Ukuphepha Kwamehlo Nokunemba Kwebanga Elide — Lumispot 0310F

1. Ukuphepha Kwamehlo: Inzuzo Yemvelo ye-1535nm Wavelength

Ukuqamba okusha okuyisisekelo kwemojuli ye-laser rangefinder ye-LumiSpot 0310F kusekusetshenzisweni kwayo ingilazi yengilazi engu-1535nm ye-erbium. Lobu bude bamaza buwela ngaphansi kwezinga lokuphepha kwamehlo Lesigaba 1 (IEC 60825-1), okusho ukuthi ngisho nokuchayeka ngokuqondile ebhimini akubangeli monakalo ku-retina. Ngokuphambene namalaser avamile we-905nm semiconductor (adinga ukuvikelwa Kwekilasi 3R), i-laser engu-1535nm ayidingi izinyathelo zokuphepha ezengeziwe kuzimo zokusatshalaliswa komphakathi, ezinciphisa kakhulu ubungozi bokusebenza. Ukwengeza, lobu bude obungamaza bubonisa ukuhlakazeka okuphansi nokumuncwa emkhathini, ngokungena okuthuthukisiwe okungafika ku-40% ezimeni ezimbi njengenkungu, inkungu, imvula, neqhwa—okunikeza isisekelo esiqinile sokulinganisa ibanga elide.

2. 5km Ukuphumelela Kwebanga: Idizayini yokubona edidiyelwe kanye Nokuthuthukisa Amandla

Ukuze kuzuzwe ibanga lokulinganisa elingu-5km, imojula ye-0310F ihlanganisa izindlela ezintathu ezibalulekile zobuchwepheshe:

① I-High-Energy Pulse Emission:

Amandla okushaya kwenhliziyo okukodwa akhuphuka abe ngu-10mJ. Kuhlanganiswe nokusebenza kahle okuphezulu kokuguqulwa kwe-erbium glass laser, lokhu kuqinisekisa amasiginali anamandla okubuya ebangeni elide.

② Ukulawulwa kwe-Beam:

Isistimu yelensi ye-aspheric icindezela ukuhlukana kwe-beam ku-≤0.3 mrad, ivimbela ukulahlekelwa kwamandla ekusabalaleni kwe-beam.

③ Okulungiselelwe Ukuthola Ukuzwela:

Umtshina we-APD (i-avalanche photodiode), obhangqwe nomklamo wesekethe onomsindo omncane, unika amandla izilinganiso ezinembile zesikhathi sendiza ngisho nangaphansi kwezimo zesignali ezibuthakathaka (ngokulungiswa okungafika ku-15ps).

Idatha yokuhlola ibonisa iphutha lebanga phakathi kwe-±1m kokuhlosiwe kwemoto engu-2.3m × 2.3m, ngezinga lokunemba lokutholwa elingu-≥98%.

3. Ama-Anti-Interference Algorithms: Ukuncishiswa Komsindo Okubanzi Kwesistimu kusuka ku-Hardware kuya ku-Software

Esinye isici esivelele se-0310F ukusebenza kwayo okuqinile ezindaweni eziyinkimbinkimbi:

① I-Dynamic Filtering Technology:

Isistimu yokucubungula isignali yesikhathi sangempela esekelwe ku-FPGA ikhomba ngokuzenzakalelayo futhi ihlunge imithombo yokuphazamiseka okunamandla njengemvula, iqhwa, nezinyoni.

② I-Multi-Pulse Fusion Algorithm:

Isilinganiso ngasinye sikhipha ama-pulses anamandla aphansi angu-8000–10000, ngokuhlaziywa kwezibalo okusetshenziselwa ukukhipha idatha yokubuyisela evumelekile nokunciphisa i-jitter nomsindo.

③ Ukulungiswa kwe-Adaptive Threshold:

Imikhawulo yesiqalisi sesignali ilungiswa ngokushintshashintsha ngokusekelwe kubukhulu bokukhanya okuzungezile ukuze kuvinjwe ukugcwala komtshina kusuka kokuphokophelwe okuqinile okukhanyayo njengengilazi noma izindonga ezimhlophe.

Lezi zinto ezintsha zenza imojula igcine izinga elivumelekile lokuthwebula idatha lingaphezu kwama-99% ezimeni ezinokubonakala okungafika ku-10km.

