CS237202B1 - Submersible impulse hydrant - Google Patents

Submersible impulse hydrant Download PDF

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Publication number
CS237202B1
CS237202B1 CS792298A CS229879A CS237202B1 CS 237202 B1 CS237202 B1 CS 237202B1 CS 792298 A CS792298 A CS 792298A CS 229879 A CS229879 A CS 229879A CS 237202 B1 CS237202 B1 CS 237202B1
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CS
Czechoslovakia
Prior art keywords
hydrant
bore
submersible
chamber
duct
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CS792298A
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English (en)
Inventor
Vesselin J Georgiev
Vladimir S Mednikarov
Original Assignee
Vesselin J Georgiev
Vladimir S Mednikarov
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Application filed by Vesselin J Georgiev, Vladimir S Mednikarov filed Critical Vesselin J Georgiev
Publication of CS237202B1 publication Critical patent/CS237202B1/cs

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B05SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05BSPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
    • B05B12/00Arrangements for controlling delivery; Arrangements for controlling the spray area
    • B05B12/02Arrangements for controlling delivery; Arrangements for controlling the spray area for controlling time, or sequence, of delivery
    • B05B12/06Arrangements for controlling delivery; Arrangements for controlling the spray area for controlling time, or sequence, of delivery for effecting pulsating flow
    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01GHORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G25/00Watering gardens, fields, sports grounds or the like
    • A01G25/16Control of watering
    • A01G25/165Cyclic operations, timing systems, timing valves, impulse operations
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B05SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05BSPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
    • B05B15/00Details of spraying plant or spraying apparatus not otherwise provided for; Accessories
    • B05B15/70Arrangements for moving spray heads automatically to or from the working position
    • B05B15/72Arrangements for moving spray heads automatically to or from the working position using hydraulic or pneumatic means
    • B05B15/74Arrangements for moving spray heads automatically to or from the working position using hydraulic or pneumatic means driven by the discharged fluid

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  • Engineering & Computer Science (AREA)
  • Water Supply & Treatment (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Environmental Sciences (AREA)
  • Reciprocating Pumps (AREA)
  • Nozzles (AREA)
  • Special Spraying Apparatus (AREA)
  • Crystals, And After-Treatments Of Crystals (AREA)
  • Fluid-Driven Valves (AREA)
  • Lift Valve (AREA)

Description

MMnyJIbCHHfi ΠΟΓΡΥ^ΑΒ^ΟΑ ΓΉ^ΡΑΗΤ ΕΒοδρβτβΗΜβ othochtch κ MMnyjibCHOMy norpyacaioineMycH γηλ-paHTy C πρΚΜΘΗΘΗΜβΜ Β CT θίρΛΟΗθρΗΗΧ ΛΟΚΛβΒΘΛbHHX CHCTSMaXC CWHXPOHHHM MMnyJIbCHHM ΛθΚοΤΒΜβΜ. ΜθΒβοτβΗ MMnyjibCHHffi norpysaDiuMKcn γμαρθητ, κοτορκ^ coc-ΤΟΗΤ M3 ΠΟΛΒΜΧΗΟίί CTOÍÍKM C yCTSHOBJíeHHIJM Β βθ ΒβρΧΗβΜΚΟΗΙξβ KJianaHOM ynpaBJíeHMH MMnyJIbCHHM fleiíCTBMeM M HMJIMHfl-pwwecKoro Kopnyca, coeflHHeHHoro b ero ημκηθμ κοΗμβ cB0flH0-B03,nyiuHHM pesepByapOM. BHyTpw noaBWXHoií cToifacw w Kopnyca pacnojioxeHH ΛΒβ τβΛβ-CKOnMWeCKW ΒΧΟΛΗΠξΗΘ flpyr B flpyra TpyÓKM, BHyTpeHHHH M3κοτορΗΧ χβοτκο οοθλμηθηθ co ctoííkoíí κ κλθπθηομ ynpaBjíeHHHMMnyJIbCHHM fleJÍCTBMeM, a ΒΗβΠΙΗΗΗ SeCTKO 3ΘΚρβΠ7ΙβΗΘ B KOp-nyce, npoxoflMT nepee ero ληο k οοθληηηθτοη c πμτθβπιμμTpyfiOnpOBOflOM. ΙίβΒβοτβΗ norpysca»miiíiCH rwflpaHT, coctohiumíí ms ημλμηλρμ-qecKoro Kopnyca, b kotopom ycTaHOBjíeHa πολβμχηηη CToiiKac qeHTpajibHHM npoflOJibHHM OTBepcTHeM. Οτοϋκβ KOHqaeTCHIUIOTHHM ΠΟρίΠΗβΜ. Πο ČOKOBOÍÍ ΠΟΒθρΧΗΟΟΤΜ ΠΟρίΙΙΗΗ ΒΗρθδΟ-ΤΘΗ KOJtbyeBOÍÍ nas, COeflHHeHHHS paflMajIbHHMH OTBepCTMHMHC μβΗΤρθΛΒΗΗΜΚ OTBepCTWMMH C UeHTpajIbHHM OTBepCTMeM CTOÍÍKH.
