Ngenxa yophuhliso oluqhubekayo lwesayensi netekhnoloji, itekhnoloji yokufumana uluhlu lwe-laser iye yangena kwiinkalo ezininzi kwaye yasetyenziswa ngokubanzi. Ngoko ke, zeziphi ezinye izinto ezibalulekileyo malunga netekhnoloji yokufumana uluhlu lwe-laser ekufuneka sizazi? Namhlanje, masabelane ngolwazi olusisiseko malunga nale teknoloji.
1. Yaqala Njani iLaser Rangefinding?
Kwiminyaka yoo-1960 kwabonakala ukunyuka kwetekhnoloji yokufumana umgama nge-laser. Le teknoloji ekuqaleni yayixhomekeke kwi-laser pulse enye kwaye yasebenzisa indlela ye-Time of Flight (TOF) yokulinganisa umgama. Kwindlela ye-TOF, imodyuli ye-laser rangefinder ikhupha i-laser pulse, ethi emva koko iboniswe ngasemva yinto ekujoliswe kuyo kwaye ibanjwe yi-receiver yemodyuli. Ngokwazi isantya sokukhanya esingaguqukiyo kunye nokulinganisa ngokuchanekileyo ixesha elithathwa yi-laser pulse ukuya kwithagethi nasemva, umgama phakathi kwento kunye ne-rangefinder ungabalwa. Nanamhlanje, emva kweminyaka engama-60, uninzi lwetekhnoloji yokulinganisa umgama lusaxhomekeke kule migaqo isekelwe kwi-TOF.
2. Yintoni iMulti-Pulse Technology kwiLaser Rangefinding?
Njengoko iteknoloji yokulinganisa i-single-pulse yayikhula, uphando olongezelelweyo lukhokelele ekusetyenzisweni kovavanyo lwetekhnoloji yokulinganisa i-multi-pulse. Itekhnoloji ye-multi-pulse, esekelwe kwindlela ye-TOF ethembekileyo kakhulu, izise iingenelo ezinkulu kwizixhobo eziphathwayo ezandleni zabasebenzisi bokugqibela. Kumajoni, umzekelo, izixhobo eziphathwa ngesandla ezisetyenziselwa ukujolisa kwiithagethi zijongene nomngeni ongenakuphepheka wokungcangcazela okanye ukushukuma kwesandla okuncinci. Ukuba ukungcangcazela okunjalo kubangela ukuba i-single pulse iphoswe yithagethi, iziphumo zokulinganisa ezichanekileyo azinakufunyanwa. Kule meko, itekhnoloji ye-multi-pulse ibonisa iingenelo zayo ezibalulekileyo, njengoko iphucula kakhulu amathuba okubetha ithagethi, nto leyo ibalulekileyo kwizixhobo eziphathwa ngesandla nakwezinye iinkqubo ezininzi eziphathwayo.
3. Isebenza njani iTekhnoloji yeMulti-Pulse kwiLaser Rangefinding?
Xa kuthelekiswa netekhnoloji yokulinganisa i-single-pulse, ii-laser rangefinders ezisebenzisa itekhnoloji yokulinganisa i-multi-pulse azikhuphi i-laser pulse enye kuphela yokulinganisa umgama. Endaweni yoko, zihlala zithumela uthotho lwee-laser pulses ezimfutshane kakhulu (ezihlala kuluhlu lwe-nanosecond). Ixesha elipheleleyo lokulinganisa la ma-pulses liqala kwi-300 ukuya kwi-800 milliseconds, kuxhomekeke ekusebenzeni kwemodyuli ye-laser rangefinder esetyenzisiweyo. Nje ukuba la ma-pulses afikelele ekujoliswe kuwo, abuyiselwa kwi-receiver ebukhali kakhulu kwi-laser rangefinder. I-receiver emva koko iqala ukuhlalutya ii-echo pulses ezifunyenweyo kwaye, ngokusebenzisa ii-algorithms zokulinganisa ezichanekileyo kakhulu, inokubala ixabiso lomgama elithembekileyo, nokuba linani elilinganiselweyo lee-laser pulses ezibonisiweyo ezibuyiselwayo ngenxa yentshukumo (umz., ukungcangcazela okuncinci ngenxa yokusetyenziswa ngesandla).
