LV11108B - Selfclearing filter - Google Patents

Selfclearing filter Download PDF

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Publication number
LV11108B
LV11108B LVP-93-1283A LV931283A LV11108B LV 11108 B LV11108 B LV 11108B LV 931283 A LV931283 A LV 931283A LV 11108 B LV11108 B LV 11108B
Authority
LV
Latvia
Prior art keywords
pressure
nozzles
filter according
filter
nozzle
Prior art date
Application number
LVP-93-1283A
Other languages
English (en)
Other versions
LV11108A (lv
Inventor
Ytzhak Barzuza
Original Assignee
Filtration Ltd
Barzuza Y
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 Filtration Ltd, Barzuza Y filed Critical Filtration Ltd
Publication of LV11108A publication Critical patent/LV11108A/lv
Publication of LV11108B publication Critical patent/LV11108B/lv

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D35/00—Filtering devices having features not specifically covered by groups B01D24/00 - B01D33/00, or for applications not specifically covered by groups B01D24/00 - B01D33/00; Auxiliary devices for filtration; Filter housing constructions
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/11—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor with bag, cage, hose, tube, sleeve or like filtering elements
    • B01D29/117—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor with bag, cage, hose, tube, sleeve or like filtering elements arranged for outward flow filtration
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/01—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor with flat filtering elements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/11—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor with bag, cage, hose, tube, sleeve or like filtering elements
    • B01D29/117—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor with bag, cage, hose, tube, sleeve or like filtering elements arranged for outward flow filtration
    • B01D29/118—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor with bag, cage, hose, tube, sleeve or like filtering elements arranged for outward flow filtration open-ended
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/60—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor integrally combined with devices for controlling the filtration
    • B01D29/606—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor integrally combined with devices for controlling the filtration by pressure measuring
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/62—Regenerating the filter material in the filter
    • B01D29/64—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element
    • B01D29/6438—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element nozzles
    • B01D29/6446—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element nozzles with a rotary movement with respect to the filtering element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/62—Regenerating the filter material in the filter
    • B01D29/64—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element
    • B01D29/6438—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element nozzles
    • B01D29/6453—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element nozzles with a translational movement with respect to the filtering element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/62—Regenerating the filter material in the filter
    • B01D29/64—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element
    • B01D29/6438—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element nozzles
    • B01D29/6461—Regenerating the filter material in the filter by scrapers, brushes, nozzles, or the like, acting on the cake side of the filtering element nozzles with a combination of movements with respect to the filtering elements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/62—Regenerating the filter material in the filter
    • B01D29/66—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps
    • B01D29/68—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles
    • B01D29/682—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles with a rotary movement with respect to the filtering element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/62—Regenerating the filter material in the filter
    • B01D29/66—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps
    • B01D29/68—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles
    • B01D29/684—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles with a translatory movement with respect to the filtering element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/62—Regenerating the filter material in the filter
    • B01D29/66—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps
    • B01D29/68—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles
    • B01D29/686—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles with a combination of movements with respect to the filtering elements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D29/00—Filters with filtering elements stationary during filtration, e.g. pressure or suction filters, not covered by groups B01D24/00 - B01D27/00; Filtering elements therefor
    • B01D29/62—Regenerating the filter material in the filter
    • B01D29/66—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps
    • B01D29/68—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles
    • B01D29/688—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles with backwash arms or shoes acting on the cake side
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D33/00—Filters with filtering elements which move during the filtering operation
    • B01D33/06—Filters with filtering elements which move during the filtering operation with rotary cylindrical filtering surfaces, e.g. hollow drums
    • B01D33/073—Filters with filtering elements which move during the filtering operation with rotary cylindrical filtering surfaces, e.g. hollow drums arranged for inward flow filtration
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D33/00—Filters with filtering elements which move during the filtering operation
    • B01D33/44—Regenerating the filter material in the filter
    • B01D33/46—Regenerating the filter material in the filter by scrapers, brushes nozzles or the like acting on the cake-side of the filtering element
    • B01D33/463—Regenerating the filter material in the filter by scrapers, brushes nozzles or the like acting on the cake-side of the filtering element nozzles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D33/00—Filters with filtering elements which move during the filtering operation
    • B01D33/44—Regenerating the filter material in the filter
    • B01D33/48—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps
    • B01D33/50—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles
    • B01D33/503—Regenerating the filter material in the filter by flushing, e.g. counter-current air-bumps with backwash arms, shoes or nozzles the backwash arms, shoes acting on the cake side
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D33/00—Filters with filtering elements which move during the filtering operation
    • B01D33/70—Filters with filtering elements which move during the filtering operation having feed or discharge devices
    • B01D33/72—Filters with filtering elements which move during the filtering operation having feed or discharge devices for feeding
    • B01D33/727—Filters with filtering elements which move during the filtering operation having feed or discharge devices for feeding provoking a tangential stream
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D33/00—Filters with filtering elements which move during the filtering operation
    • B01D33/80—Accessories
    • B01D33/801—Driving means, shaft packing systems or the like
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D2201/00—Details relating to filtering apparatus
    • B01D2201/08—Regeneration of the filter
    • B01D2201/081—Regeneration of the filter using nozzles or suction devices
    • B01D2201/082—Suction devices placed on the cake side of the filtering element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D2201/00—Details relating to filtering apparatus
    • B01D2201/08—Regeneration of the filter
    • B01D2201/081—Regeneration of the filter using nozzles or suction devices
    • B01D2201/083—Suction devices placed on the filtrate side of the filtering element, e.g. with variable edge filters
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D2201/00—Details relating to filtering apparatus
    • B01D2201/08—Regeneration of the filter
    • B01D2201/081—Regeneration of the filter using nozzles or suction devices
    • B01D2201/084—Nozzles placed on the filtrate side of the filtering element
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D2201/00—Details relating to filtering apparatus
    • B01D2201/28—Position of the filtering element
    • B01D2201/282—Filtering elements with a horizontal rotation or symmetry axis

Landscapes

  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Filtration Of Liquid (AREA)
  • Filtering Of Dispersed Particles In Gases (AREA)
  • Crystals, And After-Treatments Of Crystals (AREA)
  • Separation Using Semi-Permeable Membranes (AREA)
  • Respiratory Apparatuses And Protective Means (AREA)
  • Separation Of Suspended Particles By Flocculating Agents (AREA)
  • Detergent Compositions (AREA)
  • Details Or Accessories Of Spraying Plant Or Apparatus (AREA)

Description

LV 11108
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Pa3nMHHbie mctohhmkm AasneHUB oāpa3yiOT pa3nuHHbie ποτοκμ χμακοοτμ nepe3 φopcyHκy nnn φopcyHκn. Hna τογο, MToābi npeqoxpaHBTb φ^1nbτpy^ot^ylO cpeqy, ββπλθτοβ npeAnoHTMTenbHbiM, HTo6bi 3tm ποτοκμ 6binn 3HaHMTenbHO OTnunaiOLUHMucfl b CKopocTH nnn yAapHoii cune n mto6w 6onee curbHbie ποτοκμ npMnara/iMCb 8 τθηθημθ āonee κοροτκοτο nepnopa βρθμθημ, μπμ npn oxeaTe He6onbuiOM nnomaAM, κβκ no οτΑβπbhoctm, τβκ m b coeoicynHOCTM, Tax, 4To6bi ocHOBHoe yqaneHMe rpB3M ocymecTBnyinocb οτηοομτθπβηο cnačbiM ποτοκομ, MexAy τθμ κβκ cunbHbiū ποτοκ ucnonb3yeTca HTOČbi yAan«Tb HenopaTriMBO uennaioiAMecB wacTMqbi m ero yqapHafl cuna no ceTHaTOMy φMΠbτpy oTHOCMTenbHO orpaHMHMBanacb.
KpOMe ΤΟΓΟ, Sbino HaiiAeHO BbirOAHbIM, HTOČbl BbICOKOCKOpOCTHOM ΠΟΤΟΚ 6bin perynMpyeMbiM, npuneM npn stom ποτοκβ, noAAepxnBaeMbiM β τβπβΗΜβ OTHOCMTenbHO npoAonxnTenbHoro nepnoAa βρθμθημ npn HM3K0M ckopoctm μ β τθηθημθ κοροτκΜχ nepnoAOB ΒρβΜβΗΜ, nOAaeaeMblM C BbICOKOM CKOpOCTblO. 3 LV 11108 3το Μ3θ6ρβτθΗΜθ Tenepb 6yaeT onncbiBaTbca b cbh3h c onpeaeneHHbiMn npeflnoHTMTenbHbiMMM BapnaHTBMM ero ocymecTBneHHH, c oāpaiueHneM κ cneayioinMM panee nnniocTpaTMBHbiM $nrypaM c τθμ, htoču τβκοβοθ μογπο 6onee ποπηο noHHMaTbca.
