CS266393B1 - Apparatus for hydromechanic cleaning and polishing - Google Patents

Apparatus for hydromechanic cleaning and polishing Download PDF

Info

Publication number
CS266393B1
CS266393B1 CS86615A CS61586A CS266393B1 CS 266393 B1 CS266393 B1 CS 266393B1 CS 86615 A CS86615 A CS 86615A CS 61586 A CS61586 A CS 61586A CS 266393 B1 CS266393 B1 CS 266393B1
Authority
CS
Czechoslovakia
Prior art keywords
movable body
chamber
λβμκβμμ
mto
flowing
Prior art date
Application number
CS86615A
Other languages
English (en)
Other versions
CS61586A1 (en
Inventor
Georgi Kostov Ing Petkov
Benco Petkov Ing Kjurkcijev
Valentin Jordanov Ing Barzakov
Stefan Penev Ing Mincev
Original Assignee
Petkov Georgi K
Benco Petkov Ing Kjurkcijev
Valentin Jordanov Ing Barzakov
Stefan Penev Ing Mincev
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 Petkov Georgi K, Benco Petkov Ing Kjurkcijev, Valentin Jordanov Ing Barzakov, Stefan Penev Ing Mincev filed Critical Petkov Georgi K
Publication of CS61586A1 publication Critical patent/CS61586A1/cs
Publication of CS266393B1 publication Critical patent/CS266393B1/cs

Links

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B24—GRINDING; POLISHING
    • B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
    • B24B29/00—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents
    • B24B29/02—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents designed for particular workpieces
    • B24B29/06—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents designed for particular workpieces for elongated workpieces having uniform cross-section in one main direction
    • B24B29/08—Machines or devices for polishing surfaces on work by means of tools made of soft or flexible material with or without the application of solid or liquid polishing agents designed for particular workpieces for elongated workpieces having uniform cross-section in one main direction the cross-section being circular, e.g. tubes, wires, needles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21B—ROLLING OF METAL
    • B21B45/00—Devices for surface or other treatment of work, specially combined with or arranged in, or specially adapted for use in connection with, metal-rolling mills
    • B21B45/02—Devices for surface or other treatment of work, specially combined with or arranged in, or specially adapted for use in connection with, metal-rolling mills for lubricating, cooling, or cleaning
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21B—ROLLING OF METAL
    • B21B1/00—Metal-rolling methods or mills for making semi-finished products of solid or profiled cross-section; Sequence of operations in milling trains; Layout of rolling-mill plant, e.g. grouping of stands; Succession of passes or of sectional pass alternations
    • B21B1/16—Metal-rolling methods or mills for making semi-finished products of solid or profiled cross-section; Sequence of operations in milling trains; Layout of rolling-mill plant, e.g. grouping of stands; Succession of passes or of sectional pass alternations for rolling wire rods, bars, merchant bars, rounds wire or material of like small cross-section
    • B21B1/18—Metal-rolling methods or mills for making semi-finished products of solid or profiled cross-section; Sequence of operations in milling trains; Layout of rolling-mill plant, e.g. grouping of stands; Succession of passes or of sectional pass alternations for rolling wire rods, bars, merchant bars, rounds wire or material of like small cross-section in a continuous process

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
  • Cleaning In General (AREA)
  • Crystals, And After-Treatments Of Crystals (AREA)

