Iisando sokushayela inqwabaingenye yezinto ezibalulekile ekwakhiweni kwesisekelo senqwaba. Isetshenziswa kabanzi ekwakhiweni kwesisekelo sezakhiwo zezimboni nezomphakathi, amachweba, amadokhi, amabhuloho, njll. Inezici zokusebenza kahle kokunqwabelanisa okuphezulu, izindleko eziphansi, ukulimala okulula kwekhanda lenqwaba, kanye nokuguqulwa kwenqwaba encane. njll Izinhlobo zama-piles ngokuvamile zingahlukaniswa zibe izigaba ezimbili: izinqwaba ezenziwe ngaphambilini kanye nezinqwaba ezifakwe endaweni. Ama-precast piles aqhutshwa ngokuyinhloko emhlabathini ngokushaya ngesando. Imishini yayo yokwakha iphinde yavela kwizando eziwayo, izando zesitimu kanye nezando zikadizili kuya ezando zokunqwabelanisa i-hydraulic vibration.
Okwamanjeukunqwabelanisa izandozingahlukaniswa zibe izigaba ezimbili ezinkulu. Olunye uhlobo lusebenzisa isidlidlizi esijikelezayo, esikhiqiza ukudlidliza ngokuzungezisa kwe-eccentric shaft (i-eksisi isikhungo sayo sokudonsela phansi singaqondani nesikhungo sokuzungeza noma shaft enebhlokhi eccentric); olunye uhlobo lisebenzisa isidlidlizi esiphindaphindayo, ngokuvamile uwoyela we-Hydraulic ushayela ipiston ukuthi ibuyele kusilinda, okubangela ukudlidliza. Uma i-vibrator ejikelezayo isetshenziswa, uma idivayisi yokushayela ye-vibrator iyinjini kagesi, isando sokubopha kagesi; uma idivayisi yokushayela ye-vibrator iyi-hydraulic motor, iyisando sokuhlanganisa i-hydraulic. Lolu hlobo lwesando sokunqwabelanisa i-hydraulic lusetshenziswa kakhulu ezweni lethu, kufaka phakathi kokubili okuvela kwamanye amazwe kanye nasekhaya. Izando eziningana noma inqwaba yezando zokushayela inqwaba zisebenzisa ama-rotary exciters zingaxhunywa ukuze zidlidlize ngokuhambisanayo ukuze kwakhiwe izinqwaba ezinkulu ezakhiwe ngaphambili.
Isimiso sokusebenza sokudlidliza kwe-hydraulicukunqwabelanisa isando: i-hydraulic motor yenziwa ukuze yenze ukujikeleza komshini ngokusebenzisa umthombo wamandla we-hydraulic, ukuze ipheya ngalinye lamasondo angenasici ebhokisini lokudlidliza lizungeleze liye kolunye uhlangothi ngesivinini esifanayo se-angular; amandla e-centrifugal akhiqizwe ukuzungezisa kwamasondo amabili ayi-eccentric yizingxenye eziya ohlangothini lomugqa oxhuma phakathi nendawo ye-shaft ezungezayo zizokhansela ngaphandle ngesikhathi esifanayo, kuyilapho izingxenye eziqonde ngqo endleleni yomugqa oxhumanisa isikhungo se-shaft ejikelezayo sizobeka phezulu komunye nomunye futhi ekugcineni senze inqwaba (ipayipi) amandla okuvusa.
Ukuqhathanisa phakathi isando sokunqwabelanisa kagesi kanyeisando sokunqwabelanisa i-hydraulic vibration
Imikhawulo yezicelo zesando sokunqwabela ngogesi:
1. Izinto zokusebenza zinkulu kunezisetshenziswa ezinamandla afanayo ajabulisayo, futhi ubukhulu nesisindo sesando sikagesi kukhulu. Ngaphezu kwalokho, ukwanda kwesisindo nakho kuthinta ukusetshenziswa okusebenzayo kwamandla ajabulisayo.
2. Umthelela wokudambisa ukudlidliza wentwasahlobo mubi, okuholela ekulahlekeni okukhulu kwamandla ekudluliseleni phezulu kwamandla ashukumisayo eduze kwentambo yensimbi, cishe u-15% kuya ku-25% wawo wonke amandla, futhi kungase kubangele umonakalo ekuphakamiseni okusekelayo. imishini.
