Bhalisa kwimithombo yeendaba zethu zentlalo yeposi
Olu shicilelo lweendaba luyathandabuza kwiinguqu zobuchwephesha kwi-Laser ye-Laser ekufuphi, egxininisa umgaqo wayo we-0.5mrad oPhezulu, kunye neTekhnoloji ye-Ultra encinci. Olu phando lukwaphakamisa iimpawu zemveliso kunye nezicelo zayo kwimimandla eyahlukeneyo.
I-radieth yetekhnoloji yokuchaneka kunye ne-stealth
I-Laser ye-laser kudala yamkelwe njengezixhobo ezifanelekileyo zokukhupha amandla amagqabantshintshi agxile kakhulu, ubukhulu becala esetyenziselwa ukubonakalisa umgama omde okanye ukukhanya. Izikhombisi ze-laser zemveli, nangona kunjalo, zincitshisiwe kuluhlu olufanelekileyo lokukhanyisela, zihlala zingadlulanga kwikhilomitha enye. Njengoko umgama onyukayo, indawo yokukhanya ichithake kakhulu, ngokufanayo okungaphantsi kwe-70%.
Ukuhambela phambili kwezobuchwephesha kwe-LUMOSPOT Tech:
I-Lumispot Tech yenze inkqubela phambili yokugqogqa ngokubandakanya itekhnoloji ye-Ultra-encinci yeTekhnoloji ye-Bight Aam kunye neendlela zokukhanya ezifanayo. Ukuphuhliswa kwesalathiso se-serser ekufuphi ne-leser ene-cavelength ye-8088m ihamba ishishini. Ayisiyo kuphela ifezekisile isibonakaliso sexesha elide, kodwa ukufana kwalo kufikelela malunga ne-90%. Le glaser ihleli ingabonakali kwiliso lomntu kodwa ibonakala ngokucacileyo koomatshini, ukuqinisekisa ukujolisa ngokuchanekileyo ngelixa kugcinwa i-stealth.
I-808NM kufutshane ne-Infrared Laser Pointe / Isalathiso esivela kwi-Lumispot Tech
Inkcazo yemveliso:
◾ Wavelethth: 808nm ± 5NM
◾ Amandla: <1w
◾ I-Angle ye-Deancegence: 0.5mrad
Imowudi yokusebenza: Ukuqhubeka okanye ukutyhala
◾ Ukusetyenziswa kwamandla: <5w
Iqondo lokushisa elisebenzayo: -40 ° C ukuya kwi-70 ° C
◾ Unxibelelwano: Ngaba iBhasi
◾ Ubungakanani: 87.5mm X 50mm X 35mm
Ubunzima: <180g
Inqanaba lokhuseleko: IP65
Iimpawu eziphambili kunye neziBonelelo
◾Ukufakwa kwengqondo ephezulu: Isixhobo siphumelela ukuya kuthi ga kwi-90% ye-Piyunifomu, ukuqinisekisa ukukhanyiselwa nokujolisa.
◾ I-indelelekile kwiimeko ezigqithisileyo: kunye neendlela zayo zokutshisa ubushushu, isikhombisi sase-laser sinokusebenza ngokufanelekileyo kumaqondo obushushu ukuya kuthi ga + 70 ° C.
Iindlela zokuSebenza eziQhagamshele: Abasebenzisi banokukhetha phakathi kokukhanyisela okuqhubekayo okanye ukuhlengahlengiswa kwe-pulse eguqukayo, ukuphetha kuluhlu olubanzi lwezicelo.
Uyilo lwexesha elizayo: Uyilo lwemodyuli luvumela ukuphuculwa ngokulula, ukuqinisekisa ukuba ifowuni ihlala iphambili kwitekhnoloji ye-laser.
I-spectum ebanzi yezicelo
Izicelo ze-serser ekufuphi ne-Infrared yase-Infrared yase-Infrared yase-Infrared yase-Infrared I-Infrared I-Infrared Seapps inkulu, isuka ekhuselekileyo yokhuseleko lokumakisha amacandelo aseburhulumenteni ngathi kukwakhiwa kwendawo echanekileyo. Intshayelelo yayo ithembisa ukuzisa ngokuchanekileyo kunye nokusebenza ngokufezekileyo kwiinkalo ezahlukeneyo, ukumakisha iteksi ebalulekileyo kwitekhnoloji yokukhanya.