Description

266 393
yCTPCÍÍCTBO ΛΠ9 rWPWlEXAHMMECKOň OMMCTKM M nCMMPOBKM ΗαοβρβτβΗΜβ xacaercn ycTpofflcTBa λλμ ΓΜΧΡΟΜβχβΜΜΜββκοΛ ommotkm μ πολμροβκμ, κοταροβΜΟΧΟΧΜΤ ΠρΜΜΟΙΙβΜΜΘ 0 ΜΒΙΜΜΗΟΟΤΡΟβΗΜΜ M MBTaTOiyprMM ΛΛΜ ΠΟΛΜΡΟΒΚΜ Μ OMMOTKM ΠΡΟΒΟΛΟΚΜ Μ/ΙΜπρακβτΗΜΧ aaroToaoK orpaHMoenHott μ ηβογρομρ,ηθηηοΛ α/ιμηβ. klanecTHo ,υοτροΜοτβο λλβ ommotkm μ πο/ιμροβκμ προβολοκμ, ΒΚΛΒΜβιοίΜββ Bonny c OMMwa»weflμμλκοοτμο, β κοτοροΗ ycTanoB/ιβη cBOdOAnb na άπορη hmxhmH ρολμκ. Ha« ημχημμ ρολμκομ, βηβικιιιμν, yi:TiuiomiBiiM »ιι«ι βορχιιμχ piiuiwKa. CirtpodaTMBaBMap πρκίΒΟΛΰκβ ηακητβΗβ na dopadané, «ι nepeaortí, bopxhmx po/inxa m hmxhmH ρολμκ προββαβη decKOHeMHwW uinyp tbkmm odpaaoM. mto odpadaTMBaeMa'nιίροβιιλοκ.ι oxiianona um β μμλο bmmtoboPI cnupa/iu. BecKoneMMuM lunyp ηβπρβρμβμο omomoh oMMinaioweřlΜΜΧΚηΠΤΙιΚ». ΠΜΚΤβΜβ ρΟΑΜΚΘβ 6βΜΜΗ«« Ο ΠΡΜΜΜΜΜΜ MSX0MM0MOM. <1) Ηβχοοτατοκ β'γογο ycTpoflcTBa coctomt β tom, mto β ηβμ ocyutecTBaweTcn ημβκοο κοητακτηοβ,1'iirunii ιι/ιπ Mi-moiy nripndvu nnaoMoft προβολοκοΡ m dMCKonBMHMM uinypoM, mto adyoaoBOUBeeT ημβκοβκβΜβοτβο odpadaTMBaeMoM ηοββρχΗοοτΜ. ApýroM Ηβχοοτβτοκ BaxaBMaeTcn· β tom, mto β peayabraTeyToneuMsi decKonenHoro uinypa, padOTaoutero b yc/ioBunx nanp«*enuC1 ρβοτ«*βΗΜ«, na/iuuonporpBcouBHO napacTaioman οκ/ioHHocTb κ ero poapyiuenuB, mto yMBHbuiaeT HanexnocTb ycTpodcTBa.ΙΊοηοοτοτκοΜ sib/iwtcw m to. mto ββοκοηβμημΜ urnyp b npouecce ρβοοτη yMBHbtuaeT obou adpasuBnueKaMBOTBa ΒΟΛΘΑΟΤΒΜΘ ΤΟΓΟ, MTO Ηβ OdeeneMBHa B03M0XH0CTb HenpepHBHOrO OdHOBJtBHUP ΒΓΟ padOMBÍINiifitipxtiocru, mto πρμβολμτ κ yxyjiwoHMw . komoctbb OdpadOTaMHOfl ηοΒβρχηοοτχ μ κ yMeHbuienunπροΜΒηοχΜΤβΛί,ηοοτΜ.
MaeecTno ycTPoWcTBo λλϊι ommotkm saroTOBOK neorpanuMennoM αλμμμ, BKaw-taouieo πολβμχιιμΛKopnyc, κοτορηΛ pooncuioxen βορτμκλλιιηο μ οοολμηοη o mbxohmumom λλμ ero πρμβολο. I) ημχηοΛMacTM ηοΛΒΜχηοΓΟ xopnyoa αβορΜΛοηο οτββροτηβ, a n ero BepxneW moctm ycTaHOBJíena MeMdpana,KOTopasi coe«uneua c MexanuaMOM λλμ BoaBpaTHO-nooTynaTeabHoro αθμαοημμ. Oh βμποληβη b bi/ujoxyaaMKa, ynupaouierocsi b MeMdpany. Kyjianox coenMHen c LteHTpodexHbíM MexaHM3M0M, kotopuPSycTanoe-nen κ noxBMWHOMy xopnycy. Β ποαβμχηομ xopnyce o«opM7iena xanepa, sanoaneHnan padoneHCPBAOft. <2> Ηβλοοτθτοκ BToro ycTpoHcTBa οβΚΛΟΜββτοη b tom, mto to/iuko padOMaa cpexa, HaxoflíímasicnBoxpyr OMMiuaeMofl aaroTOBKM, ynacTByeT b npouecce ommotkm, m .nocKoabxy He odecneMenn ycaoBMn«/lvi ee nenpepwBHoro odnoe/ienníi, ona ducTpo nacumaeTOM BbtneaBeMbtMM 3aroTOBKoft okmcmmm. mtoyxyauiaeT ee oMnmaowne · ceotfcTea. Apyroft ΗβΛοοτβτοκ coctomt b tom, mto λλμ οβηοολβημμ padoneMcpexn μ BoccTaHOBaenMM ee oMMiuaiowHx cboMctb neodxoxMMO ocTanoBMTb ycTpoWcTBO μ πολμβηητιιpadOMyo cpe«y, mto yMenbuiaer npoMSBOAMTeabnocTb npouecca, □axaneM nsodpeTennsi maneTCa coananne ycTpoWcTBa juan rnapoMexaHMMecKotf ommotkm mπολμροβκμ, κατοροο odecneMMao du BuooKoe κοΗτακτηοβ ΑββΛβηΜβ Mexjuy OdpadaTMBaeMoMnooepxHocTbo m padoneM cpexoM πρμ neripepnunoM odHOB/ieHMM ee padoneB noeepxnocTM, mcmιιοβμομλμοι* du κβΜβοτΒο odpadOTanHoCI ποββρχηοοτμ, npoMasoxMTeabHOCTb npouecca m MaxexHOCTbycrpoHcTBa. 3axana pemena ποορθλοτβομ ycTpoWcTBa, BKa»Ma»u»ero ποαβμμημΜ Kopnyc, οοολμηθημμΗ cΜΟΧ«ΙΗΜ3ΜΟΜ ΑΛΡ βΓΟ ΠΡΜΒΟΧβ. Β ΠΟΑΒΜΧΗΟΜ KOpnyCO ΟβΟΡΜΛβΗβ ΚβΚβρβ, ΒβΠΟΑΗβΗΗβΡ ρβΒΟΜβΜ ΟρβΧΟΜ. (Ίι ΜΙΒΜΜΙIBM KOPII,V0 ΟΙΙβΒΧβΜ ΗβΧΒρΟΗΟΜ. ΟΟβΛΜΗβΗΗθΜ 0 ΜΒΧ0ΗΜΒΜΟΜ ΑΛΑ ·Ο8βρΒΤΗΟ·-Π0ΟΤΧΠΑΤ«ΛΚΗΘΓΟηΒΜΧβΗΜΡ. Cor/iaCHO ΜΒΟβρβΤβΗΜ»·ΠΟΛΒΜΧηηΛ, Kopnyc ΓΟΡΜ3ΟΗΤ0ΛΘΗ, a MBMdpana ΠΟ KpaMHBffl Μβρβ ΟΑΜβΜ yo I lil H 11:011-11 hl lili OKlOlblinUlwřl CBtKlM β Kijnwpe ΙΙΟΑΜΜΜΗΟΙΌ xopnyoa. ΡΛι»ΟΜ«»1 0PBM4I nPMWTMMWttI iirtiípí CMMOW IIIUPMKOB Μ ΡΑΒΟΜΒΓΟ ·Λ»ΜΧβ,,. 