Bhalisela imidiya yethu yezenhlalo yokuthumela okusheshayo
UWuhan, Okthoba 21, 2023- Esikhathini sentuthuko yezobuchwepheshe, ubuchwepheshe be-lumuspot bamake elinye ingqophamlando ne-salon yalo, "kukhanyisela ikusasa kusuka kuma-lasers," kubanjelwe eWuhan, elicebile ngokubaluleka komlando nangokubaluleka kwamasiko. Le salon, owesibili ochungechungeni lwayo kulandela umcimbi ophumelelayo ku-Xi'an, wakhonza njengeplatifomu yokubonisa impumelelo evimbela umhlabathi ye-lumuspot tech kanye namaphrojekthi aqhubekayo ocwaningweni nasekuthuthukisweni.
Ukwethulwa komkhiqizo okusha: I- "Bai Ze"Imodyuli ye-Laser Rangse
Ukugqamisa kwe-salon kwakungethulwa kwe- "bai ze ze" laser module, i-lumuspot tech's Innovation yakamuva kubuchwepheshe be-laser. Lo mkhiqizo wesizukulwane esilandelayo uthathe ukunakwa okubanzi kwemboni ngenxa yokusebenza kwayo okuhlukile kanye nokuphakama kwezobuchwepheshe. Lo mcimbi ubukethwe ngokuba khona kochwepheshe abavela kuHuazhong Opoloelectronics, University ye-Wuhan, kanye nabahlanganyeli bemboni ehlukahlukene, bonke babuthene ukuze basebenzise amabomu kubuchwepheshe be-Laser-Ranging Technology
Ukubeka amazinga amasha embonini
Imodyuli ye- "Bai ZeZe", iTestamente lokuzibophezela kweLumuspot tech ekucwaningweni nasekuthuthukisweni okuphayona kanye nentuthuko, yakhelwe ukunakekela izidingo zokulinganisa ezahlukahlukene, enikeza izixazululo ezimfishane ekuhlolweni kwe-Ultra-Range. Le nkampani yenze izithuthukisi eziphawuleka ekukhiqizeni izinhlelo ezingenziwa kahle, eziphezulu ze-laser ezisebenzayo, eziphezulu kakhulu, zibonakala kakhulu emikhiqizweni yazo enamandla2km kuya ku-12km izilinganiso.
UDkt Cai, CEO weLumispot Tech, enikeza inkulumo
Ubuchwepheshe obubalulekile obuthathwe ku "bai ze ze" egqumeni elihlanganisiwe liyinkomba ehlanganisiwe yamandla we-lumuspot tech.
Amaphuzu alandelayo avelele ikakhulukazi:
○ Ukuhlanganiswa kanye ne-miniaturization ye-Erbium-Doped Ingilazi Lasers (8mm × 8mm × 48mm):
Lo mklamo omusha wehlisa kakhulu usayizi we-laser ngenkathi ugcina okuphuma kwamandla okuphezulu. Lesi sici siqinisekiswa ocwaningweni nguKoch et al. (2007), oveze ukuthi ama-lasers amancane ayingxenye esemqoka yezinhlelo zokulinganisa umoya ngoba zinganciphisa kakhulu ukusetshenziswa kwamandla okuphelele kohlelo.
○Isikhathi esinembe esiphezulu nobuchwepheshe besikhathi sangempela sokulinganisa (ukunemba kwesikhathi: 60PS):
Ukwethulwa kwalobu buchwepheshe kuvumela isikhathi sokukhishwa kwe-laser ukuba balawulwa ngokunembile, bazuze ngokunembile okusukela ezingeni leMicrosond. Ucwaningo lwe-Obland's (2009) lukhombisa ukuthi ubuchwepheshe bokulinganisa isikhathi sangempela bungashintsha ngokuzenzakalelayo izilungiselelo zedivayisi ezisuselwa ezicini zezemvelo, kuqinisekiswe ukunemba kwemiphumela yokulinganisa.
○I-Adaptic, i-Multi-Path Technology eRanging Technology:
Lobu buchwepheshe bungakhetha ngokuzenzakalelayo indlela ehamba phambili, egwema ngempumelelo amaphutha okulinganisa okubangelwa ukukhetha okungalungile kwendlela, ikakhulukazi ezindaweni eziyinkimbinkimbi noma ezindaweni ezinezithiyo eziningi (MIlonni, 2009).