He,nocTaTKOM WBBecTHoro MMnyjibCHOro norpyaaiomerocfl γηλρθη-τθ ΗΒΛΗβτοΗ το, Ητο pacnojioaeHHHe BHyTpw ποαβη&amp;ηοκ cto^kmm Kopnyca TejiecKonMnecKw Bxo^HiuHe flpyr b Apyra TpyĎKM,κοτορυθ aaTpyflHHBT ynjiOTHeHMe πολβμχηηχ SJíeMeHTOB rwmpaHTa,yBejiMHWBaBT rwflpaBawHecKwe ποτβρκ βο βρθμα moameBaHMH wBe^yT κ yBejiwweHiw λκθμθτρθλβηηχ pasMepos γμλρθητθ, anponopuwoHajibHo 3TOMy yeejiwnwBaroTCH Taxae conpoTMBMTejib-Hue cmjih rpyHTa npz βηβθλθημμ ctoSkm Ha# ποβθρχηοοτββseMJiw. 237202 2 flpyroií HeflOCTSTOK - 3T0 ÓOJIblUOfó, Henp0H3B04MTejIbHHMB ΟΤΗΟΙΠβΗΜΜ ΛΟΚΛΘΒβΗΗΗ θ6Ί>ΘΜ, ΒΚΛΚ)Η8ΚΙΙξΜΗ OÓbeM KOpnycaμ ofibeM ctomkm, ητο βθλθτ κ yBejm^eHHK) β ηθοκολβκο pasοδΐβΜθ βοαηο-βο3ji,yinH0γο pe3epByapa. 3afla^eK Κ300ρβτβΗΗπ ηβληθτοη οοθλθημθ HMnyjibCHoro norpy-®a»mero γκλρθητθ μμηημθλβηηχ AMaMeTpajibHEX pa3MepoB, cMMHMMajIbHHMM ΠΟΤθρΗΜΜ ΘΗθρΓΜΜ Τβ^ϊβΗΜΑ ΒΟΛΗ, C C MMHMMajIbHHM ΟόΐθΜΟΜ ΒΟΛΟΠρΟΒΟΛΜΜΗΧ ΤρθΚΤΟΒ 3a BO£HO-BOBflyUIHHMpesepByapoM, 6e3 ηθο6χοαμμοοτη b βκλμθημμ λοπολημτθλβ-HHX 3ΛΘΜΘΗΤΟΒ KQK B nOflBMJKHy© CToKxy, TSKXe M B KOpnyerwflpaHTa. 3axaMa peinaeTCH οοβλθηηθμ MMnyjbCHoro norpyscammerociirwflpaHTa, y κοτοροτο βθρτμκθλβηο k nwTaiouíeMy TpySonpo-Bo^y acecTKo ycTaHOBjíeHa xaMepa c βθρτμκθλβηο pacnojioKeH-HHM Β ΗΘΜ 3OJIOTHMKOM C ΠΟΛΟΟΤΜ). SepXHflfl HaCTb ΚΘΜβρΗΟΟΘΛΜΗβΗΘ nOCpeflCTBOM ΓΟρΜΒΟΗΤΘΛΒΗΟΜ Tpy6KH C OAHOM CTO-POHH C KOJIblíeBHM Π830Μ ΠΟρΠΙΗΗ , a C ΠρΟΤΜΒΟΠΟΛΟΚΗΟΜ CTOp©hh - c BOflHHeň κδΜβροκ βοληο-βο34yuiK0ro pe3epsyapa. B BepxHeM KOHpe aojioTHHKa μμθθτοη οτβθροτηθ, οοθληηηκ)-mee ero nojiocTb c βοληηοκ κβΜβροκ, a b ero ημκηθμ κοΗμβMMeeTCH OTBepcTwe, coocHoe c οτβθροτμθμ npoMeacyTOHHowοτθηη KaMepbi, οοθλμηηιοηιημ πολοοτβ θολοτημκθ nepe3 Bep-THKaJlbHHM ΚΘΗΘΛ C ΠΟΛΒΜΚΗΗΜ IIiapKKOM Μ npOMeKyTOHHEMMCBH3HMM C ΠΜΤΒΙΟΛΜΜ TpySonpOBO^OM. B HMXHOM ΚΟΗΙΙΘ ΒθρΤΜ-xajibHoro xaHajia BupaSoTaHO γημθλο λλη mapwKa. npewMymecTBo μ3ο6ρθτθημη coctomt b tom, hto οοθαμηθημθβοληηομ xaMepw BOflHO-BO3flyiuHoro pe3epByapa c noflBHSCHoiíCTOíiKoft ocy^ecTBJíeHO b caMofó BepxHeíí hhctm xopnyca 6e3yqacTMH oSteMa ποολθληθγο b paóoneM βολοπροβολμμομτρθκτβ, cjie£yiomeM 3a peeepByapoM, ηθμ yMeHbuiassTCH rw#-paBJHWeCKHe ΠΟΤΘρΗ, a Ηβπρ0Η3Β0ΛΜΤΘΛΒΗΕβ ΟβΐΘΜ 3ΗΘΗΜ-TejibHo yMeHbiuaeTCH. 237202 4ocTwraeTCH yMeHbineHwe b ηθοκολβκο pas ηθο6χοαμμογο o6te-ita peeepByapa w θφφβκτΜΒΗΟβ b οτΗοιιιβΗκκ AOKAesaHMsi wcnoAb-3ΟΒΘΗΜΘ ΛΘΒΛβΗΗΗ SKKyMyjIMpOB aHHOÍ} Β ΗβΜ BOflH. ΠΟ^Ι,ΒΜΚΗΘΗοτοβκθ m Kopnyc Ηβ αυ6λμροβθηη ρθοπολοκθηηημμ BHyTpwτθλθοκοπηπθοκη: bxoaheuhmm Apyr b Apyra TpyCicaMM, uto BMecTeC ΠΛΟΤΗΟ BUpaÓOTaHHHM B βΚΟΜΘΛΒΗΟΜ HanpaBJíeHMH ΠΟρΠΙΗβΜnOABWatHOií CTOiÍKW Π03Β0ΛΗβΤ JTMeHbinMTb ΑΜΘΜβΤρβΛbHiie ρθ8-Μβρυ rwApaHTa, yBejiwqwTb HaAestHOCTh βηβθαβηηη ctoKkwΗΘΑ nOBepXHOCTb» 3ΘΜΑΜ W ynpOCTMTb ynjIOTHeHHe ΠΟΑΒΜΚΗΗΧΘΑΘΜβΗΤΟΒ. ΠρΚΜβρΗΟβ ΒΗΠΟΛΗβΗΜβ Η3θ6ρβΤβΗΜΗ ΠΟΚΘ3ΘΗΟ Ηθ ΠρΗΛΟ»βΗΗΟΜ^βρτβκβ, κοτορκίί πρβΑοτβΒΛΗβτ co6om ΒβρτΜΚΒΛΒΗυϋ paspesno ocm WMnyjibCHoro norpyxaioinerocH γμαρθητθ. MMnyjibCHhiií norpyacaiomMKca γηαρθητ coctowt wa Kopnyca 2,b κοτοροΜ ycTaHOBjreHa ποαβμχηθη οτοϋκβ 12, κοημθβπιθηοηΠΛΟΤΗΗΜ ΠΟρίΠΗΘΜ 7. Πο ĎOKOBOÍÍ ΠΟΒβρΧΗΟΟΤΗ ΠΟρίΠΗΗ ΒΗρβ-6οτ8Η κοΛΒρβθοβ Π83 9 c ρθαμθλβηημμ OTBepcTKHMM 3, coe-ΑΜΗΗΒϋξΜΜΜ Π33 9 C ΑβΗΤρβΛΒΗΗΜ ΟΤΒβρΟΤΗβΜ 13 CTOÍÍKH 12.BepTMKajibHo η θα πμτθβαημ TpyČonpoBOAOM 29 «βοτκο ycTa-ηοβλθηθ Kaiuepa 4 c βθρτμκθλβηο ρθοπολοχθηηημ β ΗβΚ ao-ΛΟΤΗΜΚΟΜ 16 C nOJIOCTbíO 6. BepXHHfl qaCTb ΚΘΜβρΗ 4 nocpeA-CTBOM rOpHSOHTajIbHOií TpyÓKM 15 COeAMHeHa C OAHoS CTOpOHHC KOJTbUeBHfi Π03ΟΜ 9 ΠΟρίΠΗΗ 7, a C Apyroií CTOpOHH - C BO-Aahoíí Kaiiepofó 20 βοαηο-βο3Α3ππηογο peeepByapa 21. B BepxHeM KOHue θολοτημκθ 16 HMeeTcs OTBepcTwe 17, coe-AHHHioinee BOAHHyjo KaMepy 20 c ero nojiocTbio, a b ero hh«-ηθμ Konice, MMeeTca οτΒβροτΜβ 5, corviacHO c οτεβροτΜβΜ 25npoMescyToqHofó οτβΗΚΗ 18 κβωβρΗ 4, coeAWHHioinee πολοοτβ 630A0THWKa 16 qepee ΒβρτκκθΛΒΗΗίί κθηθλ 26 c ποαβμκηημinapMKOM 24 w npoMexyTQqHHMH οβηθημη 28 m 3 c πμτθβήμμTpyĎonpoBOAOM 29. Β ημχηθμ κοηπθ βθρτμκθλβηογο KananaBHpaCoTaHO γηθθαο 27 αλη niapwKa 24. 237202 4 4eKcTBHe KMnyjibCHoro norpyaaioqeroca γμαρ®ητθ cjieflyromee: B Ha^ajIbHHi} ΜΟΜβΗΤ ΠβρβΛ ΒΚΛΚΉβΗΗβΜ ΠΗΤΘΚ)Π<βΓΟ ΗΘΠΟρΗΟΓΟTpyConpoBo^a 29 ποαβη»ηθη οτοίίκθ 12 HaxoAHTes β κρβδΗβΜΗΚ3ΚΗΘΜ ΠΟΛΟΚβΗΗΜ, Τ.β. ΟΗΘ yČpaHa Β ρΚΛΗΗΑΡβ 2., a 3ΟΑΟΤ-ημκ 16 μ inapMK 24 ηηχοαητοη οοοτβθτοτβθηηο β HHXHeft qacTiiΚΘΜβρΗ 4 Η KOHyCOOČpaSHOM ΓΗβ3Λβ 27 ΚΘΗΘΛΘ 26. ΠρΜ ΒΚΛίΟ-qeHHH HacocHoro τργβοηροΒοχβ 29 boa® qepes TpyĎKy 30M OTBepcrwe 31 ΛΗΘ 1 ΠρΟΗΗΚΘβΤ Β ΠΟΛΠΟρίΠΗβΒΟβ ΠροΟΤρθΗ-ctbo Kopnyca 2 w ΗθΟΗββτ βητθλκμβθτβ ηθβθρχ nopmeHb 7,a BMecTe ci hhm h norpyxammaHcs cToftua 12. Β to ace BpeMHnepes OTBepcTiíe 3 βοαθ προΗϋκββτ b KaMepy 4, ποαηημθθτ30Λ0ΤΗΗΚ 16 Μ ΒΘΚρΗΒΘβΤ OTBepCTHe 15, a, npOXOAH Ίβρβ3οτΒβροτΜβ 28 h KOHycoo6pa3Hoe γηθβαο 27, ποαηημβθτ inapnic24. Uepes κηηθλ 26, οτβθροτμα 25 w 5, πολοοτβ 6 soaothh-xa 16 w οτΒβροτΜΗ 17 w 19 boa® HacTynaeT b BOAHHHyio Ka-Mepy 20 BOflHO-BO3flymHoro pesepByapa 21, γαθ nepe3 rHĎKy©MeMĎpaHy 22 HammaeT KOMnpeccwpOBaTb npeABapMTexbHO Har-ΗβΤβΗΗΗ® RO ΟΠρβΑβΛβΗΗΟΓΟ Α®ΒΛβΗΗΗ B0 3AJTX B BOSflyiHHOfóKaMepe 23. Ilocjie βηβοαθ norpyscaDmeSca ctoKkh 12 ηθα no-BepXHOCTbD 3βΜΛΗ, Τ.