Kwicandelo lokwakha, ii-tower cranes zizixhobo eziphambili zokuthutha ezithe nkqo, kwaye ukhuseleko kunye nokuzinza kwazo kubaluleke kakhulu. Ukuze siphucule ngakumbi ukhuseleko lokusebenza kwee-tower cranes phantsi kweemeko ezinzima zemozulu, siqalise kakhulu i-anemometer ekrelekrele eyenzelwe ngokukodwa ii-tower cranes. Le mveliso ayinayo nje kuphela ukusebenza kakuhle kokulinganisa, kodwa ikwadibanisa imisebenzi emininzi enobuchule ukubonelela ngeziqinisekiso zokhuseleko ezithembekileyo ngakumbi zokwakha.
Iimpawu zeMveliso
1. Umlinganiselo ochanekileyo kakhulu
I-anemometer entsha ye-tower crane isebenzisa iteknoloji yokulinganisa ye-ultrasonic ephucukileyo ukujonga isantya somoya kunye necala lomoya ngexesha langempela kunye nokuchaneka kokulinganisa ukuya kuthi ga kwi-±0.1m/s. Nokuba kukwimozulu enamandla yomoya okanye kwindawo enomoya ovuthuzayo, le anemometer inokubonelela ngenkxaso yedatha echanekileyo.
2. Inkqubo yokulumkisa kwangethuba ekrelekrele
I-anemometer inenkqubo yokulumkisa kwangethuba ekrelekrele eyakhelwe ngaphakathi. Xa isantya somoya sidlula umda wokhuseleko omiselweyo, iya kuvula ngokuzenzekelayo i-alamu evakalayo nebonakalayo kwaye ithumele umyalezo wesilumkiso kwangethuba kubasebenzi bolawulo ngenethiwekhi engenazingcingo. Lo msebenzi uthintela ngokufanelekileyo umonakalo wezixhobo kunye neengozi zokwakha ezibangelwa yimimoya enamandla.
3. Ukubeka esweni idatha ngexesha langempela kunye nokurekhoda
I-anemometer ixhotyiswe ngemodyuli yokugcina idatha enomthamo omkhulu enokurekhoda utshintsho kwisantya somoya kunye necala lomoya ngexesha langempela kwaye ivelise iingxelo zedatha ezineenkcukacha. Ezi datha zinokufikelelwa kwaye zihlalutywe kude ngeqonga lelifu, zinceda abaphathi ukuba baphuhlise izicwangciso zokwakha zesayensi ngakumbi.
4. Ukuqina nokuthembeka
Iqokobhe lemveliso lenziwe ngeplastiki yobunjineli enamandla aphezulu kunye nezixhobo zentsimbi engatyiwayo, enokumelana nokungangeni manzi kakuhle, uthuli kunye nokugqwala, kwaye inokusebenza ngokuzinzileyo ixesha elide kwiindawo zokwakha ezinzima. Ububanzi bobushushu bayo bokusebenza buyi -20℃ ukuya ku +60℃, ukuqinisekisa ukusebenza okuqhelekileyo phantsi kweemeko ezahlukeneyo zemozulu.
5. Kulula ukuyifaka nokuyigcina ikwimeko entle
I-anemometer ilula ngoyilo, kwaye akukho zixhobo zobungcali ezifunekayo ngexesha lenkqubo yokufaka. Ixhotyiswe ngemiyalelo eneenkcukacha zokufakela kunye neevidiyo zokufundisa, kwaye iingcali eziqhelekileyo zinokugqiba ngokukhawuleza ukufakela. Ukongeza, ukugcinwa kwemveliso kulula, kwaye uyilo lwemodyuli lwenza kube lula ukutshintsha iindawo kunye nokuphucula inkqubo.
Ukususela oko kwaqaliswa i-anemometer entsha ye-tower crane, ifakwe ngempumelelo kwiindawo ezininzi zokwakha ezinkulu kwaye ifumene iziphumo ezibalaseleyo zokusetyenziswa. Oku kulandelayo kukubonisa ezinye zeziphumo zokufakelwa:
1. Iprojekthi enkulu yezorhwebo eBeijing
Ngexesha lokwakhiwa kwale projekthi, kufakwe ii-anemometers ze-tower crane ezili-10. Ngokujonga isantya somoya kunye necala ngexesha langempela, abaphathi beprojekthi bakwazile ukulungisa isicwangciso sokwakha ngexesha elifanelekileyo, bephepha ukuvalwa okuninzi kunye nomonakalo wezixhobo obangelwe yimimoya enamandla, kwaye baphucula ukusebenza kakuhle kokwakha nge-15%.
2. Iprojekthi yokwakha izindlu eziphakamileyo eShanghai
Le projekthi isebenzise ii-anemometers ze-tower crane ezingama-20 kwaye yafikelela kulawulo oluchanekileyo lwesantya somoya ngexesha lenkqubo yokwakha. Ngenkqubo yokulumkisa kwangethuba ekrelekrele, le projekthi ilumkise ngempumelelo ngemozulu enamandla amaxesha amaninzi, iqinisekisa ngokufanelekileyo ukhuseleko lwabasebenzi bokwakha kwaye inciphisa izinga leengozi zokwakha ngama-30%.
3. Iprojekthi yokwakha ibhulorho eGuangzhou
Ekwakhiweni kwebhulorho, ukujongwa kwesantya somoya kunye necala lomoya kubaluleke kakhulu. Ngokufaka ii-anemometers ze-tower crane, le projekthi ifikelele ekubekweni kweliso ngexesha langempela kunye nokurekhoda idatha yesantya somoya, inika inkxaso yedatha ethembekileyo yozinzo lwesakhiwo sebhulorho, kwaye iphucula kakhulu umgangatho wolwakhiwo.
Ukuqaliswa kwe-anemometer entsha ye-tower crane akupheleli nje ekunikezeni iziqinisekiso zokhuseleko ezithembekileyo zokwakha, kodwa kukwabonelela ngenkxaso enamandla yokuphucula ukusebenza kakuhle kokwakha. Sikholelwa ukuba kulwakhiwo lwexesha elizayo, le anemometer iya kuba sisixhobo esiqhelekileyo esiyimfuneko sokupheleka iiprojekthi zobunjineli ezininzi.
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Ixesha leposi: Novemba-18-2024