Izicelo ezahlukeneyo: Ngaphandle kokukhomba
Izicelo ezinokubakho ze-LUMOSPOT Tech ye-sest ye-leser ye-serser ye-leser inkulu:
◾ Ukhuselo kunye nokhuseleko: Ukufumana imisebenzi efihlakeleyo apho i-stemonunt ye-stemount, le poilter ye-laser inokusetyenziselwa ukumakishwa kwethagethi ngaphandle kokuveza isikhundla somqhubi ngaphandle kokutyhila isikhundla somqhubi ngaphandle kokutyhila isikhundla somqhubi ngaphandle kokutyhila isikhundla somqhubi ngaphandle kokutyhila isikhundla somqhubi ngaphandle kokutyhila isikhundla somqhubi ngaphandle kokutyhila isikhundla somqhubi.
◾ Ukucinga ngonyango: Iimpatshisi ezikufuphi ne-infrared zinokufumana izicubu zabantu, zenza ukuba zilungele iintlobo ezithile zokucinga kwezonyango.
Ukuqonda okude: Ukubeka iliso kwindalo esingqongileyo kunye nokuqwalaselwa komhlaba, amandla okujolisa kwiindawo ezithile nge-infrared ekufuphi nayo inokuphucula umgangatho weenkcukacha eziqokelelweyo.
◾ Ukwakhiwa nokunyangwa: Iiprojekthi ezifuna ukuguquguquka, njengokwakheka okanye ukwakhiwa okuphezulu, ukunyuka okuphezulu, isikhombisi esinokuthenjwa sinokubaluleka.
◾ Uphando kunye nezemfundo: kubaphandi abasebenza kwiilebhu okanye ootitshala bafundisa imigaqo-nkqubo ye-optics, le porester isebenza njengesixhobo esisebenzayo kunye nesixhobo somboniso [4 ^].
I-Lumispot Tech inesisombululo sezinye izicelo ze-laser, enomdla wokufunda ngakumbi malunga nethuImvakalelo ekude, ezonyango, ukurhangqa, Ukusika idayimanikwayeI-AutoMotive Lidarizicelo.
Ukujonga phambili: Ikamva leTekhnoloji yase-laser
Iteknoloji ye-Lumispot Tech kwi-teknoloji yeTekhnoloji ye-laser ekufutshane ye-laser inesiqalo nje. Njengemfuno yokuthetha ngokuthe ngqo, ethembekileyo, kwaye i-Laser yeLaser yeLaser ikhula, inkampani izimisele ukuhlala ngaphambili yophando nophuhliso. Ngeqela lenzululwazi, iinjineli, kunye neengcali zeShishini, i-Lumispot Tech ilungele ukukhokela amaza alandelayo antsha.
I-infrared-infrared (i-NIR) I-Laser: i-FAQ ye-FOT
1. Yintoni eyenza ukuba kufikeleleke kufutshane (Nir)?
A: Ngokungafaniyo nee-lasers ezikhupha ukukhanya (ezinjengokubomvu okanye luhlaza), i-nir Lasers isebenza kwindawo "efihlakeleyo" yenxalenye yendawo efihlakeleyo, efihlakeleyo "kwiindawo ezinokuphazamiseka.
2. Ngaba zikhona iintlobo ezahlukeneyo zeNir Layeli?
A: Ngokuqinisekileyo. Kanye njengokuba i-lars ebonakalayo, i-nir Lasers inokwahluka ngokwamandla abo, indlela yokusebenza (njengokuphinda iqhube), kunye ne-wavelength ekhethekileyo.
3. Amehlo ethu adibana njani neNIR?
A: Ngelixa amehlo ethu engakwazi 'ukubona "ukukhanya, oko akuthethi ukuba akanabungozi. I-cornea kunye nelensi ivume i-NIR idlula ngendlela esebenzayo, enokuba yingxaki njengoko i-retina inokufumana, ekhokelela kumonakalo onokubakho.
4. Luphi ubudlelwane phakathi kwe-nir Lasers kunye ne-fiber optics?
A: Kufana nomdlalo osezulwini. I-Silica esetyenziswe kwiintsinga ezininzi ezibonakalayo ziphantse zangaphantsi kwezinye ii-nir zavelengths, zivumela imiqondiso ukuba ihambe imigama emide ngelahleko encinci.
