CS220556B1 - Method of automatically dissecting and dressing cable core end portions - Google Patents

Description

220 550 ΗΑ3ΒΛΗΠΕ Η30ΕΡΕΤΕΗΠΗ

Cnocoó QBTOMaTiraecKoro pa3pe3aHHfl h OKomieBaime suji

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s = (4 8002 + 502) 0.5 MM s = 4800 mm - 6 - 220 356 do π e ji ji B B B B Η Η Η Η OK OK OK OK OK OK OK,,,,,,,,,. ΚπΗΗΗΗβ pa3JOÍHHHX KρΟΒ JKHJI Ha Η3Γ0Τ0ΒΛΗΘΜΗΘ JUHHHjkhji JI6JKHT b npeflejiax EonycKaeMHX οτκηοηθηη® λζπϊηη. JUh npon3-BCWTBa OKOHHOBaHHHX 3KHJI HeJieC00Opa3H0 ΒΒΘ, Π, ΘΗΗΘ CTyneHHaTHXpacTpoBux pa3wepoB jvjhh. JUh H3roT0BJi6Hiííi yKopoTHTejitHoro nuieii $ a B φΟρΜΘ ÓyKBH w Hapne. 3 h 4 nepBOHaHajibHo jvihhho pacTHHyTHft uuiefí $ κηλη 9 ho # hh-MaeTca b cepejpiHe η ηαηοβρθμθηηο CTHTHBaeTCH bhh3 b cepejtH-Hax otípa3yioinHXCH Tenept ήβοτηηηηχ ιιυιθβφοΒ. - 7- 220 S56

HΑ H30EPETEM 1. MeTOB 8ΒΤ0Μ & ΤΜ3Ιΐρ0Β3ΗΗ0Γ0 pa3pe3aHHH H OKOHIJOBaHlíH kuji, otjih-HaiOmKfíCH T6M. HTO OJtfía HJIH HeCKOJIBKO KUJI (I) HaBHBaJOTCH nonpejtBapHTejiBHo ycTaHOBJíeHHoft ΒΗΗτοΒοβ jhihhh BOKpyr oópa3ywmefí. noBepxHocTH (2) Teji, HMeiomero npaBHjiBHyio aKcnajiBHo οημμθτρηη-HYK) HJIH UeHTpaJILHO CHMMeTpHHHyiO nJIOmaJÍB OCHOBaHHH (3), 0 £ H0-ΒρβΜθΗΗΟ C JÍByWIH napaJLTiejIBHO pacnOJIOJKeHHHMH ΠΟβΒΗΚΗΗΜΗ rpeó-Heodpa3HHMH Mara3HHaMH (5) BCTaBJíeHHHMH B BHeMKH B 0čpa3yi0-MEIT noBepxHocTH (2 ) HTO wiara3HHu (5) h khjih (I) TpaHcnopra pyioTCH-b HanpaBJíeHHH nepepaóOTKH (6) railing oÓpa3yioiyefi .noBepx-HOCTH (2) CKOpOCTBIO CO, CO COrJiaCOBaHHOÍÍ CKOpOCTBIO BpameHHHΛΊΗ 0Ópa30BaHHH ΒΗΗΤΟΒΟβ JIHHHH, HTO KHJIH (I) Πθρθβ ΚΟΗΙΧΟΙΛ OÓpa- 3ywft noBepxHocTH (2) 3m/iaioTCfi b Mara3HHax (5), hto khjih (I) npH jzajiBHe & β ej n Ha K K jul K K K K K K K n n n n pa pa pa pa pa pa 5 5 5 5 a a a a a a a a a a h oÓpaÓoTKii oóohx kohhob thank (7) ιι htoMara3HHH (5) follows well πολβολητοη to ycTpoKcTBaM (8) jyin yname H30JIHHHH H-HHH ΟΚΟΗΙΙβΒΒΗΗΗ ΟΚΗΟΒρβΜβΗΗΟ B ÓOJIBIIieM HHCJie EITyKh b 3aKjnoneHne inTaóejmpyioTCH jyin TpaHcnopTa κ 8βτομβτη3ηροββκ-Ηοβ aajiBHeiiiiieft nepepadorae οκοηηοββηηηχ kuji. 2. Cnocoo noHCTs 1, oTjnraaioinHficfl TeM. hto H3roTOBJiflewe jvhihhOTAeJIBHHX Kuji Onpe £ eJIHK) TCH ΗθρΗΜΘΤρΟΜ U IUIOCKOH ΚρΗΒΟβ H, CH-OCH TapjiBHoií khjih BOKpyr Teji h Mara3HHHHX βηθμοκ jyra Kuji, and Τ3κκθ xojiom h bhhtoboh jihhhh corjiacHo οοοτηοιπθηηιο s = (U2 * h2) °> 5 h npe.nnoHTHTejiBHO H3roTOBJLHK) TCH b KanecTBe cTyneHnaTHX pacTpo-BHX JUD1H. 3. Cnocod no nyHKTy I h 2, OTJnraaKWificfl τθμ, hto λεηηηηθ khjihnocjie pa3pe3aHHH yKJiaHHBaioTCH b yKopoTHTejiBHHe πυιεβφΗ, npen-nOHTHTCJIBHO B φθρ ÓyKBH W. - 8 - ΗΑ Η30ΕΡΕΤΕΜ - 220 556

