LV10765B - Float-like aerator - Google Patents

Float-like aerator Download PDF

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Publication number
LV10765B
LV10765B LVP-93-338A LV930338A LV10765B LV 10765 B LV10765 B LV 10765B LV 930338 A LV930338 A LV 930338A LV 10765 B LV10765 B LV 10765B
Authority
LV
Latvia
Prior art keywords
float
hto
aerator according
water
aerator
Prior art date
Application number
LVP-93-338A
Other languages
English (en)
Other versions
LV10765A (lv
Inventor
Von Nordenskjild Reinhart
Original Assignee
Von Nordenskjild Reinhart
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 Von Nordenskjild Reinhart filed Critical Von Nordenskjild Reinhart
Publication of LV10765A publication Critical patent/LV10765A/lv
Publication of LV10765B publication Critical patent/LV10765B/lv

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
    • F16L1/00—Laying or reclaiming pipes; Repairing or joining pipes on or under water
    • F16L1/12—Laying or reclaiming pipes on or under water
    • F16L1/20—Accessories therefor, e.g. floats, weights
    • F16L1/24—Floats; Weights
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/231—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids by bubbling
    • B01F23/23105—Arrangement or manipulation of the gas bubbling devices
    • B01F23/2311—Mounting the bubbling devices or the diffusers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/231—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids by bubbling
    • B01F23/23105—Arrangement or manipulation of the gas bubbling devices
    • B01F23/2311—Mounting the bubbling devices or the diffusers
    • B01F23/23114—Mounting the bubbling devices or the diffusers characterised by the way in which the different elements of the bubbling installation are mounted
    • B01F23/231142—Mounting the gas transporting elements, i.e. connections between conduits
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/231—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids by bubbling
    • B01F23/23105—Arrangement or manipulation of the gas bubbling devices
    • B01F23/2311—Mounting the bubbling devices or the diffusers
    • B01F23/23115—Mounting the bubbling devices or the diffusers characterised by the way in which the bubbling devices are mounted within the receptacle
    • B01F23/231153—Mounting the bubbling devices or the diffusers characterised by the way in which the bubbling devices are mounted within the receptacle the bubbling devices being suspended on a supporting construction, i.e. not on a floating construction
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/231—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids by bubbling
    • B01F23/23105—Arrangement or manipulation of the gas bubbling devices
    • B01F23/2311—Mounting the bubbling devices or the diffusers
    • B01F23/23115—Mounting the bubbling devices or the diffusers characterised by the way in which the bubbling devices are mounted within the receptacle
    • B01F23/231155—Mounting the bubbling devices or the diffusers characterised by the way in which the bubbling devices are mounted within the receptacle the bubbling devices floating and having a pendulum movement, going to and from or moving in alternating directions
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/231—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids by bubbling
    • B01F23/23105—Arrangement or manipulation of the gas bubbling devices
    • B01F23/2312—Diffusers
    • B01F23/23123—Diffusers consisting of rigid porous or perforated material
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F23/00—Mixing according to the phases to be mixed, e.g. dispersing or emulsifying
    • B01F23/20—Mixing gases with liquids
    • B01F23/23—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids
    • B01F23/231—Mixing gases with liquids by introducing gases into liquid media, e.g. for producing aerated liquids by bubbling
    • B01F23/23105—Arrangement or manipulation of the gas bubbling devices
    • B01F23/2312—Diffusers
    • B01F23/23126—Diffusers characterised by the shape of the diffuser element
    • B01F23/231265—Diffusers characterised by the shape of the diffuser element being tubes, tubular elements, cylindrical elements or set of tubes
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F3/00—Biological treatment of water, waste water, or sewage
    • C02F3/02—Aerobic processes
    • C02F3/12—Activated sludge processes
    • C02F3/20—Activated sludge processes using diffusers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
    • B01F33/00—Other mixers; Mixing plants; Combinations of mixers
    • B01F33/50—Movable or transportable mixing devices or plants
    • B01F33/503—Floating mixing devices
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W10/00—Technologies for wastewater treatment
    • Y02W10/10—Biological treatment of water, waste water, or sewage

Landscapes

  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • General Engineering & Computer Science (AREA)
  • Water Supply & Treatment (AREA)
  • Biodiversity & Conservation Biology (AREA)
  • Microbiology (AREA)
  • Hydrology & Water Resources (AREA)
  • Environmental & Geological Engineering (AREA)
  • Mechanical Engineering (AREA)
  • Organic Chemistry (AREA)
  • Aeration Devices For Treatment Of Activated Polluted Sludge (AREA)
  • Catching Or Destruction (AREA)
  • Preparation Of Compounds By Using Micro-Organisms (AREA)
  • Pharmaceuticals Containing Other Organic And Inorganic Compounds (AREA)
  • Polymers With Sulfur, Phosphorus Or Metals In The Main Chain (AREA)
  • Biological Treatment Of Waste Water (AREA)
  • Organic Low-Molecular-Weight Compounds And Preparation Thereof (AREA)
  • Medicines Containing Material From Animals Or Micro-Organisms (AREA)
  • Addition Polymer Or Copolymer, Post-Treatments, Or Chemical Modifications (AREA)
  • Polysaccharides And Polysaccharide Derivatives (AREA)
  • Luminescent Compositions (AREA)

Description

LV 10765 5 10
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no3TOMy Aentio μ3ο6ρθτθημβ αβπηθτοα ynyHUjeHMe ποπ/iaB-κοβογο aapaTOpa onncaHHoro Bbiiue Tkina, β οοο6θηηοοτμ b nacTM