θ. ΠρΗ ΑΟΟΤΜΜβΗΜΜ ΚρβϋΗβΓΟ ΒβρΧΗβΓΟΠΟΛΟ»βΗΗΗ nOpUIHfl 7 OCH paflMajIbHHX OTBepCTMS 8 Μ ΚΟΛΒΙίβ-βογο nasa 9 οοβπθαθβτ c ocbio OTBepcTMÍi 15 η 19. Boa® Μ3ΗΘΑΠΟρίΠΗβΒΟΓΟ ΠρΟΟΤρθΗΟΤΒΘ ΙξΜΑΜΗΑΡΘ 2 ΠρΜ ΑΒΜΧΘΗΗΜ ΠΟρ-ΠΙΗΗ 7 ΗβΒβρΧ ΒΗΤΘΛΧΗΒθβΤΟΗ Ηβρβ3 OTBepCTHe 11 Β ROTlOJl-ΗΗτβΛΒϊ^Β HanopHy® οβτΒ 10. Ποολθ οκοη^θημη npoijeccaaKKyMyjiwpoBaHitH boah β boahhoS xaMepe 20 βοαηο-βο3Α3ππ-ηογο pesepByapa 21 η βηρθβηηβθηηη αθβλθημη β ηθμ c α®β-ΛβΗΗβΜ ΒΟΛΗ Β ΗΘΠΟρΗΟΜ ΠΗΤβΚΠΙβΜ TpyĎOnpOBOA® 29 ΙΠθρΚΚ24 ποα Ae&amp;CTBMeM CBoero Beca naAaeT bhhs b xoHycooĎpas-Hoe γηθ3αο 27 w saKpuBaeT OTBepCTHe 28. Ilocjie ποαθηηcitrHaia o ποηηχθηηομ α^βλθημη b nwTaioqeíí οβτκ 29 βολοτ-ΗΜΚ 16 MMnyjIbCHO ΠθρΘΜΘΙΙίβθΤΟΗ BHW3 Μ aKKyMyHHpOBaHHaflboa® W3 boahom KaMepH 20 tiepee OTBepCTHe 19, 15, 8 κ 13 237202 > βητθλκμβθθτ κ AOX^eBajibHOMy annapaTy pjlsi λολλθβθημη. 3tot npopecc ocymecTBjmeTCH πολ fleftcTBueií cataToro b bob-flyuiHoft Kauepe 23 Bosayxa. lípu ecex nocjteAHux ομγηθλθχO nOBHineHHOM U ΠΟΗΗΧβΗΗΟΜ ΛΘΒΛΘΗΜΜ B ΠΜΤβΒΙΙΙβΜ TpyČOIipO-sofle nepuoflunecKu ocyqecTBJíHíOTcji npopeccn βκκγΜγΛΜρο-βθηηη βολή b BOflHo-BO3/íyiuHOM pesepeyape 21 c noc^eflym-mMM ee βητθλκμβθηηβμ λλη λοχλθβθημη Hepe3 norpystaioiuyBCH.HOaweBajibHyío croKiey 12. ΠρΜ ηθο6χολμμοοτμ yfipaTb norpy-scarauyKCH CToftKy b γμλρθητ πμτθβιιιμ^ TpyĎonpaBOfl 29 βηκλβ-’ίθβΤΟΗ, a ΒΚΛΒΗΘβΤΟΗ ΛΟΠΟΛΗΜΤΘΛΒΗΗβ Tpyčonposofl 10, πρκ-ueM nopiueHb 7 ηβηηηηθτ nepeABuraTbCH bhhs. Bo.ua hb πολ-nopniHeBoro npocTpaHCTBa nepes OTBepcTue 31 u TpyĎonpo-βολ 30 BHTajiKMBaeTca b ΠΗτβΒπμιϋ TpyConpoBOfl 29. ΦΟΡΜΟΑ M30BPETEHHfl