5. Ngaba ii-nir ii-nir zifumaneka kwizixhobo zemihla ngemihla?
A: Ewe, kunjalo. Umzekelo, kude ne-TV yakho kude kusenokwenzeka ukuba i-NIR ukukhanya ukuthumela imiqondiso. Akubonakali kuwe, kodwa ukuba ufumana indawo ekude kwikhamera ye-smartphone kwaye ucinezele iqhosha, unokuhlala ubona i-nur ye-NIR ye-NIR.
6. Yintoni le ndiyivileyo malunga ne-NIR kunyango?
A: Kukho umdla okhulayo kwindlela iNIR echaphazela ngayo imizimba yethu. Olunye uphando lubonisa ukuba lunokunceda umsebenzi weselula kunye nokuchacha, kukhokelela ekusebenziseni unyango lwentlungu, ukuvuvukala, kunye nokuphiliswa kwenkuni. Kodwa, kubalulekile ukukhumbula ukuba ayizizo zonke izicelo eziye zavavanywa kakhulu, ngoko ke nxibelelana neengcali zempilo.
7. Ngaba zikho naziphi na iinkxalabo zokhuseleko ezikhethekileyo kunye ne-nir lairs xa kuthelekiswa neendlela ezibonakalayo?
A: Uhlobo olungabonakaliyo lweNir ukukhanya lunokubangela abantu ukuba babe yimeko yobuxoki yokhuseleko. Ngenxa yokuba awukwazi ukubona oko akuthethi ukuba ayikho. Nge-News ephezulu yamandla eNir, ngakumbi, kubalulekile ukusebenzisa iliso elikhuselayo kwaye lilandele iiprothokholi zokhuseleko.
8. Ngaba ii-nir laosers zinazo naziphi na iinkqubo zendalo?
A: Ngokuqinisekileyo. Umzekelo, i-wir spectuccopy, umzekelo, isetyenziselwa ukufundisisa impilo yezityalo, umgangatho wamanzi, kunye nokwenziwa komhlaba. Iindlela ezikhethekileyo Izinto ezinxibelelana ne-NIR ukukhanya zinokuxelela izazinzulu zininzi malunga nokusingqongileyo.
9. Ndivile ngee-saunas ze-infrared. Ngaba inxulumene ne-Nir Layeli?
A: Banxulumene ngokwemigaqo yokukhanya esetyenzisiweyo, kodwa basebenza ngokwahlukileyo. I-Infrared Saunas isebenzisa izibane ze-infrared ukufudumeza umzimba wakho ngqo. I-NIR Lasers, kwelinye icala, zigxile ngakumbi kwaye zichanekile, zihlala zisetyenziswa kwizicelo ezithile ezinjengeempawu esithethe ngazo.
10. Ndazi njani ukuba i-nir lare ilungile kwiprojekthi yam okanye isicelo?
A: UPhando, uphando, uphando. Ngenxa yepropathi eyahlukileyo kunye nobubanzi bemigangatho ye-Niri yaseNiri, ukuqonda iimfuno zakho, iiprothokholi zokhuseleko, kunye neziphumo ezinqwenelekayo ziya kunceda ukukhokela isigqibo sakho.
Izalathiso:
-
- I-FEKETE, B., et al. (2023). I-X-ray ar⁺⁸ i-leser ye-captillage ephantsi ikhutshiwe.
- Sanny, A., et al. (2023). Ukuqulunqwa kwe-Calling yokuZenzisayo i-Adlinerry Beam Creener yesixhobo se-vltti segard ukufumana i-Extoplanets.
- Morse, pt, et al. (2023). Unyango olungahlaseli lwe-ischemia / lokulimala ngokutsha: Ukuhanjiswa okusebenzayo kwendlela yonyango kufutshane nengqondo yomntu kwingqondo yomntu ngokuthoba i-silicone waveene.
- Khangela, n., et al. (2023). Ukwakhiwa kunye neemvavanyo ze-phosphor yokujonga i-phosphor yokujonga ukubeka iliso kwiprofayili yokuhamba kwe-elektroni kwipcell.
- I-FEKETE, B., et al. (2023). I-X-ray ar⁺⁸ i-leser ye-captillage ephantsi ikhutshiwe.
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.
Ixesha leposi: Oct-31 ukuya kwi-2023