CTOMMOCTM Μ3ΓΟΤΟΒΠΘΗΜ51, HO TaiOKe H B HaCTH 3KCnnyaTaLļH0HHblX pacxoAOB, peMOHTa h ηθαβχηοοτμ b paāoTe. C nonnasKOBbiM aapaTopOM BbiiiieynoMflHyToro Tkina 3Ta Menb AOCTHraeTCB 3a οηθτ τογο, hto B03AyxonpoBOA βνποπηαθτοα β BHAe HenpepbiBHoro LunaHra, a ποππθβοκ οοαθρχμτ no MeHbiueM Mepe Asa 0acoHHbie nacTM, KOTopbie o6pa3yiOT nnaBynee τθπο m ycTaHOBneHbi Ha lUnaHTOBOM Tpy6onpOBOAe H COeAHHeHbl Apyr c APyrOM, M nOAHOCTbK) ΜΠΙ/1 HaCTHHHO OKpy>KaK>T LUnaHrOBbm Tpy6onpOBOA Β ηρΟΧΟΑΗΟΜ ΟΤΒθρθΤΙ/lH, 00Τ3ΒΠΘΗΗ0Μ B (J)aCOHHblX HaCTflX. 4 Πο nepBOMy OTnnHWTenbHOMy npn3HaKy B03flyxonpoBOA BbinonHeH b BUfle cnnoLUHoro mnaHra. 3to flaēT āonbmne npenMymecTBa b n3roTOBJieHMM, noTOMy hto mnaHr ηθ HaflO Hape3aTb Ha KycKW b COOTBeTCTBUM C ΚΟΗΚρθΤΗΟίί KOHCflHrypaLļHeii B ΜΘΟΤΘ yCTaHOBKM. Heo5xoflHMO nmub nMeTb AOCTaTOHHyK> flnnHy, ητο6ν pacnonoxnTb nonnaBKn ot 6epera no 6epera. CaMU ποππθβκμ MoryT 6biTb ycTaHOBneHbi b mo6bix MecTax mnaHra. Hto KacaeTCfl npOHHOc™, τθιοκθ mvietOTcn 3HannTenbHbie npeMMymecTBa b CMbīcne oāpbiBOB mvi προτβκβΗΜη, KOTopbie b cnnomHOM mnaHre npaKTunecKM Heeo3MO>KHbi. Tohkh coeflUHeHUfl flnn naTpy6KOB Tenepb OTcyTCTByiOT. Ποαο6ημμ xe o6pa30M ynpomaeTC5R cāopKa m ycTaHOBKa, n 0TcyTCTByeT pmck nna 3AOpOB1sn Μ0ΗΤ3)ΚΗΜΚ0Β M 3KCnnyaTaLļMOHHMKOB. flanee, μμθθτοη 3ηθημτθπβηοθ ynpouļeHne b nacTM bo3mo>khoctm ydaHOBKn ποππθβκοβ b πκ)6ομ μθοτθ Tpy6onpoBOAa b pe3ynbTaie τογο, hto nonnaBOK coctout u3 Aeyx Φθοοηηνχ Hacreii. 3tm φacoHHbιe nacTM o6pa3yK)T nnaBynne Teņa, n ohm HaABuratoTca c5oKy Ha Tpy6onpoBOfl m coeAUHfiiOTcn Apyr c ApyroM. Ποππθβκμ πθγκο MOHTMpoBaTb m Ha μθοτθ - HannaBy. flna οδορκκ αβθ $acoHHbie nac™ HyxHO HaABMHyTb c6opKy Ha Tpy6onpOBOA M COeflMHMTb 3aMK0M ΜΠΜ BMHT3MM, H Τ.Π.. ΠρΟΧΟΑΗΟΘ OTBepCTHe onpeflenneTcn $acoHHbiMn ηθοτλμμ, nepe3 ηθγο προχοαμτ mnaHroBbiH Tpy6onpoBOA, n pa3Mepbi OTBepcTne Bbi6npaK)T Ta«, hto nonyHaeTCB οοθαμηθημθ Ha τρθημμ Me>KAy Tpy6naTbiM coeAUHMTenbHbiM naTpy6KOM m nonnaBKaMH. flee φacoHHbιe ηθοτμ MoryT M3roTOBnflTbCfl OTAenbHo. B paM«ax n306peTeHnn TaiOKe bo3mo>kho HMeTb οοθαμηθημθ Me>KAy Φθοοηηβιμμ HacTnMH no Kpato, Tax hto mnaHr 3axMMaeTcn b οτΒθροτΜΜ Mex<Ay ηθοτβμμ. HaKOHeu, τβκχθ μοχθτ 6biTb npeAycMOTpeHo οοθαμηθημθ φacoHHbιx ηθοτθμ MexAy co6om 3apaHee TaKUM o6pa30M, hto nepe3 θτοτ ποππθβοκ 3aTeM nponyci<aeTCfl mnaHr. ΠροχοΑΗΟβ oTBepcTne ηθ o6n3aTenbHo αοπ>κηο nonHOCTbio oxBaTbieaTb mnaHr. TatoKe, HanpMMep, bo3M0>kho b paMKax μ3ο6ρθτθημη BbinonHHTb προχοαηοθ OTBepcTne b BUfle npHMepHO nony«pyrnoM BblēMKH, Unu BblēMKH, OXBaTblBaiOlfleti TpM ΗΘΤΒβρΤΜ OKpy>KHOCTH mnaHra c βθρχηθμ nacTH nonnaBKa. LUnaHroBbm Tpy6onpoBOfl 3Θτθμ ΜΟΧΘΤ npOXOflHTb ΗΘΡΘ3 3Ty BblēMKy. 5 5LV 10765
Bo Bcex cnynaflx χποποτηθπ, AOporan n ecerpa κρμτμηηθπ peianb nofl Η33Β3ΗΜΘΜ "XOMyT” Μ0>ΚΘΤ OTCyTCTBOBaTb npM κρΘΠΠΘΗΜΜ ΠΟΠΠβΒΚβ κ mnaHroBOMy B03flyxonpoBOfly. Kax 0acoHHbie fleTanu, nonnaBKH MoryT πθγκο oTmīBaTbCfl, BbiAyBaTbcs, HanpuMep, M3 nnacTMacc, c ΓΘρΜΘΤΜΗΗΟ COeAMHēHHbIMM 0aCOHHblMM HaCTflMH M Cny>KMTb nonnaBKaMM 3a οηθτ mx KOH0nrypaunn. 3to o5o3HanaeT οημχθημθ paCXOAOB Ha np0M3B0ACTB0 Μ Π03Β0ΠΠΘΤ nOnyHMTb BH6UJHI0K) 0OpMy Bcero nonnaBKa onTMManbHyio npaKTMHecKM ntoābiM o6pa30M. B BbirOAHOM Β0ΠΠ01Α6ΗΜΜ Μ3θβρΘΤΘΗΜΒ AB© Β33ΜΜΟΟΟΘΑΜΗΠΘΜΜΘ nonbīe nonycKopnynbi M3 nnacTMaccbi Mcnonb3yK)Tcn b κθηθοτβθ 0acoHHbix nacTeii απ* nonnaBKa. llnacTMacca, ycTOMHMBan κ ynbTpa-0noneTOBbiM nyHaM, Tenny μ βοαθ οοο6θηηο npuroAHan Ann cypOBbix ycnoBnii 3KcnnyaTaLinn b οημοτηβιχ yciaHOBKax, nenneTcn >KenaTenbHOM. l/Icnonb30BaHne Aeyx Φβοοηημχ nacTePi μμθθτ AoSaBOHHoe npenMyu4ecTBO b tom, hto θοπμ OAHa nacTb ποτθηθτ, BTopaa ecē enie o6ecneHMBaeT nnaByHecīb. 3το θπθμθητ 6e3onacHocm. Ποαχοααιαμμ MaTepnanoM ann nonnaBKOB nenneTca ποπμθτμπθη. B APyrOM BblTOAHOM ΒΟΠΠΟΙΑΘΗΜΜ Μ3θ6ρΘΤΘΗΜΗ ΑΒΘ φβΟΟΗΗΗΘ nacTM MoryT 5biTb 3anepTbi Apyr οτηοομτθπβηο APyra. 3Ta 3anMpaeM0CTb ηθ TonbKO oānernaeT οβορκγ Φθοοηημχ nacTePi, m t3kmm o6pa30M nonnaBKOB Ha innaHre, ho TaiOKe πο3βοπβθτ m pa3pa6oTKy nonnaBKOB, nen<yio 3awieHy α©Φ©κτηβιχ nonnaBKOB μ ηοβοθ pacnonoxeHMe nonnaBKOB b πιο6ομ μθοτθ. flanbHeMiuee ynpomeHMe nonynaK)T, θοπμ Φθοοηηβιθ nacTM coAepxaT o6lamm 3arM6aeMbiPi KpaPt, KOTopbm npocTMpaeTcn b HanpaBneHMM xopa innaHra μ ποοτοπηηο οοθαμηπθτ Φθοοηημθ nacTM Apyr c APyroM. TaKOM 3arM6aeMbiti KpaPi μμθθτ to npeMMyunecTBO, hto OH Aep>KMT φβΟΟΗΗΜΘ H3CTM B npaBMHbHOM ΠΟΠΟΧΘΗΜΜ APyr OTHOCMTenbHo APyra TaK, hto ycT3H0BKa Φθοοηηβιχ nacTeii BOKpyr B03AyxonpoBOAHoro ujnaHra m cooTBeTCTByK)LAee οοθαμηθημθ eiuē ynpoiAaK)Tcn. CrMčaeMbiM KpaPi μοχθτ, HanpMMep, MMeTb φορινψ ΟΤΘΗΚΜ, KOTOpan ΟΟΘΑΜΗΠΘΤ ΑΒΘ φθΟΟΗΗΝΘ ΠΟΠΟΒΜΗΚΜ APyr c ApyroM. rionnaBKM Torpa MoryT πθγκο ”c«naAbiBaTbcn” BOKpyr innaHra, hto μο>κθτ asTOMaTM3MpoBaTb, θοπμ ποποβμηκμ 6ynyT 3aiAēnKMBaTbcn b 3aKpbiTOM ποπο>κβΗΜΜ. KaK yxe ynoMMHanocb Bbime, TaioKe μμοπμμο οοθαμηπ™» 6 Αβθ cļiacoHHbie nacTH HacoBceM, TaK ητο nonnaBKH ποτομ ycTaHaBnnBaK)TCB nponycKaHneM mnaHra CKB03b hhx. B ApyroM βοπποιαθηηη μ3ο6ρθτθημβ nonnaBOK coa©p>kht no MeHbiueii Mepe oaho npnēMHoe OTBepcTne απβ npnēMa OTBeTBUTenbHoro naTpy6xa B03Ayxa, οτχοαηιαθγο ot nonnaBKa. B cnynae B03AyxonpOBOAa b βμαθ pe3HHOBoro LunaHra, sth OTBeTBMTenbHbie naTpy6KH Moiyr 6biTb Ha ηθμ ycTaHOBneHbi 3apaHee Ha onpeAeneHHbix Bbi6paHHbix Meciax h Moiyr 6biTb MecTaMu οοθαηηθηηβ Me>KAy B03AyX0np0B0A0M H OTBeTBHTenbHblM LUnaHTOM K AOHHOMy a3paTopy. Ecnn, κβκ roBopunocb, nonnaBOK μμθθτ npnēMHbie OTBepcTMfl απβ 9tmx OTBeTBMTenbHbix naTpy6KOB, μοχηο npncnoco6nTb npnēMHOe OTBepcTne T3KHM 06pa30M, ητο ΟΟΘΑΜΗΘΗΗΘ Ha ΤρβΗΗΗ ycTaHaBmiBaeTCfl Me*Ay coeAHHHTenbHbiM Tpy6onpOBOAOM m nonnaBKOM no MeHbuieii Mepe b BepTHKanbHOM HanpaBneHHH bhh3. BcneACTBMe θτογο οοθαμηθημβ Ha τρβΗΗΗ, HaTarneaioman cnna ot Beca ΑΟηηογο aepaiopa β μθοτθ οοθαμηθηηβ MexAy B03AyxonpoBOAHbiM iiinaHroM h OTseTBMTenbHbiM naipy6KOM npnMO nepeAaēTcn Ha nonnaBOK, τβκ ητο τοηκ3 οοθαηηθηηβ He noAeepraeTcn ρβοτηχθΗΗΐο, a OTBeTBMTenbHbiii naTpy6oK, KOTopbin Μθ>κβτ 6biTb pacnonoxeH KaK BenocMneAHbiii Hnnnenb Ha rnnaHre, Ηβ οτορΒβτοη. B npOAonbHOM HanpaBneHHH mnaHra npnēMHoe οτΒβροτπβ μοχθτ HM6Tb OBanbHyio 0opMy, TaK hto OTBeTBHTenbHbin naTpy6ox μοχθτ HMeTb neKOTopbin πιοφτ b npnēMHOM OTBepcTHH b 3tom HanpaBneHHH.