4. Ukuguquguquka Okudlulele Kwendawo: Ukusebenza Okunokwethenjelwa Ukusuka Ekubandeni Kuya Ezimeni Ezishisayo

I-0310F iklanyelwe ukumelana namazinga okushisa aqinile asuka ku--40°C kuya ku-+70°C ngohlelo lokuvikela oluphindwe kathathu:

① Ukulawula Okushisayo Okuphindwe Kabili Okungadingeki:

I-cooler thermoelectric (TEC) isebenza ngokuhambisana nama-fins ancibilikayo okushisa ukuze kuqinisekiswe amandla okuqalisa okubandayo (≤5 amasekhondi) nokusebenza okuzinzile emazingeni okushisa aphezulu.

② Izindlu Ezigcwaliswe Ngokugcwele I-nitrogen:

Ukuvikelwa okulinganiselwe kwe-IP67 okuhlanganiswe nokugcwalisa i-nitrogen kuvimbela ukuminyana kanye ne-oxidation ezindaweni ezinomswakama ophezulu.

③ Isinxephezelo Sobude Bamaza Amandla:

Ukulinganisa kwesikhathi sangempela kunxephezela i-laser wavelength drift ngenxa yokushintsha kwezinga lokushisa, okuqinisekisa ukunemba kwesilinganiso kulo lonke ibanga eligcwele lokushisa.

Ukuhlolwa kwezinkampani zangaphandle kuqinisekisa ukuthi imojuli ingasebenza ngokuqhubekayo amahora angu-500 ngaphandle kokuwohloka kokusebenza ngaphansi kokushintshana kokushisa kwasogwadule (70°C) nokubanda kwe-polar (-40°C).

5. Izimo Zohlelo Lokusebenza: Ukunika amandla Ukusetshenziswa Kwezimboni Ezihlukene ukusuka Ezinkundleni Zezempi ukuya Kwezomphakathi

Siyabonga ku-SWaP (Usayizi, Isisindo, namandla) - enesisindo esingu-≤145g futhi sisebenzisa u-≤2W — i-0310F ibona ukusetshenziswa okusabalele kokuthi:

① Ukuphepha Komngcele:

Ihlanganiswe nezinhlelo zokuqapha i-perimeter yokulandelela ngesikhathi sangempela kokuhlosiwe okunyakazayo phakathi kuka-5km, ngezinga le-alamu elingamanga elingu-≤0.01%.

② Imephu ye-Drone:

Ihlanganisa irediyasi engu-5km endizeni ngayinye, iletha ukusebenza kahle okuphindwe ka-5 kwezinhlelo zendabuko ze-RTK.

③ Ukuhlolwa Kolayini Wamandla:

Kuhlanganiswe nokubonwa kwesithombe se-AI ukuze kutholwe ukutshekiswa kombhoshongo wokudlulisela kanye nogqinsi lweqhwa ngokunemba kweleveli yesentimitha.

6. I-Future Outlook: I-Technical Evolution kanye Nokwandiswa kwe-Ecosystem

I-LumiSpot ihlela ukwethula imojula ye-10km-class rangefinder ngo-2025, iqinise ubuholi bayo bezobuchwepheshe. Ngaleso sikhathi, ngokunikeza ukusekelwa okuvulekile kwe-API yokuhlanganiswa kwezinzwa eziningi (isb, i-RTK, i-IMU), i-LumiSpot ihlose ukunika amandla amandla okuqonda okuyisisekelo okushayela okuzimele kanye nengqalasizinda yedolobha elihlakaniphile. Ngokwezibikezelo, imakethe yomhlaba wonke yokutholwa kwe-laser kulindeleke ukuthi idlule ku- $12 billion ngo-2027, ngesixazululo sendawo seLumiSpot esingase sisize imikhiqizo yamaShayina ukuthi ibambe ngaphezulu kwama-30% wesabelo semakethe.

Isiphetho:

Ukuphumelela kwe-LumiSpot 0310F akukhona nje ekucacisweni kwayo kobuchwepheshe, kodwa ekugcwalisekeni kwayo okulinganiselwe kokuphepha kwamehlo, ukunemba kwebanga elide, kanye nokuvumelana nezimo zemvelo. Isetha ibhentshimakhi entsha yomkhakha wokuthola uhla lwe-laser futhi ifaka umfutho oqinile emqhudelwaneni womhlaba wezinto eziphilayo zehadiwe ezihlakaniphile.