~-X 1. WiínyjibCHHii norpyKaroquiicfl rwflpaHT, Biuiiouaioímtfó norpy-xawmMRcH nwpaHT u BOflHO-BOBflyuiHHii peaepeyap, npuyeMnoflBitxHas οτοδκθ norpyscaDujerocfl γηλρθητθ ΗΜββτ ueHTpanb-Hoe npo£OJibHoe oTBepcTwe, KOHuaxxuee πλοτηβμ nopuiHeM, noČOKOBOí5 nOBepXHOCTM ΚΟΤΟρΟΓΟ ΒυρβδοΤΘΗ KOJTbueBOÍi nae,COeflWHeHHHK nOCpeflCTBOM ΡΘΛΜΘΛΒΗΗΧ OTBepCTMÍÍ C UeHTpaHb-hhm οτΒβροτΜβΜ ctoííkm, a ρΜΛΗΗ,ςρΗΜβοκκβ Kopnyc B eroBepxHeM w ημχηθμ KOHpe οοοτβθτοτβθηηο coeflMHeH c λοπολ-ΗΜτβΛΒΗοΚ m nMTajoqefi ηθπορηημμ οθτημμ, OTjiHHarauwiícH τβΜ,ίτο ΒβρτΜκθΛΒΗΟ κ niíTararieMy TpyfionpoBO/iy (29) χβοτκοycTaHOBJíeHa xaMepa (4) c βθρτμκθλβηο ρθοπολοχθηηημ b HeíiΒΟΛΟΤΗΜΚΟΜ (16) C nOJIOCTbB (6), ΠρΜΠβΜ ΒβρΧΗΗΗ uaCTb Κθ-uepu (4) nocpeACTBOM ropiisoHTajibHoft TpyCKU (15) coeAUHeHaC ΟΑΗΟϋ CTOpOHH C KOJIbLieBHM ΠΘ30Μ (9) nOpiHHH (7), a cηρΟΤΗΒΟΠΟΛΟΧΗΟβ CTOpOHH - C BOflflHOft ΚΘΜβρΟ# (20) BOflHO-BOSAyniHoro pesepByapa (21), npHneM b BepxHeu KOHije sojiot-HHKa (16) uueeTCH OTBepcTue (17), coeflMHHDinee BOflHHyEKauepy (20) c ero πολοοτβιο (6), a b ero ηηχηθμ κοΗΐχβ 237202 6 MMeeTCH OTBepcTwe (5), οογλθοηο c οτΒβροτΜβΜ (25) προωβ-ΚγΤΟΊΗΟδ CTeHKM (18) ΚΘΜβρΗ (4), COeflMHHDlUeií nOJIOCTb (6)30Λ0ΤΗΚΚΘ (16) tíepe3 BepTHKBJIbHHÍÍ ΚΘΗΘΛ (26) C nOflBZKHKMinapMKOM H npOMexyTOWHHMM CBH3ÍIMH (23 M 3) C ΠΗΤΘΚΠμίΜTpyĎonpoBOflOM (29). 2. MMnyjibCHNft norpyacaíamwiicH γμλρθητ β οοοτβθτοτβημc nyHKTOM 1, oTJiMtiai3mníícíi τβΜ, wto b ημχηθμ kohusΒβρΤΜΚΘΛΒΗΟΓΟ KaH8Jia (26) BHpaĎOTaHO ΓΗβ3ΑΟ (27) ZJIRiuapMKa (24). ΠριωοκβΗΜβ: 1 fjwrypa 237202 7
AHHOTAW MMnyjibCHHfí norpyataromiííicfl γηλρθητ.