Xoth oTBeTBHTenbHbie naTpy6KH h coeflHHHTenbHbiH Tpy6onpoBOA ΜΟΓγΤ C0eAMH3TbCB OČblHHblMH X0MyT3MH, 6blCTpopa3tēMHbie 33MKH 6onee BbiroAHbi, τβκ κβκ οοθαηηθηηθ c oahoh CTopoHbi očnerHaeTcn, h 0TcyTCTByeT ρποκ nonyHeHHn TpaBM onepaTopaMH c APyroH CTopoHbi. B Apyr0M oseHb BbiroAHOM BonnouļeHHH Η3θ6ρβτβΗΗη, nonnaBOK CHa6xeH κηπθμ, KOTOpbiti npocTHpaeTcn b BOAy h b HanpaBneHHH B03AyxonpoBOAa. OKa3anocb, hto TaKan κοΗφΗΓγρβΑΗη nonnaBKa AaēT oneHb 3HanHTenbHbie npenMymecTBa απβ npnBOAa nonnaBKOBbix aapaTopoB. KpynHOMacwTa6Hbie ncnbīTaHHn noKa3anH, hto BcneACTBne 3Toro BenHHHHa 6nyxAaK>mero αβμχθηηη aapaTopHoii αθποηκη μοχθτ noAAepxHBaTbcn Aaxe ecnn aicrnBaLļnn B03AyxoM 3HanHTenbHO MeHbine, ηθμ ao chx nop npHMeHnnacb. Ποππθβκη, CKOHCTpyHpoBaHHbie τθκημ 7 LV 10765 o6pa30M, προίΐΒΠΑιοτ 3HaHMTenbHO ynyHiiieHHyio nepeflany θηθργμμ KaK ot BepTHKanbHbix ποτοκοβ BOflbi, τβκ n ot ropn30HTanbHoro τθηθημη. ripu cMeujaHHoii paāOTe, T.e. b a3pnpOBaHHbix nacTflx čacceiiHa, nnn bo βοθμ āaccetiHe, b KOTopbiti noAaēTca B03pyx, BepTMKanbHaa CKopocTb 5 ABM>KeHHfl BOflbi μοχθτ 6biTb 3HaHHTenbHO yMeHbiijeHa, HanpuMep, ao 0,1 - 0,2 μ/οθκ 6e3 npeKpameHna 6ny>KAaiomero αβμχθημβ, τογαθ KaK b HopManbHOM cnynae n3Mepflnacb BepTMKanbHaa CKopocTb BOAbi npuMepHO 0,7 μ/οθκ npn noAane B03Ayxa MenKUMu ny3bipbKaMn, ΠρΜΗΘΜ ΒρθΜΒ npeāblBaHMfl B ΒΟΑΘ ny3bipbKa, BblXOAflliterO H3 ΑΟΗΗΟΓΟ 10 aapaTopa, Tenepb μοχθτ 6biTb 3HaHMTenbHo 6onbuie βοπθαοτβμθ stom yMeHbiueHHoii BepTMKanbHoii οκοροοτιι BOAbi noTOMy, ητο κροΜθ CKopocTM ny3bipbxa b βοαθ nop^AKa 0,3 μ/οθκ, BpeMa npečbiBaHMB b βοαθ ny3bipbKa cunbHO 3aBMCMT ot BepTMKanbHoPi οκοροοτΜ αβμχθημη BOAbi ββθρχ, KOTOpaa πρθβοοχοαμτ CKopocTb ny3bipbKa, ho paBHa Bcero 15 0,2 μ/οθκ no Μ3θ6ρθτθΗΐικ). B pe3ynbTaTe ny3bipbKM οοτθιοτολ b βοαθ
Aonbīue, TaK κβκ ohm μθηθθ ycKopyuoTca 6e3 Hy>KAbi BepTMKa/ibHbiM ποτοκομ BOAbi. BpeMH npeābiBaHua ηβπαθτοη peuiaiomeM πμηθμηομ βθπμημηομ b ynpaBneHnn πογποιμθημα BemecTBa - KucnopoAa b očtēMe BOAbl.
20 ΚρΟΜΘ ΤΟΓΟ, ΚΜΠΘΒ3Λ KOH(J)nrypai4Ma nOnnaBKOB ΜΜΘΘΤ TO npenMyiuecTBO, hto nonnaBKM μμθιοτ nyHiijyio 3HepronepeAany ot ropH30HTanbHOrO ΤΘΗΘΗΜΑ, TaK ΗΤΟ 3H3H MTeflbHO MeHbLUe ropH30HTanbHOĪi 3ΗΘΡΓΜΜ OCTaeTCfl B ”0ΜΘ0Μ” Μ ΠθρθΜΘ111ΘΗΜ3 BOAbl, ΟΟΟΤΒΘΤΟΤΒΘΗΗΟ, Ηθρθ3 BeCb SaCCeilH, M BOAa T3KMM 06pa30M npOXOAHT 25 ΗΘΡΘ3 OHMCTHOM 6aCCeMH ΠρΜ 3HaHHTenbHO MeHbllJeM CKOpOCTH. 3το, b cbok) onepeAb, μμθθτ to npenMyiAecTBo, hto nonyHaeTca 6onee ηθτκοθ pa3AeneHne Mex<Ay HHAHBHAyanbHbiMM 30HaMM b čacceMHe, μμθιοιμθμ pa3nnHHO aapnpyeMbie 30Hbi, hto caMO no ce6e μ3βθοτηο. ļipu stom CTaHOBUTCH B03M0XHbiM ynyHiueHHoe προβθαθημθ cneunanbHbix 30 npOLļeCCOB, Τ3ΚΜΧ, KaK A8HHTpH0HKaLļH5l Μ T.A·. ΚροΜθ τογο, Kuneeafl KOH<ļ>MrypauMB μμθθτ npenMymecTBO b tom, hto nonyHaeTCfi onpeAenēHHoe peBepcupoBaHue ποππθβκοβ m nonnaBKOBbix aapaTopoe, οοοτβθτοτβθηηο, mjim Bceii aapaTOpHoft uenoHKM, KOTopbie μμθιοτ μθοτο b MecTax MaKCMManbHbix aMnnnTyA, 35 noTOMy hto nonnaBKM noBOpaHMBaiOTca OTHOCMTenbHO mnaHra b 8 OKpy>KHOM θγο HanpaBneHnn b μθοτθ MaKCMManbHoro pa3Maxa αοηημχ aapaTopOB, ποαβθιιιθηημχ Ha nonnaBKax. Knāb τβιοκβ οοοτβθτοτβθηηο KaHaeica n 3aHmviaeT οπρθαθπθηηοθ ποποχθημθ npn očpaTHOM ABH>xeHMM. KpoMe τογο, KnuHOBMAHbm Kunb ηθτκο pa3AenneT BepTUKanbHbiii ποτοκ n npeAOTBpamaeT ηθποαβμχηοθ οτοαημθ nonnaBKa. B pe3ynbTaTe scex 3tmx o6cToaienbCTB 6nyx<AaK)iAee αβμχθημθ ueneū nonynaeT onpeAenēHHbiii n HaAe>KHbM xapaicrep, ecnn Aa>xe noAana B03Ayxa n oneHb Mana, n ece nacrn 6acceiiHa Moryr 6biTb paBHOMepHO 3annTaHbi B03AyxoM, eonn 3to xenaTenbHO. CaMoe rnaBHoe, hto ηθ nonyHaeTcn BonHOo6pa3Horo πθρθμθιαθημη nacTeii ΑΘποηκμ, npn κοτοροΜ μθπνθ očnacTM SacceiiHa ηθ προχοΑ^τοίΐ ΑΘΠΟΗΚΟΜ B ΤΘΗΘΗΜΘ AOHTenbHblX nepHOAOB ΒρβΜΘΗΙΊ ΜΠΜ ΒΟθ6ΐ11Θ HHKorAa, Tax hto, Hanpmviep, ημγαθ ηθ Hačnκ)Α3θτοη "οοθα3ημη nna’\ Hto KacaeTcn aapaTopHbix αθποηθκ no n3BecTHOMy ypoBHio τθχημκμ, to BonHOo6pa3Hoe αβμχθημθ αθποηθκ μηογα3 HačniOAanocb, TorAa kbk nonnaBKH no μ3ο6ρθτθημιο ηθ noABep>KeHbi yxe TaxoMy πθρθμθιαθημιο. B pe3ynbTaTe KOHCTpyKUMM no μ3ο6ρθτθημιο αθποηκμ coBepwa»OT 3aMeTHoe nepeMeHHO-nocTynaTenbHoe πθρθμθιαθημθ οοηοβηογο TMna KoneāaHHn CTpyHbi. ΚροΜβ τογο, 38μθτηοθ 6ny>KAaK)iAee πθρθμθιαθημθ μμθθτ τοτ ΘφφΘκτ, hto ηθ o6pa3yeTcn μθοτηογο BepTMKanbHoro ποτοκθ BOAbi, KOTopbiii 6bicTpo BbiHOCHn 6bi ny3bipbKn Ha noBepxHOCTb, hto He>KenaTenbHO. Ποοτοηηηοθ πθρθμθιαθημθ αοηηογο aapaTopa, Bbi3biBaK)iiļee BepTHKanbHoe αβμχθημθ BOAbi πρμβοαμτ κ MHHHMyMy ποοπθαηθθ.