Tenepb, πρη κοΗκρβτΗΟΜ o6paiyeHHn κ <J)nrypaM b aeTanax, noflHepKMBaeTca, hto AOKa3aHHbie πορροδΗοοτη npuBOflBTca TonbKO b KanecTBe npuMepa n ana penen nnniocTpaTMBHoro o6cyxaeHHH npeanoHTHTenbHbix BapnaHTOB ocyinecTBneHna HacToamero Μ3θδρβτβΗΜΒ n npeacTaBnaioTCfl b cnynae ο6θοπθηθηηη τογο, hto nonaraeica βοπχηο npeacTaBHBTb Han6onee none3Hoee n nerxo noHHMaeMoe onncanne npumtunoB n ποηβτηηηβιχ acneKTOB 3τογο Η3θδρβτθΗΗΗ. B stoh cbh3h, HeaenaeTca Ηπκβκοη nonbīTKn, HTo6bi noKa3biBaTb eneMeHTbi KOHCTpyKunn 3Toro H306pereHMii 6onee noapoČHO, ηθμ npeacTaBnaeTCB Heo6xoaHMblM aΠΗ φyHaaMeHTaΠbHOΓO Π0ΗΗΜ3ΗΗ8 3Τ0Γ0 Η3θ6ρβΤβΗΗΗ, 3T0 ΟΠΗΟΘΗΗΘ, Β3ΒΤΟΘ c HepīexaMM, aenaeT οηθβηαηνμ pna cnepnanncTOB baaHHon očnacTn τθχηηκη okhm o6pa30M HeCKOnbKO φορΜ 3Τ0Γ0 Η3θ6ρβΤΘΗΗ8 Moryr ocymecTBn8TbCfl Ha npaicTMKe. B nepTexax: Φμγ.1 - aBnaeTca cxeMaTHHecKMM npeacTaBneHneM nepeoro sapnaHTa ocymecTBneHMfl aīoro Η3θδρβτθΗΗ8. Φηγ.2 - npeacTaBnfleT aHanorMHHyio nnnracTpaumo BToporo eapnaHTa ocymecTBneHna 3Τ0Γ0 Μ3θ6ρβΤΘΗΜΛ; Φηγ.3 - cxeMaTMHecKM npeacTaermeT τρβτnn BapnaHT ocymecTBneHna 3τογο M3oāpeTeHna; Φητ.4 - noKa3bi8aeT npnroAHbin ana pačoībi noa βοποη eapnaHT ocymecTBneHHfl φηπΒτρβ, cornacHO 3T0My n3o6peTeHnio; Φητ.5 - npeacTaBnaeT apyron BapnaHT ocyiyecTBneHH8 Η3θδρβτβΗΗ8 3Toro Tnna; n Φητ.6 - cxeMaTHHecKn noKa3biBaeT emē oahh BapnaHT ocymecT8neHnfl stoto Η3θδρθΤΘΗΗΗ.
Tenepb, hto KacaeTca πβρτβχβη, 3aecb μοχηο enpeTb Ha φητ.1 xopnyc φnnbτpa 2, BnycKHoe οτθβροτηβ p/ifl HeoHntueHHon χηρκοοτΗ 4 n BbinycKHoe OTBepcmeana οηηιαθηηοη χηρκοοτη 6. BHyTpn xopnyca 2 pacnonaraeTce, no cymecTBy, nnocicafl φnπbτpyκ)u^aH cpeaa 8. Taxxe μοχηο BnaeTb φopcyHκy 10, pacnonoxeHHyio b ΗβποορβροτΒΘΗΗοη δπη3θοτη κ φnπbτpyκDlI^eή cpeae 8. ΦopcyHκa 10 MOHTnpyeTCH b Tpy6e 12, KOTopaa caina c B03M0XH0CTbio CKonbxeHne n ynnoTHeHHO noMemeHa b HanpaBnaiomen Tpy6e 14. V eēapyron CTopoHbi, φopcyHκa 10 C883biBaeTCfl c nopujHeebiM ujtokom 16 η ηη3κογο αθβπθηηη, očbiHHO HanpaBnHKDTca b pe3epeyap, OTxyaa nocTynana CHanana HeoHnineHHaa xnaxocTb.
Ecnn BnycxHoe οτββροτηβ φnπbτpa 4 o6ecneHHBaeTca noaanen ot ncTOHHnKa aaBneHnn, μοχηο o6xoanTbca 6e3 ynoMHHyroro Bbime ncTOHHnKa βμοοκογο aasneHHH, nocpeacTBOM oāecneneHna aononHnTenbHoro βθητηπη 25 y BnycKHoro οτΒβροτη* 4, npenMymecTBeHHO, Taxxe ynpaBnaeMoro BbinncnnTenbHon MaiunHon, n Tpy6bi 27, OTBeTBnflKDiaen ceTb Μ n Beaymyto κ βθητηπιο 24. Bo BpeMH Lļnioia βμοοκογο aaBneHHH φopcyHκn 10, BeHTnnb 25 3aKpbiBaeTca, BbiHyxaaa aaBneHne b φηπΒτρθ naaaTb n eeHTnnb 24 OTKpbiBaTbca, o6pa3ya CTpynHbin 3φφβκτ. 4 nocneaoBaienbHocTM BcacbiBaHua-aaBneHMa Moryr npeflBapuTenbHO nporpaMB pMupoBaTbca m KoopflUHMpoeaTbca runpaBnuMecKUM αμπμηαρομ, KOTOpbiii o6pa3yeT B03BpaTH0-nocTynaienbHoe αβμχθημθ φορογΗΚΜ. TaKMM o6pa30M, npepcTaBrineTcn B03M0XHbiM MMeTb οαμη nonHbiii xojq b θχμμθ flaBneHMA n cneAyiomm?i xoa b ρθχμμθ BcacbiBaHMfl, nnn paBneHne n BcacbisaHMe Moryr cMeHSTb ppyr flpyra HecKO/ibKO pa3 b τθηθημθ ορηογο xoņa, μπμ nio6yK) Apyryfo B03MO>KHyio nocnBAOBaienbHOCTb.
BapnaHT ocymecTBneHHfl θτογο Μ30δρβτβΗΜη, noKa3aHHbiii Ha Φμγ.2, Taxxe npeACTaBnsieT φΜΠΒτρ c παοοκομ φMΠbτpyιoιl^eM cpepoPi 8, KOTOpbiii μμθθτ αβθ φορονΗΚΜ: φopcyHκy 10, «oTopan ΗΒπηβτοη oTHocmenbHO y3KoPt φopcyHKO^ί BbicoKoro AaeneHMfl, m φopcyHκy 10', KOTOpaa npepcTaBAneT OTHOCMTenbHO 6onbUJoe ecacbiBaiomee conno. Kaxpafl φopcyHκa μμθθτ cboio co6cTBeHHyio HanpaBnniomyio Tpy6y 14 m 14', m coēCTBeHHbiM rnApaBAUHecKMīi umamhap 20 μπμ 20'. Χοτπ nepTēx / Ha κοτοροΜ opraHbi ynpaBneHHfl ηθ 6μπμ BKnraHeHbi/ noKa3biBaeT φopcyHκn, HTo6bi ohm pačoTaak β ”προτμβοποποχηομ φθβθ”, ohm TaioKe Moryr nepeMemaTbcn npM oahom φopcyHκe ηροτΜΒ ApyroiS. Ohh MoryTTaioKe pacnonaraībcfl Tax, HToābi nepeMemaTbcn c pa3nMHHbiMH ckopoctamm, npH BcacbiBaHioineM conne 10', npenMymecTBeHHo nepeMeinatomeMCii c āonee BbicoKOii CKopocTbio, to ecTb, μμθιοιαθμ 6onee Bbicoicyio CTeneHb nepe«pbiTMfl πποιαθαμ, μθμ φορονΗΐο BbicoKoro αθβπθημλ 10. ΚροΜθ τογο, ηθομοτρπ Ha ynoMflHyroe Bbiiue, oāe φορογΗΚΜ 10, 10' Moryr ābiTb φopcyHκaM^1 BbicoKoro paBneHHa, to ecTb, no3aAM ο6θμχ M3 ημχ, χοτα ιο^μΦμαμροβθηη^θ, HToObi 6biTb HepaBHbiMH, Moryr 6biTb āonee βνοοκμμμ, ηθμ AaeneHMe BHyTpn φMΠbτpa. 3tm φopcyHκn Moryr TaioKe pacnonaraTbcn Ha tom xe caMoPi οτοροΗβ φ^ιπbτpy^ou4eP^ cpeAbi, a ηθ Tax, xax noKa3aHO Ha Φμγ.2. ®MnbTp, MnniocTpMpoBaHHbiM Ha Φμγ. 3, OTnMHaeTcn ot paHee paccMOTpeHHbix eapMaHTOB ocyujecTBneHMfl 3Toro μ3ο6ρθτθημη bo μηογμχ AeTannx: φMΠbτpyιomafl cpepa 8 nenneTcn ΑΜΠΜΗΑρΜΗβοκοΜ, a φopcyHKM 10,10', απα τογο, hto6w oxeaTbiBaTb bcio φMΠbτpy^ou^yιo cpeAy 8, αοπχημ coeepujaTb cnMpanbHoe αβμχθημθ, to ecTb, nocTynaTenbHoe αβμχθημθ, Ha KOTopoe HaKnaabiBaeTca BpamaTenbHoe αβμχθημθ. JZļ/ΐΛ τογο, HToSbi yMeHbiAMTb TpeāyeMyio AnMHy xopa nopuiHfl, oāecnesMBaioTCfl pee napbi CMemeHHbix β οοθβομ HanpaBneHMM φopcyHoκ 1010', πρμηθμ φopcyHκa 10 CHoea πβππθτοπ 6onee y3KOM φορονΗοκοΜ BbicoKoro αββπθημπ, a φορονΗΐο 10' nenneTcn āonee LUMpOKMM BCaCblBBIOLlļMM ΟΟΠΠΟΜ. flnn τογο, πτοδω M3čeraTb npoāneM αμηβμμηθοκογο AUcāanaHca, stm αβθ napbi φopcyHoκ TaioKe CMemaioTcn b yrnoBOM pacnonoxeHMM m pacnonaraioTcn b oāmePi παοοκοοτμ, OAHaKO, Ha npOTMBOnOnOXHblX CTOpOHaX OCM.
