Bhalisa kwimithombo yeendaba zethu zentlalo yeposi
Ingcaciso kunye nomsebenzi we-larfinder
I-Laser Driberszizixhobo ezinobuchule ze-Optoeckict eyilelwe ukulinganisa umgama phakathi kwezinto ezimbini. Ukwakhiwa kwazo ikakhulu kubandakanya iinkqubo ezintathu: Optical, nge-elektroniki, kunye noMatshini. Inkqubo ye-optical ibandakanya ilensi yokukhupha i-lens yokuphuma kunye nelensi egxile kuyo. Inkqubo ye-elektroniki ifumana isiphaluka esixhaphakileyo esinika iipulses eziphezulu ezimxinwa, isokwanela ichonge imiqondiso yembuyekezo, kunye nomgaqo we-FPGA wobangela ukuqhuba kunye nokubala imigama. Inkqubo yoomatshini ibandakanya izindlu ze-Laser Rinder, iqinisekisa ubuchwephesha kunye nenqanaba lenkqubo yokukhanya.
Iindawo zesicelo se-LRF
I-Laser Dribers ifumene izicelo ezibanzi kumashishini ahlukeneyo. Bayinyaniumlinganiso womgama, izithuthi ezizezithuthi,amacandelo okhuseleko, Ukuhlolwa kwenzululwazi, kunye nemidlalo yangaphandle. Ukusebenza kwabo ngokuqatha kunye nokuchaneka kwabo kubenza izixhobo ezingafanelekanga kula masimi.
Izicelo zomkhosi:
Indaleko yetekhnoloji yase-laser emkhosini inokutsalwa emva kwexesha lemfazwe ebandayo, ikhokelwa ngamandla anjenge-USA, i-USSR, neChina. Izicelo zomkhosi zibandakanya abalingane be-laser, umhlaba kunye neethagethi ezijolise kuzo, iinkqubo zokuchasana nezixhobo zokuchasana nezixhobo ezichasene nezithuthi, kunye neenkqubo ze-antical anti-inqwelo moya kunye neenqwelomoya.
Isithuba Izicelo zoKhuselo:
Imvelaphi yomhla wokuskena i-larser emva kwiminyaka yoo-1950, ekuqaleni isetyenziswe kwindawo nezokhuseleko. Ezi zicelo zibuyile kuphuhliso lwezinzwa kunye netekhnoloji yokulungisa ulwazi, kubandakanya nezo zisetyenziswa kwiplanethi, iirobhothi zendawo, iirobhothi, kunye nezithuthi zomhlaba zokuhamba ngendawo enamabala kunye nemimandla yemfazwe.
Uyilo kunye nomlinganiso wangaphakathi:
Ukusetyenziswa kwetekhnoloji ye-Laser Carting kuYilo kunye nomlinganiselo wangaphakathi ukhula ngokukhawuleza. Inika isizukulwane sabantu ababonisa iimodeli ezintathu zokubonisa ezimele iimpawu zendawo, imilinganiselo yesakhiwo, kunye nobudlelwane bendawo. Ukusetyenziswa kwe-lar kunye ne-Ultrasosonic Drivelindfixers kwizakhiwo ezinobunzima bezinto ezinobunzima, iigadi zangaphakathi, kunye neefestile ezininzi, kunye neefestile zeMinyango ziye zafundiswa kakhulu.
Ukujonga imvume yokufumana iimveliso zokufumana
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Ubungakanani bentengiso kunye nokukhula:
Ngo-2022, imakethi yehlabathi ye-Laser Dribers ixabisiwe malunga ne- $ 1.14 yezigidigidi. Iqinisekisiwe ukuba ikhule ibe yi-1,86 yezigidigidi ngonyaka wama-2028, ngenqanaba elindelekileyo lokukhula konyaka (i-chagr) ye-8.5% ngeli xesha. Oku kukhula kuchazwe ngokuyinxenye ekubuyisweni kwentengiso kumanqanaba angaphambi kwebhungane.