Ecnn KMOb ΜΜΘΘΤ T3KyK) φOpMy, HTO ΜΘΤ311ΘΗΤρ OTHOCUTeJlbHO HanpaBneHMn norpyxeHMn HaxoAHTcn Bbitue peHTpa ταχθοτμ, το θτο πρμβοαμτ κ onpeAenēHHOMy ποποχθημκ) κμπα.
Ecmi nonnaeoK πθρθχοαμτ οτ Kuņa ropn30HTanbHO b ropM30HTanbHbiii θπθμθητ, κοτορπίί μμθθτ OBanbHoe οθηθημθ m npaKTMHecKM nnaeaeT no ποβθρχηοοτμ BOAbi, sto μμθθτ to npenMyuļecTBO, hto ποποχθημθ nonnaBKa nenneTcn oneHb ycTOMHMBbiM, HanpMMep, no cpaBHeHmo c nonnaBKOM Kpyrnoro οθηθημη, b pe3ynbTaTe stom cneuManbHoii κοΗφΜΓγρβψίΜ. nonnaeoK TorAa npeAnoHTMTenbHO CMAMT Ha ΒΟΑΘ ΗΜΧΗΘΜ nOBepXHOCTbK), ΠΘρΘΧ0Α3111Θίί B Kunb Μ Aaxe 9 LV 10765
Manoe KanaTenbHoe αβμχθημθ πογρυχθηηομ CTopoHbi βν30βθτ 3HaHHTenbHoe noBbimeHne nnaBynecTM, βοπθαοτβμθ 5bicTpo yBennHHBaiomerocfl βοαομ3μθιμθημβ. 3to b κοηαθ kohliob npuBonm κ cnnbHOMy CTa6n/iM3npytoiAeMy abhctbmio. Οτηοιιιθημθ βθρχηθγο aneMeHTa nonnBKa, T.e. θπθμθητθ, κοτορνμ βμαθη Han BaTepnuHneii, κ 3ΠΘΜθΗτγ nonnaBKa ημχθ BaTepnuHnn μο>κθτ βηγοαηο HaxoAMTbcn Me>KAy 1:2 m 1:5. flpyrmviM cnoBaMM, nonnaBOK norpyxaeTcn β boay Ha cpaBHUTenbHO 6onbwy(o βθπμημηυ μ μοχθτ τθκμμ o6pa30M αθγκο BblAep>KHBaTb ΟΜΠΝ ΟΤ r0pH30HTanbHblX M BepTHKaAbHblX ΠΟΤΟΚΟΒ m npeo6pa30BbiBaTb nx b 6nyxAaK)mee πθρθμθιιιθημθ βοθμ αθποηκμ aspaTopoB. l"opM30HTanbHoe npoTJDKeHHOCTb OBanbHoro θπθμθητθ nonnaBKa μοχθτ npn6nn3MTenbHO cooTseTCTBOBaTb ποπηομ BbicoTe nonnaBKa. flnn ycTaHOBKn nonnaBKa Ha B03AyxonpoBOAe-mnaHre, Moryr 6biTb npeAycMOTpeHbi oamh μπμ HecKonbKO ujnaHroBbix cko6 μπμ noAo6Hbix θπθμθητοβ, pa3MemēHHbix BOKpyr οκργχΗΟΟΤΜ nonnaBKa AOāaeoHHO κ 3anopHbiM sneMeHTaM μπμ βμητοβνμ οοθαμηθημπμ. 3Ta CKo6a npodupaeTcn CKB03b BbiēMKy b κμπθ nonnaBKa. HaKOHeu, 0acoHHbie nacTH nonnaBKa, κοτορπθ αθμοτβυκτγ, κ&κ nnaBynee τθπο, m no3TOMy BOAOHenpoHULļaeMO 3aneHaTaHbi, Μοτγτ 6biTb o6opyAOBaHbi ypaBHMBaK)mnM οτβθροτμθμ αππ αββπθημπ B03Ayxa, κοτοροβ ηθ Kacaeics BOAbi m, HanpMMep, BbinonHeHo b βμαθ ιαθπμ Ha βθρχηθμ οτοροΗΘ nonnaBKa. 3το οτβθροτμθ npeAHa3HaneHO αππ BbixoAa B03Ayxa M3 φ8θθΗΗ^χ nacTeti, HanpMMep, npM paāoTe neTOM, KorAa nonnaBOK Hpe3MepHO HarpeBaeTcn, HTo6bi npeAOTBpaTMTb nonaHMe θτμχ nacTePi.
M3o6peTeHMe Aanee onMcaHO 6onee ποαρο6ηο m nnnKJCTpupoBaHO ΗθρΤΘ)Κ3ΜΜ, Ha KOTOpblX Μ3θ6ρθ>ΚΘΗθ: Φμγ. 1 - 3CKM3 npMHUMnManbHoro βνποπηθημπ ομμοτηογο čacceMHa, β κοτοροΜ pacnonoxeHbi nonnaBKOBbie aspairopbi no Μ3θ6ρΘΤΘΗΜΚ). Φμγ. 2 - CoSpaHHbiM nonnaBOK, ycTaHOBneHHbiii Ha B03Ayxo-ηροΒΟΑθ. Φμγ. 3 - ΠβροπβκτΜΒΗΟβ M3o6paxeHMe no πμημμ Π-Π Φμγ. 2, noKa3biBatOLnee cf>acoHHyK> ποποβμηκυ nonnaBKa no μ3ο6ρθτθημκ> μ 10
nacTb mnaHroBoro B03AyxonpoBOfla co BCTaeneHHbiM OTBeTBMTenbHbiM naipy6KOM. Φμγ. 4 - Βρθμθηηθβ nocneflOBaTenbHOCTb npoLjecca peBepcn-poBaHMfl penoHKn nonnaeKOBbix aapaTopoB. 5 npHHLļurmanbHafl KOHCTpyKLļMn ycTaHOBKM, coAep>Kaiiļeii nonnae- KOBbie aapaiopbi no μ3ο6ρθτθημιο CHasana 6yAeT noncHeHa no Φμγ. 1. Πθ3ΜΑΜΒ 1 3A8Cb, ΗΘΠρΜΜβρ, 0603HaHaeT ββΟΟΘΜΗ A™ CT04HblX BOA, Β κοτοροΜ HaxoAMTca OTpaSoTaHHaii βοαβ, noAnex<amaa οημοτκθ, xyAa οη BBOAMTCB Ηθ nOKa3aHHblM ΠΟΑΡΟδΗθβ θ6ρβ30Μ. 3τβ ΟΤΟΜΗβΒ BOA& 10 ΠΟΑΠΘ>ΚΜΤ 6ΜΟΠΟΓΜΗΘΟΚΟΜ ΟΗΜΟΤΚΘ ΠΟΟρβΑΟΤΒΟΜ ποαθημ β ηθθ KMcnopoAa, απα θτογο nonnaBKOBbie aapaTopbi HanpaBnnioTcn M3BeCTHblM CaMO ΠΟ 0θ6θ 0Čpa30M ΗΘΡΘ3 6aCCeiiH T3KMM 06pa30M, HTO ohm MoryT coBepujaTb nepeMeHHO-nocTynaTenbHoe αβμχθημθ Ha onpeAenēHHOM ΐϋΜρΜΗΘ ποβθρχηοοτμ οτοηηβιχ boa. 3to noKa3aHO Ha 15 Φμγ. 1 KanatoiAMMca ποποκθημθμ αθποηθκ aapaTopoe. Β abhhom ΓίρΜΜΘΗΘΗΜΜ CpeACTBa Π0ΠΠ3ΒΚ0ΒΗΧ aapaTOpOB ΟΧΒβΤΒΙΒβΙΟΤ ΚβΚ ujnaHrM 3, npocTMpaiomMeca c oahom cTopoHbi āacceiiHa Ha ApyryK), m nonnaBKM 4, pacnono>KeHHbie Ha yKa3aHHbix iunaHroBbix Tpy6onpoeoAax Ha pacTOBHMM Apyr ot Apyra, TaioKe xax coeAMHMTenbHbie Tpy6onpoeoAbi 20 5, pacnono)KeHHbie Ha wnaHroBbix napiry6Kax m AOHHbie aapaTopbi 26.
