LV10547B - Contactless linear drive - Google Patents

Contactless linear drive Download PDF

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Publication number
LV10547B
LV10547B LVP-92-684A LV920684A LV10547B LV 10547 B LV10547 B LV 10547B LV 920684 A LV920684 A LV 920684A LV 10547 B LV10547 B LV 10547B
Authority
LV
Latvia
Prior art keywords
spiral
double
magnets
moving part
tube
Prior art date
Application number
LVP-92-684A
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English (en)
Other versions
LV10547A (lv
Inventor
Schuster Peter
Original Assignee
Schuster Peter
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from DE3729510A external-priority patent/DE3729510C1/de
Application filed by Schuster Peter filed Critical Schuster Peter
Publication of LV10547A publication Critical patent/LV10547A/lv
Publication of LV10547B publication Critical patent/LV10547B/lv

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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K49/00—Dynamo-electric clutches; Dynamo-electric brakes
    • H02K49/10—Dynamo-electric clutches; Dynamo-electric brakes of the permanent-magnet type
    • H02K49/102—Magnetic gearings, i.e. assembly of gears, linear or rotary, by which motion is magnetically transferred without physical contact
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16H—GEARING
    • F16H25/00—Gearings comprising primarily only cams, cam-followers and screw-and-nut mechanisms
    • F16H25/18—Gearings comprising primarily only cams, cam-followers and screw-and-nut mechanisms for conveying or interconverting oscillating or reciprocating motions
    • F16H25/20—Screw mechanisms
    • F16H25/24—Elements essential to such mechanisms, e.g. screws, nuts
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K15/00—Processes or apparatus specially adapted for manufacturing, assembling, maintaining or repairing of dynamo-electric machines
    • H02K15/02—Processes or apparatus specially adapted for manufacturing, assembling, maintaining or repairing of dynamo-electric machines of stator or rotor bodies
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K41/00—Propulsion systems in which a rigid body is moved along a path due to dynamo-electric interaction between the body and a magnetic field travelling along the path
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K7/00—Arrangements for handling mechanical energy structurally associated with dynamo-electric machines, e.g. structural association with mechanical driving motors or auxiliary dynamo-electric machines
    • H02K7/06—Means for converting reciprocating motion into rotary motion or vice versa

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Electromagnetism (AREA)
  • Physics & Mathematics (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • Manufacturing & Machinery (AREA)
  • Dynamo-Electric Clutches, Dynamo-Electric Brakes (AREA)
  • Linear Motors (AREA)
  • Coupling Device And Connection With Printed Circuit (AREA)
  • Vehicle Body Suspensions (AREA)
  • Non-Mechanical Conveyors (AREA)
  • Reciprocating, Oscillating Or Vibrating Motors (AREA)
  • Transmission Devices (AREA)
  • Valve Device For Special Equipments (AREA)
  • Steering Control In Accordance With Driving Conditions (AREA)
  • Developing Agents For Electrophotography (AREA)
  • Materials For Medical Uses (AREA)
  • Fluid-Damping Devices (AREA)
  • Superconductors And Manufacturing Methods Therefor (AREA)
  • Diaphragms For Electromechanical Transducers (AREA)
  • Vending Machines For Individual Products (AREA)
  • Control Of Vehicles With Linear Motors And Vehicles That Are Magnetically Levitated (AREA)
  • Braking Arrangements (AREA)
  • Pens And Brushes (AREA)
  • Steroid Compounds (AREA)
  • Pharmaceuticals Containing Other Organic And Inorganic Compounds (AREA)
  • Types And Forms Of Lifts (AREA)
  • Transition And Organic Metals Composition Catalysts For Addition Polymerization (AREA)
  • Means For Warming Up And Starting Carburetors (AREA)

Description

LV10547 ‘ EECKOHTAKTKHH JMHEHHfaflī EPHEO# MSOGpeT&HHe OTHGCKTCH K SJISKTpOTeiiKKKS ll mojkst Slitl npil-ΜΘΗΘΗΟ flJIfl npilBO^a MarHIITHOŽ ηθ£Β60Ηθή flOpOri-l Η ΠΟΑ'&ΘΜΗΗΚΟΒ. Μβ bhjīojbshhgž bssbkk ΦΡΓ Ν 3120328, Η 62 Κ 41/03, 1982 Γ. ηββθοτθη ,ΕίΗθδΗΗή ^BuraTsas, nepspniHaH qacTL KOToporG npesc-TaBJiHST οοδοή BpanpjomHžcK iĶusīKSppmecKHii β&π, no nepHMSTpy ΚΟΤΟΡΟΓΟ 7CTaHOBJI0HH ΜαΓΚίΙΤΗ ΠΟ BMHTOBGŽ JIHH'HH. CSBSpHUPl H'iOJIt-ΗΗή nojncca, npil 3T0M, ΒΜΠΟϋΗΘΗΗ B ΒΗ^Θ ΗδΠρΘρΗΒΗΗΧ JŪSHT, .6JB-rcflapn newy b oSjiacTK iņuiHHSpnyecKC‘ii ποβθρχηοοτη o6pasyeTCH nepeMenpomseca no gck no.se (Serppe nojie). Ohg tjacTiriHO saKO-panPīBasTCH ue^Ģj nojnccaMK S-sārosapa τθοκοχ-τ cjieftOBaHMio 3pyr aa flpyrGM JISHT MaTHHTHtK nGJIIŪCOB, H TOJILKG GTHGCHTSJLuKG HSCOJffiinail nacTL saMUKaeTca T*iepea ΒτορκηΗ>το ^acTL, b κοτοροή κ TO«iy m nojipiasTCH othochtsjl&ho BucoKaa flOJis BHyrpeHHHX tgkob. IIgstomj 3K0H0MPmH0CTL 3Τ0Γ0 Η3ΒΘ0ΤΗ0Γ0 flBHraTeJIH othochtsjilho Majia.
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ΟΜΗΧΡΟΗΗΟ BpamaEIipi8CH Β ΙφΟΤΕΒΟΠΟΛΟΛΗΟΜ HānpaBJI8HIIII }I TOJĪiiKO
oflHa DfflHa, pacnojiojiiSHHaK Me»ay hhmh. 3τα ο^8ηι> npeflnotrrHTejaHO LV10547 - η — / απλ κοΗοτργκϋΜ, KOTopaa πρβΑοοτβ&ΠΗβτ pa3Hoodpa3Hne bo3mo2(hocth ΠρΗΜβΗβΗΗΛ. O’ieHb y£anHHīt h TonHtrfi npiramm ^eftcTBHfī κμθθτ h EapnaHT c ^Byx3axojuioĒ cnūpajīBK), KOTopaa ziojiKHa 6utb pacnojioaeHa. Mēro roMfl, no oTHonieHfflo κ AByx3axo;mioft cmīpajm, AnaroHajīBHo ‘ Πρ0ΤΚΒ0Π0.Π02ΚΗ0 pacn0J10»eHHHMH napaJUieJIBHHMH ΠροφΚΛΒΗΗΜΗ ΠΠΙΗ3Μ.