1. ΜθΤΟΛ ΒΒΤ0ΜΒΤΜ3Ηρ0Β3ΗΗ0Γ0 pa3pe3aHJÍH Η ΟΚΟΗΙίβΒΘΗΗΗ KUJI, OTJIH-qawficfl τθμ. ήτο ojuia ηλη hcckojibko Kuji (I) HaBHBaioTCfl nonpejcsapHTejiLHo ycTaHOBJíeHHoft bhhtoboS jihhhh BOKpyr oópa3yioineftποΒθρχΗοοτΗ (2) Teji, HMewro npaBOBHyio aKcnajiBHo οΗΜΜθτρηη-Hyio one ueHTpajiBHO cHMMeTpnnHyio iuiomauB οοηοβθηηη (3) οληο-BpeMeHHO c íByMfl napajwejiBHo pacnojiOKeHHHMii ποπΒΗΚΗΗΜη rpeó-HeOÓpa3HUMH MaraSHHaMH (5) , b BCTaBJíeHHHMH ΒΗΘΜΚΗ 0Ópa3yK b) -meft ποΒθρχΗοοτΗ (2) HTO Mara3HHH (5) n khjih (I) TpaHcnopTH-b pyioTcn HanpaBJíeHHH nepepaóoTKH (6) bjiojib oópa3yiomeíí noBepx-hocth (2) what cKopocTBio, corjiacoBaHHoíi what CKopocTBio BpameHHH 0o £ a30BaHHH BHHTOBOft JfflHHH, ΉΤΟ KHJIH (I) Πβρθβ K0HU0M OÓpa · 3ywíl ποΒθρχΗοοτΗ (2) 3aKnwiaioTCH b Mara3HHax (5) HTO khjm (I) NPH # ajiBHe & UEM TpaHcnopTe pa3pe3aiOTCH (12) Wes napaii-JieJIBHHMH Mara3HHaMH (5) HTO Mara3HHH (5) C KHJiaMH (I) BCJiejI3a θ y HT HT HT HT HT HT HT HT HT HT HT HT HT HT HT HT K pepHBHoro TpaHcnopTa κ TpaHcnopTy well tact ήτο npoMejKyTOHHoe paccTOHHHe piles napajuiejiBHHMH Mara3HHaMH (5) yBejmnHBaeTCH jyw oópaóoTKH oóonx kohiíob thank (7) η ήτοMara3KHn (5) but thus ποιιβολητοη to ycTpoiiCTBaM (8) jvih ynajie-HHH H30JIHHHH Η OKOHIjeBaHHH Ο, Η, ΗΟΒρθΜΘΗΗΟ BOTH HUMAN EITYKH b 3aKnoneHn inTaOnAnHyAnTyTaTaTaTaTa κ aBTOMaTH3npoBaHeHeHeItEeEeePeOoPoAoTeS to οκοηηοβηηηηχ jkhji. Second Cnocoó no nyHKTy I. oTjmnaiomnfícH τθμ, ήτο η3γοτοβ ^ θμηθ λπηηηOTjtejiBHiix Kuji onpenejunoTCH nepiiMeTpoM U iuiockoS κρηΒοη ηθη-TapjiBHoii och khjhi BOKpyr Teji h μβγη3ηηηηχ βηθμοκ jyra khji and TaKHce xojiom h bhhtoboA jehhhh corjiacHO οοοτηοιπθηηιοs = (U2 + h2) 0 5 'η πρΘ ^ ποητΗΤβΛΒΗΟ η3γοτοβληιοτοη b KanecTBe cTyneHnaTHX pacTpoBHX ftJfflH. 3. Cnocoó no nyHKTy I h 2, OTjmnaioiigiftCH τθμ, jvmHHue khjihnocjie pa3pe3aHHH yicJiannBaioTCH b yKoporaTejiBHHe nuen $ N, npen-ΠΟΉΤΗΤΘΛΒΗΟ. B φορΜΘ ÓyKBH W. - 9 - 220 S56

