CS256908B1 - Method and device for ferromagnetic materials affecting - Google Patents
Method and device for ferromagnetic materials affecting Download PDFInfo
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- CS256908B1 CS256908B1 CS835592A CS559283A CS256908B1 CS 256908 B1 CS256908 B1 CS 256908B1 CS 835592 A CS835592 A CS 835592A CS 559283 A CS559283 A CS 559283A CS 256908 B1 CS256908 B1 CS 256908B1
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- ferromagnetic materials
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- control
- effecting
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F13/00—Apparatus or processes for magnetising or demagnetising
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- Engineering & Computer Science (AREA)
- Physical Or Chemical Processes And Apparatus (AREA)
- Treatments Of Macromolecular Shaped Articles (AREA)
- Chemical Vapour Deposition (AREA)
- Soft Magnetic Materials (AREA)
- Manufacturing Cores, Coils, And Magnets (AREA)
- Hard Magnetic Materials (AREA)
- Generation Of Surge Voltage And Current (AREA)
- Encapsulation Of And Coatings For Semiconductor Or Solid State Devices (AREA)
- Vending Machines For Individual Products (AREA)
- Feedback Control In General (AREA)
- Crystals, And After-Treatments Of Crystals (AREA)
- Liquid Crystal Substances (AREA)
- Magnetic Treatment Devices (AREA)
Abstract
Description
-1- METOfl H yCTPOÍtCTBO fliw BO3flEňCTBHH HAΦΕΡΡΟΜΑΓΗΗΤΗΗΕ MATEPHAJttl H9o6peTem<e othochtch k MeTOjqy h ycTpoftcTey nn« BoaneňcTBHH Ha φβρροΜβΓ-HHTHUe MaTepHanhl C ΠρΗΜβΗβΗΗβΜ B MamHKOCTpOeKHH.-1- METOfl H yCTPOItCTBO fliw BO3flEnCTBHH HAΦΕΡΡΟΜΑΓΗΗΤΗΗΕ MATEPHAJttl H9o6peTem <e othochtch to MeTOjqy h ycTpoftcTey nn «BoaneňcTBHH Ha φβρροΜβΓ-HHTHUe MaTepHanhl C ΠρΗΜβΗβΗΗβΜ B MamHKOCTpOeKHH.
HsBeCTeH ΜβΤΟΛ ΑΠΗ ΟβρββΟΤΧΗ φβρρΟΜΒΓΗΗΤΗΜΧ ΜβΤβρΗ&ΠΟΒ HMnynbCHblM Mař**HHTHblM ΠΟΠβΜ ΟηΚΟΠΟΠΗρΗΜΜΗ MarHHTHblMH HMnyHbCaMH Onpefl&neHHaň naCTOTbl ΠΟΒΤΟ-peHHH, aMnnHTynw h ajihhh. 06pa6aTbiBaeMbiň φβρροΜβΓΗΗΤΗΜή MaTepnan CTaBHTCH bMarHHTHoe none HHnyxTopa h nocne βτογο noneepraeTCH nanHOMy pasMarHHWHBaHHio.HsBeCTeH nyβΤΟΛ ΑΠΗ Οβρββ φβρρΟΜΒΓΗΗΤΗΜΧ ΜβΤβρΗ HMnynbCHblM Mař ** HHTHblM ΠΟΠβΜ ΟηΚΟΠΟΠΗρΗΜΜΗ MarHHTHblMH HMnyHbCaMH Onpefl & neHHAN naCTOTbl ΠΟΒΤΟ-peHHH, aMnnHTynw h ajihhh. 06pa6aTbiBaeMbiň φβρροΜβΓΗΗΤΗΜή MaTepnan CTaBHTCH bMarHHTHoe none HHnyxTopa h nocne βτογο noneepraeTCH nanHOMY pasMarHHWHBaHHio.
HseecTHo ycTpoftcTBo nna ocymecTBneHHa MeTona, κοτοροβ conepacHT nocnenoBa-TejibHo cBflsaHHbie τοκοπΗΤβκηρώ 6ποκ, reHepaTop οΑΗοποπβρΗωκ snexTpHHecxHX hm-nynbCOB, peryjiHpyeMbix no aMtuiHTyge η nacTOTe, h chjioboA 6jiok c HHnyxTopoM,b MarHHTHoe none xoToporo xnaneTCH o6pa6aTueaeMuň ýeppoMarHHTHwň MaTepHan,HMeeTCa h Ojiok ynpaBjíeHHH c τοκοπητημπιημ Onokom.HseecTHo ycTpoftcTBo NNA ocymecTBneHHa -methone, κοτοροβ conepacHT nocnenoBa-TejibHo cBflsaHHbie τοκοπΗΤβκηρώ 6ποκ, reHepaTop οΑΗοποπβρΗωκ snexTpHHecxHX HM-nynbCOB, peryjiHpyeMbix well aMtuiHTyge η nacTOTe h chjioboA 6jiok c HHnyxTopoM b MarHHTHoe none xoToporo xnaneTCH o6pa6aTueaeMuň ýeppoMarHHTHwň MaTepHan, HMeeTCa h Ojiok ynpaBjíeHHH c τοκοπητημπιημ Onokom .
HeflocTaTKOM MeTona h ycTpoňcTBa HBnaeTcn ηηβκβη HSHococToftxocTb (JieppoMar-hhthux MaTepnajioB. 3anana HaoCperema coanaTb Μβτοη h ycTpoňcTBO jyin BO3neňCTBHH Ha φβρρο-ΜβΓΗΗΤΗΜβ MaTepHajIbl, KOTOpbtMH rtOBblCHTb HX H3HOCOCTOftKOCTb. 3anana Η3θβρβτβΗΗ« pemaeTcn ΜβτοηοΜ, ηρκ κοτοροΜ φβρροΜβΓΗΗΤΗίαή ΜβτβρκαπnoABepraeTCH BoaneňcTBHw nsynonapHoro μβγηητηογο none onpeneneHHoň απηημ hMaCTOTU nOBTOpeHHH HMnyjIbCOB H COOTHOmeHHeM nOnOJKHTenbHblX H OTpHnaTenbHbíXHMnyjibcoB ot 1,8 no 0,2. HMnynbcu onHoň nonnpHocTH cneny»T bo BpeMeHH pae-Hoň ηπη MeHbineň nacTOToň yacTOTU ποβτορθηηη HMnynbCOB npyroň ποπηρηοοτη. BxoHne oCpaCoTKH ABynonflpHue μβγηητημθ HMnynbcu nocTeneHHO 3aTyxa»T. npeuMyqecTBOM MeTona ηβπηθτοη noBtnneHHe HSHococToftxocTH o6pa6aTUBaeMbixMaTepnanoB.HeflocTaTKOM -methone h ycTpoňcTBa HBnaeTcn ηηβκβη HSHococToftxocTb (JieppoMar-hhthux MaTepnajioB. 3anana HaoCperema coanaTb Μβτοη h ycTpoňcTBO jyin BO3neňCTBHH Ha φβρρο-ΜβΓΗΗΤΗΜβ MaTepHajIbl, KOTOpbtMH rtOBblCHTb HX H3HOCOCTOftKOCTb. 3anana Η3θβρβτβΗΗ «pemaeTcn ΜβτοηοΜ, ηρκ κοτοροΜ φβρροΜβΓΗΗΤΗίαή ΜβτβρκαπnoABepraeTCH BoaneňcTBHw nsynonapHoro μβγηητηογο none onpeneneHHoň απηημ hMaCTOTU nOBTOpeHHH HMnyjIbCOB COOTHOmeHHeM nOnOJKHTenbHblX H H OTpHnaTenbHbíXHMnyjibcoB rpm 1.8 0.2 no. HMnynbcu onHoň nonnpHocTH cneny »T bo BpeMeHH PAE-hon ηπη MeHbineň nacTOToň yacTOTU ποβτορθηηη HMnynbCOB npyroň ποπηρηοοτη. BxoHne oCpaCoTKH ABynonflpHue μβγηητημθ HMnynbcu nocTeneHHO 3aTyxa» T. npeuMyqecTBOM -methone ηβπηθτοη noBtnneHHe HSHococToftxocTH o6pa6aTUBaeMbixMaTepnanoB.