4. I-Lumispot ikuphucula njani ukuchaneka kwe-Laser Rangefinding?
- Indlela yokulinganisa ngokuHlela ngokwezigaba: Ukulinganisa ngokuchanekileyo ukuphucula ukuchaneka
I-Lumispot isebenzisa indlela yokulinganisa i-segmented switching measurement egxile ekulinganiseni ngokuchanekileyo. Ngokusebenzisa ngcono uyilo lwendlela ye-optical kunye ne-algorithms eziphambili zokucubungula imiqondiso, kunye nemveliso ephezulu yamandla kunye neempawu ze-long pulse ze-laser, i-Lumispot ingena ngempumelelo kuphazamiseko lomoya, iqinisekisa iziphumo zokulinganisa ezizinzileyo nezichanekileyo. Le teknoloji isebenzisa icebo lokufumana uluhlu oluphezulu, ikhupha rhoqo ii-laser pulses ezininzi kwaye iqokelela imiqondiso ye-echo, icinezela ngempumelelo ingxolo kunye nokuphazamiseka. Oku kuphucula kakhulu umlinganiselo wesignali-kwingxolo, kufezekisa umlinganiselo ochanekileyo womgama. Nokuba kwiindawo ezinzima okanye ngotshintsho oluncinci, indlela yokulinganisa i-segmented switching measurement iqinisekisa iziphumo ezichanekileyo nezizinzileyo, nto leyo eyenza ukuba ibe yiteknoloji ebalulekileyo yokuphucula ukuchaneka kokulinganisa.
– Imbuyekezo yeMida emibini yokuChaneka kweRangefinding: Ukulinganiswa kabini kokuchaneka okugqithisileyo
I-Lumispot ikwasebenzisa iskimu sokulinganisa i-dual-threshold esine-core dual calibration mechanism. Inkqubo iqala isete i-signal thresholds ezimbini ezahlukeneyo ukuze ibambe ii-time points ezimbini ezibalulekileyo ze-echo signal ye-target. Ezi points zexesha zahlukile kancinci ngenxa ye-thresholds ezahlukeneyo, kodwa lo mahluko uba ngundoqo ekuhlawuleni iimpazamo. Ngokusebenzisa ukulinganisa ixesha ngokuchanekileyo kunye nokubala, inkqubo inokubala ngokuchanekileyo umahluko wexesha phakathi kwezi points zexesha zimbini kwaye ilungise iziphumo zokuqala ze-rangefinding, nto leyo ephucula kakhulu ukuchaneka kwe-rangefinding.
5.Ngaba iiModules zeLaser Rangefinding eziBalaseleyo nezichanekileyo kakhulu zithatha umqulu omkhulu?
Ukuze kwenziwe iimodyuli ze-laser rangefinder zisetyenziswe ngokubanzi nangokulula, iimodyuli ze-laser rangefinder zanamhlanje ziye zaguquka zaba ziimo ezincinci nezintle. Umzekelo, i-Lumispot's LSP-LRD-01204 laser rangefinder ibonakaliswa bubukhulu bayo obuncinci kakhulu (i-11g kuphela) kunye nobunzima obulula, ngelixa igcina ukusebenza okuzinzileyo, ukumelana nokukhwankqiswa okuphezulu, kunye nokhuseleko lwamehlo lweKlasi I. Le mveliso ibonisa ulungelelwano olugqibeleleyo phakathi kokuthwaleka kunye nokuqina kwaye isetyenziswe ngokubanzi kwiindawo ezifana nokujolisa kunye nokufumanisa uluhlu, ukubeka i-electro-optical, iidrone, izithuthi ezingenamntu, iirobhothi, iinkqubo zothutho ezikrelekrele, izinto ezikrelekrele, imveliso yokhuseleko, kunye nokhuseleko olukrelekrele. Uyilo lwale mveliso lubonisa ngokupheleleyo ukuqonda okunzulu kweLumispot ngeemfuno zomsebenzisi kunye nokuhlanganiswa okuphezulu kobuchule bokutsha kwezinto zobuchwepheshe, okwenza ukuba ibe yinto ebalaseleyo kwimarike.
ILumispot
Idilesi: Isakhiwo 4 #, No.99 Furong 3rd Road, Xishan Dist. Wuxi, 214000, eTshayina
Umnxeba: + 86-0510 87381808.
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Email: sales@lumispot.cn
Ixesha leposi: Jan-06-2025