TaioKe μοχηο BMAeTb αβθ κοηαθητρμηθοκμθ Tpyābi, BHyTpeHHioio Tpyāy 28, icoTopan oāecnenMBaeT AOCTyn iokmakoctm ποα BbicoKMM AaeneHMeM HP, oāecneHMBaeMOM, HanpMMep, HacocoM 29, m KOTopan cooāmaeTcn c φopcyHκaMM BbicoKoro AasneHMfl 10, m BHeujHK3ioTpy6y 30, cooāmaioiAyK)Cfl c BcacbiBaiOLAMMM connaMM 10', μ M3 κοτοροπ npOMbiBaioman XMAKOCTb μοχθτ BbixoAMTb b rpn3eoTCTOMHMK 32 m OTTyAa b aτMocφepy.
BceMy φopcyHOHHOMy y3ny npMAaeTcsļ B03BpaTHO-nocTynaTenbHoe πρίΐΜΟΠΜΗβΜΗΟβ 5 LV 11108 Αβμχθημθ nocpencTBOM γμαρθβπμηθοκογο μμπμηαρθ 20.
BpameHne φορογΗοπΗΟΓΟ y3na ocymecTBnneTcn sneiaponBMraTeneM 34, ycTaHOBneHHbiM Ha KOpnyce 2 μ ο6θοπθηθηηνμ ujnmiesbiM BanoM 36, πρμχοααιαμμ b οοοτοηημθ ομθππθημπ c ιιιπμμθβομ luaiiSoM 38, χθοτκο 3aKpenneHHOM κ BHyTpeHHeM Tpy6e 28, μ πο3Βοπλθτ ποοπθαηθμ MMeTb OTHOCMTenbHO eana ABMraTenn 36 0flHy CTeneHb CBOčoflbi TonbKO b πραμοπμηθμηομ πθρθμθιαθημμ.
Kax yxe ynoMMHanocb, HanoxeHMe πρπμοπμηθμηογο nocTynaTenbHoro αβμχθημη, o6pa30BaHHoro γμαρββπμηθοκμμ μμπμηαρομ 20, m BpamaTenbHoro αβμχθημη, co3flaHHoro sneicrpoflBMraTeneM, μμθθτ pe3ynbTaTOM οπμομβθημθ φopcyHκaMM 10,10' cnupanbHoii TpaeKTOpMH, KOTopan ποθβοπαθτ mm 0XBaTbieaTb bcio noeepxHOCTb φMΠbτpa.
MexAy τθμ, xax KaxAan napa φopcyHOκ 10,10' noKa3aHa Ha Ηθρτθχθ τβκ, ecriM 6bi OHa nexana 8 ο6ιαθμ paAManbHoii nnocKOCTM 6bino η8μαθηο Bbiro/ļHbiM MMeTb Bcacbieaiomee conno 10' onepexaiomMM φopcyHκy BbicoKoro AaeneHMn 10 b HanpaBneHMM BpameHMn Ha HeSonbujOM yron, απβ τογο, ητο6ν φopcyHκa BbicoKoro AaBneHMfl 10 Morna B03fleiicTB0BaTb TonbKO Ha τθ ynacTKM, KOTopbie 6binM yxe npOHMtneHbi connaMM 10‘.
BpamaTenbHoe αβμχθημθ φopcyHOHHOΓO y3na μοχθτ τθκχθ o6pa30BbiBaTbcn KpbinbHaTKOM 40 /nOKa3aHHOM LUTpMX-nyHKTMpHblMM ΠΜΗΜΗΜΜ/, ΗΘΠΟΑΒΜΧΗΟ 3aKpenneHH0M K Tpy6e 28 μ πρμοποοο6πθηηομ npMBOAMTbcn β οοοτοηημθ BpameHMn βχοαπι4μμ ποτοκομ ηθοημιαθηηομ χμοκοοτμ. C 3tom uenbīo, nepexoAHan BTynKa c enycKHbiM oTBepcTMeM nna ΗΘΟΗΜΙΑΘΗΗΟΜ ΧΜΑΚΟΟΤΜ 4 ΚρθΠΜΤΟΑ K KOpnyCy 2 Ηθ B o6blHHOM paflManbHOM HanpaBneHMM, a B, no cymecTBy, TaHreHCManbHOM HanpaBneHMM. 3to o6pa3yeT 3Ββμχρθημθ b BnycKHOM npocTpaHCTBe, npMMbiKaiomeM κ BnycKHOMy oTBepcTMio 4, sto 33βμχρθημθ ycTaHasnMBaeT cocTOBHMe BpameHMn KpbinbHaTKM 40, b CMny ηθγο, οηθβμαηο, Taxxe οοοτοβημθ βρθιαθημη ecero φορονΗΟΗΗοτο y3na. 3neKTpoflBMraTenb 34 μογ 6bi τθκχθ 3aMeHflTbcn πηθβμ3τμηθοκμμ μπμ γμαρθβπμηθοκμμ MOTopoM, a φopcyHO^HblM y3en μογ 6bi τβκχθ BpamaTbcn κομ6μη314μθμ Αβμγθτθπβ m KpbinbHaTKM, πρμβοαβιαθμοπ β οοοτοηημθ BpameHMn TaHreHCManbHbiM βχοαηνμ ΠΟΤΟΚΟΜ. B HeKOTopbix πρμμθηθημπχ, ομοτθμθ flnn npoMbiBKM CMnbHOM CTpyeii χμακοοτμ no3BonneTcn pa6oTaTb HenpepbiBHO, Mexny τθμ, KaK b npyrMX noflBepraeTcn TeKymeMy κοΗτροπιο nepenan ηθβπθημμ Mexny BnycKHbiM οτββροτΜθΜ 4 nnn ηθοημιαθηηομ χμακοοτμ m BbinycKHbiM οτΒβροτΜθΜ αππ οημιαθηηομ χμακοοτμ. Korfla, 6naroAapn nocTeneHHOMy 3acopeHMio φMΠbτpy^oι^MM cpeflbi, stot nepenafl npeBbiuiaeT npenenbHyio BenMHMHy, ομοτθμβ απβ npoMbiBKM CMnbHOM CTpyēii χμακοοτμ ββτομβτμηθοκμ πρμβοαμτοπ β ΑΘμοτβμθ BnnoTb ΑΟ τθχ πορ, noKa nepenaA αθβπθημμ CHoea ηθ ποημθμτοη αο βθπμημημ, KOTopan MeHbuie npeAenbHoro 3Η3ηθημπ.
BapnaHT ocymecTBneHMn βτογο μ306ρθτθημπ, noKa3aHHbiii Ha Φμγ.4, npeAHa3HaHaeTcn, ητο6μ pačoTaTb b coctobhmm ηθοτμηηογο norpyxeHMn b mo6yio Maccy χμακοοτμ, HanpMMep, boaošm, pe3epeyap μπμ peKy, πρμηθμ rny6MHa norpyxeHMn MHAMUMpyeTcn MapKMpoBKOM ypoBHn 42. 6
Kopnyc 2, KOTOpbifi βμθιαθθτ unnMHflpMHecKyio φΜΠΒτροΒβπΒΗνιο ceTKy 8, μμθθτ ojļHO μπμ 6onee BnycKHbix OTBepcTnii 4, Kcrropbie Ha npaianKe npeviMymecTBeHHO noKpbiBaiOTCfl rpy6biM cmtom, HToSbi ηθ AonycxaTb Mycop m flpyrne čonbmne 3arpn3HHTenn. Kax b BapnaHTe ocymecTBneHna θτογο μ3ο6ρθτθημη, ποκ333ηηομ Ha Φμγ.3, OHHCTKa ocymecTBnaeTca AsyMn aKCManbHO ομθιμθηηημμ napaMM 0opcyHOK, KOTOpbie, HaxoflHCb b cocTOflHMM BpaineHHfl h B03BpaTHO-nocTynaTenbHoro αβκχθημα, npncnoca6nnBaiOTCH, HToābi npaiaviHecKM nponmuaTb bcio noBepxHOCTb ceTMaToro 0nnbTpa, πρμηθμ $opcyHKM 10 ΑΒπηιοτοη $opcyHKaMM BbicoKoro flaaneHMH, a $opcyHKn 10', npepcTaBnaiOT cj)opcyHKM ημ3κογο paBnenmi hph BcacbiBaHDmne conna. nposmuaKDiMHH MBxaHH3M cooep>KMT ueHTpanbHyio Tpy6y 28 c AOCTynOM K XMfļKOCTW nofl BbICOKMM ΑΘΒΠΘΗΜΘΜ, OČecneHMBaeMbIM ΗΘΡΘ3 MarMCTpanb 27 HacocoM 29, noflatomeficsļ κ 0opcyHKaM BbicoKoro αββπθημα 10. Tpy6a 28, Hecyman bcio cncTeMy 0opcyHOK, τβκχθ χθοτκο οοθαμηαθτοα c ποριυΗΘΜ 18 rnflpaBni<mecKoro unnnHflpa 20, KOTopbiii npunaēT Tpy6e 28 Tpe6yeMoe B03BpaTHO-nocTynaTenbHoe αβμχθημθ, Mexny τθμ xax BpainaienbHoe αβμχθημθ ομοτθμν 0opcyHOK o6pa3yeTca aneiaponenraTeneM 34, sepe3 COCTOfllUMM H3 ΠρΜΒΟΑΗΟΓΟ ρβΜΗΑ H LUKMBa npMBOR 44. Ι4ΜΠΜΗΑΡ 20 MOHTMpyeTCH Mexqy nnacTMHaMM 45 h BpamaeTcn b ποαιαμπημκβχ 46. ΙΙΙποηοηηοθ οοθαμηθημθ /ηθ noKa3aHo/ Π03Β0ΠΡΘΤ Tpy6e 28, OTHOCMTenbHO UMAMHRpa 20, oqHy CTeneHb ceoāORbi TonbKO b πρρΜΟΠΜΗΘΜΗΟΜ nocTynaīenbHOM αβμχθημμ. Μμπμηαρ 20 οοθαμηαθτοη c mctohhmkom rVIflpOSHeprHH ΗθρΘ3 M3B@CTHbl6 ΚΘΚ TaKOBbie BpamaTenbHbie COeflHHeHMP /ΗΘ nOKa3aHO/.