0 ηθΑΜ«ΚΜΜΜ ΚΟΡΠ,ΥΟ ΟΟΒΛΜΗΡΗ Ο ΗΟΤΟΜΗΜΚΟΜ P«dOMWro«ΛΡΜΛΒ, II ΒΒΡΜηητΗΟΜ βμμοληθι ΐΜΜ yoTpoMoTBa MBMdpana paonoAoxBHa τβκμμ ο*ρβ»ομ β καΜβρβ iio«nM*iniro xopnyoa, mto odpaaoBnHU aaaan m npaoan noxxaxBpM, κατορηο mmwbt npnnapuMOMa/ibwo M3Mei‘KrowMeca odMiMu. ΠοαβμκημΜ xopnyc saxpuT aeeoM m npaeoM xpuwxaMM, β kotopux yoi «,ιηοβλοηιιι 266 393 2 ΙΊΟ OAHOM.Y BXOAUOMY Úl BUXOAUOMY ΙΙΙΤΥΒβρΟΜ. ΠΟΟΡΟΛΟΤΒΟΜ Η0Χ nOAB0)KUbltf ΚΟΡΠΥΟ COBA0KBH C0CTOMU0KOM ρβόΟΜΒΓΟ ®ΑΡ0ΛΘ. Β ΛΡΥΙΌΜ ΒβρΜβηΤΜΟΜ ΒΜΠΟΛΗΒΜΜΜ ΧΟΤΡΟΜΟΤββ ΓΚΜΒΜΧΗΜΜ ΚΟΡΙΊΥΟ 0ΗΒΒΤ Πβρ·ΟΡ0ΡΟΒβΜΜΒ ΟΤΙ4ΙΊΚ0 0ρβΒΜβυΐβΗ Β καχγχβ. Β ΚΟΜΥΧβ Ο*ΟΡΜΛΒΗΜ ΒΧΟΑΗΟΒ 0 BUXOAIIOB ΟΤΒΒΡΟΤ0Ρ, ΠΟΟΡΟΑΟΤΒΟΜ KOTOPMX ΟΗΟΟΟΜΜΗΟΗ C 0CT0MHHKOM ΡΑβΟΜΒΓΟ ®ΛΚ)0Λ3 . Β ΟβΡβΑΜΜΒ ΚβΜΒΡΜ ΠΟΧΒ0ΜΜ0ΡΟ ΚΟΡΠΥββ MUCTKOyiilfltlOCOIMlIrt ΠΡΡΒ1'Ο|ΚΜΙΚίΙ, ΠΟΟΡΘΛΟΤΒΟΜ ΚΟΤΘΡΟΜ 0·0ΡΜΛ8ΜΜ ΛβΒβΒ Μ ΠρβΒβΒ ΠΘΛΚβΜβΡΜ. HPMOprtlIMαββ - Λββαη μ npaean μ γοτβΗοβΛβΗΜ na ποαβμχημχ npoAOAbnux cenaax β πολβημηομ xopnyce. KaMAan 0:1 nnyx miwmpmi npnnonMTcn b wmmhiw αβΜοοτηητβΑΜΤΟ.
npexMyuiecTBo ycTpoMcrea ββκΛΟΜββτοη b tom. mto oaecneMBHO μβπρβρμβηοβ oenoBJíenne pa®OMMX ποββρχηοοτβ# c®ep. a raxxe perenepnposanne pacsciMero ®/>»HAa, mbm papaHTMpyoTcn nocTOSMHweoMHtuaioiuwe n no/iupyomne ceoPiCTBa paesoMeři cpbau. 3to πρμβολμτ k πολυμβημ» oupaeoTannwxnoBepxHocTefl bucokopo xanecTBa 0 · ΥΒβτΜΜΗΒββτοη npo03EioA0Tt2AbHocTb npouecca. flpypoenpBMMyiHBCTBO COCTOMT B TOM, MTO MMBBTCn BOBMOXMOCTb ρβΤΥΛΜροββΤ b ΚΟΗΤβΚΤΜΟΒ ΑβΒΑΒΗΜΒ MBMAYοορβοοτΜΒββΜοΜ noBBpXHOCTbO m peepneM cpbaoM tíikhm oepaaoM, mtoom oaecneMM11, βι-ο αοοτοτομηοBMCOK0M B UBAPK ΠΟΛΥΜΒΗΗη ΚβΜβΟΤΒΒΜΜΟ O<tpa«SOTaHHOM OOBBPXHOCTM. ΠρβΜΜ,ΥΙΙΙβΟΤβΟΜ BBAnBTCn Μ TO.mto ocywecTBaeHMoM UMPKyjmUMBtt paaoMepo ·αομ«β οοβοηβΜΜΒββτοη ηβπρβρμβμοοτι» npouecca. τβκ κοκoTaeabHuo μβτβααμμβοκμβ okmcm c noBBpXMOCTM saroTOBKM CMUtMMOTcn m bmbommtcm na paeOMuM stonu. npMMBpnue βμικμηβμμ ycTpottcTBa npxaaaHM nu πρμαομβημμχ ®0pypax, ρλβ · •wypa 1 πρβΑΟΤβΒΛηβτ coaoft βχβμ8τμμοοκμΜ προοοαμίμΜ paapea nepuopo ΒΜΡΜβΗτηορο
BunojinwuMM ycTpoMcTBa, «rypa 2 - cxcm,y κοητοκτο mbmay oOpaeoTMBaeMoR ββγοτοβκοΜ 0 paecneB cpenott. ®Hrypa 3 - paapea no A-Λ c ®0Pypu 2, ®0cypa 4 - cxeMaTMMecKMť» npoao»t*HwM paapea βτορογο βορμοητηογο βμποληβημμ ycrpoMcTBa.
6 nepooM BapnanTHQM βμποαηοημμ ycTpořtaTBa, kotopog πρμμβημμο mra oapaaoTKM aaroTOBOK orpaH0MeHHoft aamhm. cornacno ®0pypu 1. coctomt 03 ποαβμμηορο xopnyca 1. κ kotqpomy mbctko3βκρβηΛβΜΜ neean 2 m rtpanast 3 kpmuikm. K hmh ycTanoo/ienu no οληομ,υ bxoahomy 4 μ βμχοαηομυ 5urryuepaM. cobammbhhmm c motommmkom paaonero ®amm tne noxaaannuM na Μβρτβχβ) . Β ποαβμμηομxopnyce 1 o®opMAena Kaxepa 6, β κοτοροΛ pacnonoxena μβηορομβ 7 tokmm οορββομ. mto oopaaoBanu neoan 6.1 m npaBasi 6.2 noAKaMepu c riponopunona/itiuo MaMBMnouiMMMcn oesteMaMH. MeMapana 7coeMWiMBMa o Moxan03MOM aan BoaBpaTHO-nocTynaTeabHoro αβημβημβ 8 rMApaBAMMBCKoro tmi»oocpoactbom iutm®tob 9, paaMemennux b xanaBKax 10. οφορμαβηημχ β ποαβηχηομ xopnyce 1. KaMepa 6aanonweMa paaoMeB cpenott 11, κοτορβη npeacTaBaneT coeott cnecb 03 uiapMKoe 12 0 paaoMoro momm13. ΠοαβηχημΜ Kopnyc 1 cocamhoh c μβχβηηβμομ λλ« bpo npHBOAa, ne noxasannuM na μβρτβχβ,κοτορμΛ οοβοηβΜΜΒββτ npcuKMibHoe BoaBpaTMo-nocTynaTeabuoe jbmimw MeaaBMCMMO or jbmibhmsiMBMapanu 7. Bosmoxho bmbcto ποαβμχηοτο' xopnyca 1 πρμβοαμτβ β τβκοβ abmxbhmb odpaoaTueaeMy»aaroTOBKy 14. mto íiBJtneTcn np0Men0MUM τολι>κο np0 oepaaoTKe οογοτοβοκ orpaunMennoří «/innu.