floHHbie aapaiopbi 26 nenaiOTcn κθρβμμηθοκμμμ Tpy6aMM, μπμ n0A06HblMM ΑΘΤ3ΠΒΜΜ, KOTOpbie caMO no ce6e μ3Βθοτηη, μ ΜΜβΙΟΤ, HanpMMep, rpy3bi, ποαβθιαθηηβιθ k hmm m pacnono>KeHbi τβκ, hto ohm noABeiueHbi κ coeAMHMTenbHOMy naTpy6Ky. Bo3Ayx, noAaeaeMbiM no 25 B03AyuJH0My Tpy6onpoBOAy 3 προχοαμτ nepe3 coeAMHMTenbHbie Tpy6onpoBOAbi 5 κ AOHHbiM aapaTopaM μ 38τθμ βμχοαμτ m3 hmx ManbīMM ny3bipbKaMM β BOAy, T.e. np*MO Hano ahom āacceMHa Ha paccTonHMM, HanpMMep, ot 5 ao 30 cm. BbixoA B03Ayxa Bbi3biBaeT πβρβΜβΗΗΟ-nocTynaTenbHoe KanaTenbHoe αβμ>κθημθ ομοτθμμ nonnaBKOBbix 30 aapaTopoB b tbkom čacceMHe co cTOHHbiMM βοαβμμ, ποορθαοτβομ κοτοροΓο AOHHbie aapaTopbi Tao<e ομθτθιοτ 6onbinyK) nacTb AHa 6acceMHa b KanaTenbHOM αβμχθημμ m tbkmm o6pa30M paBHOMepHo BbinycKaiOT B03Ayx y xenaTenbHbix μθοτ m Bbi3biBaiOT MecTHyio AMpKynni4MK) BOAbi 6e3 cnepManbHoro npMBOAa Α^ιη αοηημχ aapaTOpOB. 35 Un, κοτοροΜ Μ0>κβτ oca^AaTbcn, chob3 noAHMMaeTcn npM OMeTaiomeM 11 11LV 10765 Αβμ>κθημμ 3tmx flOHHbix aspaTopoB HaflO flHOM SacceiiHa, τβκ hto un ηθ OTMupaeT Ha αηθ SaccePiHa. 3ckm3 noKa3biBaeT ApoccenbHbie KnanaHbi 27, KOTOpbie πο3Βοηηκ)τ nHAHBMflyanbHyK) ycia HOBKy noAanu B03Ayxa κ nHAHBHAyanbHbiM nonnaBKOBbiM aspaTopaM, 3a οηθτ ηθγο no Bbi6opy Moryr 6biTb nonyHeHbi 30Hbi CMnbHOM aspapnn, 30Hbi cna6oti aspapnn m Aa>xe 30Hbi 6θ3 aapaunu b 6acceMHe. Ka< caMO no ce6e μ3βθοτηο, θτο πο3βοπαθτ npoBOAMTb cnepnanbHbie npoAeccbi, τθκμθ, xax ΑΘΗΜΤρΜφΜΚ3ρΜΚ) Μ Τ.Π.. ?1cho 6e3 οποβ, hto nonnaBKM, M3o6pax<ēHHbie Ha Φμγ. 1, TatoKe <aK n coeAUHUTenbHbie Tpy6onpoBOAbi 5 n αοηημθ aapaiopbi 26 ycTaHOBneHbi Ha βοθχ iimaHroBbix B03AyxonpoBOAax, KOTOpbie noKa3aHbi. flna npocTOTbi Φμγ. 1 noKa3biBaeT TonbKo Tpn M3 stmx δποκοΒ. Ecnn 6acceMH θτογο Tuna Mcnonb3yeTca xax 6acceMH c aKTUBnpoBaHHbiM nnoM, AOāaBOHHO npeAycMaTpbiBaeTca 30Ha OTAt>ixa b 6acceMHe b 6am3m BbixoAa οτοηημχ boa. KpoMe τογο, MoryT 6biTb ycTaHOBneHbi KaHanbi A*ia c6opa una, xax οπμοθηο b πρθχηθμ 3aaBKe τογο xe 3a«BHTenn. ilo Μ3θ6ρβτθΗΜΚ) B03AyxonpOBOAbi 3 BbinonHeHbi Kax cnnouJHbie LunaHrn. Ποππθβκμ Moryr 6biTb npMKpenneHbi c 6okob k 3T0My wnaHry 3. Οαη3κο, TaioKe bo3moxho nponycTHTb mnaHrn nepe3 cyiuecTByioiuee OTBepCTne b nonnaBKax. B μοποπηθημμ, ποκ333ηηομ Ha Φμγ. 2, nonnaBKM CKOHCTpyMpoBaHbi β βμαθ Φβοοηηνχ nacreM 6 m 7, KOTOpbie o6pa3y(OT nnaBynee τθπο. ®acoHHbie nacTM 6 m 7 οπρβαθπβιοτ npoxoAHoe οτΒβροτΜθ 9 απβ mnaHra 3 μ οοθαμηθην Apyr c APyroM nocpeACTBOM 3aMKOBbix θπθμθητοβ, κοτορΝΘ ποαρο6ηθθ 6ypyT onMcaHbi no Φμγ. 2. flononHMTenbHO, yAep>KMBaK>mafl nonocKa 8 BbinonHeHHaa HanoAo6Me mnaHroBoro xoMyTa mam noAo6HbiM o6pa30M μο)κθτ τβιοκθ AepxaTb αβθ 0acoHHbie nacTM 6 m 7 βμθοτθ. Φμγ. 3 noKa3biBaeT OAHy M3 payx Φ30οηηνχ nacTeii, acho noKa3biBaeT KOHCTpyKiļMto npeAnoHTMTenbHoro nonnaBKa. Φθοοηηθβ nacTb 6, noKa3aHHan 3Aecb, CAenaHa M3 nnacTMaccbi (ποπμθτμπθη) m cooTBecTByeT Βτοροίί Φθοοηηομ nacTM 7 (ηθ noKa3aHa), βμθοτθ οημ cocTaβπbiot nonnaeoK, noKa3aHHbiM Ha Φμγ. 2. KaHaBKM 10 m 11, KOTOpbie cnyx<aT Ann pa3MemeHMA cooTBeTCTByioujiMx BbiCTynoB (ηθ 12 noKa3aHo) Ha flpyroii cpacoHHoii nacTn, προοτΜρβιοτοη Bflonb προχοαηογο OTBepCTMH 9, BbinormeHHoro b Φθοοηηομ nacTM 6, T.e. Hafl μ ποα yKa3aHHbiM προχοαηνμ οτβθροτμθμ. KaHaBKM 10 m 11 βνποπηθημ TaK, hto αβθ nacTM 3aLļennyiK)TCfl Apyr 3a Apyra npM οχμμ8ημμ peyx $acoHHbix nacTeii. Πο MeHbmeM Μβρβ ημχηηα κθηββκθ 10 ηθ npocTupaeTca Ha bckj A^nHy Φθοοηηομ nacTM, ho 3aKaHHMBaeTcn c θ6θΜΧ CTOpOH ΗΘ AOXOAa AO KOHLļa φ300ΗΗΟΜ Hacm. ΠρΜΘΜΗΟΘ ΟΤΒΘΡΟΤΜΘ 12, ΜΜΘΚ)111ΘΘ OBanbHyiO KOHCTpyKlļHK) B HanpaBJieHMM npocTMpaHMn nonnaBKa, βμποπηβθτολ Ha normyTM ot KOHua KaHaBKM 10 ao KOHua Φθοοηηομ nacTM. Πρμθμηοθ OTBepcTHe 12 μμθθτ nacTb 13, KOTopaa yBennHeHa, θοπμ CMOTpeTb bhh3 ot 0KpyxH0CTM npoxoAHoro οτΒβροτΜΗ 9, h APyryio nacTb 14 nonyKpyrnoro ΟΘΗΘΗΜΒ. Βθ3 pa3-bBCHeHMM ΠΟΗΑΤΗΟ, HTO BTOpan φ300ΗΗ3Α HaCTb AOnXHa HMeTb COOTBeTCTByKDlHyK) ΚΟΗφΜΓγρθΑΜΙΟ, TaK HTO ΠΡΜΘΜΗΟΘ ΟΤΒθρΟΤΜΘ, κοτοροθ OBanbHO B ΒΘΡΧΗΘΜ HaCTM Μ 33ΤΘΜ ΑΒΠηΤΟΒ xpyrnbiM b οθηθημμ 14 nonynaeTCB nocne τογο, KaK οοθαμηαθτο* αβθ φacoHHbιe nacTM. B ycTaHOBneHHOM βμαθ OTBeTBMTenbHbiM COeAMHMTenbHbIM naTpy60K 15 ΠΡΟΧΟΑΜΤ CKB03b 3T0 ΠρΜΘΜΗΟΘ οτβθροτμθ. Co CTopoHbi mnaHra οτβθτβμτθπβηνμ naTpy6oK μμθθτ bopothmhok 16, KOTopbiM oh ΒΟτβΒπηθτοη Hepe3 CTeHKy mnaHra B cooTBeTCByK)iAee οτβθροτμθ, κοτοροθ HaAO τθμ Bbipe3aTb, μ onMpaeTca 3τμμ ΒοροτΗΜπκοΜ M3HyTpM Ha CTeHKy mnaHra. Vama 18 38τθμ μοχθτ 6biTb HaeepHyTa Ha pe3b6y 17. TaiiKa 18 cHapy>KM npMneraeT κ οτθηκθ mnaHra; npM eē Tyroti 3aTnx<e OHa 3axMMaeT CTeHKy mnaHra Mexpy BHyTpeHHMM BOpOTHMHKOM 16 M TOpLļOM BMHT3 18, OāpaLlļeHHblM K BopoTHMHKy. TaKMM o6pa30M, 3Ta onepauMa κρβπηθΗΜη προμ3βοαμτοα Ha MaHep KpenneHM* ημππθπα b βθποομπθαηομ KaMepe, TonbKO ηθ Tpe6yeTcn AononHMTenbHan BynKaHM3auMn. ΜΟΧΗΟ Ηθ rOBOpMTb 0 TOM, HTO ΜΘΟΤΘ yCTaHOBKM 3ΤΜΧ OTBeTBMTenbHbix naTpy6KOB ηθ AonxHbi onpepenaTbcn 3apaHee. TaKan ycTaHOBKa, a τθκχθ npOAenbīBaHMe Bbipe30B b mnaHre B03M0XHbi npnMO Ha μθοτθ. 