CoraacHo MeTony coanaHo ycTpoňcTBO, κοτοροβ conepacHT τοκοπΗτβηπριϋ 6nox,CBHaaHHbifl c βηοκοΜ ynpaBneHHH h renepaTopoM. 0τβ6ηπη3ΗροββηημΑ perynHpyeMuňBbinpHMHTenb CBaaaH κ TOKonKTaranieMy Cnoxy η κ 6noxy ynpaBneHHH. CnnoBOň 6noxc HHnyxTopoM coctoht H3 nsyx SBeRbeB, xa»Aoe H3 xoTopux cocTasjíeHO hs nocne-AOsaTenbHO CBHaaHHux KOHgeHcaTOpoB h xaTymxH, h napannenbHo CBHsaHHoro xHHM THPHCTOpa. ΑΚΟΉ* THpHCTOpOB CBH33HU CO CTa6KJIH3HpOBaHHNM peryjmpyeMblMBbinpHMHTeneM h hx ynpaBnmoinHe snexTponu CBaaaHU c ΓβΗβρβτοροΜ. Bnox ynpaBne-HHH CBH38H C nyCKOBblM ΑβΤΗΗΚΟΜ. 256908 -2 IIpeHMymecTBOM ycTpoňcTBa HBJíaeTCH noBMmeHHe hskococtořkocth φβρροΜβΓΗκτ-HbK MaTepnanoB. ΠρΗΜβρκοβ HcnojiHeHne ycTpoňcTBa noKasaHo na pHcyHKe, KoTopwň npeRCTeenneTero CnoKOByio cxeMy. . ycrpOňCTBO COCTOHT H3 ΤΟΚΟΓΠίΤ3Κ)®βΓΟ βΠΟΚβ 1 , ΟΒΗ33ΗΗΟΓΟ CO CTa6HJIH3HpO-BaHHbíM peryriHpyeMMM ΒΗπρΗΜΗτ&πβΜ 2, rewepaTopa 3 h GjioKa ynpaBJíeHHH 4. Ejiok r ynpaBJíeHHH 4 CBH38H co CTa6HJiH3HpoBaKHbiM peryjiHpyeMMM BbinpaMHTejieM 2 h rene-ρβτοροΜ 3. IlHTaiomee HanpH»eHHe noRaeTCH oRHOBpeMeHHO Ha TOKonHTawiuHň Gjiok 1h CTa6njiH3HpoBaHHMň peryjwpyeMwň BbinpHMHTejib 2. ΟηποβοΉ 6jiok c HHRyKTopoM 5COflepXHT RB3 3ΒβΗβ, KaKROe H3 KOTOpbK COCTOHT H3 nOCJiefíOBaTen&HO CBHSaHHbKKOHfleHcaTopa 6 h KaTyinKH 7, h napajuiejibHO CBHaaHHoro κ hhm THpHCTopa 8. Aho-Rbl O0OHX THpHCTOpOB 8 COOTBeTCTBywme CBHsaHbí C Ο0ΟΗΜΗ BMX0R8MH CTa6HJIH3Hpo-eaHHoro peryjmpyeMoro ΒΜπρΗΜΗτβππ 2, a hx xaTORbi CBHsaHbí κ Mačče. Υπρββπηιο-mne 3JiexTpoff>i cBH3aHbi c oCohmh BbKogaMH reHepaTOpa 3. 06pa6aTWBaeMbiň φβρρο-MarraiTHbtň Μβτβρκβπ 9 icnaReTCH b nojie, co3«aBaeMoe xaTymKaMH 7, nepeR kotopm-μη pacnonoxeH nycROBofi αητηηκ 10, CBHsaHHbiň c Cjiokom ynpaBJíeHHH 4. KaTymcH 7MoryT 6biTb h c μ8γηητοπροβοαομ, ne noxa3aHHbiM Ha pncyrnceiCoraacHo MeTony coanaHo ycTm3cTBO, κοτοροβ conepacHT τοκοπΗτβηπριϋ 6nox, CBHaaHHbifl c βηοκοΜ ynpaBneHHH h renepaTopoM. 