CoCTOfllllMM H3 MOTOpa Μ ΓΜβρΘΒΠΜΗΘΟΚΟΓΟ LļMnMHRpa y3en MOHTMpyeTCfl, noepeflCTBOM HeCKOnb<HX ΧΘ0ΤΚΜΧ ΟΤΘΡΧΗΘΜ ΜΠΜ Tpy6 48 Ha φΠ3ΗΙ|θ 50 KOpnyca φΜΠΙ>τρΘ 2.
BcacbiBaiomne conna 10', pacnonox©HHbie b HenocpeRCTBeHHOii 6mi30CTH κ φopcyHκaM BbicoKoro AaBneHMn 10, MOHTMpyioTcn Ha hhxhmx KOHL»ax BcacbieaiomMx KaHanoe 52, KOTOpbie b npeqenax οθτηθτογο φΜΠΒτρΘ 8 προχορητ b HanpaBneHMM, napannenbHOM ueHTparibHoii Tpy6e, oflHaKO, 3aTeM npoflonxaiOTcn c ηβκαοηομ βο βηθιαηιοιο CTopoHy, xax ΜΟΧΗΟ BMfleTb Ha ΗΘΡΤΘΧΘ, H KOHMaiOTCfl B, ΠΟ CyiqeCTBy, ropM30HTanbHblX Η3Κ0ΗΘΗΗΜΚ3Χ 54. ΓΙΟΠΘρΘΗΗΟΘ ΟΘΗΘΗΜΘ ΚΘΗΘΠΟΒ 52 Μ Η3Κ0ΗΘΗΗΜΚ0Β 54 ΑΒΠΡΘΤΟη 6onbllje, ΗΘΜ ΤΘΚΟΒΟΘ BcacbiBaiouinx conen 10'. KaHanbi 52 c mx connaMM 10', μ μχ η3κοηθηημκ3μμ 54 πποτηο κρβπητοη κ ueHTpanbHOfl Tpy6e 28 noepeflCTBOM coeRMHMTenbHbix θπθμθητοβ 58. K BbinycKHOMy naTpy6xy φΜΠΒτρβ 6 KpenMTcn Hacoc 60, KOTopbiM βτηγμβθθτ OHnmeHHyra xnfl<ocTb m TpaHcnopTnpyeT eē κ ποτρθ6μτθπιο.
Mexfly τθμ KaK φyHκ^Mfl οημιαθημη φopcyHoκ 10,10', <ax TaKOBbix, oābncHnnacb Bbiuje, mctohhmk ημθκογο αθβπθημα, ηθο6χοαμμ^μ απη Θφφβκτθ BcacbiBaHMn, 6onbwe ηθ npeACTaBnneT οοθαμηθημθ c ΒΤΜΟοφβροίί, Kax b BapnaHTax ocymecTBneHHfl AaHHOTO Μ3θ6ρΘΤΘΗΜΑ, n0Ka3aHHblX Ha ΦΜΓ.1-3, 0AH3K0, ΜΜΘΘΤ ΜΘΟΤΟ ΘφφΘΚΤ ΜΘΗΤρΟβΘΧΗΟΓΟ Hacoca HaKAOHHbix nacTefi ecacbiBaioiAMX KaHanoB 5, Korqa nponcxOAm epameHHe. ripu BpameHMM, ηθκποη 3tmx MacTeii o6pa3yeT b Macce xmakocth BHyTpn 3tmx nacTePi HanpaBneHHyio βο βηθιαηιοιο CTopoHy paAnanbHyio cocTaBnnioiAyio, KOTopan BbiHyxAaeT xnRKOCTb HenpepbiBHO BbiTanKMBaTbcn nepe3 ηβκοηθηημκμ 54, o6pa3yn y conen 10'
Tpe6yeMbiPi 3φφθκτ BcacbieaHMn. Bnaropapn ynoMHHyTbiM Bbiiue pa3nnHnnM β nonepeHHOM 7 LV 11108 ceneHHM, BxoflHa?i CKopocTb y BcacbiBaiomHx conen 10' ηβπηθτοη 6onbiueH, ηθμ CKopocTb Bbičpoca y ηθκοηθηηηκοβ 54, noBbiiuaramaa OHHinaiomMH 3φφβκτ. (IpoMbiBaioinaa XMflKOCTb, BbičpoiuBHHafl m η3κοηθηημκοβ 54, πμ6ο nepe-xeaTbiBaeTCfl χβποδοΜ 62 m onyfla oTBOflMTcn pna βο3μοχηογο yqaneHMfl, πη6ο euļē pa3rpyxaeTca cpa3y oāpaTHO b Maccy χμοκοοτη, OTKyqa TaKoeaa nocTynnna. 3aKa3HbiM npucnocoāneHneM μογ 6bi BenaTbcn ynpaBnneMbiH κ/ianaH 64, KOopflMHnpoBaHHbiii c M3MepnTenbHbiM npeo6pa30BaTeneM αθβπθημβ, pearnpyK)mnM Ha nepenaflbi flaeneHm Ha o6enx CTopoHax ceTnaToro φκπΒτρ3 8. Korqa, ānaropapn 3acopeHWO φΜΠΒτρβ, 3τοτ nepenap npeBbiiuaeT npeaonpefleneHHoe npeqenbHoe 3HaHeHne, KnanaH 64 3ai<pbiBaeTCfl h, τθκημ o6pa30M, CHMxan nepenaa flaBneHHH, ycnnnBaeT fleiicTBHe BcacbiBaiomnx conen 10‘.
YnyHUjeHne 3KcnnyaTauH0HH0H ποπγοβθηηοοτη Φηπβτροββπβηοη ceTKH 8 μοχθτ nonyHaTbcn nocpeqcTBOM HanopHoro ycnnnTenn 66, BCTaBnaeMoro b MarncTpanb BbicoKoro flaBneHMn Bbirne no noToxy OTHOCHTenbHO Hacoca 29 h cooepxamero y3xyio nacTb 63 b φορΜθ OTHOCHTenbHO y3Koro ynacTKa Tpy6bi h nepenycKHOH KaHan 70 6onee KpynHoro nonepenHoro οθηθημη, KOHTponMpyeMbiH KnanaHOM 72. Bo BpeMfl TeKymnx onepauMM ohmctkh, φopcyHKH BbicoKoro aaBneHHn ofiecneHHBaioTcn nonanen nepe3 yMeHbwaiotuyio noTOKy3Kyio nacTb 68, πρπΗβΜ nepenycKHOH KaHan 70 3axpbiBaeTCfl KnanaHOM 72. 3to o6pa3yeT CTpyio, KOTopan nerne ,qeHCTByeT Ha ceTHaTbin φMΠbτp 8. OflHaKO, Korqa o6HapyxMBaeTca 6onee MaccHBHoe 3acopeHHe, ηπμ nocne npeflonpeqeneHHbix βρθμθηημχ HHTepeanoB, ynpaBn«eMbiii BbiHHcnHTenbHOM MauiHHOH KnanaH 72 OTKpbiBaeTca, ycHnnBaa τθκμμ o6pa30M ποτοκ m o6pa3yn 6onee ocTpyio CTpyio. AHanornHHoe ycTponcTBO μοχθτ Taicxe Hcnonb30BaTbca, hto6w perynMpoBaTb BcacbiBaHMe. 3to ycTpoiicTBO senneTca ocočeHHO noqxofliuuMM qna HenpepbiBHoro npoMbiBaHHn φMΠbτpa CMnbHoii CTpyēii xhhkocth. flpyroū 3aTonneHHbiM φMΠbτp μοχηο BMfleTb Ha Φμγ.5. Kopnyc 2 3Toro φHΠbτpa HanoMHHaeT xopnyc eapnam-a ocymecTBneHMfl naHHoro Η3θ6ρβτβΗΗ«, noKa3aHHoro Ha Φηγ.4. 3qecb μοχηο BHfleTb BnycKHbie οτθβρστΜΗ 4, BbinycHoe οτΒβρστΜβ φMnbTpa 6 m ero Hacoc 60, a Taxxe φπθΗβρ <opnyca 50, Ha κοτοροΜ MOHTMpyeTcn nnnTa 45, Hecyma« rHApaBnHHecKMH unnHHflp 20. Taxxe μοχηο BMpeTb MarncTpanb, KOTopaa HaHMHaflCb b npocTpaHCTaee οηηιαθηηοη xhakocth, OKpyxaiomeM i4MnHHflpHHecKyio φMΠbτpoBaπbHyιo ceTKy 8 h BKnranaiomeM Hacoc 9, nooaēT npoMbiBaioinyio xHflKOCTb noq BbicoKHM qaBneHMeM κ peHTpanbHOH Tpy6e 28 h orryfla κ φορονΗκβΜ BbicoKoro qaBneHHn 10. 3Ta φopcyHOHHafl CHCTeMa qanee BKmonaeT OTHOCHTenbHO 6onbLUHe BcacbieaiomHe conna 10', saKpenneHHbie κ BHeujHefi Tpy6e 30, KOTopan noflqepxHBaeTcn uempanbHOM Tpy6on 28 η BeneT b rpn3eoTCTOHHHK 32, npHHēM rne BcocaHHbie οτποχθηηβ Ha φππΒτρβ coSnpaiOTcn nepen 0ΤΚ3ΗΗΒ3ΗΗΘΜ HaCOCOM 74, KOTOpbIH, 6yflyHH B 3T0M BapnaHTe OCymeCTBneHH« flaHHOrO Η3θ6ρβΤβΗΗ« MHHUHaTOpOM fleiiCTBHfl BCaCbIBaHMSI, ΑΟΠΧβΗ 6blTb AOCTaTOHHO MOLL|HblM, HTOābl o6pa30BbiBaTb ποηηχθημθ oaBneHHB, no MeHbajePi Mepe, Ha 0,5 θΤΜΟοφβρΒί.
