Itekhnoloji yeCompoTech's Compolift isebenzisa itekhnoloji yokujija i-automated filament winding ukuvelisa amandla aphezulu kunye neemasti ezomeleleyo ezinokurhoxiswa kwiimoto zokucupha eziphathwayo, izikhephe, njl njl. #app
I-carbon fiber ye-Coolift/i-epoxy telescoping mast ifikelela kwiimitha ezisi-7 (iinyawo ezingama-23), yongeza amandla kunye nobungqongqo ekubekeni izixhobo zokucupha kwiimoto zonogada ezihambayo.Ikhredithi yeefoto, yonke imifanekiso: CompoTech
I-CompoTech (i-Susice, iRiphabhlikhi yaseCzech) yasekwa kwi-1995 ukubonelela ngezisombululo ezidibeneyo ezidibeneyo ukusuka kuyilo lwengcamango kunye nohlalutyo ukuya kwimveliso.Inkampani isebenzisa okanye ilayisenisi inkqubo yayo ye-automated filament winding process ukwenza i-cylindrical okanye irectangular carbon fiber/epoxy resin components for aerospace, automotive, hydrogen, ezemidlalo kunye nolonwabo, elwandle kunye namanye amashishini.Kwiminyaka yakutshanje, inkampani iye yanda kwiinkqubo ezintsha kunye nezicelo, kubandakanywa ukubekwa kwe-robotic filament, isisombululo esiqhubekayo soxhumo lwefayibha ebizwa ngokuba yi-Integrated Loop Technology (ILT), kunye nesixhobo esinobuchule kunye neengcamango eziphathekayo.
Enye indawo yetekhnoloji inkampani ebisebenza kuyo iminyaka eliqela ziimasti zetelescopic, iipali ezenziwe ngamacandelo angenanto etyhubhu atyibilikayo ngokuchaseneyo, evumela ukuba sonke isakhiwo sande.Ngo-2020, iCompolift yasekwa njengenkampani ezimeleyo ekhethekileyo ekuveliseni ezi mast zetelescopic kumashishini ahlukeneyo.
U-Humphrey Carter, umlawuli wophuhliso lweshishini kwi-CompoTech, uchaze ukuba itekhnoloji yeCompolift ivela kwiiprojekthi ezininzi zokulinganisa iCompoTech igqibile ngaphambili.Umzekelo, inkampani isebenze neqela elivela kwiYunivesithi yaseWest Bohemia (ePilsen, kwiRiphabhliki yaseCzech) ukwakha umbonisi wophando kwi-industrial crane's telescopic boom.Ukongeza, iimasti zeteleskopu ziyinxalenye yeeprojekthi ezininzi ezikude nonxweme, ezifana ne-proof-of-concept (POC) imasti eyilelwe ukuthwala iphiko elivuthekileyo elinokwandiswa ukusuka kwi-4.5 yeemitha (14.7 ft) ukuya kwi-21 yeemitha (69 ft) ezine wintshi.inkqubo.Njengenxalenye yeprojekthi ye-WISAMO yokuphuhlisa iiseyile zomoya njengomthombo oncedisayo wamandla acocekileyo kwiinqanawa zemithwalo, inguqulelo encinci yemasti iye yaphuhliswa ukuze ivavanywe kwisikhephe sokubonisa.
UCarter waqaphela ukuba iimasti zeteleskopu zezixhobo zokujonga eziphathwayo zaba sisicelo esiphambili kobu buchwepheshe kwaye ekugqibeleni ikhokelele ekujikeni kweComolift njengenkampani eyahlukileyo.Kangangeminyaka emininzi, iCompoTech ibisenza imasti ye-eriyali eyomeleleyo kunye neemasti zefilament zokuxhoma iirada kunye nezixhobo ezifanayo.Itekhnoloji yeTelesikophu ivumela imasti ukuba yandiswe ukuze kube lula ukufakwa okanye ukususwa.
Kutshanje, iCompolift telescopic mast concept isetyenziselwe ukuphuhlisa uthotho lweemasti ezili-11 zaMapolisa oMda weRiphabhliki yaseCzech Republic, ezixhonywe kwizithuthi zamapolisa ezihambayo ukuze zithwale ucupho olubonwayo/lwesandi kunye nezixhobo zonxibelelwano zikanomathotholo.Imasti ifikelela kubude obuphezulu be-7 m (23 ft) kwaye ibonelela ngeqonga elizinzileyo neliqinileyo lomsebenzi we-16 kg (35 lb) izixhobo.
ICompoTech iyile imasti ngokwayo kunye nendlela yokuwina esetyenziselwa ukunyusa nokuthoba imasti.Imasti iqulathe iityhubhu ezintlanu eziqhagamshelweyo ezinobunzima obudityanisiweyo obuyi 17kg kuphela (38 lb), 65% ikhaphukhaphu kunezinye izakhiwo zealuminiyam.Yonke le nkqubo yandisiwe kwaye irhoxiswa ngemoto yombane eyi-24VDC/750W, igearbox kunye ne-winch, kwaye iintambo zamandla kunye neentambo zomxhesho zonzakele ngaphandle kwemasti yetelescopic.Ubunzima obupheleleyo benkqubo, kubandakanywa inkqubo yokuqhuba kunye nezixhobo, yi-64 kg (141 lb).
Amacandelo eepali ezidityanisiweyo zomntu ngamnye alimala kwi-carbon filament kunye nenkqubo ye-epoxy yamacandelo amabini esebenzisa umatshini wokujikajika we-robotic we-CompoTech.Inkqubo yeCompoTech enelungelo elilodwa lomenzi wechiza yenzelwe ukubeka ngokuchanekileyo imicu ye-axial eqhubekayo ngobude be-mandrel, okukhokelela kwisiphelo esiqinileyo, esinamandla aphezulu.Ityhubhu nganye inenxeba le-filament kwiqondo lobushushu begumbi kwaye linyangelwe kwi-oveni.
Inkampani ithi uvavanyo lwabathengi lubonise ukuba itekhnoloji ye-filament winding ivelisa iinxalenye eziqina nge-10-15% kwaye zinamandla angama-50% amakhulu okugoba kunamalungu afanayo enziwe kusetyenziswa abanye oomatshini bokujija imicu.Oku, uCarter ucacisile, unento yokwenza nobuchule betekhnoloji bomoya ngaphandle koxinzelelo.Ezi mpawu zinika imasti edityaniswe ngokupheleleyo uzinzo olufunekayo kwisixhobo sokucupha ngaphandle kokujijwa okanye ukugoba.
Njengoko uyilo lwe-biomimetic luqhubeka lusetyenziswa ekuvelisweni kwe-composites, ubuchule obufana noshicilelo lwe-3D, ukubekwa kwefayibha ngokwesiko, ukuluka, kunye nokujika kwefilament zibonakalisa ukuba zingabaviwa abanamandla okwenza ezi zakhiwo ziphile.
Kulo mboniso wedijithali, uScott Waterman, uMlawuli we-Global Sales kwi-AXEL Plastics (i-Monroe, Conn., eU.SA), uthetha ngeeyantlukwano ezikhethekileyo kwi-filament winding and winding echaphazela ukhetho kunye nokusetyenziswa kwee-agent agents.(umxhasi)
Inkampani yaseSweden i-CorPower Ocean iphuhlise i-9m ye-filament-wound fiberglass buoy yeprototype ye-filament-wound fiberglass buoy yokuvelisa amandla amaza asebenzayo kunye nokuveliswa ngokukhawuleza kwindawo.