0τβ6ηπη3ΗροββηημΑ perynHpyeMunBbinpHMHTenb CBaaaH κ TOKonKTaranieMy Cnoxy η κ 6noxy ynpaBneHHH. CnnoBOn 6noxc HHnyxTopoM coctoht H3 nsyx SBeRbeB, xa »Aoe H3 xoTopux coctasjieho hs nocne-AOsaTenbHO CBHaaHHux KOHgeHcaTOpoB h xaTymxH, h napannenbHo CBHsaHHoro xHHM THPHCTOpa. ΑΚΟΉ * THpHCTOpOB CBH33HU CO CTa6KJIH3HpOBaHHNM peryjmpyeMblMBbinpHMHTeneM h hx ynpaBnmoinHe snexTop CBaaaHU c ΓβΗβρβτοροΜ. Bnox ynpaBne-HHH CBH38H C nyCKOBblM ΑβΤΗΗΚΟΜ. 256908 -2 IIpeHMymecTBOM ycT leastcTBa HBJiaeTCH noBMmeHHe hococococth φβρροΜβΓΗκτ-HbK MaTepnanoB. ΠρΗΜβρκοβ HcnojiHeHne ycTôjcTBa noKasaHo on pHcyHKe, KoTopwň npeRCTeenneTero CnoKOByio cxeMy. . ycrpOňCTBO COCTOHT ΤΟΚΟΓΠίΤ3Κ H3) ®βΓΟ βΠΟΚβ 1 ΟΒΗ33ΗΗΟΓΟ CTa6HJIH3HpO CO-BaHHbíM peryriHpyeMMM ΒΗπρΗΜΗτ & πβΜ 2 rewepaTopa 3h GjioKa ynpaBJíeHHH fourth Ejiok ynpaBJíeHHH R 4 CBH38H what CTa6HJiH3HpoBaKHbiM peryjiHpyeMMM BbinpaMHTejieM 2 h rene-ρβτοροΜ third IlHTaiomee HanpH »ehhe noRaeTCH oRHOBpeMeHHO ha TOKonHTawiuHň Gjiok 1H CTa6njiH3HpoBaHHMň peryjwpyeMwň BbinpHMHTejib second ΟηποβοΉ 6jiok c HHRyKTopoM 5COflepXHT RB3 3ΒβΗβ, KaKROe H3 KOTOpbK COCTOHT H3 nOCJiefíOBaTen & HO CBHSaHHbKKOHfleHcaTopa 6h KaTyinKH 7 h napajuiejibHO CBHaaHHoro κ HHM THpHCTopa eighth Aho-Rbl O0OHX THpHCTOpOB 8 COOTBeTCTBywme CBHsaHbí C Ο0ΟΗΜΗ BMX0R8MH CTa6HJIH3Hpo-eaHHoro peryjmpyeMoro ΒΜπρΗΜΗτβππ 2, and hx xaTORbi CBHsaHbí κ Mačče. Υπρββπηιο-me 3JiexTpoff> i c cBH3aHbi oCohmh BbKogaMH reHepaTOpa third 06pa6aTWBaeMbiň φβρρο-MarraiTHbtň Μβτβρκβπ 9 icnaReTCH b nojie, CO3 «aBaeMoe xaTymKaMH 7 neper kotopm-μη pacnonoxeH nycROBofi αητηηκ 10 CBHsaHHbiň c Cjiokom ynpaBJíeHHH fourth KaTymcH 7MoryT 6biTb μ8γηητοπροβοαομ hc, no noxa3aHHbiM Ha pncyrncei
fleňcTBHe ycTpoňcTBa cjieRywmee. B 38bhchmocth ot bkrb očpaCaTbraaeMoroφβρροΜβΓΗΗΤΗΟΓΟ MaTepnana 3aRaeTCH onpefleneHHaa nporpaMMa Cjioxy ynpaBJíeHHH 4. C ΠΟΜβΠΙβΗΗβΜ OÓpaGaTbIBaeMOrO φβρρΟΜβΓΗΗΤΗΟΓΟ ΜβΤβρΗβΛβ 9 B nojie, C03R8H-Hoe xaTymxaMH 7, nycxoBoň ηβΤΜΗΚ 10 πρηβοαητ b ReňCTBHe 6jiok ynpaBJíeHHH 4,.KOTopbiň BbipaCaTbiBaeT ynpaBjínioinHe. HMnyjibcw κ cTa6nmn3HpoBaHHOMy perynHpyeMOMyBbinpHMHTanio 2 h reHepaTopy 3. Ha ΓβΗβρβτορβ 3 κ oCohm 9BeHbHM chjioboto Gjioxac HHflyxTopoM 5 noflaioTCH ynpaBjíawinHe HMnyjibcw. 