I-Lumispot iqalisa iModyuli yokuHlela iGlasi ye-Erbium ye-5km: Uphawu olutsha lokuchaneka kwii-UAV kunye noKhuseleko oluLungileyo

I. Inqanaba loShishino: I-5km Rangefinding Module Izalisa i-Market Gap

I-Lumispot iqalise ngokusesikweni ubugcisa bayo bamva nje, i-LSP-LRS-0510F erbium glass rangefinding module, enomgama omangalisayo weekhilomitha ezi-5 kunye nokuchaneka kwe-±1 yemitha. Le mveliso iphambili iphawula inqanaba lehlabathi kushishino lwe-laser rangefinding. Ngokudibanisa i-1535nm erbium glass laser kunye ne-adaptive algorithms, le module iyoyisa imida ye-semiconductor lasers zemveli (ezifana ne-905nm), ezinokuthi zisasazeke emoyeni kumgama omde. I-LSP-LRS-0510F idlula izixhobo zorhwebo ezikhoyo, ngakumbi kwimephu ye-UAV kunye nokubeka esweni ukhuseleko lomda, ifumana udumo "lokuchaza ngokutsha umgangatho wokulinganisa umgama omde."

II. I-Erbium Glass Laser: Ukusuka kwiTekhnoloji yoMkhosi ukuya ekuSetyenzisweni koLuntu

Eyona nto iphambili kwi-LSP-LRS-0510F yi-erbium glass laser emission module yayo, enika iingenelo ezimbini ezinkulu kune-semiconductor lasers eziqhelekileyo:

1. Ubude beWave Ekhuselekileyo Emehlweni: Ilaser ye-1535nm ihambelana nemigangatho yokhuseleko lwamehlo yeKlasi 1, ivumela ukusasazwa ngokukhuselekileyo kwiindawo zikawonke-wonke ngaphandle kweendlela zokukhusela ezongezelelweyo.

2. Amandla Okulwa Nokuphazamiseka Okugqwesileyo: I-laser ingangena kwinkungu, imvula, kunye nekhephu ngempumelelo engama-40%, nto leyo enciphisa kakhulu ii-alamu zobuxoki.

Ngokuphucula amandla okubetha kwentliziyo (ukuya kuthi ga kwi-10mJ ngentliziyo nganye) kunye nesantya sokuphindaphinda (esihlengahlengiswayo ukusuka kwi-1Hz ukuya kwi-20Hz), iLumispot iqinisekisa ukuchaneka kokulinganisa ngelixa inciphisa ubungakanani bemodyuli ukuya kwisithathu sezixhobo zemveli - nto leyo eyenza ukuba ilungele ukudityaniswa kwii-UAV ezincinci kunye neerobhothi zokhuseleko.

III. Ukuqina Okugqithisileyo Kwindalo Esingqongileyo: Imfihlo Yokuzinza Kwe--40℃ ukuya kwi-60℃

Ukuze kuhlangatyezwane neemfuno ezifunekayo zezicelo zangaphandle nezomkhosi, i-LSP-LRS-0510F izisa izinto ezintsha ezininzi kulawulo lobushushu kunye noyilo lwesakhiwo:

① Ulawulo Lobushushu Oluphindwe Kabini: Ixhotyiswe nge-thermoelectric cooler (TEC) kunye nesinki yobushushu engasebenzisi mandla, i-laser inokuqalisa kwimizuzwana eyi-≤3 nokuba ikwi--40℃.

② Umgodi oValiweyo oQinisekisiweyo ngokupheleleyo: Ukhuseleko lwe-IP67 kunye nendlu egcwele i-nitrogen zithintela ukufuma kwesibuko xa kufuma okuphezulu.

③ I-Dynamic Calibration Algorithm: Imbuyekezo yexesha langempela yokushukuma kwe-wavelength okubangelwa bubushushu iqinisekisa ukuba ukuchaneka kuhlala kungaphakathi kwe-±1m kulo lonke uluhlu lobushushu.

④ Ukuqina Okuqinisekisiweyo: Ngokovavanyo lomntu wesithathu, imodyuli isebenze ngokuqhubekayo iiyure ezingama-500 phantsi kobushushu obutshintshanayo bentlango (60℃) kunye nokubanda kwe-arctic (-40℃) ngaphandle kokonakala kokusebenza.