Clo BTOPOM BapUOHTMOM ΒΜΠΟΛΗΒΗΜΜ yCTPOÍfeTBa. COTaaCHO ®0rypu 4, ΚΟΤΟΡΟβ np0MSH0MO ΛΛΡo«spaaoTK0 aaroTOBOK neorpaH0MeHMo8 x/innu, noAonxnutf Kopnyc 1 0mbbt nep®op0poeaunwe οτβΗκη 0pacno/ioxen b xoxyxe 15. B Koxyxe 15 o®opmjibuu bxoahog 16 0 buxoahoc 17 οτΒοροτηη. nocpe«CTBOMKOTOPMX on ΜβΚΜΗβΗ C 0CTOMU0KOM ΡΟΟΟΜΒΓΟ «ΑΟΜΑβ <Ηβ ΠΟΚΟΟΘΗΗΟΓΟ Ηβ ΜβρΤβΧβ). Cl Cepe«0HBK3MBPU 6 ΠΟΑΒ0ΧΗΟΓΟ ΚΟΡΠΥΟΟ 1 ηβ ΠΟΛΒ0ΧΗΟ ΥΟΤΟΗΟΒΑβΗβ ΠβρβΓΟΡΟΑΚ3 18. ΠΟΟρβΑΟΤΒΟΜ ΗββΟΦΟΡΜΖΙβΗΜ ΛβΒβη 6.1 0 ΠΡ3Β3Ϊ1 6.2 nOAKaMepU. Β 9ΤΟΜ Bap0aHTUOM ΒΜΠΟ/ΙΗβΗ00 MGMtípanU 7 ΑΒβ --nesán 7.1 0 ηροΒβη 7.2. Ohm υοτομοβαβημ wa ncMwnxHux npoAOJibnux conaax β πομββμμομ Kopriyce 10 npxBOAnTcn β ΜΜ«κβΗΜβ caMOCTonreabHO, οοοτββτοτββΗΜΟ nocpeacTBOM λοβογο 19 μ npaeoro 20ΓΜΑΡΟΜΜΑΧΜΑΡΟβ. Κ ΠΟΛΒ0*0ΟΜΥ ΚΟΡΠΥΟ,Υ 1 ΥΟΤβΗΟΒΛΒΗ ΜβΧβΗ03Μ ΑΛΒ ΒΓΟ ΠΡΜΒΟΑΟ 21, KOTOPMtt ΒCAYMae o<secneM0BaeT BpautaTe/ibnoe AD0xeu0e 0 oh soieKTpoMexaHMMecKoro Tuna. ΠοαβμικημΗ Kopnyc 1ycTanoBABK na οηορω κ ηοχΒβοκβ 22. Kaxutan MBMdpaHa - Aeoan 7.1 0 npaoan 7.2 moxot «suTbnep®opBpoeaHHoM no cbobM eepTMKaabHOtt ctbhkb λλρ αυμιιιβΜ u0pKyanu00 paooMero ®λκ>0Α3 13. AYMuieří o<spa«5OTK0 33γοτοβοκ BoaMoxno MOHT0poaaTb sea 0Λ0 «soAbute ycTpořicTBnOCABAOBaTBAbnO.
AeflCTBMB YCTpoMCTBa β COOTBBTCTB00 C nepBMM Bap0aHTUUM βΜΠΟΑΗβΗΗΒΜ CABAy»«tee1 3aroTOBKa orpatwtMBHHoM aahhu 14 προχοαμτ Mepea οτββροτχη abboM kpmwkx 2, MBMapanu 7 0 npaeoft kpuuikm 3. KaMBpa 6 0 aeean 6.1 0 npaean 6.2 noAKaMepu ycTpoftCTBa stano/inenu paooMeft
CpBAOff 11 . riOCpOACTBOM ΜΟΧβη03ΜΟ A/I»l Β03Βρ3Τηθ-ΠΟΟΤΥΠ«ΤΟΛΙ.ηθΙΌ ΑΒ0ΧΒΗ0η 0 0 IIH ΜΦ ΙΊΚΙ 9, 3 266 393 ΗβηρβΒΛΠΒΜΜΧ καΜβΒκβΜΐη 10. MeMdpana 7 cMemaoTCíl ΒπρβΒΟ «ο yn/ioTHem/isi padOMeW cpexu 11 eoxpyraaroTOBKM 14. E) λββοΛ *e noxxaMope 6.1 b tot canufl μομθητ npoincxoxi/ιτ perenapupOBanne< cMur.iaitw?) mapuKO» caep 12 padaneM oponu 11 ποορβχοτβομ paaoMoro ®λρμχ« 13. B τα m bpbmp• lnuunMKň 14 ΠΡΜΑβηΤβη 9ΡΜΗ»Τβ/ΙΜ1θβ KBMMBMWW Μ βΟ·ΒΡβΤΜΟ-ΠΟΟΤ*Π«Τ·Λ&amp;ΜΟ· ΛΒΜΚΒΜΜβ, ΠΟΤΟΜnocpeJtcTBOM M0xann3Ma λλρ Ba3BpaTHO-nocTynaTB)ibHaro λβμχβημρ 8 MOMtipaHa 7 cMemaeTCP οχααα λοvíι/ηt,ηηιιμ«ι πηκουβΛ npexM II β λββοΜ ηαΛΚβΜβρβ 6.1. πρμμβμ padoMan cpexa 11 β npaaoW noxxaMepeli. 2 MaBOeaxxadTCP JUIM ρΟΓΙϊΗαρίηρΟΒβΙΙΜΜ M CMWeaHMfl ΜΒΤβΛΛΜΜβΟΚΜΧ OKMOett M QTXBXbMMX ββρββΜΒ)ΊΜΧMac I MU. ΓΙΡΜ βΤΟΜ B npOUBCCB padOTU OCyUlBCTBXPBTCW ΗΗΟΓΟΚΡΒΤΗΜΜ ΗβΜΜΜ NiapMKOB 12 ΜβodpndaTMBniÍíMy» nooepxHocTb aaroTOBKM 14 <βμγ.·μγ. 2 m 3). ΡβοοΜΜΛ ·λ»μχ 13 b npouecce padOTMΜβηρβρΜΒΗΟ UMpxyjiMpyaT Manuty tuapMxaMM 12, oxxaxxap aony κοΗΤβκτβ, μ CMínnaaT Μβτα/ίΛΜΜαοκΜβokmcm m nw/tejienHbto aapaiíMOHua MacTMUW Mepes bmxoxhoM utTyuep 6. Q cxyMae narjdxoxMMoeTM n θτομ laapnaMTHOM βμπολμβημμ npoxycMaTpinoaeTcn, MTOdu nonBinnuunflκιιΐ'ΐιι,νί: l iwsxtit/iraMiw au uo3BpaTi;iO”fioaT,ynaTejibHia, a ββΓοτοβκβ 14 OQTseaaaet» bm ΜβηοχβΜΜΜθβ »ocattOM Hanpau4iunMM, a ocywecTB.nn.na <$m το/tbKO BpautaTexbHoe xBMxeni/ie.
