θ3θ6ρβτβΗΗβ npHMeHHeTCH ΛΠΗ υπφροΒΗΧ KOHTypHHX ynp aBJiHHn. OBJECT OF THE INVENTION A circuit for approximate determination of a vibration arc using a polygonal curve whose characteristic points lie in a plane determined by two axes of a digital circuit device and is determined in a non-incremental manner, using the summing blocks, the multiplier block of the squared block, the positioning system a control relative to the respective axis for the circuit control and the program sequence control block, further comprising a series connection of a step selector (1), a squared block to the second (2) and a coincidence circuit (3); a further serial connection of the clock pulse transmitter (4) and the clock pulse divider (5), the output of which is connected to the coincidence circuit control input (6, 7) for the respective axes; the setting inputs of the two addition registers (6, 7) are connected to a default value sensor (8); the respective first block of the multiplier (9, 11) is connected before each addition register (6, 7), the first input of each first block of the multiplier (9, 11) is connected to the step selector (1) and the second input of each first multiplier block (9), 11 / with the corresponding output of the unrelated census register / 6 ,. 7 /; furthermore, a respective second multiplier block (10, 12) is connected in front of each addition register (6,7); the first input of each second housing block (10, 12) is connected to the output of the coincidence circuit (3) and the second input of each second block of the multiplier (10, 12) is connected to the output of the reference sum register (6, 7); the linear interpolator (13) is connected by its two inputs to the respective input with the corresponding input of the counting registers (6, 7), the second input is connected to the program sequence control block (14) - with the program sequence control block / 14 / and two outlets are connected to position control systems (15, 16); the output of the clock pulse transmitter (4) is connected to the counting registers (6, 7) and multiplier blocks (9, 10, 11 and 12). Recognized by the invention on the basis of the results of expertise carried out by the Inventory and Patent Office, Berlin, DD. 1 drawing