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HaKOHen y rox3axojcHoii: cnnpajiH η TpaHcnopTHoft nacra ctoht pa3MecTKTB npe^oxpaHHTejiBHyio cimpajiB K3 ηθμθγηηίήοΗ cTajm. OHa npe^cTaBJiaeT codož \·
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THpOEaHHHMH ΜΕΓΚΚΤΕΜΗ, SOJIBIEPie npeiīMJTĪļSCTBa II OflHOBpeMBHHO 3KOHOMHE3 msgte aaaT BapnaHT, πρπ κοτοροΜ npeflycMarpHBaeTCH paaMemeHHe npefloxpaHHTeaBHOž ennpajm issxļsy uarsmsam cmīpans-mk Ka cepfleqHHKe. Ιϊρκ μεγκητεχ, οορη9ητηρο3εηηηχ no och, sto, HanpoTHB, ηθ hbjmgtch bosmojkhum. Ssecž isejiecoodpasHo npeayc-MOTpeTL npefloxpaHMTejīLHHe cnupajm Ka οτρθβκθ cepaemiHKa εηθ nojDocHtni cnapajiež. Πρκ stgm aocTHraeTCH SojiBnm προηκοατΒ ecjm b 3toā oāJiacTH flHaMeTp CTep»Ha paccKKTaK na GojffiBDž shemstp nojnocKUx cnnpajīsft, tek πρθΛΟχρθΗΒΤβϋΒΗΒΗ cimpajn^B OCHOBHOM, ΗΜΘ9Τ jikuiL· BKC0T7 paSep ΠροφίΜΗ. ΠρΗΒΟβ B C00TB9TCTBKH C H3O6p0T9HH©M HM90T, ΠΟ cpaBHGHHJD c KJiaccHKecKKM κριηθρϊκημ flBMraīejieM, SoJiMīPie πρθημρροτβε. Eks-KM ΜΟΓ^Τ npHBOflHTBCa B flBSDKBHHe OT CTaHflapTHOrO 3JI9KTpG^3īīra-TejiK, KOToptift paSoTaGT b HaeaiaHOM cj^iae, t. 0. Γ30 ροτορ h LV 10547 - Q - CTaTOp OdJiaflaiOT, no BOSMOKHOCTH-, MHHHMaiffiHHM aaadpOM. Ποτρβδ-JI9KH0 TOKā ECer^ā HBJIH9TCiī ΠΟΟΤΟΗΗΗΗΜ H HS SaBHCHT GT BeJDPiHHH B03flyniHoro sasopa.
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B npHMeps BtinojiHOHiīH no φκτ. 5 HanpaajKKUipH cnjipajiL 1 HM89T pafluajiLHo HāMarHi-meηηηθ ΜΕΓΗΜΤΗ. HanpaBJiHiGipaK qaCTL· 2 C0CTāBJI9Hā nOflOCHO TOM7, KEK 3T0 nQK33aH0 Ha φίΙΓ. 4, GflHāKO PĪS υ-προφι·υΐ0κ} CBapsHHUx flpyr c flpyroM b oceBoft nocjteflOBāTeja- HOCTH CBOHMH ΠāpāJUISŪLKBIMPĪ nOJKaMK. CBap9KHH8 napajniejiLHHa nojacH U-ū6ps3HHix προφΗϋθή κ3^ζξΒώ pas o0pasyī3T pe6po 17 sayxsa-XOflHOft CnupaJĪH 11, ΒΒΓΟΤΟΒΛΘΗΗΟΓΟ TāKHM OGpaSOlt
Hbxpy xoflaMH 3, 4 flByxaaxoflHOž φβρροίθΓΗΜΤΗοΛ cnapajm noflBMJKHūž Bpanpjonļeta nacTPi 1 npeflycMOTpeHa npefloxpaHHTejn>Haa »· cnnpajm 20 pīs ηθκθγηητηοζ cTassi, KOTopaa isdtkbt hmbtl qt ognoro jļo flByx bhtkob. Cnsīpaja 20, πρρι 3T0M, BflaeTCfl οτηοοητθλβηο fla-Χ9Κ0 3 paflHaiffiHOM HanpaB^eHHH ue%Ry peCpaMH 17 ηθπο^βιοκκοζ HsnpaEJiKtGipsii tiacTH 2 hjih 15 h odJiafiaeT Ka CEoež topmoskgž ilbd-EļBpH, B3aPIMO£0PlCTByTGĶ9Pl C peGpaMH 17, TOpMGSKGPĪ HaKJiaflKOĀ 21. Cnpipaja 20 Kpsnwpca b ochobhom na npjrrKOūSpasHOM cepse^HHKe 5 M3 μηγηητομηγκογο MaTepHāJia ποαβιβιηοΛ spaipaiGipežciī qaCTH 1, HanpuMep, c πομοπκκ) caapKH.
HaKGH9iļ, Φμγ. 5 noKastiBaeT spyroft nppaisp βηπο;ιηθηηη pīsgč-PSTSHPĪK, πρκ KOTOPOM flByX3aXOflHafl φθρρΟΜΒΓΗΗΤΗΜ CIIPipaJIL· HOfl-
bhjkhož Bpaupjoiijeaca qac :ΤΗ 1, E OCHOBHOM, oSpasosana πο,ςοδκο a 0 1 KasaHHOMjr Ka φυτ. 2, a HM9HK0, C MāTHHTaMIĪ 14, 3ā ΗΒλΒΓΗΙΉΘΗΗΗΜΗ b^gjil npGSGJILKOS OCPL Uppī 3TOM, HenOflBHWHaa HanpaBJHiDiips nacTL 2, 15 csapeHa pīs U- GupasHbcc προφρυΐθρί, KaK
Ha φΗΓ. Οττ >2:1-1 ’C* mnrrfrn m ^ r λ u.-.-', rr γ· ώ tt r rn v f .n mv' λ y q rr v\ rr p. rrr. *-ι rjT*m :Z ΤΤΤ'.ίΙΟ·? :uv.u iap*mc IlpCjii, v lmu ± μζίήα, iiptf ^UAponjujL σ jujncui LV 10547
cmīpajiL 20, KOTopaa, oflHaKū, pacnojiGJKSHa na ποαβηληοζ- Bpanpm-IHpnCfi TiaCTA HS fiOnOJIHHT0JIuHOM OCSBOM jHāCTKS gajiee C0P^8“KHKa 5. 3T0 ΜΟΛ56Τ 6HTB, HanpHMep, KGHSII p-OTOpa. #OnOJIHHTeJILHHĀ OC0-Βοή yr4acTOK 22 βτογο eepseHHHKa 5 ημθθτ SojiliiihS[ αηβμθτρ, πρπ-q8M stot flHaMeTp, Hanpmiep, ημθθτ paaMep, paBHHft npHMepHo flHa-jw8Tpy SByx3axoflHoa cnHpajm 3, 4. Ακτκβηβη TopMosnaa njionpflL npe^oxpaHKT0jilhqPi cnpipaaii 20 Taranē cHafiMeHa topmdshoā naKJiafl-koā-21, KGTopas, πρπ btom npKMepe BtinojiKeHKS, npaKTH^sckH ΠΟΚ-PHB2L0T ECK3 aKTHBHJJG TOpi^Bp} ΠΟΒβρΧΗΟΟΤΒ I3peflūXpaHHTSJQsHOA cnHpaaH, b to bpsmh ksk na npHMepe βηπο^ίκθηριη no φκτ. 5 τορ-MOBHaa HBKJiaflKa cocTaBjmsT tojilkg yacTt topmdbhoū ποβθρχηοοτιι npefloxpaHHTejn>HOĀ cnHpajīH, oSpanpHHOž κ och. Iīpe3oxpaHHTejsηηθ cm-ipajm 20 κβληηΛ paa paenojiaraioTCH b τβκομ οοοτηοιπβηηη c peč-paMH 17, T-iTO yms npa .90%-hoS MaKCHMajffiHOž HarpysKe npeftospaHM-TejttHaa cnapaja Haca«HBaeTCH Ha peSpo 17 h HamiHaeTCH topmchkb-ΗΈ8. hs npspHBaa MarHHTHoe nojis. ί CC', ’« W’·—·* .· 1. līāTSKT BeJEHKoGpHTaHHH N 1434809, H 2 A, "1974 LV 10547
<Ī>opMyjia H300peTeHHH 1.- BecKOHTaKTHtie jameāHtiž-upMBOfl, coflep»aipā-HenoflBMXHyK) Han-pasjiHiDncnD qacTL a $opre Tpy5u jīs Φθρρομβγηκτηογο MaTspima, Ha ΒΗγτρβΗΗθή ποβθρχηοοτη κοτοροζ BHnojmsHii ζγύπμ. 3 βη#θ £bjx-3aX0flH0ā $βρρ0Μ3ΓΗΗΤΗ0ή CiinpaJIH H 7CTaHOBJI9HHyiO KOaKCMaJIBHO BHyrpH HanpaBjmiomež qacTH Bpanpun^īsca noflBHxHyi) qacTL, coflep-jsanc/TO, no M9HLineš Mspe, ο#ϊη μβγηητ, o^mh nojnoc KDToporo yc-TaHOBūSK y βητκβ ο^ηογο 3axcfla, a spyro& - y BHTKa spyroro aarco^a $eppoMarHHTHOĀ cnnpajni ηθπο^βικκηοζ qacTH, OTjnrjaioiipižca T9M, TO, C I^eJLblD ΠΟΒΗΙΠΘΗΗΗ SKOHOMH^HOCTII, ΠΟΟΤΟΗΗΗΗΘ ΜΒΓΗΙΙΤΗ noflBMiEOž qacTH paaMenpHH Ha cepfle^iHKe, a mi nojucca βηπο.εη8ΗΗ i b BH^e SByī3axosHož cnupami hb Φθρρομηγηκτηογο MaTspnajia, cnH-pajui paaHtcc χο^οβ ημθϊοτ iipg-thboiiojiojichp} nojmpHOCTL η ΚΜβιοτ c fiByx3axoflHoi5[ cnKpajaiD Heno^BiotHGž qacTK b ochobhom o^iiHaKOBtiū 7KJIGH h pacnojio^eKH Ha tom m paceTOHHKK spyr στ flpyra, qro n craipajm HenoflBHJffioš qacTH. 2. IīpHBOfl no π. 1, OTJmaioīpžCH τθμ, ητο flByx3axoflHae cnupajm HanpaBJEHKmež qacTii oCpasoBaHU BaeMKaMK b βηβθ okoh b φθρρ0Μ3ΓΗΜΤΗ0ή Tpjde. 3. npiiBoa no π. 1, OTjnmajonĶižca tom, qro KanpaBJiHiGE^H qacTL BHnojmeHa b βη^θ προφιυιηροΒ3Ηκοζ Φθρρομβγηητηοζ bojihkc-τοή TpyGu c qepe^yioiiĶiMHCH B^oja 88 npofiOJttHOĀ ocn BnaAHHaMH h BOJiHaMH, bojihh oSpa3yioT bhtkh flByx3axoflHož cirapajni, ΚΟΤΟΡΗΘ B OCHOBHOM epesaHH JļO BeJDPJMHtl OCeBOĀ npOTHJKSHHOCTH nOJDOCOB enK-panH b no^BHJKHOĒ qacTH, h 3th cpesu b ochobhom napajuiejiLHH nojnocaM cnHpajra noflBHitHOž qacm 4 DjpHBOfl no π. 1, oTjnraaniņiicJī tsm, uto HanpaBūHmnpH qacTL BanojmeHa b Biifle pedpucTož Tpy6bi, pedpa κοτοροή GCpaspzr flByxaaxoflHyī) cmīpajia, ohh b ochobhom BepTHKajiLHH h HanpaBJieHH κ flByxaaxoflHož cnapajra ποαβηχηοΛ yacm 5. npuBOfl no n. 4, GTJunjajcnpīftcH tsm/ qro peCpjicTasj Tpy6a 9 nanpaBJimnež nacTii BanojiHeHa na L-očpasHHZ προφκ^ίϊ, a peC-pa se fl3y23axcflHož cnnpajsi odpaaoBaHH g£HMM hb nnsn L-oGpaaHHX ηροφηχθζ, csapeKKanc Me^J coāoā. 6. ΠρΜΒ03 no n. 4, OTjnmaiGiiiHžcH tsm3 ητο psSpncTan Tpy6a KanpaBJiHioin,eii nacTM EHnonnena ira U-oCpasHts προφϊϋΐθή, a peGpa es flByx3axoflHoĀ crnipajm oGpaaosaHH CBapeHH&iMH mispy coGoΛ na-paJLSeJQ>HUMH HOJOCaMK COCeflHHX U-06pa3HŪX ΠροφΗΛθβ. 7. Dpimofl no π. 1, OTjnwas3iiĶ!žcs T0M_, ^to μβγκκτη nossim-kož TjacTH pacnojKHKBEH b paflHajaHOM HanpaBJieann b βητκβχ ssyx-aaxoflHOĀ cnīipajin, cepse^Hicc ee βηποληθη ηβ μβγημτομηγκογο MaTepMaaa, a nojmpnocTīs μβγηκτοβ nepe^^eTcs esoje» ee nposoja- HOŽ OCH. 8. IIphbos no π. 1, OTJOFīamiņiftcji τθμ, ητο ιιβγηητη πο^βηχηο pacnojioMSHH Bfloja npogojsHOĀ se och b npoMe»yTKax msjksj bktk3- \erκ τγττ~·.γ·“*·~\τγγ·».τίττ^-Λ λλ <nrTTjrr\*-i τττ.τ (*\£.ψ\,·π,^.τττ1τΐΜ* λλ «γ ητί-». ιτυτλττ τ?*Ξ: ι·*^«ττγ.**υ»ϊτ*_τ\i hux Aoo&u^iiUjd ctf l,xijnyaj±xi9 *wc?Un jun, SraiiuuJLaon xtetaax nmtieu&i Q ΠΠ irņnTrnnmt, tr»rrf.<m.··».rj rri^ir\»-\ τγγγ^ γπ.-ϊγτ nr. τττ. m·**·*. τγ.-·. ttt. ττι-*.τλγ λλ «ΠΤ/ cv u'jjin^nu·-j.±i racU njrixux> jsūjjlu lipU^^JlunU^l OLh* S. Dpsmoa no n. 4, oTJDPiaiūiņiĀca τθμ, ητο πο^βκ^ηβη nacTL cKačJKena npesoxpaHHTSjniHož ampanM) na κθμβγηι-ιτηοζ CTaM, co-sepsamež ne Gonee £Byx bhtkdb, paaMemeHHia isezņj peGpaMH nan-paBJKKJEpš nacTH sjih saanMosežcTEHn c hhmh h nepeKpHBaioiiĶK nx na bc6ā nx sjnine 50 ctskkk peSpncToS tpjSll 10. DpHBOfl no n. 9, cTjnnjaiDSĢsācjī tsm, ητο npn βηποηηθηηη no^BJotnož nacTH c paflManBHO ορηθητηροββηηημη μεγηητβμη betkh ηρθ^οχρθηητθ^Ηοζ cnnpajsi paaMenpHH Me*3y βητκβμη ee ffāyxsa-χο^ηοΑ cnnpajni. 11. Πρκ303 no n. 9} GTjnr^aoņižoa tsm, ητο πρκ βηποηηθηηη HOflBHJSHOi naCTM C MaTHKTaMH, OpHSHTHpOBaHHHMH ĒNOJIS 88 npO" flOJtbHoft och, ee cspfleqHHK BunojiHeH c sonoJiHKTejilhhm οοθβημ yyacTK0M, na kotopom paaMeteņa' npesoxpaKiiTejiLHaH cnjipajn·. LV10547 Ρθφβρβτ !43θ6ρθΤΘΗΜΘ OTHOCMTCfl Κ 3ΠΘΚΤρ0ΤΘΧΗΜΚΘ Μ ΜΟ>ΚΘΤ 6blTb ΠρίΙΜΘΗΘΗΟ npMBOfla MarHMTHOM ΠΟβΒΘΟΗΟΜ βΟρΟΓΜ Μ nOffbēMHMKOB. LļeilbK) Μ3θ6ρθΤΘΗ1151 ΛΒΠΑΘΤΟΗ ΠΟΒΜΙϋΘΗΜΘ 3K0H0MMMH0CTM. 3τβ 3aflana peiuaeTCJi c noMouļbio 6θοκοητ3κτηογό πμηθμηογο npuBona, očnaflaiomero MCKmoHMTenbHbiMM npn3HaKaMM nyHKTa 1 (|)OpMynbl Μ3θβρΘΤΘΗΜΑ. ΚοΗοτργκτΜΒΗΟθ Mcnonb30BaHiie Φυηκιαμοηθ^ηο BaxHbix * HaCTeii B BMfle πρθφΜΜ>ΗΜΧ ΘΠΘΜΘΗΤΟΒ ΜΠΜ B BMfle flByX3aXOflHOM φβρρ0Μ3ΓΗΜΤΗ0Μ CriMpailM flBflfleTCfl OTHOCUTeJlbHO npOCTbIM M flaēT 8KOHOMMIO B CTOMMOCTM. B flanbHeiiujeM pa3Bmne 3aMbicna Μ3θβρβτβΗΜΑ, μπμ flBOMHaa cnupanb μοχθτ 6biTb ηθποαβμχηο 3aKpenneHH0M HanpaBnaromeM nacTbio, a liiMHa-noflBMJKHoii TpaHcnopTHOM MacTbK), mjim