Eiqe oflMH BapnaHT ocymecTBneHHB φππΒτρβ, cornacHO 3T0My Μ3θ6ρβτβΗΗΚ3, 8 cxeMaTimecKn nnn(OCTpnpyeTcy? Ha Φμγ.6. B stom BapnaHTe ocymecTBneHMB paHHoro n3o6peTeHna Bpaiuaeicn 0nnbTpOBanbHafl ceTKa 8 βμθοτο τογο, ητο6μ epamanncb $opcyHKn 10, 10'. C θτομ penbīo, μμπμηαρμηθοκθθ $nnbTpoBanbHaa ceTKa 8 ycTaHaB;iMeaeTca Mexpy ynnOTHeHHblMM ΠΟΑΙΙΙΜΠΗΜΚΘΜΜ 46 M npMBOflMTCfl B COCTOflHMe BpameHUA ΤρθΗΜΘΜ, npepnonaraen/ibiM OTHOCMTenbHO uiepoxoBaTOM noBepxHocTbio $nnbTpoBanbHOM ceTKM ηθοημιαθηηομ xmakoctm, ποαθβθθμομ b xopnyc 2 nepe3 TaHreHCnanbHO opueHTMpoBaHHbiii BnycKHOii naTpy6oK 4. ΠοΑίυΜΠΗΜΚΜ 46 noAAepxMBaiOTca neyMB BbinycKHbiMM ΒτγπκβΜΜ 6, M3 KOTopbix jim6o o6e, πμ6ο TonbKO oflHa, Μοιγτ Mcnonb30BaTbca απθ οοθαμηθημθ c Tpy6onpoBOflaMM ana οημιαθηηομ xmakoctm. flna τογο, MTo6bi yMeHbiuaTb flnnHy paāonero xojqa 0opcyHOK 10,10', 6bino npejqycMOTpeHo Tpn napbi 0opcyHopK, πρμηθμ $opcyHKM βμοοκογο αββπθημθ 10, KOTopbie COeflMHflIOTCfl C ΒΗ/φθΗΗΘΜ TpyČOM 28, M BCaCblBaBaiOlUMe conna 10‘, KOTopbie MOHTMpyiOTCa Ha βηθιιιηθμ Tpy6e 30 co οκοπβχθημθμ HanpaenaeMOM HanpaBnatometi Tpy6oia 14.
KaK b eapHaHTe ocymecTBneHna paHHoro μ3ο6ρθτθημθ, ποκ333ηηομ Ha Φμγ.5, BHyTpeHHHii Tpy6a 28 m βηθιιιηθθ Tpy6a 30 οοθαμηθιοτοθ ηθποαβμχηο apyr c apyroM, πρμηθμ nx B038paTHO-nocTynaTenbHoe αβμχθημθ ocymecTsnaeTca γμαρββπμηθοκμμ μμπμηαρομ 20, nopujeHb 18 κοτοροτο χθοτκο οοθαμηθθτοθ c BHyTpeHHeū Tpy6ofi 28. Mctohhmk BbicoKoro flaBneHMH HP οοθαμηθθτοθ c Βΐγπκοίί 76, ΒΗ/τρκ κοτοροΛ cbo6oaho coBepujaeT αβμχθημθ ημχηθθ, oTKpbiTaa nacTb ΒΗγτρθΗΗβϋ Tpy6bi 28, cooT8eTCTByK)U4MM ynnoTHeHneMf pa3Aen«iomMM BTy/iKy βμοοκογο AaBneHMa 76 οτ rMApaenMHecKoro μμπμηαΡ3 20. Ημ3Κοθ AaBneHMe LP AeMCTByeT Ha βθρχημμ TOpeu HanpaenaiomeM Tpy6bi 14, nepe3 KOTopbifi βωχορΜΤ 3arpyxeHHa« npoMbieaiomaa XMAKOCTb. B οτπμημθ οτ φΜΠΒτροΒ, no<a3aHHbix Ha Φμγ.3, 4m5, ποτοκ b stom (ļJtinbTpe ΜΜΘΘΤ MeCTO ΟΤ ΒΗΘΙΙΙΗΘΜ CTOpOHbl φΜΠΒΤρΟΒΘ^ΗΟΜ ΟΘΤΚΜ 8 B ΗΘΠρθΒΠΘΗΜΜ BHyTpb.
CneAyeT οτμθτμτβ, hto ripu BapnaHTax ocymecTBneHMH αβηηογο μ3ο6ρθτθημθ, ΜΜΘΙΟΙΑΜΧ UHnMHApHHeCKyra φΜΠΒΤρΟΒΘΠΒΗνίΟ CeTKy, B KOTOpOM ΠΟΤΟΚ ΜΜΘΘΤ ΜΘΟΤΟ OT ΒΗνΤρβΗΗΘΜ CTOpOHbl B ΗΘΠρθΒΠΘΗΜΜ K HapyXHOM ΟΤΟρΟΗΘ, Uiar BMHTOBOM ΠΜΗΜΜ, ΟΠΜΟΜΒΘΘΜΟΜ φΟρονΗΚΘΜΜ 10, 10' B ΜΧ ΟΠΟΧΗΟΜ ΑΒΜΧΘΗΜΜ, ΘΒΠΘΘΤΟΘ TaKMM, HTOābl Β ΤΘΗΘΗΜΘ ΚΘΧΑΟΓΟ ποπΗΟΓΟ MMKna φopcyHOHHOM CMCTeMbi /KOTopaa Bbino/ΐΗθθτ μηογο BpauieHMii bo βρθμθ oahoto ΑΒΜΧΘΗΜΘ ΒΒθρΧ Μ BHM3/, φΜΠΒΤρΟΒΒΓ^ΗΗΘ CeTKa 8 nOnHOCTblO OXBaTblBanaCb 6onblllMMM BCaCblBatOlUMMM COnnaMM 10', MeXAy TeM KaK 0ΧΒ3Τ KaXflOM TOHKM φΜ/^ΤρΟΒΘΙ^ΗΟΜ ΟΘΤΚΜ ManbīMM φopcyHκaMM BbicoKoro αββπθημθ 10 ocyujecTBnanca 6bi TonbKO cornacHO CTaTMCTMHeCKOM BepOHTHOCTM. Β φΜΠΒΤρβ,-COrnaCHO Φμγ.6, ΟΧΒ3Τ φΜΓ^ΤρΟΒΘΠΒΗΟΜ CeTKM npOMCXOAMT cornacHO aHanorMHHOMy κρπτθρΜίο. Β φΜΓ^τρθχ TMna, μμθιοιαθγο nnocKyio, c μθπκμμμ οτβθροτμθμμ φMΠbτpoBaπbHyιo ceTKy 8, MHorpa πρθαοτθβπθθτοθ BbiroAHbiM Mcnonb30BaTb BTopyio φopcyHκy BbicoKoro αββπθημθ 10, KOTOpaa, OAnaKO pacnonaraeTca TaK, ητο6η AeMCTBoeaTb c APyroft CTOpOHbl φΜΠΒΤρΟΒΘΠΒΗΟίί ΟΘΤΚΜ 8. Jļna cnepManMCTOB b AaHHOii oānacTM τθχημκμ 6ypeT npepcrraBnaTbca LV 11108 9 oneBUiļHbiM, hto 3T0 H3o6peieHne ηθ orpaHMHUBaeTCH fleTanaMM npefliuecTByiomMX BapnaHTOB ocyuļecTBneHna paHHoro μ3ο6ρθτθημη n, hto HacToamee μ3ο6ρθτθημθ μοχθτ BonnomaTbca b flpyrnx onpeqeneHHbix cpopMax, 6e3 0TCTynneHna οτ cymHOCTM v\m cymecTBeHHbix ocoāeHHOCTeii τθκοβογο. ri03T0My HacTOflinne BapiiaHTbi ocymecTBneHMfl stoto Μ3ο6ρθτθημη ponxHbi paccMaTpMBaTbca bo ecex οτηοιι]θημηχ b KanecTBe nnniocTpaTMBHbix, a ηθ OrpaHMHMTenbHblX, ΠρίΊΗΘΜ Οδτ,ΘΜ 3Τ0Γ0 Μ3θ6ρθΤΘΗΙ4Η nOKa3blBaeTCfl npiinaraeMblMM nyHKTaMH 0opMynbi n306peTeHna, a ηθ npuBepeHHbiM Bbiuie οπμοθημθμ, μ βοθ μ3μθηθημβ, KOTopbie nonaflatOT b npepenbi 3HaHeHMfl m pnana30Ha βκβμβθπθητηοοτμ nyHicTOB 0opMynbi M3o6peTeHna, no3TOMy npeflHa3HaHaioTca HToābi oxBaTbiBaTbca b hhx. 10 LV 11108
ΦΟΡΜΥΠΑ M30EPETEHHH 1. CaMOOHmuaKDinniicsi φΜΠΒτρ, coflepxamnii
