Tare da ci gaba da ci gaban kimiyya da fasaha, fasahar kewayon Laser ya shiga ƙarin fannoni kuma an yi amfani da shi sosai. Don haka, menene wasu mahimman bayanai game da fasahar kewayon Laser wanda dole ne mu sani? A yau, bari mu raba wasu mahimman bayanai game da wannan fasaha.
1.Ta yaya Laser Rangefinding ya fara?
1960s sun shaida haɓakar fasahar kewayon Laser. Wannan fasaha da farko ta dogara ne da bugun bugun laser guda ɗaya kuma ta yi amfani da hanyar Time of Flight (TOF) don auna nisa. A cikin hanyar TOF, wani nau'in rangefinder na Laser yana fitar da bugun jini na Laser, wanda abin da aka yi niyya ya nuna shi baya kuma mai karɓar module ɗin ya kama shi. Ta hanyar sanin tsayin daka na haske da kuma auna daidai lokacin da ake ɗaukar bugun bugun laser don tafiya zuwa ga manufa da baya, ana iya ƙididdige tazarar da ke tsakanin abu da mai gano kewayon. Ko a yau, shekaru 60 bayan haka, yawancin fasahar auna nisa har yanzu suna dogara da wannan ka'ida ta TOF.
2.What ne Multi-Pulse Technology a Laser Rangefinding?
Yayin da fasahar ma'aunin bugun jini guda ɗaya ta girma, ƙarin bincike ya haifar da aikace-aikacen gwaji na fasahar ma'aunin bugun jini da yawa. Fasahar bugun jini da yawa, dangane da ingantaccen ingantaccen hanyar TOF, ya kawo fa'idodi masu yawa ga na'urori masu ɗaukuwa a hannun masu amfani da ƙarshen. Alal misali, sojoji, na'urorin hannu da ake amfani da su don cimma burinsu suna fuskantar ƙalubalen da babu makawa na ɗan girgiza hannu ko girgiza. Idan irin wannan girgizar ta haifar da bugun bugun jini guda daya rasa abin da aka sa a gaba, ba za a iya samun ingantaccen sakamakon aunawa ba. A cikin wannan mahallin, fasahar bugun jini da yawa tana nuna ƙwaƙƙwaran fa'idodinta, saboda tana haɓaka yuwuwar bugun manufa, wanda ke da mahimmanci ga na'urorin hannu da sauran tsarin wayar hannu da yawa.
3.Ta yaya Multi-Pulse Technology a Laser Rangefinding Work?
Idan aka kwatanta da fasahar auna bugun jini guda ɗaya, na'urorin laser ta amfani da fasahar auna yawan bugun jini ba sa fitar da bugun bugun laser guda ɗaya don auna nisa. Madadin haka, suna ci gaba da aika jerin gajerun ƙwanƙwasa ƙwanƙwasa laser (mai dorewa a cikin kewayon nanosecond). Jimlar lokacin ma'auni na waɗannan bugun jini yana daga 300 zuwa 800 millise seconds, ya danganta da aikin ƙirar kewayon Laser da aka yi amfani da shi. Da zarar waɗannan bugun jini sun kai ga abin da aka yi niyya, ana nuna su zuwa ga mai karɓa mai mahimmanci a cikin kewayon Laser. Daga nan mai karɓa ya fara samfurin bugun bugun faɗakarwa da aka karɓa kuma, ta hanyar madaidaitan algorithms, na iya ƙididdige ƙimar tazara mai dogaro, koda lokacin da ƙayyadaddun adadin bugun bugun laser da aka nuna kawai aka dawo saboda motsi (misali, ɗan girgiza daga amfani da hannu. ).
4.Ta Yaya Lumispot Ya Inganta Daidaicin Rangefinding Laser?
- Hanyar Ma'auni na Canjawa Rabe: Ma'auni daidai don Haɓaka daidaito
Lumispot yana ɗaukar hanyar auna juzu'i wanda ke mai da hankali kan ma'auni daidai. Ta haɓaka ƙirar hanyar gani da ci-gaba algorithms sarrafa siginar, haɗe tare da babban fitarwar makamashi da kuma dogon halayen bugun jini na Laser, Lumispot ya sami nasarar shiga tsakani na yanayi, yana tabbatar da daidaiton sakamakon aunawa. Wannan fasaha tana amfani da dabarun gano kewayon mitoci mai tsayi, ci gaba da fitar da bugun bugun laser da yawa tare da tara siginar amsawa, yadda ya kamata yana murkushe hayaniya da tsangwama. Wannan yana haɓaka ƙimar sigina-zuwa-amo sosai, yana samun daidaitaccen ma'aunin nisa. Ko da a cikin mahalli masu rikitarwa ko tare da ƙananan bambance-bambancen, hanyar auna juzu'i na yanki yana tabbatar da ingantaccen sakamako mai karko, yana mai da shi fasaha mai mahimmanci don haɓaka daidaiton auna.
- Rarraba Ƙofar Biyu don Daidaitaccen Neman Range: Dual Calibration don Madaidaicin Madaidaici
Lumispot kuma yana amfani da ma'aunin ma'aunin kofa biyu tare da ainihin tsarin daidaitawa biyu. Na'urar ta fara saita ƙofofin sigina daban-daban guda biyu don ɗaukar mahimman lokaci biyu na siginar faɗakarwa. Wadannan maki lokaci sun bambanta dan kadan saboda ƙofofin daban-daban, amma wannan bambanci ya zama mabuɗin don rama kurakurai. Ta hanyar ma'aunin ma'auni da ƙididdige lokaci mai tsayi, tsarin zai iya ƙididdige bambancin lokaci daidai tsakanin waɗannan maki biyun da kuma daidaita sakamakon kewayon asali na asali, yana haɓaka daidaiton kewayo.
5.Do High-Precision, Long-Range Laser Rangefinding Modules Shagaltar da Babban Volume?
Domin samar da na'urori masu linzamin Laser mafi yadu da amfani da su cikin dacewa, na'urori na Laser rangefinder na yau sun samo asali zuwa mafi ƙanƙanta da kyawawan siffofi. Misali, Lumispot's LSP-LRD-01204 Laser rangefinder yana siffanta shi da ƙaramin girmansa mai ban mamaki (11g kawai) da nauyi mai sauƙi, yayin da yake riƙe da ingantaccen aiki, babban juriya, da amincin ido na Class I. Wannan samfurin yana nuna cikakkiyar ma'auni tsakanin ɗaukar nauyi da dorewa kuma an yi amfani da shi sosai a cikin fagage kamar niyya da ƙididdigewa, matsayi na gani na lantarki, jirage marasa matuