DE1616705U - SINTER MAGNET WITH TEMPERATURE COMPENSATION. - Google Patents

SINTER MAGNET WITH TEMPERATURE COMPENSATION.

Info

Publication number
DE1616705U
DE1616705U DE1950K0003218 DEK0003218U DE1616705U DE 1616705 U DE1616705 U DE 1616705U DE 1950K0003218 DE1950K0003218 DE 1950K0003218 DE K0003218 U DEK0003218 U DE K0003218U DE 1616705 U DE1616705 U DE 1616705U
Authority
DE
Germany
Prior art keywords
temperature compensation
magnet
sinter magnet
sinter
nnt
Prior art date
Legal status (The legal status 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 status listed.)
Expired
Application number
DE1950K0003218
Other languages
German (de)
Other versions
DE810470C (en
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Widia GmbH
Mannesmann VDO AG
Original Assignee
Krupp Widia GmbH
Mannesmann VDO AG
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
Application filed by Krupp Widia GmbH, Mannesmann VDO AG filed Critical Krupp Widia GmbH
Priority to DE1950K0003218 priority Critical patent/DE1616705U/en
Publication of DE1616705U publication Critical patent/DE1616705U/en
Expired legal-status Critical Current

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  • Magnetic Treatment Devices (AREA)

Description

sinternsegt mit yerm<mente megnete fü Tnehoneter und andere Meeeinttm* t Wits t t tdet*n atot mente bemitzen je nneh dem für die Magnete verwendeten Stoff eine mehr oder minder greeee Abhängigkeit dew magnetitohen F1neeet von der Temperatur. MuH Ltichl diew. Abhängigkeit daroh <in<n maMtithwn W<bMehluM aue dwM<n P<ym<<bi- lit&t wiaw « tark< ZwmptMaMtjtnigkwit bittt. Di$ Wirk- Or r X ho JI Ibotpole t. Mg hat alhel'. 11' Je'ben. chl... - 4.. -. pe"polel1 11.. "- MD hat dwhwr di Mntiwehw Wwb<MehlMp<MMttien b<i Huf<i « n- oder Kim amanttn in don LwftwwiMhntatm <wiwohen dwn Polwohuhwn edwr <f diw Polwwhuhe g lw&t. Bw gibt « bwy Pille, Sbondes bton ftir Tho » ter ma at dere MeBainetyumente, in denen aus räumlichen Gründen die Auflage der TemperaturkompeMaticn auf den Magneten uner- hobt s Bei PreeMMtgneten werde vorgeeehlagen, die Temperatur- kosp Slos X 4 sf r $4 but K t K r kempeMatien in den ttagnetkerper eelbet mit einiMpreMen. Bei SinterMgneten iwt diew jedoch nicht meglieh, weil die X « wtsw uSorS ra d Magnete nrnch ihrer Fomgebwng dareh Preßten einer Sinterang bei hoher Temperatar unterwerfen werden bei der ein eiage- preewter XpeneatiMkcrper wnkentrellierberen Kinflüen durcb den iba berührenden Siaterwerketcff auageeet<t eein würde. Wneh der Wemernng wird daher der M interade Preeeling an eeiner Ober-oder Unterfmehe oder « n eeiner Rendflehe it einer Wnt verwehen, in welche neeh der Sinterung der eigseprenet oder mit einem Xle'bonittn eder Kitt eingelegt wird Die Nnt kwHn eehon heimPreMen dee Yorfflrpere eme dem pulverfCrmigem Anegangemterial eiage- pre t werdem, aber ameh mMhtrglieht jedoeh ver der Fertig- tinterung, om gepreaeten ader vorgetinterten Formkerper « n- gebr&eht werden. Die Fliehe de< Magneten mit dem einge- legten gcmp « matio » körper kam wordeitd, /eben In der Zeichnung ist eine AusfNhrungaform dea Sinter- magneten nach der Neuerung dargeatellt. In Fig. 1 ist mit 1 der Sintermagnet In Schnitt, mit 2 beiapideweiee eine Ringnut gezeichnet. Fig. 2 gibt den gleichen Sintermagneten mit eingelegtem Kompenaationakßrper 3 wieder, der eine der Nut entsprechende treieringförmige Gestalt hat. Sehm<aMM'ehw < sintered with yerm <mente megnete five tenants and other teams * t Wits tt kd * n atot elements depending on the material used for the magnets a more or less greeee dependency dew magnetitohen F1neeet from the temperature. MuH Ltichl diew. Addiction daroh <in <n maMtithwn W <bMehluM aue dwM <n P <ym << bi- lit & t wiaw «tark <ZwmptMaMtjtnigkwit please. Di $ effective Or r X ho JI Ibotpole t. Mg has alhel '. 11 'Je'ben. chl ... - 4 .. -. pe "polel1 11 .." - MD has dwhwr di Mntiwehw Wwb <MehlMp <MMttien b <i Huf <i «n- or Kim amanttn in don LwftwwiMhntatm <wiwohen dwn Polwohuhwn edwr <f diw Polwwhuhe g lw & t. Bw gives «bwy Pill, Sbondes bton for Tho »ter ma at other MeBainetyumente, in which for spatial reasons the The temperature compeMaticn is placed on the magnet hobt s In the case of PreeMMtgneten, the temperature kosp Slos X 4 sf r $ 4 but K t K r kempeMatien in the ttmagnetkerperper eelbet with aiMprMe. In the case of sintered magnets, however, this is not the case because the X «wtsw uSorS ra d Magnets according to their shape pressed into a sintered rod at high temperatures are subject to an egg preewter XpeneatiMkcrpere wnkentrellbaren Kinflüen through the Siaterwerketcff touching iba would. If the weather is not enough, the interade will be preeeling to an upper or lower company or to a rendition with a wind blown into which neeh the sintering of the Eigseprenet or with an Xle'bonittn Every putty is inserted The Nnt kwHn eehon HeimPreMen dee Yorfflrpere eme the powdery anegangemterial egg before, but ameh mMhtrglicht ver the finished- sintering, om pretinted vein pre-tinted molded core «n- be brewed. The Fliehe de <magnet with the inserted put gcmp «matio» body came wordeitd, /just The drawing shows an embodiment of the sintering magnets according to the innovation. In Fig. 1, 1 is the sintered magnet in section, with 2 atapideweiee drawn an annular groove. Fig. 2 gives the same sintered magnet with inlaid compensation body 3 again, the one of the groove corresponding treierring-shaped Has shape. Sehm <aMM'ehw <

Claims (1)

SehtawpTeh <
le-t mit den » NPO- tiMh<at tlwww «, daMh wmMtiehnet d<A dM Xempwnw- tieaMMhtTMf <in< Nnt d « SiatrMrp<M <iay ? « et $d « r . ùt&ù1.'t "'1'""'~1 ttat 1. t. w eiBtMMagnwt nMh AMtprw 1 ddaroh <) MmMKiehnwt, d< <&tMiM-ed<r riafami tat wad im MiMT ObM-, t<np-edosr <m<$F<H M<tntwlfMeh< <iH< Biaca mit wia'- -uSt, otZtt arenx ape DMM, BiMh odwr <oawtig<& Txefilwttwifwn ) HMMUWMMt<a<m. Kempn « tionwBTp<t b « it<t. Kompenfottio » körper beattate
SehtawpTeh <
le-t with the »NPO- tiMh <at tlwww «, daMh wmMtiehnet d <A dM Xempwnw- tieaMMhtTMf <in <Nnt d «SiatrMrp <M <iay? «Et $ d« r . ùt &ù1.'t"'1'""'~ 1 ttat 1. t. w eiBtMMagnwt nMh AMtprw 1 ddaroh <) MmMKiehnwt, d <<& tMiM-ed <r riafami tat wad im MiMT ObM-, t <np-edosr <m <$ F <H M <tntwlfMeh <<iH <Biaca with wia'- -uSt, otZtt arenx ape DMM, BiMh odwr <oawtig <& Txefilwttwifwn ) HMMUWMMt <a <m. Kempn «tionwBTp <tb« it <t. Kompenfottio »body beattate
DE1950K0003218 1950-10-07 1950-10-07 SINTER MAGNET WITH TEMPERATURE COMPENSATION. Expired DE1616705U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
DE1950K0003218 DE1616705U (en) 1950-10-07 1950-10-07 SINTER MAGNET WITH TEMPERATURE COMPENSATION.

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
DE1950K0003218 DE1616705U (en) 1950-10-07 1950-10-07 SINTER MAGNET WITH TEMPERATURE COMPENSATION.

Publications (1)

Publication Number Publication Date
DE1616705U true DE1616705U (en) 1950-11-30

Family

ID=29757156

Family Applications (1)

Application Number Title Priority Date Filing Date
DE1950K0003218 Expired DE1616705U (en) 1950-10-07 1950-10-07 SINTER MAGNET WITH TEMPERATURE COMPENSATION.

Country Status (1)

Country Link
DE (1) DE1616705U (en)

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