05a THpHCTopa OTKpbjBawTCH b38bhchmocth ot nporpaMMbi ΒρβΜβΗΗ, πρκ 3TOM none RaTymeK 7 RBynojinpHoe. Kax-flaa nojwpHocTb onpeflejifleTCH τβΜ, KOTopan na KarymeK 7 npHseReHa b ReňCTBHeee cooTBeTCTsyioinHM thphctopom 8. AMiuiHTyRa HSMeHHeTCH nocpeflCTBOM Hanpaxe- , hhh, noflaBaeMoro peryjiHpyeMbiM CTa6iuiH3Hp0BaHHbiM τοκοΒωπρΗΜΗτβιιβΜ 2. ílocjie: HCTeneHHH npeRBapHTeJibHo sanaHnoro ΒρβΜβΗΗ BbipaSaTbiBaioTca CHFHajtbi H3 Οηοκβj ynpaBJíeHHH 4 κ CTa6HJiH3HpoBaHHOMy peryjwpyeMOMy BbmpHMHTejno 2, κοτορωΑ nara- Ηββτ noHHxaTb ποοτβπβΗΗο imTawmee ΗβπρΗχβΗΗβ ro Hyna κ o6ohm THpHCTopaM 8. ABTOpCKHe πρβΤβΗ3ΗΗ 1. Μβτοη απη BO3fleňcTBHH Ha φβρροΜβΓΗΗΤΗΜβ MaTepualibi, o6pa6aTbiBaeMbie hm~nyjibCHbíM MarHHTHbíM nojieM onpeflejieHHoň nacTOToft noBTopeHHH, aMnjiHTyfloft hRíIHHOfi, npH 3TOM B KOHRe θ6ρβ6θΤΚΗ ρβ3Μ3ΓΗΗΗΗΒ3»Τ0Η, XapaKTepH9Hpy»IHHÍÍCHΤβΜ, ητο HMnynbCHoe none RBynonapHoe co εοοτΗοπβΗΗβΜ nojioxHTejibHbix η οτρΗΐχβ-TejibHbtx aMiuiHTyR ot 1,8 ro 0,2, npn btom HMnynbChi orhoíí nonapHOCTH cneflywTBO ΒρβΜβΗΗ paBHOft HJIH Cojiee HH3KOň HaCTOTOň HacTOTbl ΠΟΒΤΟρβΗΗΗ HMnyjIbCOBRpyroň nonapHOCTH. 2. ycTpo/icTBO rhh BOSReítcTBHH Ha φβρροΜβΓΗΗΤΗΜβ MaTepHanbi, ocymecTBjíHio-mee M6TOR, cornacHo πρβτβΗ3ΗΗ 1, coflepxamee τοκοπΗτβκκπΗίΙ 6jiok, CBHsaHHbift ' c CjIORpM ynpaBneHHH Η ΓβΗβρβΤΟρΟΜ, KOTOpblň CBH38H C CHJIOBblM 0JIOKOM c HHRyK-toPom, xapaKTepH3y»meecH : τβΜ, hto coRepxHT βτ86κπΗ3ΗροΒ8ΗΗΜϋ perynupyeMwňBbinpHMHTenb (2), CBH3aHHblň C TOKOnHTaWIHHM 6J1OKOM (I) H C 0JIOKOM ynpaBJíeHHH(4), npH 3ΤΟΜ CHnOBOřt 6/IOK C HHRyKTOÍ>OM (5) COCTOHT H3 RByX 3ΒβΗΒβΒ, COC“τβΒηβΗΗΜΧ H3 nocjieROBaTejibHO cBHaaHHbix KOHReHcaTopa (6).h KaTymKH (7), hnapannenbHO CBB3aHHoro k hhm THpHCTopa (8), πρκ stom bhorm rápncTopos (8)CBHsaHbí co CTa6HnH3HpoBaHHMM perynHpyeMMM BbmpHMHTeneM (2), ynpaBnfltonpiesjíeKTpoRw CBasaHu c ΓβΗβρβτοροΜ (3), 6ποκ ynpaBJíeHHH (4) cBHsaH h c nycKo-BblM R8THHKOM (10). 