3θτθμ pacnonoxeHMe μοχθτ 6biTb πθγκο μ3μθηθηο 3aKpbiB3HMeM ΜΜθίοιι^Μχοη οτΒθροτΜμ β mnaHre 3arnymKaMM. HoBaa yCTaH0BK3 B03M0XHa Β ΠΚ)6θΜ APyrOM ΜΘΟΤΘ TaKMM ΧΘ 06pa30M. 13 13 LV 10765 OTBeTBMTenbHbm naipy6oK μο>κθτ cocTOATb M3 npaKTUHecKu >KēcTKOii nnacTMaccoBoii Tpy6KM, KOTopan nen<a b μ3γοτοβπθημμ. 3ia TpyčKa npocTMpaeTCfl nepe3 nacTb 14 npnēMHoro OTBepcTnn 12, a raMKa 18 ocTaēTCfl b paciiJMpeHHoii nacTM 13 θτογο OTBepcTim. B pe3ynbTaTe oBanbHoPi KOH0nrypaunn npnēMHoro otb©pctmh b HanpaBneHnn npocmīpaHMfl nonnaBKa, μμθθτοα onpeflenēHHbiii πιοφτ οτβθτβμτθγ^ηογο naipy6Ka b θτομ HanpaBneHnn. Οαηθκο, nepexofl ot yBenMHeHHOii nacTn 13 κ ceKiļMM 14 npeflOTBpainaeT nepefla4y pacTarMBaiomMX Harpy30K Ha TOHKy coeflUHeHna MexAy mnaHroM m οτβθτβμτθπβηνμ naipy6KOM, noTOMy hto npn Hanvmm BepTMKanbHoii Harpy3«n bhm3 cuna nepeflaēTCB nepe3 ratiKy 18 Ha nonnaBOK, μ 3Η3ημτ, ηθ fleiicTByeT Ha lonaHr. Πιοφτ μοχθτ 6biTb ocraBneH m b flpyrnx HanpaBneHnnx, htoSu n36e>KaTb ποαβπθημβ flpyrnx onn. flnMHa OTB©TBHT©nbHoro coeflHHHTenbHoro naTpy6xa 15 Bbi6npaeTCH τβκοίί, hto oh BbiCTynaeT bhm3 M3 nonnaBKa οοθαμημ-TenbHOii nacTbio 19, Tax hto c hmm mo>kho CKpenHTb coefliiHiiTenbHbiH Tpy6onpoBOfl 5 nocpeflCTBOM 6biCTponeiicTByK)mero 3aMKa 19 caMo no ce6e M3BecTHbiM o6pa30M. Ka)Kflbiii ποππθβοκ npeflnoHTMTenbHO coflep>KHT flea Taxnx πρμθμηηχ OTBepcTM* flnn onncaHHbix coeflMHMTenbHbix lunaHroe, Ka>Kflbm αοηηνμ aapaTop Torfla coeAMHneTcn AByMfl coeAUHHTenbHbiMM mnaHraMM Ha κοηαθ k cooTB©TCTByiou4©My nonnaBKy.
Kax noKa3aHO Ha Φμγ. 2, ποππθβοκ coctomt m3 ημχηθγο Knneo6pa3Horo aneivieHTa, KOTopbiii Aanee 6yAeM Ha3biBaTb kūk Kiinb 20. Θπθμθητ 21, KOTopbiii nnaeaeT no ποβθρχηοοτμ βοα^ι, BbinonHeH HHTerpanbHO c κμπθμ 20. Kax noKa3aHO Ha Φμγ. 2, οθηθημθ θπθμθητθ 21 nocne οοθαμηθημπ AByx ποποβμηοκ nenneTcn oeanbHbiM, c OTHomeHM©M ujMpMHbi B κ ποπΗοίί BbicoTe H nonnaBKa npMMepHO 1:1, m otholu©hm©m BbicoTbi θπβΜβΗτβ nonnaBKa H3A ΒΟΑοίί κ ©neMeHTy norpyxeHHOMy b BOAy πρκ HopManbHoii Harpy3Ke ot 1:2 ao 1:5.
OneHb ycTOMHMBoe ποποχβΗΜβ nonnaBKa AOCTMraeTcn 3a cnēT koHCTpyKLļMM κμπβ Ha nonnaBKe μ KOHCTpyKLļmi OBanbHoro aneMeHTa, nnaeaiomero no ποβθρχηοοτμ BOAbi. Πρκ προχοΑ^ΐΑβίί KOHCTpyKi4MM Μ©τ3ΐ4θΗτρ M nonnaBKa ηθχοαμτοη Bbiiue ueHTpa τηχθοτμ S, TaK hto npaBiīnbHoe ποποχθημθ nonnaBKa BcerAa nonyHaeTCfl 3Βτομ3τμηθοκμ. 14
KoHCTpyKLļHii κμπη 20, KOTopbiM nonnaBOK npocTupaeTcn b BOfly, μμθθτ τοτ ΘφφΘκτ, hto αβμχθημα BOflbi, Bbi3biBaioinne αβμ>κθημ?ι nonnaBKa m c hmm lunaHra 3 Bnepen m Ha3afl HaHMHatomMecn yxe c 6ny>KAaiomMM ΑΒΜΧΘΗΜΘΜ npn BeCbMa ManblX ΤΘΗΘΗΜΗΧ B Β0ΑΘ, APY™MM CHOBaMM, 5ny>KAatoiAee αβμχθημθ μο>κθτ SbiTb ποΑΑβρχΟΗΟ b αθπθχ nonnaBKOBbix aapaTopoB ηθομοτρ* Ha Manbīii pacxofl noAaeaeMoro KucnopoAa μπμ B03Ayxa C pe3ynbTHpyKDU4MM ΜΘΗbUJUM BepTUKanbHblM Μ Γ0ΡΜ30Η-TanbHblM ΠΘρβΜΘΙΑΘΗΜΘΜ BOAbl. ΚρΟΜΘ ΤΟΓΟ, ΚΟΗφΜΓγρβΑΜΑ C KUneM ΜΜΘΘΤ ΤΟΤ ΘφφΘΚΤ, HTO nonnaBKOBbie aapaTopbi BbinonHntOT onpeAenēHHoe peBepcMpyeMoe Αβμ>κθημθ b μθοτθχ mx HaM6onbiijero yAaneHMJi. OTcioAa ηθ 6yAeT 3acTanBaHM5ļ μπμ βοπηοο6ρθ3ηογο KanaHMa ynacTKOB ιαθποηκμ, KOTopbie πρΜΒΟΑίΐτ κ TOMy, hto nacTM OacceMHa οοτβιοτοη HeaapMpoBaHHbiMM.
flocneAOBaTenbHOCTb bo βρθμθημ θτογο npoLiecca peeepcM-Ροβ3ημ?ι M3o6pa>KeHa Ha Φμγ. 4. TaM noKa3aH npOLļecc, κοτορ^Μ uenoHKa αβμ>κθτολ b HanpaBneHMM, ποκ333ηηομ οτρβπκβΜΜ, τ.β., ποκβ θιαθ ηθ AOCTMTHyTO ποπο)κθημθ B03BpaT3. ΠρΜ 3Τ0Μ nnaByneM ΠΘρβΜΘΙΑΘΗΜΜ AOHHbie aapaTOpbl OTCTatOT ΟΤ ΠΟΠΠβΒΚΟΒ 4, KOTOpbie HaxoAflTca BepTMKanbHo hba hmmm b HepaāoneM ποπο>κθημμ. ΟτοιοΑβ ΤΘΗΘΗΜΘ, Bbl3blBaeMOe ΠΟΑΗΜΜ3Κ)Ιί1ΜΜΜ03 ny3bipbKaMM B03AyXa ΟΤΚΠΟΗΑΘΤΟη B CTOpOHy ΚΜΠΘΜ Μ T3KMM 06pa30M ΜΟΧΘΤ noAAepx<MBaTbCii θτο αβμχθημθ nonnaBKOB μ βοθμ αθποηκμ nonnaBKOBbix aapaTopoe. KorAa uenoHKa αοοτμγβθτ MaKCMManbHoro οτκποηθημη, Kax n0Ka3aH0 Ha Φμγ. 4-11, nonnaBOK ocrraHaBnMBaeTCfl. Bo3AyxonoAaK)uļMM lunaHr pacT5iHyT b θτομ ποπο>κθημμ MaKCMManbHoro ΟΤΚηΟΗΘΗΜΗ, TaK HTO Β ΗΘΜ B03HMKaK3T B03Bpamai0mMe CMnbl. 3TM CMAbl npeBbiiuaKDT αββπθημθ, Bbi3bieaeMoe τθηθημθμ β βοαθ m B03A6MCTByiomee wa nonnaBKM. Hanano θτομ oct3hobkm noKa3aHO b φ33Θ II. TaK Kax β θτομ φ83β nonnaBOK ηθ μο>κθτ npoAon>KaTb ΠΘρΘΜΘίΑΘΗΜΘ BnpaBO, AOHHbIM aapaTOp ΠρΟΚβΗΜΒβΘΤΟΒ ΜΜΜΟ ΘΤΟΓΟ ποποχΘΗΜη ΚΜπη. 3το yMeHbinaeT αββπθημθ τθηθημη β βοαθ, Bbi3bieaeMoe ποαημμβκιιμμμμοβ ny3bipbKaMM Ha KMnb πο Φμγ. 4- I απβ AanbHeMmero οτκποηθημα, hto πρμβθαθτ κ κοημθ κοηαοβ κ ποποχθημιο, KorAa AOHHbiii aapaTop 26 οοταηοβμτολ c npaBOM CTopoHbi κμπβ nonnaBKa 4 Ha θοκμθθ. flocne Α00ΤΜ>κβΗΜη θτογο οοοτοαημα B03AyujHbie 15 15 LV 10765 ny3bipbKn, KOTopbie προΑΟπχοιοτ noflHUMaTbca οτ αοηηογο aaparapa m τθηθημθ BOflbi, Bbi3biBaeMoe mmm co3flatOT αββπθημθ Ha KMjib cnpaBa. B pe3ynbTaie η3ηηθτοβ oāpaTHoe αβμχθημθ no οτρθπκθ, noKa3aHHOii απλ <£a3bi IV. TaKMM o6pa30M, Ka*AbiM pa3 βο3ημκ3Θτ οπρθαθπθηηοθ m ncHoe peBepcupoBaHue αβμχθημη. flBHbie npenMymecTBa AOCTuratOTcn m TorAa, KorAa μμθθτοα cunbHaa noAana B03Ayxa. B o6biHHbix nonnaBKOBbix aapaTopax μο>κθτ cnyHMTbCH, hto LtenoHKa ocTaHOBMTca, xax 3aBMcaeT mapMK απλ nHHmOHra Ha B03AyWH0M CTpye, BCneACTBMe Ηρθ3ΜβρΗ0Γ0 ΒΟ3ΑβΜ0ΤΒΜΑ B03Ayxa. 3τογο ηβπθημα ηθ HaāniOAaeTCB c ποππθβκθμμ no μ3ο6ρθτθημκ>.