Iindlela zentengiso:
Imakethi inikela ukunikela ukunyuka ukukhula okuqhutywa ngurhulumente ogxininisa kwizixhobo zokhuselo. Ibango lesixhobo esiPhambili, esiPhambili kwiinkqubo ezahlukeneyo zemizi-mveliso, kunye nokusetyenziswa kwazo ekuphondweni, ukuhamba, kunye nokufota, kukukhula kwemarike. Ukuphuhliswa kwecandelo lezokhuseleko, inzala yokukhulisa imidlalo yangaphandle, kwaye ukufudukela kwabantu edolophini kuyayichaphazela intengiso yentengiso.
ICandelo leMarike:
Imakethi yahlulwahlulwahlulwahlulwa njengeentlobo njengeetelescope Leser ye-leser kunye ne-Laser egcinwe ngesandla, kunye nezicelo zokusebenza komkhosi, ukwakhiwa komkhosi weShuming, ukwakha, imidlalo, ezemidlalo, kunye nabanye. Inqanaba lomkhosi kulindeleke ukuba likhokele kwimakethi ngenxa yemfuno ephezulu yolwazi oluchanekileyo.
Ngo-2018 ukuya ku -021 ye-Global Agfinder yokutshintsha kwegama kunye nemeko yokukhula
Izinto zokuqhuba:
Ukwandiswa kwemakethi kuqhutywa ikakhulu ngokunyuka kwemfuno ukusuka kumacandelo anemoto kunye nezempilo, kunye nokwanda kokusetyenziswa kwezixhobo zonxibelelwano oluphezulu kwimisebenzi yemveliso. Ukuthathwa kwe-Laser Dribers kwiCandelo leNdawo yokuKhusela kwiShishini, ukuphuculwa kwemfazwe, kunye nokuphuhliswa kwezixhobo ezikhokelwa ngu-Laser kuyakhawulezisa ukwamkelwa kwale teknoloji.
Imiceli mngeni:
Imingcipheko yezempilo ehambelana nokusetyenziswa kwezi zixhobo, iindleko zawo eziphezulu, kunye nemiceli mngeni yokusebenza kwiimeko ezimbi zemozulu zezinto ezinokuthintela ukukhula kwentengiso.
I-Instights yeNgingqi:
INyakatho Melika kulindeleke ukuba ilawule imakethi ngenxa yokunikezelwa kwemali ephezulu kunye nemfuno yoomatshini abaphumeleleyo. Ingingqi ye-Asia Pacific nayo kulindeleke ukuba ibonise ukukhula okukhulu, iqhutywa kukwanda kwezoqoqosho kunye nabemi ngamazwe anjengeIndiya, iChina naseSouth Korea.
Imeko yokuThumela kwelinye ilizwe
Ngokwedatha, iindawo eziphezulu zokuthengisa, eziphezulu zokuthengisa eziphezulu ze-Chinese Kong (China), i-United States, eMzantsi Korea, neSpain. Phakathi kwezi, i-hong kong (i-China) inenxalenye ephezulu yokuthumela ngaphandle, i-akhawunti ye-50.98%. I-United States i-United States ikwisibini ngesabelo se-11.77%, silandelwa nguSouth Korea nge-4.34%, iJamani ene-3.44%, kunye ne-spain ene-3.01%. Ukuthumela kwelinye ilizwe ukuya eminye imimandla ye-akhawunti ye-26.46%.
Umvelisi weI-Lumispot Tech ye-Tech
Indima yemodyuli ye-laser kwi-larfindinder ibaluleke kakhulu, isebenza njengecandelo le-pivotal lokuphunyezwa kwemisebenzi ephambili yefowuni. Le modyuli ingabinamcibisini kuphela kwaye ilinganise uluhlu lwe-ortind okanye ikwachaphazela isantya sayo, ukusebenza kakuhle, ukusetyenziswa kwamandla, kunye nolawulo lobushushu. Imodyuli esemgangathweni ye-laser ephezulu yandisa ixesha lokuphendula kunye nokusebenza ngokufezekileyo kwenkqubo yokulinganisa ngelixa kuqinisekisa ukuthembeka kwesixhobo kunye nokuqina kokuqina phantsi kweemeko ezahlukeneyo zokusingqongileyo. Ngenkqubela phambili eqhubekayo kwitekhnoloji yase-laser, ukuphuculwa kweteknoloji, ubungakanani, kunye neendleko zeemodyuli ze-laser kuqhubeka ukuqhuba indaleko izicelo zendaleko.