256908 ' - 3 -fleňcTBHe ycTpmcTBa cjieRywmee. B 38bhchmocth ot bkrb očpaCaTbraaeMoroφβρροΜβΓΗΗΤΗΟΓΟ MaTepnana 3aRaeTCH onpefleneHHaa nporpaMMa Cjioxy ynpaBJíeHHH fourth C ΠΟΜβΠΙβΗΗβΜ OÓpaGaTbIBaeMOrO φβρρΟΜβΓΗΗΤΗΟΓΟ ΜβΤβρΗβΛβ 9 B nojie, Hoe-C03R8H xaTymxaMH 7 nycxoBoň ηβΤΜΗΚ 10 πρηβοαητ b ReňCTBHe 6jiok ynpaBJíeHHH 4 .KOTopbiň BbipaCaTbiBaeT ynpaBjínioinHe. HMnyjibcw κ cTa6nmn3HpoBaHHOMy perynHpyeMOMyBbinpHMHTanio 2 h reHepaTopy 3. Ha Γ Η ρ τ oh oh oh n n n n n n n n n n n n n ny. 05a THpHCTopa OTKpbjBawTCH b38bhchmocth ot nporpaMMbi ΒρβΜβΗΗ, πρκ 3TOM none RaTymeK 7 RBynojinpHoe. Kax-FlaA nojwpHocTb onpeflejifleTCH τβΜ, KOTopan to KarymeK 7 npHseReHa b ReňCTBHeee cooTBeTCTsyioinHM thphctopom eighth AMiuiHTyRa HSMeHHeTCH nocpeflCTBOM Hanpaxe-, HHH, noflaBaeMoro peryjiHpyeMbiM CTa6iuiH3Hp0BaHHbiM τοκοΒωπρΗΜΗτβιιβΜ second ílocjie: HCTeneHHH npeRBapHTeJibHo sanaHnoro ΒρβΜβΗΗ BbipaSaTbiBaioTca CHFHajtbi H3 Οηοκβj ynpaBJíeHHH 4 κ CTa6HJiH3HpoBaHHOMy peryjwpyeMOMy BbmpHMHTejno 2 κοτορωΑ bumper Ηββτ noHHxaTb ποοτβπβΗΗο imTawmee ΗβπρΗχβΗΗβ ro Hyna κ o6ohm THpHCTopaM eighth ABTOpCKHe πρβΤβΗ3ΗΗ first Μβτοη απη BO3fleňcTBHH Ha φβρροΜβΓΗΗΤΗΜβ MaTepualibi, o6pa6aTbiBaeMbie hm ~ nyjibCHbíM MarHHTHbíM nojieM onpeflejieHHoň nacTOToft noBTopeHHH, aMnjiHTyfloft hRíIHHOfi, NPH 3TOM B Kohr θ6ρβ6θΤΚΗ ρβ3Μ3ΓΗΗΗΗΒ3 »Τ0Η, XapaKTepH9Hpy» IHHÍÍCHΤβΜ, ητο HMnynbCHoe none RBynonapHoe what εοοτΗοπβΗΗβΜ nojioxHTejibHbix ητρΗΐχβ-TejibHbtx aMiuiHTyR ot 1,8 ro 0, 2, npn btom HMnynbChi nonapHOCTH cneflywTBO BHρβΜβΗΗ paBHOft HJIH Cojiee HH3KOň HaCTOTOň HacTOTbl ΠΟΒΤΟρβΗΗΗ HMnyjIbCOBRpyroň nonapHOCTH. Second ycTpo / icTBO rhh BOSReítcTBHH Ha φβρροΜβΓΗΗΤΗΜβ MaTepHanbi, ocymecTBjíHio-mee M6TOR, cornacHo πρβτβΗ3ΗΗ 1 coflepxamee τοκοπΗτβκκπΗίΙ 6jiok, CBHsaHHbift 'c CjIORpM ynpaBneHHH Η ΓβΗβρβΤΟρΟΜ, KOTOpblň CBH38H C CHJIOBblM 0JIOKOM HHRyK C-TOPO xapaKTepH3y »Meech: τβΜ, HTO coRepxHT βτ86κπΗ3ΗροΒ8ΗΗΜϋ perynupyeMwňBbinpHMHTenb (2) C CBH3aHHblň TOKOnHTaWIHHM 6J1OKOM (I) 0JIOKOM ynpaBJíeHHH HC (4), NPH 3ΤΟΜ CHnOBOřt 6 / C IOK HHRyKTOÍ> OM (5) COCTOHT RByX 3ΒβΗΒβΒ H3 COC "τβΒηβΗΗΜΧ H3 nocjieROBaTejibHO cBHaaHHbix KOHReHcaTopa (6) .h KaTymKH (7) hnapannenbHO CBB3aHHoro to HHM THpHCTopa (8) πρκ one hundred meters Bhor rápncTopos (8) CBHsaHbí what CTa6HnH3HpoBaHHMM perynHpyeMMM BbmpHMHTeneM (2) ynpaBnfltonpiesjíeKTpoRw CBasaHu c ΓβΗβρβτοροΜ (3) 6ποκ ynpaBJíeHHH (4) cBHsaH hc nycKo-BblM R8THHKOM ( 10). 256908 '- 3 -