AHH0TA1W M3oópeTeHne KacaeTCH cnocotía 8βτομβτιι3ηροβ3ήηογο pa3pe3amiH hOKOHueBaKHH ra.

UejiLio H30ÓpeT6HHH HBJíHeTCH pa3paóoTica cnocotía, otíecnemíB & ioiuerocymecTBeHHo tíojiBinyio προϋΒΒΟζηιΤΘΛΒΗΟοτΒ b niTyKax 3a emíromyBpeMeHH h npejmocmiKH jym nocjiejíyioiiíero aBTOMaTH3npoBaHHoro co ÓHpaHHH Η φορΜΟΒΗΗΗΗ ΠρΟΒΟβΟΒ aBTOMOtíHJIBHOft C6TH.

CorJiaCHO H3OÓpeT © HHD 20TJIH HaBHBaiOTCH BOKpyr odpa3yiomeíi ΠΟΒθρΧ-hocth npaBOBHoro Tena οαηοβρθμθηηο c rpeÓHeoópa3HHMH Mara3H-ηθμη, βοτθβλθηηβιμη b bhgmkh otípa3yioineíí ποΒθρχΗοστΗ, well-npejma pHTeJIBHO yCTaHOBJíeHHOfi BHHT0B0ÍÍ JIHHHH, 3aJKHMaiOTCH Β Mara3HHaX, pa3pe3aioTCH h BCJiefl 3a τθμ OKOHnoBímaiOTCH. JlaJiee, corjiacHO H3otípeTemno, npejiycMaTpHBaioTCH yropamiBaioinHe ηυΐθβφη jvih jvihhhhx jeiui.

Claims (3)

- 10 - 220 556 OBJECT OF THE INVENTION A method of automatic cutting and finishing, characterized in that one or more cores winds over a predetermined helix around a formed body surface, the base of which is regular axially symmetrical or symmetrical, at the same time as the two movable racks arranged in the recess in the forming surface, the containers and veins being conveyed in the processing area along the forming surface speed by coinciding with the rotational speed to form the helix, the veins being clamped in the containers prior to the end of the forming surface, and the veins being cut in the next traffic. between parallel reservoirs, immediately afterwards, the veins are rapidly pulled forward with the veins and accumulate to move from continuous transport to tact transport, with the distance between the parallel reservoirs increasing for the next The two ends of the cores and the trays are brought to the stripping apparatus and the finishing of the ends simultaneously for a plurality of pieces, and are finally stacked for transport for further automatic processing of the wire ends. 2. Method according to claim 1, characterized in that the lengths to be made with the individual cores are determined by the circumference of the arcuate arc of the central axis of the vein around the body and the recesses for the cores, and also by the operation of the helix according to the relation s = / U2 + h2 / ° »5 , and are preferably made as stepped raster lengths. - 220 - 356 3. The method of claims 1 and 2, wherein the cut lengths of individual cuts are folded loops, preferably double W. Recognized by the invention based on the results of an expert review carried out by the Inventory and Patent Office, Berlin, DD. 2 drawings