KoHCTpyKLļMB nonnaBKOB no μ3ο6ρθτθημιο 3HaHMTenbHO ynpomaeT pa6oTy m Μ3Γ0Τ0ΒΠΘΗΜβ, τβιοκβ κάκ h c5opKy, 3KcnnyaTaumo μ ρθμοητ aapaTopHbix αθπθμ no μ306ρθτθημκ>, a 3HanMT m βοθμ ycTaHOBKM b κοτοροΐί ncnonb3yiOTC« 3tm nonnaBKOBbie aapaTopbi. HanpuMep, cnnoumoM rnnaHr Hy>KHOM απμην, cny>xamMM b KanecTBe BO3Ayxonp0B0Aa 3 HyxHO TonbKO pa3no>KMTb απη ycTaHOBKM c C00TBeTCTByK)mnM pacnono>KeHneM coeAHHHTenbHbix naTpy6KOB b τθχ Meciax, rAe Aon>KHbi 6biTb noACoeAMHeHbi AOHHbie aapaiopbi. flna 3τογο Hy>KHo TonbKO Bbipe3aTb OTBepcTUJi b mnaHre. TaKMM o6pa30M b k3>kaom cnynae oSecneMMBafOTca onTMManbHbie ycnoBMfl. riocne 3τογο ποππθβκμ Moryr 6biTb πθγκο ycTaHOBneHbi Ha umaHre nocpeACTBOM HaKnaAbiBaHMn AByx ποποβμηοκ c 6okob b HyxHbix μθοτθχ
Μ ΟΟΟΤΒΘΤΟΤΒΘΗΗΟΓΟ ΠρΜ>ΚΜΜ3 ΠΟΠΟΒΜΗΟΚ AP^ K APyry, TaK HTO $acoHHbie nacTM cuennmoTcn APyr c APyroM m nonyHaeTcn c6opKa, noKa3aHHayi Ha Φμγ. 2. flononHMTenbHan coeAMHMTenbHan nonocKa 8 μοχθτ 6biTb pacnono>KeHa BOKpyr AByx φacoHHbιx nacieM. flnn yCTaHOBKM 3TOM ΠΟΠΟΟΚΜ, KMHb 20 Μ05ΚΘΤ MMeTb BblēMKy 22 npM6nM3MTenbHO b cepeAMHe nonnaBKa, TaK ητο6μ yAep>KMBaiomafl nonocKa Morna πποτηο oxeaTMTb ero OKpy>KHOCTb, οοοΟθηηο b oeanbHOM nacTM nonnaBKa. Ποοπβ stoto CBoāOAHbie KOHLibi 19 OTBeTBMTenbHbix naTpy6KOB BeAyT bhm3 M3 κμπη, TaK hto coeAMHMTenbHbie innaHrM 5 MoryT 6biTb προοτο κ hmm npMKpenneHbi c noMombfo čbiCTpo-
AeMCTByKHAMX 33MK0B ΜΠΜ UJnaHrOBblX XOMyTOB. 16 riocne c6opKn ecex nonnaBKOB n οοθαμηθημα αοηημχ aspaiopoB yciaHOBKy mo>kho BK/nonaTb b pa6oTy.
CaMO co6ofi acHO, hto nonnaBKM ηθ o6bfl3aTenbHO pon^Hbi cocToaTb M3 fleyx $acoHHbix nacTeii, o6pa3yioaļMx nnaBynee τθπο, 5 KOTopbie MoryT 6biTb nonHocrbio pa3fleneHbi. Hanpi/iMep, μοχηο mvieTb HenpepbiBHbm γμ6κμμ coeflMHUTenbHbiii «paPi Bflonb βθρχηθγο μπμ ηκχηθγο xpaa abyx cpacoHHbix nacTePi 6« 7, b κοητακτηομ o6nacTM κοτορΗχ nāc™ 6 m 7 MOiyr pacKpbiBaTbca APyr OTHOcmeribHO APyra. Κοηθηηο, μοχθτ 6biTb m 6onbwe, ηθμ Ase cpacoHHbie nacTM, KOTopbie 10 ripu οοθακηθημμ o6pa3yiOT nonnaBOK 4. HaKOHep, cneAyeT OTMeTMTb, hto AJifl ypaBHHBaHna ASBneHna μο>κθτ 6biTb npeAycMOTpeHO οτβθροτμθ Ha $acoHHbix ηθοταχ, hto ηθ noi<a3aHO 6onee ποαρο6ηο. 3το οτβθροτμθ πο3βοπαθτ BbipaBHUBaTb αββγιθημθ ripu μθμθηθημμ TeMnepaTypbi B repMeTUHHO 3aneHaiaHHbix Φθοοηημχ ηθοτηχ. 17 17 LV 10765
ΦΟΡΜΥΠΑ H305PETEHMSR 1. nonnaBKOBbm aapaiop απβ BBOfla B03Ayxa b BOAHyio cpeAy, b HacTHocTn b ycTaHOBKy aob aicruBnpoBaHHoro Una, coAepaomuii no MeHbuieii Mepe oahh ochobhow B03AyxonpoBOA, npocTupaiOLHniicfl BAOnb ΒΟΑΗΟίί ποθβρχΗοσ™ n no MeHbiueii Mepe oahh AOHHbiii aapaTop, pacnono>KeHHbiii ποα boahom noBepxHOCTbK) n coeAMHēHHbift c ποππθβκομ, pacnonox<eHHbiM na B03AyxonpOBOAe, npunēM nepe3 nonnaBOK AOHHbm aapaTop nocpeACTBOM AononHmenbHoro B03AyxonpOBOAa οοθαμηθη c OCHOBHbIM B03AyXOn pOBOAOM, ΟΤΠΜΗβΚΟΙΑΜίίοη τ e M, HTO c uenbīo o6ner4eHHfl 3KcnnyaTaunn u noBbimeHna ηβαβ^κηοοτιί, ochobhom B03AyxonpoBOA BbinonHeH cnnouHbiM, a nonnaBOK BbinonHeH no MeHbmeM Mepe H3 Asyx cpacoHHbix nacTePi, npunēM ocHOBHOii Tpy5onpoBOA nponyiAeH nepe3 οτΒβροτΜβ, o6pa30-BaHHoe AByMfl cļiacoHHbiMii HacTBMM nonnaBKa. 2. nonnaBKOBbiii aapaiop non. 1.OTnnHaiomtificfl τθμ, hto $acoHHbie nacTM nonnaBKa BbinonHeHbi b bha© β33μμο* coeAMHneMbix nonbix μ ΓβρΜβτΜΗβοκΜ 3anenaTaHHbix CKopnyn m nnacTMaccoBoro MaTepnana. 3. rionnaBKOBbiii aepaiop non. 1,OTnMHaiomtiiicfl τθμ, hto nonnaBOK BbinonHeH no MeHbLueii Mepe c oahmm npnēMHbiM οτΒβροτΜβΜ ποα naTpy6oK AononHmenbHoro B03AyxonpOBOAa. 4. llonnaBKOBbiM aapaTop non. 3, OTnusaiomuMCn τθμ, hto AnaMeTpbi npnēMHoro OTBepcTnn u naTpy6Ka AononHMTenbHoro B03AyxonpoBOAa Bbi6paHbi TaK, hto naTpy6oK b OTBepCTnn ycTaHOBneH c HaTnroM. 5. rionnaBKOBbiM aapaTop no n.n. 3 mv\ 4, oTnunaJOLunPicn Τ β M, HTO OCHOBHOPi B03AyxonpoBOA CHa6x<ēH 6bicTpo3a-KpblBaeMblM 3aMK0M, nocpeACTBOM ΚΟΤΟρΟΓΟ OH COeAMHēH c AononHUTenbHbiM B03Ayxonpoboaom. 18 6. nonnaBKOBbiii aapaiop no π. 2, oTnunatomuPicfl τθμ, hto nonnaBOK ΒΜΠΟΠΗΘΗ C ΚΜΠΘΜ. 5 7. rionnaBKOBbiii aapaTop non. 2, οτπμη8Κ)ιμμμοβ τθμ, hto nonnaBOK BbinOnHeH TaKOM (})OpMbl, ΠΤΟ ΘΓΟ ΜΘΤ3Ι4ΘΗΤρ OTHOCM-TenbHO HanpaBneHnn norpy>KeHMn HaxoflMTcn Bbiine Lļempa ΤίυΚΘΟΤΜ. 10 8. rionnaBKOBbiii aapaTop non. 2, omunaiomiiūca τθμ, mto nonnaBOK βμποπηθη c nnaBHbiM nepexoflOM οτ κμπβ k OBanbHOMy ΘΠΘΜΘΗΤγ, paenOnOXeHHOMy Ha ΠΟΒΘΡΧΗΟΟΤΜ BOflbl. 9. rionnaBKOBbiii aapaTOp non. 2, OTniiHatoiuMMcn τθμ, hto 15 ΟΤΗΟΙ1ΙΘΗΜΘ Me>Kfly OBanbHblM 3ΠΘΜΘΗΤ0Μ, HaxofliUflMMcn Ha ΠΟΒΘΡΧΗΟΟΤΜ BOflbl, Μ ΚΜΠΘΜ, HaXOflfllflMMCfl nOfl nOBepXHOCTblO BOflbi, npM HopManbHOiŽi Harpy3Ke μμθθτ ηορηηοκ οτ 1:2 flo 1:5. 10. nonnaBKOBbiii asparap non. 2, οτπμηβιοιαμμοπ τθμ, hto