JlaPcTune ycípořlcTBa b cootbbtctbmm c btopum BapwaHTwwM οΜηοηκαιίΜΟΜ <®ur. 4) cxexyniiiBei 3αΐ·ΟΤΟΒΚΟ 14 ΒβΟΚΟΜΒΜΗΟΜ JMN4HM ΜΜΜβΤβΡ ΜΒΡΒβ MBMdpfflHy 7.1, XBOyB ΠΟΑΚΘΜβρΥ 6.1,nano«BM*H.y» neperopoxxy 18, npaeyo noxxaMepy 6.2 n npaoyu MOMdpany 7.2,Docpbxctbom MexanntiMawa ripMBaxa 2.1 noBopaMMBaeTcn noxBMXHuí, xopnyc 1. nocpexcTBOM λββογο γμχρομμλμηχρο li)nepoMeuiaercn xeean MeMapaHa 7.1 BnpaBo, πρι/ίΜβΜ yn/ioTHneTcn paaoMan CMecb 13.Πρμ btom b npanořlηοχκβκβρβ 6.2 npaean MeMcspana 7.2 oToxBMraaTcn e xpaMMBM npaeow ποχομβημμ ποορβχοτβομ npaeoroťMXpOUM/IMHXpa 20 XJin ρβΓΕΗβρΜρΟΒβΗΜη M CMbtBaMMn padOHeM Cpexbl 11 nOCpBXCTBOM padCMero ®x»Mxa13. xoTopuft nocTynaeT Mepea exoxHoe οτβθροτμβ 16 xontyxa 15 n nepeopMpoeaHHbie οΤΒβροτηη naποχβμχηομ xopnyce 1 m noxenaeT προοτρθηοτβο Μβρββ euxoxHoe otb&amp;pctmb 17. Ποορθχοτβομιιμκ/ιμμοοκογο nepexxpMeuMn πρβθοΗ 7.1 μ /ibboM 7.2 MBMdpaH ocyuiecTB/tpeTCP ηοπρβροβηηΛ mnacTopHHuW ttantMM paesoMePí cpexu 11, αοοτθβτοτΒβκΗο uiapnxoB 12, Ha odpadaTbisaeMyo noeepxnocTbaaroTOBKin 14. 266 393 4 AHHOTAUMfl yCTPOMCTBO ΛΛΗ rVWPOHEXAHWHECKOM OMMCTKM Μ ΠΟΛΜΡΟβΚΙΊ ycrpofSCTBO ZIZ1SI ri/LnpOMeXaHMMeCKOl/i OMMCTKM μ ΠΟΖΙΜρΟΒΚΜ Ηβχοβίτ Πρΐ4ΜβΗβΗΙ4β B MaiUMHOCT ροβΗΜΜm MKTajui.yprun ziziíi πο/ιιίροβκρι n ommctkm προβολοκκ vizím ηροκβτΗΜΧ aaroToeoK orpaMKiMeMHoft mHeorpaHI/IMeHHOK AAMHU. ycTpoWcTBO 33ΚΖ1Κ>Ί312Τ nOZIBMXHblCÍ Kopnyc 1. COeAMHeHHuři C MexaHM3MOM ΛΖΙ51 ero npnoo/ta. B ποζιβμχκομ Kopnyce[IoabmxhuPÍ Kopnyc 1 cnatíxeHooaepaTHo-nocTynareji bnoro abmxehmíiKpaříneří Mepe cizina ιλ ycTanoBzíewa nacpeAa 11 npezicTaozisieT cotsoň cnect
1 o«opMZiewa Kanepa 6, sanozinenHasi paeOMeiži cpezioň 11.MeMppaHoň 7, coeAnnenKoři c nexaHM3MOM ziziw8. ΠοζιβμχμιζΛ Kopnyc 1 ropnaoHTaJieH, a MenppaHa 7 nocKOJib3simeň CB133M b KaMepe ποζιβμχηογο Kopnyca 1. PaeoMasiuiapi/tKOB 12 m padonero «ziiOMzta 13, a noziBMxnuň Kopnyczizisi aaraTOBOK coeawHeH c wctohiwkom «zioMZia. Pa3paeoTaHbi ma Bapi/iaHTa ycTpořicTBaΟΓΡβΗΜΜβΗΗΟΜ n HeorpauMMBHHoň ZIZIMHU. 266' 393
•ΟΡΡΜΑ M30BPETEHMB yCTpoMCTBO fl/líl Γ0«ρθΜ12ΧβΗ0ΜΟΟΚθΛ OM0CTKM 0 ΠΟΛ0ΡΟΒΚ0, ΒΚ/Ι»Μ3»Ι4»Β ποαβι/ιμημΗ «opnyc,ΟΟβΑΜΗβΗΗΜΑ Ο ΜβΧβΗΜΒΜΟΗ ΧΛ« ΟΓΟ ΠΡ0ΟΟΛ«, ΠΡΗΜβΜ B ΠΟΛΒ0ΧΜΟΜ KOpnyCB OeOpMJlOUil KOMOpa.μπο,ιμμημ paesoueW cpejnoH, 0 dh cuaesxOM MBMrfpaHoC. οοβ,πΗΜΟΗΗοΜ c MexannaMOM ívisiBOBBpaTHa-nocrynaTe^bHoro jbhxsihhw, οτλ0Μ3οιμββο« tbm. mto ποχβημηηΗ «opnyc (1)ropuaoHTaaeH, a nenapsna <7> no «paMneM Μβρο onna m ycTaHOBjena Ha eKOJbsnmeM annan b «atrapě<6> ποχβμχηογο «opnyca <X>, πρημβμ paeoMan epaaa (11) npMCTaBjnaT ooaoM CMecb νμρμκοβ <12> mpaaoMero «.nK>M«a (13), a πολβηχημΗ «opnyc (1) cobwihbh c 0CTOMH0KOM paaoMero «j»0ja. yi :tpm0i n no » nuoTtirat uTWkiki o iiviiktom 1, ο τ a μ m a » W w e o n t«h, mto HenepaHa (7)pacnoauMeHa a «anepe (6) ποχβμμηοτθ «opnyca (1) tbkmh oepaaoH, mto oepaaoeaHu aenan (6.1) mopásán (6.2) nonKanepu, kotopub hmbbt npcncpUMOHajbHO Μ3Μβκη»ι«0βαη mumi, a πολβηχημΛ «opnyc(1) :;ia«pwT 4iobo0 (2) 0 npaeoH (3) «putu«aH0, b κοτορβχ χοτβΗΟΒΛβΗΜ no OMHOMy exoawoMy (4) 0βηχοληομυ (S) wTyuepaM, nocpencTBOM kotqpux πολβ0«ηηΗ «opnyc (1) cooahhbh c mctomhmkompaaoMero mow». 3. yCTPOttCTBO B COOTBBTCTB00 C nyHKTOM 1, OTJHMaOMBBCn TBM, MTO ΠΟΛΒ0ΧΜΜίΛ«opnyc (1) 0Μββτ nepaop0poeaHHUe ctbhkh 0 pasMomen b «oxyxe (15), b «οτορομ o®opmjiohu bxoxhob(16) 0 BMXOPHOe (17) OTBBPCT0P, nOCpBXCTBOM KOTOpWX OH COBAMMBH C MCTOMHMKOM paaOMBPO «JlPHAa,np0 Měn b cepexHira κβΜβΡΜ < 16) noABHMHoro «opnyca (!) ycTaHceasHa HancMWMMHan neperopoxKa(10), nocpexcTBOM κοτοροΜ o«opmjbhu jasan (6.1) 0 npasan (6.2) ηοηκβΜβρΗ, a MeMepaHW (7) swaonan (7.1) 0 ripaean (7.2), ycTaHOBJBHHwe na ποββμκημχ npomjbMux csnaax s ποχβμχηοη xopnyce (1). np0 mbm «axAan 03 hhx np0BO«0Tcn b xbmxbhhb caMOCTonTe/ibHO. ΠρΜ/ΙΟΧΒΗΜΒι 4 «0rypu
JlHTepaTypa 1. Abtopckob CBtueTwikCTM CCCP No 641606 PIKU· H 01 B 13/00 2, Abtopckob CB0«OTejbCTBO CCCP No 296585 PIKU* B 24 B 37/02