Hao6opcn\ B cnynae πρμμθηθημλ μ3ο6ρθτθημη απα TpaHcnopTHbix cpeflCTB, HanpuMep, nopor Ha MamMTHOM ποαβθοκθ, npeflnaraeTCH πρμμθηθημθ c HanpaBJiaiomeii nacTM uihhu b. KanecTBe ηθποαβμχηομ HanpaBnajomeM Mac™ m flByx3axoflHoii čnMpanbīo b KanecTBe ποαβμχηομ TpaHcnopTHoii HacTM. lUnHa caMa Μθ>κετ 6biTb MacTbio ποαβθοηομ floporu, b to BpeMB, Kax flByx3axoflHa5ī cnupanb 3axp enneHa Ha TpaHcnopTHOM cpeflCTBe

Claims (11)

  1. LV10547 IZGUDROJUMA FORMULA BEZKONTAKTU LINEĀRAIS PIEVADS 1. Bezkontaktu lineārais pievads, saturošs nekustīgu caurules formas virzošo daļu no ferromagnētiska materiāla, uz kuras iekšējās virsmas izveidoti zobi ferromagnētiskas dubultspirāles veidā, kā ari rotējošu kustīgu daļu, kas novietota koaksiāli virzošās daļas iekšpusē un satur vismaz vienu magnētu, kura viens pols uzstādīts pie viena, bet otrs - pie otra nekustīgās daļas ferromagnētiskās spirāles ieejas vijuma, atšķiras ar to, ka ekonomiskuma paaugstināšanai patstāvīgie magnēti kustīgajā daļā iznietoti uz serdeņa, bet to poli Izveidoti ferromagnētiskas dubultspirāles veidā, dažādu gājienu spirālēm ir pretēja polaritāte un ir ar dubultspirāli nekustīgajā daļā pamatvilcienos vienāds slīpums un ir izvietoti viens no otra tādā pašā attālumā kā nekustīgās daļas dubultspirāles vijumi.
  2. 2. Pievads pēc 1. punkta, atšķiras ar to, ka dubultspirāles virzošās daļas izveidotas kā logu veida padziļinājumi ferromagnētiskajā caurulē.
  3. 3. Pievads pēc 1. punkta atšķiras ar to, ka virzošā daļa veidota viļņotas profilētas feromagnētiskas caurules veidā ar padziļinājumiem un pauguriem (viļņiem), kās seko viens aiz otra gareniskajā virzienā, pauguri veido dubultspirāles vijumus, kuri galvenokārt izveidoti slīpi līdz kustīgās daļas spirāles polu ass garuma lielumam un šie slīpumi (griezumi) galvenokārt ir paralēli kustīgās daļas spirāles poliem.
  4. 4. Pievads pēc 1. punkta, atšķiras ar to, ka virzošā daļa veidota šķautņainas caurules viedā, kuras šķautnes veido dubultspirāli, tās galvenokārt ir vertikālas un virzītas uz kustīgās daļas dubultspirāli.