WaoópeTeHMe othocmtca k WMny&amp;bCHOMy norpyaaraueMycH γμλ-paHTy c πρμμθηθημθμ b ctaqzoHapHhix flOKfleBajibHtix czcTeuaxC CMHXpOHHHM MMIiyjlbCHHM fleííCTBMeM. 3aaaweií ΗβοδρβτβΗΗΗ ηβληθτολ cosflaHwe ZMnyxbCHoro norpy-aasomerocfl γζλρθητβ μμηζμθλβηηχ λμθμθτρθλβηηχ paaMepoB, C MHHHMaJIbHUMM ΠΟΤβρΗΜΜ ΘΗθρΓΜΜ ΤβΜβΗΖΗ BOflhl, C MKHMMSJIb-HUM OČbeMOM BOflOnpOBOAWMHX ΤρβΚΤΟΒ 3Θ BOflHO-BOaflyiHHHM „peaepByapoM, 6ea ηθο6χολμμοοτμ b βκλβμθημμ λοπολημτθλβ-HHX 9ΛβΜβΗΤΟΒ KSK B IIOABHKHyB CTOJÍKy, ΤΘΚΧβ Μ B KOpnyCrwflpaHTa. 3aaaza peuiaeTCH coaflaHaeM KMnyjibcHoro norpyscaBmerocsrwflpaHTa, y κοτοροτο βθρτηκθλβηο k nwTaiomeuy TpyĎonpo-BOfly aecTKo ycTaHOBxeHa xajíepa c BepTMxaxbHO pacnoxoaeH-HKM B Heíí 30Λ0ΤΗΧΚ0Μ C nOJIOCTbíO. DepXHHH UaCTb KaMepacoeflMHeHa nocpe^CTBOM ropwaoHTajibHoii TpyČKw c οληοΚ cto-pOHH C ΚΟΛΒΠθΒΚΜ ΠΘ3ΟΜ ΠΟρίΠΗΗ, a C ΠρΟΤΗΒΟΠΟΛΟΚΗΟϋ CTO-Pohh - c BOflaHoíi KSMepofó BOflHo-BoaflyniHoro peaepByapa. B ΒβρΧΗΘΜ KOHIje BOJIOTHHKa ΗΜββΤΟΑ OTBepCTWe, COeflWHHB-iqee ero πολοοτβ c βολαηομ κβωβροϋ, a b ero ηηκηθμ KOHueMMeeTca OTBepCTWe, coocHoe c οτθβροτζβΜ npoMeayrouHoííCTeHti KaMepH, coeflMHH»meíí noxocTb aoxoTHHKa xiepea Ββρτζ-K&amp;KbHhlíí Κ3ΗΘΛ C nOflBMSHblM ΙΠθρΗΚΟΜ M npOMeSCyTOWHUMM CBH3HMWC ΠΜΤΘΒΟίΜΜ TpyConpOBOflOM. B HMKHeií ΚΟΗμβ ΒθρΤΗΚβΛΒΗΟΓΟKaHSJía BupaóoTaHO ΓΗββ,ςο fíjia uiapwKa, 237202

Claims (2)

  1. 237202 PŘEDMĚT VYNÁLEZU
    1. Ponorný impulsový hydrant, který je uzavřen vzduchovodní nádrží, přičemž posuvná tyčpodzemního hydrantu má centrální podélný vrt, na jejímž konci je umístěn plný píst a najeho plášti je kruhový kanál spojený pomocí' radiálního vrtu s centrálním vrtem tyče a vá-lec je na horním a dolním konci spojen s přívodním tlakovým potrubím, vyznačující se tím, že kolmé přívodní potrubí je vybaveno komorou /4/ s uvnitř kolmo ležícím šoupátkem /16/ a pevně zabudovanou dutinou /6/, přičemž horní díl komory /4/ je spojen pomocí horizontálnítrubky /15/ ze strany kruhového kanálu /9/ pístu /7/ s protilehlou stranou vodní komory /20/vzduchovodní nádrže /21/, v jejímž horním konci šoupátka /16/ je vyveden spojovací vrt /17/mezi vodní komorou /20/ a dutinou /6/ a na spodním konci k vrtu /17/ je vyveden koaxiálnívrt /5/ na příčce /18/ komory /4/, který spojuje dutinu /6/ šoupátka /16/ a přívodní potru-bí /29/ pomocí kolmého kanálu /26/ s pohyblivou kuličkou /24/ a mezipřípojkami /28, 3/.