Claims (3)

  1. cs 266393 ώ_1 PŘEDMĚT VYNÁLEZU
    1. Zařízení pro hydroxnechanické čistění a leštění,zahrnující pohyblivé těleso, spojené s pohonným me-chanismem, přičemž v pohyblivém tělese je vytvořenakomora, vyplněná pracovním prostředím, těleso je opat-řeno membránou, spojenou s mechanismem pro vratně po-stupný pohyb, vyznačující se tím, že pohyblivé těleso(1) je vodorovné a nejméně jedna membrána (7) je upe-něna kluzným spojením v komoře (6) pohyblivého tělesa(1), přičemž protékající látku (11) představuje směs ku-liček (12) a protékající tekutiny (13) a pohyblivé těle-so (1) je spojeno se zdrojem protékající tekutiny.
  2. 2. Zařízení podle bodu 1, vyznačující se tím, že mem-brána (7) j® uložena v komoře (6) pohyblivého tělesa (1)takovým způsobem, že jsou vytvořeny levá (6.1) a pra-vá (6.2) část komory, které mají proporcionálně se mě-nící objemy a pohyblivé těleso (1) je zakryto levým (2)a pravým (3) krytem, ve kterém jsou upevněny vstupní ($)a výstupní (5) hrdla, jejíchž pomocí je pohyblivé těleso(1) spojeno se zdrojem protékající kapaliny.
  3. 3. Zařízení podle bodu 1, vyznačující se tím, že pohyb-livé těleso (1) má perforované stěny a je v plášti (15),ve kterém je vytvořen vstupní otvor (16) a výstupní ot-vor (17), jimiž je spojen se zdrojem protékající kapaliny,přičemž středem komory (6) pohyblivého tělesa (1) prochá-zí nepohyblivá přepážka (18), jejímž prostřednictvímjsou vytvořeny levá (6.1) a pravá (6.2) části komorya dvě membrány (7) levá (7·1) a pravá (7.2) upevněnéna pohyblivých podélných spojích v pohyblivém tělese (1),přičemž každá z nich je samostatně uváděna do pohybu. 3 výkresy
CS86615A 1985-01-31 1986-01-28 Apparatus for hydromechanic cleaning and polishing CS266393B1 (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
BG8568621A BG41700A1 (en) 1985-01-31 1985-01-31 Device for hydromechanical cleansing and polishing