ΠρΗΠΟΜβΗΗβ: I PHCyHOKΠρΗΠΟΜβΗΗβ: I PHCyHOK
(54) METOfl H yCTPOflCTBO OTH BO3flEflCTBHB HA(54) METOfl H yCTPOflCTBO OTH BO3flElCTBHB HA
ΦΕΡΡΟΜΑΓΗΗΤΗΗΕ MATEPHAJIH (PesioMe)ATEΕΡΡΟΜΑΓΗΗΤΗΗΕ MATEPHAJIH (PesioMe)
UsoCpeTeHKe othochtch k Μβτοηγ h ycTpoňcTBy ona BOsneftcTBHH Ha φβρροΜβΓΗΗτ—Hbie MaTepHajIM C ΠρΗΜβΗβΗΗβΜ B ManÍHHOCTpoeHHH. 3ana<ia HaoCpeTeHHH pemaeTca μθτοαομ, ηρκ κοτοροΜ φβρροΜΒΓΗΗτκυΑ ΜβτβρκαπnogBepraeTCfl BosflencTBH» ABynonnpHoro μβγηητηογο nojia onpeaeneHHoft απηηη hHdCTOTU ΠΟΒΤΟρβΗΗΒ HMnyjIbCOB H COOTHOineHHeM nanOXHTejIbHbIX H OTpHUaTéJIbHMXHMnynbcoB ot 1,8 no 0,2. HMnyjibcw oflHoň ποληρηοοτη cnomrwr bo βρβΜβΗΗ pae-Hoň hjih MeHbmeň Ηββτοτοή mbctotu ποΒΤορβΗΗΗ HMnynbcoB ftpyroň ποπηρΗοετκ. B KOHite οβρββοτκΗ ABynortapHwe MarHHTHue HMnynbCu nocTeneHHo saTyxaioT. ÍIpeflCTaBJíeHO yCTpoftCTBO ηΠΛ oCpaCOTKH φβρρΟΜβΓΗΗΤΗΝΧ MaTepHaJIOB COmaCHO ΜβTOfly. YcrpOflCTBO COCTOHT H3 HCTOMHHKa TOKa, CBMSaHHOrO K CíIOXy ynpaBJíeHHHh reHepaTOpy, οτ80ηπη3ηροββηηογο βμπρκμητ&πκ, chjioboto fooxa c ηκαυκτορομη nycxoBoro ycTpoňcTBa. IIpeHMyiqecTBOM Μβτοοβ h yCTpoňCTBa HBnxeTcx yJiymne-HHe H3HococToftKOCTH o6pa6aTbiBaeMwx ΜβτβρΗβηοβ.UsoCpeTeHKe othochtch k Μβτοηγ h ycTpmcTBy she BOsneftcTBHH Ha φβρροΜβΓΗΗτ — Hbie MaTepHajIM C ΠρΗΜβΗβΗΗβΜ B ManÍHHOCTpoeHHH. 3ana <i HaoCpeTeHHH pemaeTca μθτοαομ, ηρκ κοτοροΜ φβρροΜΒΓΗΗτκυΑ ΜβτβρκαπnogBepraeTCfl BosflencTBH »ABynonnpHoro μβγηητηογο nojia onpeaeneHHoft απηηη hHdCTOTU ΠΟΒΤΟρβΗΗΒ HMnyjIbCOB COOTHOineHHeM nanOXHTejIbHbIX H H OTpHUaTéJIbHMXHMnynbcoB rpm 1.8 0.2 no. HMnyjibcw oflHoň ποληρηοοτη cnomrwr bo βρβΜβΗΗ pae-Hoň hjih MeHbmeň Ηββτοτοή mbctotu ποΒΤορβΗΗΗ HMnynbcoB ftpyroň ποπηρΗοετκ. B KOHite οβρββοτκΗ ABynortapHwe MarHHTHue HMnynbCu nocTeneHHo saTyxaioT. CT p CT J CT CT yCTpoftCTBO ηΠΛ oCpaCOTKH φβρρΟΜβΓΗΗΤΗΝΧ MaTepHaJIOB COmaCHO ΜβTOfly. YcrpOflCTBO COCTOHT H3 HCTOMHHKa TOKa, CBMSaHHOrO K CíIOXy ynpaBJíeHHHh reHepaTOpy, οτ80ηπη3ηροββηηογο βμπρκμητ & IIpeHMyiqecTBOM Μβτοοβ h yCTMCTBa HBnxeTcx yJymymne-HHe H3HococToftKOCTH o6pa6aTbiBaeMwx ΜβτβρΗβηοβ.