Kopnyc $nnbTpa, μμθιοιαμμ, no MeHbiuefi Mepe, BnycKHoe οτΒβρστΜβαπη ΟΗΜΙΑβΗΗΟΜ XMflKOCTM, cf)nnbTpyioinyio cpefly, pacnonoxeHHyio Mexny ynoMBHyTbiM BnycKHbiM OTBepcTneM flnn HeoHMiueHHOM xmakoctm m ynoMAHyTbiM BbinycKHbiM οτΒβρστΜβΜ ana OHMlfleHHOM XMflKOCTM, OTnunaramufiCB ΤβΜ, HTO, C penblO nOBblUJeHMfl 3φφβΚΤΜΒΗ00ΤΜ OHMCTKM conepjKMT, no MeHbLueii Mepe, opHy φορονΗκ^, pacnonoxeHHyio b HenocpeflCTBeHHOM 6πμ300τμ k ynoM?iHyroii φMΠbτpyιoιi^eM cpepe m coeflMHaeMyio c, no MeHbiue Mepe, flByMn pa3nMHHbiMM ΜΟΤΟΗΗΜΚβΜΜ ΑβΒΠβΗΜΒ, ΠρΜΗβΜ OflHO M3 3ΤΜΧ flaBfleHMM RBŪRGTCR 6θΠββ BbICOKMM, ΗβΜ paBneHne, npeoānaflaiomee b ynoMflHyroM φΜΠΒτρβ, opyroe αβπβθτοβ 6onee ημ3κμμ, ηθμ flaBneHne, npeočnaflaioinee b ynoMflHyroM φΜΠΒτρβ, m cpencTBa, HTOčbi o6pa30BaTb OTHOCMTenbHoe αβμχθημθ Mexfly ynoMflHyraM ΦμηbTpyloiueii cpefloPi m ynoMHHyToii, no MeHbujeM Mepe, oahom φopcyHKOM c B03M0XH0CTbi0 MMeTb cymecTBeHHyio nacTb nnomaflM noBepxHOCTM ynoMflHyTOM φMΠbτpyιomeM cpeflbi, oxBaTbiBaeMoii ynoMBHyTOM φορονΗκοΡί. 2. OunbTp non.1,OTriMHaiomMiicfl τθμ, hto flanee cooepxMT cpeflCTBa, HToābi ποπβρβΜβΗΗΟ coeflMHflTb ynoMflHyTyto, no MeHbiueM Mepe, 0flHy φopcyHκy c nioābiM oahmm M3 ynoMnHyTbix mctohhmkob paBneHun. 3. OunbTp non.1,OTnnHaiomMMCfl τβΜ, hto ynoMflHyroe 6onee BbicoKoe flaBneHne o6pa3yeTcn HacocoM, a ynoMflHyToe 6onee HM3Koe flaBneHMe nenneTcn 3ΤΜ00φβρΗΝΜ flaBneHMeM. 4. OunbTp non.l.OTnuHarainnficn τβΜ, hto o6pa3yK>mne ΑΒΜΧβΗΜβ cpepcTBa ΗΒπηιοτοη ruppaBnunecKUM unnnHflpoM, nopiueHb κοτοροΓο CBfl3biBaeTcn c ynoMflHyToii, no MeHbmePi Mepe, oahom φopcyHKOM. 5. OunbTp non.1,OTriMHaioinniicn τβΜ, hto cpeflCTBa flna nonepeMeHHoro coeflMHeHMn ynoMflHyroM, no MeHbLueii Mepe, oahom φopcyHKM c ntočbiM oahmm M3 ynoMflHyTbix mctohhmkob flaBneHMB npeflCTaBnniOT, no MeHbiueM Mepe, oamh ynpaBnneMbiM KnanaH. 6. OMnbTp non.1,OTnMHaraujMMcn τβΜ, hto ynoMflHyra« φMΠbτpy^OLflaί^ cpepa ABnneTcn, no cymecTBy, πποοκομ, a ynoMnHyToe OTHOCMTenbHoe αβμχθημθ ΑΒΠΑβτοη B03BpaTHO-nocTynaTenbHO ηρηΜΟΠΜΗβΜΗΗΜ ΑΒΜΧβΗΜβΜ. 7. OMHbTp non.1,OTnMHaiomMMCfl τβΜ, hto ynoMHHyTafl φMΠbτpyκ^li^aH cpepa, no cymecTBy, MMeeT uMnMHflpMHecKyio φopMy. 8. OMHbTp no n.5, OTHMHatouļMMCB τβΜ, hto flanee coflepxMT flpyroii KnanaH, pacnonoxeHHbiM Bbiuje no noTOKy ot ynoMHHyToro BnycKHoro OTBepcTMn flnn HeoHMineHHOM χμακοοτμ, m KaHan, BeflymMM KynoMy>HyroM φopcyHκe nepe3 οαμη M3 ynoMHHyrbix KnanaHOB. 11 9. ΦΜ/lbTp non.1,OTnMHaK>mnŪCfl ΤΘΜ, HTO ynOMflHyTblii φΜΠΒΤρ copep^MT, no MeHbiueii Mepe, αβθ φορογΗΚΜ, οτμ φορογΗΚΜ pacnonaraioTCfl Ha npoTHBonono>KHbix CTopoHax ynoMHHyTOM φnπbτpyκ)ι^e^ί cpeflbi. 10. OuribTp non.1,OTnnHawinnPica τθμ, hto ynoMHHyTbiPi φΗΓ^τρ cooep>KHT, no MeHbiueii Mepe, αβθ φορονΗΚΜ, 3TH φopcyHKn pacnonaraioTCfl c oahom n tom xe cTOpOHbi ynoMBHyTOii φnπbτpyιou^e^i cpeflbi. 11. OunbTp non.1,OTnnHaiomMMCfl τθμ, hto ynoMflhyTbiM φΜΠΒτρ conepxnT, no MeHbiueM Mepe, αβθ φopcyHK^1 μ b κοτοροΜ qaBneHne, πρμποχθηηοθ κ oahom m ynoMaHyTbix Asyx φopcyHOκI αβπαθτοη 6onee bwcokmm, ηθμ aaeneHne, npeo6naaaiomee b ynoMAHyTOM φΜΠΒτρβ, a ΑββπβΗΜβ, πρμποχθηηοθ κ apyroū oahom Μ3 ynoM«HyTbix φOpcyHOK, «ΒΠΒβτοΑ 6onee ημ3κμμ, ηθμ αβθπθημθ, npeo6naAaK)iyee β ynoMAHyTOMC φΜππτρΘ. 12. ΦΜΑΒΤΡ ΠΟΠ.1,ΟΤΠΜΗ3ΙΟΙ11ΜΜΟΗ ΤβΜ, HTO npOM3BOAMTeflbHOCTb φopcyHKM BbicoKoro AaeneHMfl αβπηθτοη cymecTBeHHO āonee hm3kom, ηθμ TaKOBaa φορονΗΚΜ ΗΜ3Κ0Γ0 AaeneHMB. 13. Φμπβτρ ποπ.Ι,οτπμηθιοιιιμμοη τθμ, hto CTeneHb oxBaTa nnoujaAM ynoMBHyTOii φopcyHKM BbicoKoro AseneHna αβπβθτοβ 3HaHMTenbHo ημχθ, ηθμ CTeneHb 0XBaTa nnomaAM ynoMBHyTOPi φopcyHKM ημ3κογο αββπθημη. 14. Φκ/ibTp non.l.oTnuHaramniiCB τθμ, hto μμθθτ, no MeHbiueM Mepe, ABe φopcyHK^1, pacnonoxeHHbie b ηθποορθαοτβθηηομ 6πμ30οτμ ot ynoMflHyTOfi φnπbτpyκ)ι^e¢ί cpeAbi, KaxAyio coeAMHeHHyio c mctohhmkom, o6pa3yiomMM αββπθημθ, oniMHaiomeecfl ot AaBneHUB, npeoānaAaiomero b ynoMSHyTOM φΜΠΒτρβ, m panee coAepxamMM nepBbie cpepcTBa, HTo6bi o6pa30BbiBaTb oTHOCMTenbHoe B03BpaTHO-nocTynaTenbHO πρημοπμηθμηοθ αβμχθημθ MexAy ynopMBHyToPi φMΠbτpyιoιneM cpepoPi m ynoMHHyTbiMM, no MeHbuieii Mepe, asyMa φopcyHκaM^1, m BTopbie cpeACTBa, HTočbi oSecnenuBaTb OTHOCMTenbHoe BpamaTenbHoe αβμχθημθ Mexay ynoMflHyToPi φMΠbτpyιou^eM cpeAoPi m ynoM«HyTbiMM no MeHbiueM Mepe AByMn φopcyHκaM^1, πρμηθμ ynoMAHyroe πρημοπμηθμηοθ nocTynaTenbHoe αβμχθημθ m ynoMBHyToe BpatAaTenbHoe αβμχθημθ HanaraiOTcn Apyr na APyra c τθμ, ητο6ν MMeTb cymecTBeHHyto nacTb ynoMBHyToii φMΠbτpyιou^eM cpeAbi, oxBaHeHHyto ynoMBHyTbiMM φορονΗίοΜΜ. 