Publications (2)

Publication Number Publication Date
CS61586A1 CS61586A1 (en) 1989-01-12
CS266393B1 true CS266393B1 (en) 1989-12-13

Family

ID=3915033

Family Applications (1)

Application Number Title Priority Date Filing Date
CS86615A CS266393B1 (en) 1985-01-31 1986-01-28 Apparatus for hydromechanic cleaning and polishing

Country Status (9)

Country Link
US (1) US4660326A (cs)
JP (1) JPS61249266A (cs)
BG (1) BG41700A1 (cs)
CS (1) CS266393B1 (cs)
DE (1) DE3602672A1 (cs)
GB (1) GB2174026B (cs)
GR (1) GR860278B (cs)
IT (1) IT1203735B (cs)
PL (1) PL257707A1 (cs)

Families Citing this family (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE3813444A1 (de) * 1988-04-21 1989-11-02 Eltex Elektrostatik Gmbh Reinigungsvorrichtung fuer druckelektroden
US5029415A (en) * 1990-04-05 1991-07-09 T I P O M Apparatus for centrifugal hydromechanical cleaning and polishing
IT1242136B (it) * 1990-09-14 1994-02-16 Ilva Spa Dispositivo per la rettifica di barre metalliche in continuo.
DE4445333A1 (de) * 1994-12-19 1996-06-20 Moeller Feinmechanik Gmbh & Co Glättverfahren
BR0112329A (pt) * 2000-07-11 2004-04-06 Sintokogio Ltd Método e aparelho para tratamento da superfìcie de uma peça longa de material
DK2195139T3 (en) * 2007-08-28 2015-02-16 Rem Technologies Method for inspection and reconditioning of machine components
KR101859600B1 (ko) * 2011-11-02 2018-06-28 후지쇼지 가부시키가이샤 긴 선형품의 표면 처리 장치 및 표면 처리 방법
DE202012005408U1 (de) 2012-05-31 2012-07-11 Jörg Hirsekorn Reinigungsgerät für langgestreckte Geräte und Gegenstände
CN112934957B (zh) * 2021-01-22 2022-08-19 深圳市鸿森精科实业有限公司 一种铝合金的冷轧机构
CN113021614A (zh) * 2021-04-01 2021-06-25 贵州宇光鸿宇电气照明科技有限公司 一种用于陶瓷坯管外表面的抛光打磨方法及装置