3. I-frequency ephansi (isando sokunqwabelanisa imvamisa emaphakathi nephansi) ayikwazi ukucwilisa ngempumelelo istrata esinzima nesiqinile, ikakhulukazi ungqimba lwesihlabathi, okuholela ebunzimeni bokucwiliswa kwenqwaba.
4. Ungasebenzi ngaphansi kwamanzi. Ngenxa yokuthi ishayelwa yinjini, ukusebenza kwayo okungangeni amanzi kubi kakhulu. Ungazibandakanyi emisebenzini yokushayela inqwaba ngaphansi kwamanzi.
Izinzuzo zeisando sokunqwabelanisa i-hydraulic vibration:
1. I-frequency iyalungiseka, futhi amamodeli we-low-frequency kanye ne-high-frequency angakhethwa kalula. Njengoba amandla e-excitation elingana nesikwele se-frequency, amandla okuvusa izando ze-hydraulic nezando zikagesi zobukhulu obufanayo zihluke kakhulu.
2. Ukusetshenziswa kwe-rubber vibration damping kungakhuphula amandla ashukumisayo okushayela inqwaba nemisebenzi yokudonsa. Ikakhulukazi ngesikhathi sokudonsa inqwaba, inganikeza amandla okudonsa asebenza ngempumelelo.
3. Ingasetshenziswa ngenhla nangaphansi kwamanzi ngaphandle kokwelashwa okukhethekile.
Ngokunwetshwa okwengeziwe kwesikali sokwakhiwa kwengqalasizinda ezweni lakithi, ikakhulukazi ukuqala okulandelanayo kweminye imiklamo emikhulu yesisekelo, indawo ebanzi ihlinzekwe ngesando sokugoqa esinyakazayo, okusenza sibe isisetshenziswa esibalulekile esibalulekile. Isibonelo, kunamaphrojekthi omgodi wesisekelo ajulile akhulayo, ukwakhiwa kwenqwaba yemiphongolo emikhulu kanye namaphrojekthi amakhulu wokwakha amabhokisi ensimbi, isisekelo esithambile namaphrojekthi wokwakha ama-rotary drilling, amaphrojekthi wokwakha ujantshi wesivinini esikhulu kanye namaphrojekthi ayisisekelo wokwakhiwa kwemigwaqo, ukulungiswa kabusha kolwandle nokulungiswa kabusha. amaphrojekthi kanye namaphrojekthi wokwelapha. Ukwakhiwa kwenqwaba yesihlabathi, kanye nohlu olubanzi lwemiklamo yokwakha kamasipala, ukwakhiwa kwamapayipi, ukuhlanzwa kwemisele yendle kanye namaphrojekthi okugcina umhlaba, konke akunakuhlukaniswa nezando zokuhlanganisa ukudlidliza kwamanzi.
I-Yantai Juxiang Construction Machinery Co., Ltd. ingenye yezinkampani ezinkulu zokunamathisela i-excavator kanye nezinkampani ezikhiqizayo e-China. I-Juxiang Machinery inesipiliyoni seminyaka eyi-15 ekwakhiweni kwemishini yobunjiniyela, ukukhiqiza kanye nokucutshungulwa, onjiniyela be-R&D abangaphezu kuka-50, futhi ikhiqiza amasethi angaphezu kuka-2,000 emishini yokunqwabelanisa minyaka yonke. I-Juxiang Machinery igcine ukubambisana okuseduze nama-OEM asekhaya asezingeni lokuqala afana ne-SANY, i-Xugong, ne-Liugong unyaka wonke. Imishini yokunqwabelanisa ekhiqizwe yiJuxiang Machinery inobuciko obuhle kakhulu nobuchwepheshe obusezingeni eliphezulu. Imikhiqizo isizuzise amazwe angu-18, ithengiswe kahle emhlabeni wonke, futhi yathola ukunconywa ngazwilinye. I-Juxiang inekhono elivelele lokuhlinzeka amakhasimende ngamasethi ahlelekile naphelele emishini yobunjiniyela nezisombululo, futhi ingumhlinzeki wesevisi wesixazululo semishini yobunjiniyela onokwethenjelwa.
Isikhathi sokuthumela: Dec-08-2023