15. Φμπμρ ποπ.14, oTnunaiomuPicn τθμ, hto o6ecneHMBaeTca, no MeHbiueM Mepe, oahb napa φopcyHoκ, πρμηθμ opHa φopcyHκa M3 ynoMHHyTOM no MeHbiuePi Mepe oahom M3 μοητμροβθηηνχ Ha, m cooāmaiomeiicH c TaKOBbiM, BHyTpeHHeM oahom M3 Asyx nonbix KOHueHTpMHecKMx eanoa, χθοτκο οοθαμηθηηβιχ Apyr c npyroM, πρμηθμ APyraa φopcyHκa M3 ynoMHHyToii, no μθημαθμ Mepe, oahom napbi φορονΗΟκ MOHTMpyeTCH Ha, m cooāmaiomeMca c TaKOBbiM, βηθιαηθμ oahom M3 ynoMHHyTbix nonbix BanoB. 16. ®nnbTp non.14, OTriMHaiomMMCH τθμ, hto ynoMHHyrbie nepebie cpeACTBa npeACTaBnaiOT rvtApaBnMHecKHii αμπμηαρ, θτοτ αμπμηαρ npncnoca6nnBaeTCH BpaiuaTbCH βμθοτθ c ynoMSHyTbiM ποριαηθμ m ynoMBHyTbiMn φopcyHκaMn.
17. OrnibTp non.14,OTnnHaiomMiicfl τθμ, hto οοΑβρχνιτ φopcyHKH
BbICOKOrO AaBneHHH H φopcyHKH ΗΜ3ΚΟΓΟ AaBneHHfl, B KOTOpOM ynOMHHyTbie φOpCyHKH ΗΜ3ΚΟΓΟ AaBneHMH COeAHHBIOTCH C HMXHHMM ΚΟΗΑΘΜΜ ΚβΗΘΠΟΒ, BeAyiAHX Β Η3Πρ3ΒΠβΗΜΚ ΒΒθρΧ Κ 12 LV 11108
HapyxHOM οτοροΗβ Kopnyca $nnbTpa, no MeHbiueii Μβρβ, ΒβρχΗΜβ nacTM stmx KaHanoe «BnnKDTcn HaicnoHHbiMn bo BHeuiHioio cTopoHy OTHOCMTenbHO ocm ynoMBHyToro BpamaTenbHoro ΑΒΜΧβΗΜΗ, Μ B KOTOpOM MCTOHHMKOM, 06pa3yt0lflMM ynOMflHyTOe ΗΜ3ΚΟΘ ΑΘΒΠβΗΜβ, ΒΒΠΛΘΤΟΑ ueHTpo6e>KHaiļ cuna, oāpa3yeMan b ynoMHHyrbix HaicnoHeHHbix bo βηθιιιηιοιο CTopoHy nacTBX KaHanoB npii BpameHMM τθκοβμχ βμθοτθ c ynoMflHyrbiMM cļ)opcyHKaMM. 18. OunbTp non.14, οτπμηθιοιαμμοη τθμ, hto flanee coflepxMT HanopHbiū ycnnnTenb, CBfl3aHHbiM c ynoMflHyTbiM mctohhmkom AaeneHMn απβ ynoMHHyTbix $opcyHOK BbicoKoro flaBneHna, coflepxauļMM y3Kyio nacTb b Tpy6e, coeflMHmomeM ynoMflHyTbiM MCTOHHMK C ynOM5RHyTblMM (ļjOpcyHKaMM, OTHOCMTenbHO UJMpOKyiO HaCTb Tpy6bl, OāXOflflmyiO ynoMHHyTyio y3Kyio nacTb, m ynpaBnneMbiM BbiHMcnMTenbHoii μβιιιμηομ KnanaH, npMcnocoāneHHbiM oTKpbieaTb μπμ 3axpbiBaTb ynoMnHyTyK3 o6xoflnmyio nacTb Tpyčbi. 19. OMnbTp ΠΟΠ.14, OTnMHaKDUļMMCfl ΤβΜ, HTO MCTOHHMK ΑΘΒΠβΗΜΗ, neMCTByioinero Ha ynoMHHyTbie φορονΗΚΜ BbicoKoro flaBneHMn, npeflCTaBnneT nepebiii Hacoc c npMBOflOM ot aneKTpoflBMraTenn, fleMCTByiomero Ha ynoMflHyrbie 0opcyHKM ημ3κογο flaBneHMn, npeflCTaBnneT btopom Hacoc c πρμβοοομ ot aneKrpoflBMraTenn. 20. OMnbTp no n.14, ο τ π μ h a to m μ m c η τθμ, hto flanee coflepxMT KnanaH, npMcnoco6neHHbiM nepeKpbieaTb ynoMAHyToe BbinycKHoe OTBepcTMe flnn οημιαθηηομ xmakoctm. 21. OMflbTp non.14, OTnMnaioiflMMcn τθμ, hto ynOMflHyToe OTHOCMTenbHoe BpaiflaTenbHoe αβμχθημθ ocymecTBnneTcn npMflaHMeM BpamaTenbHoro Αβμχθημη ynoMBHyTOM 0MnbTpyK>ifleM cpefle, MexflyTeM, KaK ynoMHHyTbie φopcyHKM BbinOAHSIOT TOnbKO B038paTH0-n0CTynaTenbH0e ΠρΑΜΟΠΜΗβΜΗΟβ ΑΒΜΧβΗΜβ. 22. OMAbTp no n.21 ,οτπΜΗβκιίΑΜΜοη τβΜ, hto ynoMflHyToe BpaiflaTenbHoe αβμχθημθ ynoMflHyTOM φMΠbτpyιoι^eM cpeflbi o6pa3yeTcn TaHreHCManbHO opMeHTMpoeaHHbiM BnycKHbiM naTpy6K0M απη ηθοημιαθηηομ xmakoctm. 13 LV 11108
P ΕΦ E PAT
CaMOOHMinaiomuficfl φΜπι>τρ, BKntoHaKDmuPi Kopnyc 0nnbTpa, μμθιοι^μμ, no KpaMHefi Mepe, BnycKHoe οτΒβροτκθ pna HeoHumeHHOPi χμακοοτμ m BbinycKHoe OTBepcTne απβ ΟΗΜίιίθΗΗοίί χμακοοτμ, 0nnbTpyKDmyKD cpeAy, BCTaBneHHyio Mexfly BnycKHbiM oTBepcTneM pna HeOMULUeHHOii ΧΜΑΚΟΟΤΜ M BbinyCKHblM ΟΤΒβρΟΤΜΘΜ ΑΠ« ΟΗΜΙΑβΗΗΟΜ ΧΜΑΚΟΟΤΜ. Πο MeHblUeM Mepe, oflHa $opcyHKa pacnonaraeTca b HenocpencTBeHHOii 6πμ300τμ k 0nnbTpyiou4eM cpejļe m ΗΒΠΒβΤΟΒ COeflMHBeMOii C, ΠΟ MeHbUjeM Mepe, AByMB pa3nMHHblMM MCTOHHMKaMM ΑδΒΠβΗΜΗ, ΠρΜΗβΜ OAHO M3 3ΤΜΧ AaBiieHMM ΗΒΠΗΘΤΟΗ 6θΠββ BbICOKMM, ΗβΜ Α3ΒΠβΗΜβ, Πρβθ6Π8Α3ΙΟΙΑββ B $nnbipe, a Apyroe AaBneHne ηβπηθτοα 6onee hm3kmm, ηθμ AaBneHMe, npeoānaAaiomee b 3Tom cpunbTpe. 3Aecb Taxxe oāecneHMBaeTCB ycTpoMCTBO, HTo6bi co3AaeaTb OTHOCnīenbHoe Αβμχθημθ MexAy <J)MnbTpytoiAeii cpepoPi m, no MeHbUjeM Mepe, oahom φopcyHKOM c τθμ, mo6bi MMeTb cymecTBeHHyK) nacTb nnomapu ποΒβρχΗΟΟΤΜ φMΠbτpyιou^eM cpeAbi, οχβθηθηηομ stom φopcyHKO^ί.