  5. 5. Pievads pēc 4. punkta, atšķiras ar to, ka virzošās daļas šķautņainā caurule veidota no L-veida profila, bet tās dubultspirāles šķautnes veidotas no viena no L-veida profila pleciem, kas starpā ir sametināti.
  6. 6. Pievads pēc 4. punkta, atšķirīgs ar to, ka šķautņainā virzošās daļas caurule izpildīta no U-veida profila, bet tās dubultspirāles šķautnes veidotas no savā starpā sametinātiem, blakus stāvošo U-veida profila paralēlajiem plauktiem. 2
  7. 7. Pievads pēc 1. punkta, atšķiras ar to, ka kustīgās daļas magnēti izvietoti radiālā virzienā dubultc’aurules vijumos, tās serdenis izveidots no magnētmiksta materiāla, bet magnētu polaritāte mainās viena aiz otras gar tās garenisko asi.
  8. 8. Pievads pēc 1. punkta, atšķiras ar to, ka magnēti kustīgi izvietoti gar tās garenisko asi starp dubultspirāles vijumiem, tās serdenis nemagnētisks, bet magnētu polaritāte mainās viena aiz otras gar tās garenisko asi.
  9. 9. Pievads pēc 4. punkta, atšķiras ar to, ka kustīgā daļa apgādāta ar drošinātāja spirāli no nemagnētiska tērauda, kura sastāv no ne vairāk par diviem vijumiem, izvietotiem starp virzošās daļas šķautnēm savstarpējai iedarbībai ar tām un tās pārklājot visā garumā līdz šķāuņainās caurles sienai.
  10. 10. Pievads pēc 9. punkta, atšķirīgs ar to, ka izpildot kustīgo daļu ar radiāli orientētiem magnētiem, drošinātājas spirāles vijumi izvietoti starp dubultspirāles viijumiem.
  11. 11. Pievads pēc 9. punkta, atšķiras ar to, ka izveidojot kustīgo daļu ar magnētiem, kuri orientēti gar tās garenisko asi, tās serdenis izveidots ar papildus ass iecirkni, uz kura izvietota drošinātāja spirāle.
LVP-92-684A 1987-09-03 1992-12-30 Contactless linear drive LV10547B (en)

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DE3729510A DE3729510C1 (en) 1987-02-12 1987-09-03 Contact-free linear drive
PCT/EP1988/000616 WO1989002184A1 (fr) 1987-09-03 1988-07-08 Entrainement lineaire sans contact

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LV10547A LV10547A (lv) 1995-02-20
LV10547B true LV10547B (en) 1995-06-20

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NO174689C (no) 1994-06-15
EP0305685A1 (de) 1989-03-08
NZ225360A (en) 1990-10-26
NO891788D0 (no) 1989-04-28
FI892109A7 (fi) 1989-05-03
ATE58807T1 (de) 1990-12-15
ZA884974B (en) 1989-04-26
JP2628498B2 (ja) 1997-07-09
FI892109A0 (fi) 1989-05-03
JPH02500945A (ja) 1990-03-29
CN1010824B (zh) 1990-12-12
NO174689B (no) 1994-03-07
DE3861179D1 (de) 1991-01-10
LV10547A (lv) 1995-02-20
DK171522B1 (da) 1996-12-16
EP0305685B1 (de) 1990-11-28
WO1989002184A1 (fr) 1989-03-09
FI892109L (fi) 1989-05-03
ES2019438B3 (es) 1991-06-16
TR25403A (tr) 1993-01-28
CA1302528C (en) 1992-06-02
RU2012121C1 (ru) 1994-04-30
DK176989A (da) 1989-05-03
NO891788L (no) 1989-06-29
PT88040B (pt) 1993-05-31
PT88040A (pt) 1989-07-31
US5079458A (en) 1992-01-07
CN1031782A (zh) 1989-03-15
DK176989D0 (da) 1989-04-12
KR960006138B1 (ko) 1996-05-09
KR890702325A (ko) 1989-12-23

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