I-Lumispot Tech isandula ukwenza umtshato obonakalayo entsimini, ngakumbi kwimbono yabavelisi abaphantsi. Imveliso yethu yakutshanje,I-LSP-LRS-0310F Laser DrindindFinding Module, bonisa le nkqubela phambili. Le modyuli sisiphumo sophando lophando lwe-LUMOPROT kunye neenzame zophuhliso, ezibonisa i-tlar yeglasi ye-orbium ye-orbium ye-Erbium kunye neTekhnoloji ye-laser. Ilungiselelwe ngokukodwa ukuba isetyenziswe kumanzi, iipods, kunye nezixhobo eziphathwayo. Ngaphandle kobungakanani obucekeceke, ukulinganisa iigram ezingama-35 kwaye kulinganise i-48x21X31 mm, i-LSP-LRS-LRS-LRS-LRS-LRSF ihambisa imigaqo yobugcisa obucacileyo. Iyaphumelela i-BEAM YOKUGQIBELA I-0.6 MRAD kunye nokuchaneka kwe-1 imitha ngelixa kugcinwa uluhlu lwe-1-10hz. Olu phuhliso alubonakalisi kuphela amandla e-IrIspot Tech kwitekhnoloji yeTekhnoloji kodwa ikwaphawula inyathelo elibalulekileyo phambili kwi-minetiuricultion kunye nophuculo lwentsebenzo yemodyuli yokufumana i-laser, esenza ukuba zilungelelanise izicelo ezahlukeneyo.
UKUFUNDA OKUFUNDILEYO
- Ukuphuhliswa kwe-neard-ye-lerfind ye-leser yenqwelomoya- M. Morgan, 2020
- Imbali yoPhuculo lweTekhnoloji yaseMkhosini yaseMkhosini kwizicelo zomkhosi- A. Bernnitskyi, M. Sokolovskyi, 2022
- Imbali ye-Laser Scanning, Icandelo 1: Isithuba kunye neziShishini zoKhuseleko-Adam P. Mthombo, 2020
- UKUSETYENZISWA KOKUSETYENZISWA KOLWAZI LOKUFUMANEKA KWEEMPAWU NOPHUHLISO LWE-3D YOKHUSELEKO LWEZAKHONO- A. celms, m. rinkmanis-rimbis, melanija jakstevica, 2022
Isiphawuli:
- Ngokwenjenje sibhengeza ukuba imifanekiso ethile iboniswe kwiwebhusayithi yethu iqokelelwa kwi-Intanethi nakwi-wikipedia ngeenjongo zokwenza kwakhona imfundo kunye nokwabelana ngolwazi. Siyawahlonipha amalungelo obunini bepropathi yengqondo yabo bonke abakhoyo, Le mifanekiso isetyenziswa ngaphandle kwenjongo yokufumana inzuzo.
- Ukuba uyakholelwa ukuba nawuphi na umxholo osetyenzisiweyo ukwaphula amalungelo akho okushicilela, nceda unxibelelane nathi. Sizimisele ukuthabatha amanyathelo afanelekileyo, kubandakanya ukususa imifanekiso okanye ukubonelela ngolona phawu lufanelekileyo, ukuqinisekisa ukuthotyelwa kwemithetho nemigaqo yengqondo. Injongo yethu kukugcina iqonga elityebileyo lomxholo, olulungileyo, kwaye luhlonipha amalungelo obunini bepropathi yengqondo.
- Please reach out to us via the following contact method， email: sales@lumispot.cn. We commit to taking immediate action upon receipt of any notification and ensure 100% cooperation in resolving any such issues.
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