  2. 2. Ponorný impulsový hydrant podle bodu 1, vyznačující se tím, že na spodním koncikolmého kanálu /26/ je zhotoveno uložení /27/ pro kuličku /24/. Uznáno vynálezem na základě výsledku expertizy, provedené Institutem pro vynálezya z lepšovatelství, Sofia, BG» 1 výkres
CS792298A 1978-04-17 1979-04-03 Submersible impulse hydrant CS237202B1 (en)

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US (1) US4270697A (cs)
CS (1) CS237202B1 (cs)
DD (1) DD161091A3 (cs)
DE (1) DE2914064A1 (cs)
ES (1) ES250476Y (cs)
FR (1) FR2423265A1 (cs)
GB (1) GB2018554B (cs)
HU (1) HU181891B (cs)
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SU (1) SU942633A1 (cs)

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
BG29733A1 (en) * 1979-08-21 1981-02-16 Georgiev Apparatus for impulse sprinkling
IL63434A0 (en) * 1981-07-27 1981-10-30 Mekler Dan Apparatus and method for drip irrigation
US4852801A (en) * 1988-03-11 1989-08-01 Wet Enterprises, Inc. Airpowered water displays
GB2241180A (en) * 1990-02-22 1991-08-28 Rolls Royce Plc Automatic retractable fluid delivery valve
DE4129888C2 (de) * 1991-09-09 1995-04-13 Runolt Holz Teleskopierbarer Versenkregner
US5398873A (en) * 1994-04-28 1995-03-21 Johnson; Lonnie G. Fluid pulsator with accumulator for frequency control

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US1984531A (en) * 1931-01-06 1934-12-18 Siemens Ag Sprayer employed in watering areas of land
US1998592A (en) * 1932-10-29 1935-04-23 Siemens Ag Spraying device
US3063645A (en) * 1961-06-12 1962-11-13 Joseph C Tropeano Sprinkler head and valve control mechanism with compressed air means
SU378198A1 (ru) * 1971-03-19 1973-04-18 Всесоюзный научно исследовательский институт механизации , техники полива Выдвижной подземный гидрант
US3794245A (en) * 1972-05-26 1974-02-26 Williamson Built Inc Intermittent sprinkler and system
US3976250A (en) * 1973-11-14 1976-08-24 Bentzinger Harlan A Irrigation device

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ES250476U (es) 1980-07-16
DE2914064A1 (de) 1979-10-25
HU181891B (en) 1983-11-28
DD161091A3 (de) 1984-10-17
FR2423265B3 (cs) 1982-02-19
US4270697A (en) 1981-06-02
SU942633A1 (ru) 1982-07-15
GB2018554B (en) 1982-06-23
GB2018554A (en) 1979-10-24
ES250476Y (es) 1981-01-16
DE2914064C2 (cs) 1987-10-08
NL7902884A (nl) 1979-10-19
FR2423265A1 (fr) 1979-11-16

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