Family Cites Families (19)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR1009749A (fr) * 1950-12-14 1952-06-03 Procédé de polissage et dispositifs de mise en oeuvre
US2703550A (en) * 1952-01-09 1955-03-08 Northwestern Steel & Wire Co Apparatus for descaling and coating wire
DE1009586B (de) * 1952-06-09 1957-06-06 Ernst Thomas Einrichtung zum mechanischen Entzundern von Draht
US2802228A (en) * 1953-04-14 1957-08-13 George J Federighi Drinking glass burnishing and washing machine
US2913354A (en) * 1954-06-08 1959-11-17 Northwestern Steel & Wire Co Continuous method for conditioning wire
US2975506A (en) * 1954-06-08 1961-03-21 Northwestern Steel & Wire Comp Apparatus for coating metal articles
DE959543C (de) * 1955-09-08 1957-03-07 Bruno Linstedt Entzunderungseinrichtung fuer Draht
DE1057053B (de) * 1955-12-17 1959-05-14 Friedrich Haenche Entzunderungseinrichtung fuer Draht
US2948006A (en) * 1958-06-02 1960-08-09 Western Electric Co Apparatus for cleaning strip material
SU129106A1 (ru) * 1959-11-06 1959-11-30 Г.Х. Зеликман Полировальный станок дл обработки лопаток турбореактивных двигателей
SU141404A1 (ru) * 1960-11-14 1960-11-30 Г.Х. Зеликман Полировальный станок дл обработки лопаток турбореактивных двигателей
GB1088596A (en) * 1964-08-21 1967-10-25 G K N Reinforcements Ltd Improvements relating to processes of and apparatus for de-scaling metal wire or other rod stock
US3400451A (en) * 1967-01-23 1968-09-10 Edward S. Pierce Wire working apparatus
AT302840B (de) * 1970-02-13 1972-10-25 Boehler & Co Ag Geb Vorrichtung zur kontinuierlichen Reinigung der Oberfläche von strangförmigem Gut, insbesondere von Draht
AT350493B (de) * 1976-12-29 1979-06-11 Langenecker Juliane Verfahren und vorrichtung zum reinigen von draehten, rohren und stangen mittels makro- schalls
FR2382956A1 (fr) * 1977-03-11 1978-10-06 Trefilunion Procede et installation de decalaminage mecanique d'un fil d'acier
GB1576195A (en) * 1977-03-22 1980-10-01 Sumitomo Metal Ind Apparatus for continuous electrolytic descaling of steel wire with mill scales
US4394786A (en) * 1980-05-22 1983-07-26 Wire Lab Company Apparatus for cleaning and scale dust removal from steel rod after mechanical descaling
US4461654A (en) * 1982-03-09 1984-07-24 Wire Lab Company Method for removing scale dust from steel rod after mechanical descaling

Also Published As

Publication number Publication date
GB2174026A (en) 1986-10-29
DE3602672A1 (de) 1986-08-14
GR860278B (en) 1986-06-03
BG41700A1 (en) 1987-08-14
GB2174026B (en) 1988-01-13
IT1203735B (it) 1989-02-23
CS61586A1 (en) 1989-01-12
US4660326A (en) 1987-04-28
IT8647607A0 (it) 1986-01-31
GB8602140D0 (en) 1986-03-05
JPS61249266A (ja) 1986-11-06
PL257707A1 (en) 1986-10-21

Similar Documents

Publication Publication Date Title
CS266393B1 (en) Apparatus for hydromechanic cleaning and polishing
US8169468B2 (en) Augmented stereoscopic visualization for a surgical robot
Tebben et al. Outcome of HIV infected patients on continuous ambulatory peritoneal dialysis
AU2903892A (en) Improvement in (borrelia burgdorferi) diagnosis and prophylaxis
NO971314D0 (no) Tredimensjonal ultralydavbildning av vevtekstur og vaskulatur for medisinske diagnoseformål
NO954441L (no) Tricyklopolyazamakrocyklofosfonsyrer, komplekser og derivater derav for anvendelse som kontrastmidler
WO1995014781A3 (en) Methods for diagnosing early lyme disease
NO890609L (no) Ultralyd-kontrastmiddel utfra gassblaerer og fettsyreholdige mikropartikler.
DE69225484D1 (de) Gallium iii komplexe, verfahren zu ihrer herstellung und pharmazeutische zusammensetzungen, die sie enthalten
Feldman et al. Cutaneous lesions heralding disseminated cytornegalovirus infection
Decker et al. Treatment of abortions infected with Clostridium welchii
FR2450963A1 (fr) Pompe pour circuit hydraulique
NO952925L (no) Derivatiserte DTPA-komplekser, farmasöytiske preparater inneholdende disse, deres anvendelse samt fremgangsmåter for deres fremstilling
Terebelo et al. Implication of plasma free hemoglobin in massive clostridial hemolysis
Abramowsky et al. Nonsyphilitic spirochetosis in second-trimester fetuses
Gottlieb Histopathology of enamel caries
Satir et al. Systemic phycomycosis.
Lewi et al. Fused vesical calculi
CN108814912A (zh) 一种基于多目视觉测量的智能避障系统
Osafo Adjunctive techniques for mouth cancer screening
Flessner A tough diagnosis in a neutropenic patient: it's cat-scratch disease
Kneafsey et al. Phlegmonous duodenitis complicating multiple myeloma: a successfully treated case.
Jodaikin et al. Pulpal responses to amalgam restorations in cavities with and without smear layer removal
RU2004193C1 (ru) Способ диагностики поражени желчного пузыр
Schuman Brief glimpses| Gastrointestinal Endoscopy-Volume 25, Issue 2