Claims (22)

  1. LV 11108 IZGUDROJUMA PORMULA 1. Pašattīrošais filtrs, ka satur filtra korpusu, kuram ir vismaz ieejas atvere neattīrītajam šķidrumam un izejas atvere attīrītajam šķidrumam, filtrējošo vidi, kas atrodas starp minēto ieejas atveri neattīrītajam šķidrumam un izejas atveri attīrītajam šķidrumam, kas atšķiras ar to,ka nolūkā celt attīrīšanas efektivitāti tas satur vismaz vienu sprauslu,kas novietota minētās filtrējošās vides tiešā tuvumā un savienota vismaz ar diviem dažādiem spiediena avotiem, turklāt viens no šiem spiedieniem ir augstāks nekā spiediens, kāds pārsvarā ir dotajā filtrā, otrais spiediens ir zemāks nekā spiediens, kāds pārsvarā ir šajā filtrā, un līdzekļus, lai izraisītu relatīvu kustību starp filtrējošo vidi un vismaz vienu sprauslu ar iespēju nodrošināt ievērojamu filtrējošās vides virsmas daļu, ko aptver minētā sprausla.
  2. 2. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to, ka tas satur arī līdzekli vismaz vienas no sprauslām pārmaiņus savienošanai ar jebkuru no spiediena avotiem.
  3. 3. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to, ka augstāko spiedienu panāk ar sūkni, bet zemākais spiediens ir atmosfēras spiediens. 2
  4. 4. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to,ka par kustības izraisītāju kalpo hidrauliskais cilindrs,kura virzulis savienojas vismaz ar vienu minēto sprauslu.
  5. 5. Filtrs saskaņā ar 2.punktu, kas atšķiras ar to,ka par līdzekli vismaz vienas minētās sprauslas pārmaiņus savienošanai ar jebkuru no spiediena avotiem kalpo vismaz viens vadāms vārstulis.
  6. 6. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to, ka filtrējošās vides forma būtībā ir plakana,bet relatīvajai kustībai ir taisnvirziena turp-atpakaļ pārvietošanās raksturs.
  7. 7. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to, ka filtrējošai videi būtībā ir cilindriska forma.
  8. 8. Filtrs saskaņā ar 5.punktu, kas atšķiras ar to, ka tas satur arī otru vārstuli,kas novietots augšpus plūsmas no ieejas atveres neattīrītajam šķidrumam, un kanālu, kas ved uz minēto sprauslu caur vienu no šiem vārstuļiem.
  9. 9. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to, ka filtrs satur vismaz divas sprauslas, kas atrodas minētās filtrējošās vides pretējās pusēs.
  10. 10. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to, ka filtrs satur vismaz divas sprauslas,kas atrodas filtrējošās vides tajā pašā pusē. - 3 - LV 11108
  11. 11. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to,ka tas satur vismaz divas sprauslas,un tajā spiediens uz vienu no minētajām sprauslām ir augstāks nekā spiediens, kāds pārsvarā ir filtrā,bet spiediens uz otru no šīm sprauslām ir zemāks par spiedienu dotajā filtrā.
  12. 12. Filtrs saskaņā ar 11.punktu,k as atšķiras ar to,ka augstspiediena sprauslas ražīgums ir ievērojami zemāks nekā zemspiediena sprauslai.
  13. 13. Filtrs saskaņā ar 1.punktu, kas atšķiras ar to,ka minētās augstspiediena sprauslas aptvertais laukums ir ievērojami mazāks nekā zemspiediena sprauslas aptvertais laukums.
  14. 14. Filtrs saskaņā ar 7.punktu, kas atšķiras ar to, ka tam ir vismaz divas sprauslas, kas novietotas filtrējošās vides tiešā tuvumā, turklāt katra no tām ir savienota ar avotu spiedienam, kas atšķiras no spiediena,kurš pārsvarā ir filtrā,un satur ari vēl pirmos līdzekļus relatīvās taisnvirziena turp-at-pakaļ kustības izraisīšanai starp filtrējošo vidi un vismaz divām sprauslām,nodrošinot relatīvu rotācijas kustību starp minēto filtrējošo vidi un vismaz divām sprauslām, turklāt šī taisnvirziena turp-atpakaļ kustība un rotācijas kustība viena otru pārklāj,būtiski palielinot doto sprauslu aptvertās virsmas laukumu.
  15. 15. Filtrs saskaņā ar 14.punktu,k as atšķiras ar to, ka tam ir vismaz viens sprauslu pāris,turklāt vienu no vismaz šā pāra sprauslām montē un savieno ar vienu no dobajām koncentriskajām vārpstām, kas nekustīgi saistītas savā starpā, tur- 4 klāt otro no vismaz šā pāra sprauslām montē un savieno ar vienu no minētajām ārējām dobajām vārpstām.
  16. 16. Filtrs saskaņā ar 14.punktu,k as atšķiras ar to,ka par minēto pirmo līdzekli kalpo hidrauliskais cilindrs,kas rotē kopā ar virzuli un sprauslām.
  17. 17. Filtrs saskaņā ar 14.punktu,k as atšķiras ar to,ka tas satur augstspiediena sprauslas un zemspiediena sprauslas, kurā zemspiediena sprauslas savienotas ar kanālu apakšējiem galiem,kas vērsti augšup uz filtra korpusa ārējo malu,bet šo kanālu augšējās daļas ir slīpas un vērstas uz ārpusi attiecībā pret rotācijas kustības asi,un kurā par zemspiediena avotu kalpo centrbēdzes spēks, kas rodas kanālu slīpajās uz ārpusi vērstajās daļās, tām vienlaicīgi rotējot kopā ar minētajām sprauslā.
  18. 18. Filtrs saskaņā ar 14.punktu,k as atšķiras ar to, ka tas satur arī spiediena pastiprinātāju, kas savienots ar augstspiediena sprauslu spiediena avotu, un šauro daļu caurulē, kas savieno šo spiediena avotu ar sprauslām, kā arī relatīvi platu caurules daļu, kas apiet šauro daļu, un ar skaitļojamo mašīnu vadāmu vārstuli, kas atver vai aizver caurules apvaddaļu.
  19. 19. Filtrs saskaņā ar 14.punktu, kas atšķiras ar to, ka par augstspiediena sprauslu spiediena avotu kalpo pirmais sūknis ar elektrodzinēja piedziņu, bet par zemspiediena sprauslu spiediena avotu kalpo otrais sūknis ar elektrodzinēja piedziņu. - 5 - LV 11108
  20. 20. Filtrs saskaņā ar 14.punktu, kas atšķiras ar to, ka tas satur arī vārstuli, kas noslēdz attīrītā šķidruma izejas atveri.
  21. 21. Filtrs saskaņā ar 14.punktu, kas atšķiras ar to, ka relatīvo rotācijas kustību izraisa,rotējot filtrējošo vidi, turpretī minētās sprauslas veic tikai taisnvirziena turp-at-pakaļ kustību.
  22. 22. Filtrs saskaņā ar 21.punktu, kas atšķiras ar to,ka filtrējošās vides rotācijas kustību izraisa ar tangenciāli orientētas neattīrītā šķidruma ieejas īscaurules palīdzību.
LVP-93-1283A 1990-06-06 1993-11-30 Selfclearing filter LV11108B (en)

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IE911858A1 (en) 1991-12-18
PL168084B1 (pl) 1995-12-30
NZ238291A (en) 1993-04-28
AR245612A1 (es) 1994-02-28
NO912082D0 (no) 1991-05-30
IE69311B1 (en) 1996-09-04
YU99791A (sh) 1994-05-10
YU47571B (sh) 1995-10-03
PT97872A (pt) 1993-06-30
FI92800B (fi) 1994-09-30
EP0460842B1 (en) 1998-03-04
RO113119B1 (ro) 1998-04-30
KR920000357A (ko) 1992-01-29
HUT61222A (en) 1992-12-28
TR26638A (tr) 1995-03-15
AU7809391A (en) 1991-12-12
FI912701A0 (fi) 1991-06-05
MD1322B2 (ro) 1999-09-30
HU911883D0 (en) 1991-12-30
CA2043474A1 (en) 1991-12-07
IL94630A0 (en) 1991-04-15
EP0460842A1 (en) 1991-12-11
FI92800C (fi) 1995-01-10
CA2043474C (en) 2000-09-19
BG61028B1 (bg) 1996-09-30
DE69128983T2 (de) 1998-06-18
ATE163563T1 (de) 1998-03-15
BG94576A (bg) 1993-12-24
NO912082L (no) 1991-12-09
ZA914096B (en) 1992-03-25
US5268095A (en) 1993-12-07
PL290570A1 (en) 1991-12-16
IL94630A (en) 1993-08-18
AU635137B2 (en) 1993-03-11
CS169891A3 (en) 1992-02-19
NO179128B (no) 1996-05-06
NO179128C (no) 1996-08-14
LV11108A (lv) 1996-04-20
DE69128983D1 (de) 1998-04-09
FI912701A (fi) 1991-12-07
BR9102532A (pt) 1992-01-21
JPH0647209A (ja) 1994-02-22

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