20 Kunb ββιποπηθη c βμθμκομ, CHa6xeHH0M yflep>KMBaioiflMM 3ΠΘΜΘΗΤΟΜ. 11. rionnaBKOBbiM aapaTop non. 2, οτπμηθιοιμμμοπ τθμ, hto nonan nacTb nonnaeKa CHa6xeHa βοπθηθηημμ MaTepnanoM. 19 19 LV 10765 AHHOTALļMfl H3o6peTeHne othochtca k nonnaBKOBOMy aapaTopy απη BBOfla B03flyxa b oStēM BOflbi, b οοο6θηηοοτμ b ycTaHOBKax c 5 aKTMBupoBaHHbiM nnoM, coflep>KaiiļeMy no MeHbmeii Mepe oamh B03AyX0np0B0A, npOCTUpaKDlAMfiCil BAOflb ΠΟΒΘΡΧΗΟΟΤΜ BOAbl u no MeHbiueii Mepe oahh αοηημη aapaTop, KOTopbm pacnono>KeH ποα noBepxHocTbio boaw b noABemeHHOM nono>xeHHM Ha nonnaBKe, ycTaHOBneHHOM »a B03AyxonpoBOAe, n no MeHbiueii Mepe Ha oahom 10 coeAUHHTenbHOM B03AyxonpoBOAe οτβθτβπθηηομ ot B03AyxonpoBOAa TaK, HTOČbl BBeCTH B03AyX B OČlsēM BOAbl ΠΟΑ nOBepXHOCTblO BOAbl. HToābi ynpocTHTb c6opKy m ynymunTb pa6oiy nonnaBKOBbix a3paT0p0B, B03AyxonpoBOA BbinonHeH b βμαθ HenpepbiBHoro mnaHra, h HTOčbi nonnaBOK coAep>Kan no MeHbiueii Mepe αβθ cpacoHHbie nacTH, 15 KOTopbie o6pa3yiOT nnaBynee τβπο h pacnono>KeHbi Ha B03Ayxo-nposoAe h nonHOCTbio v\nv\ ηβοτμηηο οκργ>κ3Κ)τ ujnaHr B03AyXOnpOBOAa B ηρΟΧΟΑβ, ΟΠρβΑβΠΑβΜΟΜ AByMH CfjaCOHHblMM MaCTJIMH.

Claims (11)

  1. LV 10765 PATENTA FORMULA 1. Pludiņveida aerators gaisa ievadīšanai ūdens masā, sevišķi aktivētu dūņu iekārtā, kas satur vismaz vienu galveno gaisa vadu, kurš stiepjas gar ūdens virsmu, un vismaz vienu zemūdens aeratoru, kurš novietots zem ūdens virsmas un savienots ar pludiņu, kurš novietots uz gaisa vada, pie kam zemūdens aerators ar papildus gaisa vada palīdzību caur pludiņu savienots ar galveno gaisa vadu, atšķiras ar to, ka, ar mērķi atvieglot ekspluatāciju un paaugstināt drošību, galvenais gaisa vads ir vienlaida, bet pludiņš sastāv vismaz no divām fasondaļām, pie kam galvenais gaisa vads ir izvadīts caur atveri, kuru veido pludiņa fasondaļas.
  2. 2. Pludiņveida aerators saskaņā ar 1. punktu, kas atšķiras ar to, ka fasondaļas ir izgatavotas savstarpēji savienojamu dobu un hermētiski noslēgtu pusčaulu veidā no plastiska materiāla.
  3. 3. Pludiņveida aerators saskaņā ar 1. punktu, kas atšķiras ar to, ka pludiņš ir izgatavots vismaz ar vienu pievadcaurumu papildus gaisa vada īscaurules pievienošanai.
  4. 4. Pludiņveida aerators saskaņā ar 3. punktu, kas atšķiras ar to, ka pievadcauruma un papildus gaisa vada diametri ir izvēlēti tā, ka īscaurule pievadcauruma ir uzstādīta ar uzspīlējumu.
  5. 5. Pludiņveida aerators saskaņā ar 3. vai 4. punktu, kas atšķiras ar to, ka galvenais gaisa vads ir apgādāts ar ātri aizveramu slēģu, ar kura palīdzību tas savienots ar papildus gaisa vadu.
  6. 6. Pludiņveida aerators saskaņā ar 2. punktu, kas atšķiras ar to, ka pludiņš ir izgatavots ar ķīli. 2
  7. 7. Pludiņveida aerators saskaņā ar 2. punktu, kas atšķiras ar to, ka pludiņam ir tāda forma, ka tā metacentrs attiecībā pret iegrimes virzienu atrodas augstāk par smaguma centru.
  8. 8. Pludiņveida aerators saskaņā ar 2. punktu, kas atšķiras ar to, ka pludiņš ir izgatavots ar līdzenu pāreju no ķīļa uz ovālu elementu, kurš atrodas uz ūdens virsmas.
  9. 9. Pludiņveida aerators saskaņā ar 2. punktu, 10 kas atšķiras ar to, ka attiecība starp ovālo elementu, kurš atrodas uz ūdens virsmas, un ķīli, kurš atrodas zem ūdens virsmas, pie normālas slodzes ir ar kārtu no 1:2 līdz 1:5.
  10. 10. Pludiņveida aerators saskaņā ar 2. punktu, 15 kas atšķiras ar to, ka ķīlis ir izgatavots ar iedobi, kura aprīkota ar noturošu elementu.
  11. 11. Pludiņveida aerators saskaņā ar 2. punktu, kas atšķiras ar to, ka pludiņa dobā daļa ir aprīkota ar putveida 20 materiālu. 25
LVP-93-338A 1990-01-17 1993-05-14 Float-like aerator LV10765B (en)

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DE4001201C1 (lv) 1991-10-02
CN1053415A (zh) 1991-07-31
LT3382B (en) 1995-08-25
PT96491B (pt) 1998-07-31
CN1027884C (zh) 1995-03-15
FI101958B1 (fi) 1998-09-30
EP0437718B1 (de) 1993-08-25
PL288743A1 (en) 1992-01-13
DK0437718T3 (da) 1993-11-08
PL164365B1 (pl) 1994-07-29
MD242F1 (ro) 1995-07-31
FI910179A (fi) 1991-07-18
LTIP794A (en) 1995-01-31
FI101958B (fi) 1998-09-30
US5089179A (en) 1992-02-18
PT96491A (pt) 1992-09-30
AU6866891A (en) 1991-07-18
CA2034086A1 (en) 1991-07-18
MD242G2 (ro) 1995-12-31
CA2034086C (en) 1996-11-26
ATE93498T1 (de) 1993-09-15
FI910179A0 (fi) 1991-01-14
RU2047571C1 (ru) 1995-11-10
AU630778B2 (en) 1992-11-05
LV10765A (lv) 1995-08-20
DE59002478D1 (de) 1993-09-30
NZ236771A (en) 1992-08-26
MX173292B (es) 1994-02-14
EP0437718A1 (de) 1991-07-24
ES2044380T3 (es) 1994-01-01

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