○Ubuchwepheshe be-BackScatter Light Noise Techness kanye ne-APD eqinile yokuvikela ukukhanya:
Ukusetshenziswa okuhlanganisiwe kwalezi zingcweti ezimbili akupheli nje kuphela ukuphazamiseka kokukhanya okubuhlekile emiphumeleni yokulinganisa kepha futhi kuvikela imishini ekulimaleni okukhanyayo, ngaleyo ndlela thola idatha ethembekile ngaphansi kwezimo ezihlukahlukene zokukhanya (ihholo & Ageno, 1970).
○Idizayini engasindi:
Imodyuli ephelele yenzelwe ukukhanyisa nokudla, okwenza ilungele izinhlelo zokusebenza zeselula noma ezikude nokwandisa uhlelo lokusebenza lomkhiqizo
Izici ezihlukile zibeka amabhentshi amasha
Ukunemba Okuhlukile: I-Laser yengilazi ehlanganisiwe eyi-100μule ehlanganisiwe eyi-100μuled
Ukuthwala: Ukukala okungaphansi kwama-35g, kubeka okungcono kakhulu kokuvumelana nezimo okusebenzayo.
Ukusebenza kahle kwamandla: Imodi yayo ephansi yamandla yenza kube nento elungele izinhlelo zesikhathi eside.
Chofoza ukuthola eminye imininingwane mayelanaI-micro laser module rangle
Ukusetshenziswa okuhlukahlukene kwama-laser we-fiber afakiwe
Ukukhombisa ukukhombisa ubuholi bayo embonini, ubuchwepheshe be-lumuspot bubonise uchungechunge lwayo lwama-fiber lasers, olungiselelwe ukusebenza nokuhlangana. Le mikhiqizo ivela njengamathuluzi amahle ezicelo ezahlukahlukene, kufaka phakathi ukuzwela okukude, ukuqapha okuphezulu, kanye nokuqonda okuqondile komgwaqo, phakathi kwabanye.
Inqubekela phambili emikhiqizweni ye-semiconductor laser
Ukunikezelwa kwe-lumuspot tech ku-Innovation kufinyelela emsebenzini wayo kumadivayisi we-semiceonductor laser kanye nezinhlelo. Umugqa womkhiqizo wenkampani, ebonakala ngokuguquguquka okuhlukahlukene kanye nokusebenza, kungumphumela weminyaka engu-13 yentuthuko yezobuchwepheshe ebanzi kanye nokwenza izinto ezintsha.
I-Expert Insights
I-salon ibuye yafaka izingxoxo ezinokuqonda eziholwa ochwepheshe bezimboni. Izintshumayelo eziphawuleka zihlanganisa uProfessor Liu Zhiming ucwaningo ngokubheka ubuchwepheshe be-laser-osizwe ama-technologies nePhini leMenenja Jikelele I-Gong Hanlu's Dissems ezinhlelweni zeLidar AirLe.
Isinyathelo Esiya Ekusasa
Umcimbi ugcizelele isikhundla se-lumuspot tech njenge-frontrunner kubuchwepheshe be-laser, egqamisa indlela yayo yokucabanga phambili ekukhuleni komkhiqizo. Le nkampani iyaqhubeka nokuvula indlela yentuthuko yesikhathi esizayo, ibeka amabhentshi amasha embonini.
Izinkomba:
Koch, kr, et al. (2007). "Ukubaluleka kwe-miniaturization ezinhlelweni zokulinganisa ibanga leselula: amandla kanye nezici zokusindisa isikhala."I-Journal of Laser Application, 19 (2), 123-130. doi: 10.2351 / 1.2718923
I-Obland, MD (2009). "Izithuthukisi ekulinganiseni kwangempela kwezindlela ze-laser ezisukela ngaphansi kwezimo ezahlukahlukene zezemvelo."I-Optied Optics, 48 (3), 647-657. DOI: 10.1364 / AO.48.000647
UMilonni, PW (2009). "I-Adaptive Poltipath Technique yokulinganisa ibanga le-laser ezindaweni eziyinkimbinkimbi."Izinhlamvu ze-laser physics, 6 (5), 359-364. DOI: 10.1002 / Lapl.200910019
IHholo, JL, & Ageno, M. (1970). "Ubuchwepheshe bokuvikelwa okukhanyayo kwe-APDI-Journal of Photonic Technology, 12 (4), 201208. doi: 10.1109 / jpt.1970.1008563
Isikhathi Sokuthumela: Oct-23-2023