IV. Uguquko lweSicelo: Ukunyusa ukusebenza kakuhle kwii-UAV kunye noKhuseleko

I-LSP-LRS-0510F itshintsha iindlela zobugcisa kumashishini amaninzi:

① Imephu ye-UAV: Iidrone ezixhotyiswe ngemodyuli zinokugqiba ukumodela komhlaba ngaphakathi kwerediyasi ye-5km kuhambo olunye — zifikelela ekusebenzeni ngokuphindwe kahlanu kuneendlela ze-RTK zemveli.

② Ukhuseleko Olukrelekrele: Xa ludityaniswe kwiinkqubo zokhuselo olujikeleze i-perimeter, imodyuli ivumela ukulandelelwa komgama ngexesha langempela kweenjongo zokungena, kunye nesantya se-alamu yobuxoki sehlisiwe ukuya kwi-0.01%.

③ Ukuhlolwa kweGridi yamandla: Xa idibene nokuqatshelwa komfanekiso we-AI, ichonga ngokuchanekileyo ukuthambeka kwenqaba okanye ubukhulu bomkhenkce, ngokuchaneka kokufunyanwa kwinqanaba leesentimitha.

④ Ubudlelwane obuCwangcisiweyo: I-Lumispot yenze ubudlelwane nabavelisi abaphambili beedrone kwaye iceba ukuqala ukuvelisa ngobuninzi kwikota yesithathu ka-2024.

V. Uyilo olupheleleyo lweStack: Izixhobo ze-Algorithms

Iqela leLumispot lithi impumelelo ye-LSP-LRS-0510F ibangelwe zizinto ezintathu ezintsha ezisebenzisanayo:

1. Uyilo lwe-Optical: Inkqubo yelensi ye-aspheric eyenzelwe wena icinezela i-engile yokwahluka kwe-beam ukuya kwi-0.3mrad, inciphisa ukusasazeka kwe-beam kumgama omde.

2. Ukucubungula iSignali: I-FPGA-based Time-to-Digital Converter (TDC) enesisombululo se-15ps inika isisombululo somgama se-0.2mm.

3. Ukuncitshiswa kweNgxolo ekrelekrele: Ii-algorithms zokufunda koomatshini zihluza ukuphazamiseka okuvela emvuleni, ekhephu, kwiintaka, njl.njl., ziqinisekisa izinga lokubanjwa kwedatha elingaphezulu kwe-99%.

Ezi mpumelelo zikhuselwe ziipatenti ezili-12 zamazwe ngamazwe nezasekhaya, eziquka ubuchwepheshe be-optical, electronic, kunye nesoftware.

VI. Imbonakalo yeMarike: Isango eliya kwiNkqubo yokuHlola ekrelekrele yeTrillion-Yuan

Njengoko iimarike ze-UAV zehlabathi kunye nokhuseleko olukrelekrele zikhula ngaphezulu kwe-18% CAGR (ngokutsho kukaFrost & Sullivan), imodyuli ye-Lumispot yokufumana umgama we-5km ikulungele ukuba yinxalenye ebalulekileyo yenkqubo yokuqonda ekrelekrele. Iingcali ziqaphela ukuba imveliso ayizalisi nje kuphela umsantsa obalulekileyo ekulinganisweni komgama okude, okuchanekileyo kodwa ikwakhuthaza ukuhlanganiswa kwe-multi-sensor nge-API yayo evulekileyo, ixhasa usetyenziso lwexesha elizayo kwizixeko ezizimeleyo zokuqhuba kunye nezixeko ezikrelekrele. I-Lumispot ikwaceba ukukhupha i-rangefinder yodidi lwe-10km ngo-2025, iqinisa ubunkokeli bayo kwi-laser sensing ephucukileyo.

Ukuqaliswa kwe-LSP-LRS-0510F kuphawula ixesha elibalulekileyo kumashishini aseTshayina, ukusuka kubalandeli ukuya kubaseti abaqhelekileyo kubuchwepheshe be-laser core component. Ukubaluleka kwayo akupheleli nje kwiinkcukacha zayo eziphambili kodwa nakwindlela yokuvala umsantsa phakathi kobuchule obutsha belabhoratri kunye nokusetyenziswa okukhulu, okufaka amandla amatsha kushishino lwezixhobo zekhompyutha olukrelekrele kwihlabathi liphela.