HsoCpeTeHHe onHcaHo Ha 4 cTpaHHiiax η ΗΜββτ oahh pHCyHox. ΠρΗ3Η8Η0 Η3θ0ρβΤβΗΗβΜ HO peayjIbTaTaM 3KCnepTH3H, OCymeCTBJteHHOň HHCTKTyTOMHsoCpeTeHHft h paiptoHanKsaumi HPB. i Ηβρτβχ 256908HsoCpeTeHHe onHcaHo Ha 4 cTpaHHiiax η ΗΜββτ oahh pHCyHox. Πρθ3Η8Η0 Η3θ0ρβΤβΗΗβΜ HO peayjIbTaTaM 3KCnepTH3H, OCymeCTBJteHHOHHCTKTyTOMHsoCpeTeHHft h paiptoHanKsaumi HPB. i Ηβρτβχ 256908
Claims (2)
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
BG8257551A BG38909A1 (en) | 1982-07-27 | 1982-07-27 | Method and device for acting on ferromagnetic materials |
Publications (1)
Publication Number | Publication Date |
---|---|
CS256908B1 true CS256908B1 (en) | 1988-04-15 |
Family
ID=3911066
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CS835592A CS256908B1 (en) | 1982-07-27 | 1983-07-26 | Method and device for ferromagnetic materials affecting |
Country Status (8)
Country | Link |
---|---|
EP (1) | EP0101922B1 (en) |
JP (1) | JPS5972115A (en) |
AT (1) | ATE17535T1 (en) |
AU (2) | AU1722983A (en) |
BG (1) | BG38909A1 (en) |
CA (1) | CA1223303A (en) |
CS (1) | CS256908B1 (en) |
DE (1) | DE3361854D1 (en) |
Families Citing this family (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
BG41281A1 (en) * | 1985-07-29 | 1987-05-15 | Makedonski | Device for magneto- impulse treatment of ferromagnetic materials |
EP1513168B1 (en) * | 2003-09-02 | 2017-03-08 | Albert Maurer | Method and apparatus for magnetising a magnet system |
US7868721B2 (en) * | 2008-04-04 | 2011-01-11 | Cedar Ridge Research, Llc | Field emission system and method |
Family Cites Families (6)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
BE790729A (en) * | 1971-11-19 | 1973-02-15 | Lenoir Raoul Ets | COIL EXCITATION CURRENT CONTROL DEVICE PRODUCING A MAGNETIC FLOW OF REVERSE POLARITY |
CH582411A5 (en) * | 1975-03-03 | 1976-11-30 | Bbc Brown Boveri & Cie | |
US4158873A (en) * | 1977-08-31 | 1979-06-19 | Magnaflux Corporation | Demagnetizing methods and apparatus |
IT1119003B (en) * | 1979-06-25 | 1986-03-03 | Riv Officine Di Villar Perosa | DEMAGNETIZER DEVICE |
DD146726A1 (en) * | 1979-10-22 | 1981-02-25 | Siegfried Wirthgen | METHOD FOR GENERATING DC CURRENT PULSES IN COILS OF ELECTROMAGNETS |
IT1141165B (en) * | 1980-02-06 | 1986-10-01 | Sdm Sistemi & Dispositivi Magn | SYSTEM AND CIRCUIT PROVISION FOR THE DEMAGNETIZATION OF PERMANENT MAGNETS |
-
1982
- 1982-07-27 BG BG8257551A patent/BG38909A1/en unknown
-
1983
- 1983-07-22 AU AU17229/83A patent/AU1722983A/en not_active Abandoned
- 1983-07-25 EP EP83107298A patent/EP0101922B1/en not_active Expired
- 1983-07-25 AT AT83107298T patent/ATE17535T1/en not_active IP Right Cessation
- 1983-07-25 DE DE8383107298T patent/DE3361854D1/en not_active Expired
- 1983-07-26 CS CS835592A patent/CS256908B1/en unknown
- 1983-07-26 JP JP58135293A patent/JPS5972115A/en active Pending
- 1983-07-27 CA CA000433346A patent/CA1223303A/en not_active Expired
-
1988
- 1988-03-25 AU AU13773/88A patent/AU1377388A/en not_active Abandoned
Also Published As
Publication number | Publication date |
---|---|
DE3361854D1 (en) | 1986-02-27 |
BG38909A1 (en) | 1986-03-14 |
EP0101922A1 (en) | 1984-03-07 |
CA1223303A (en) | 1987-06-23 |
AU1722983A (en) | 1984-02-02 |
AU1377388A (en) | 1988-07-07 |
JPS5972115A (en) | 1984-04-24 |
ATE17535T1 (en) | 1986-02-15 |
EP0101922B1 (en) | 1986-01-15 |
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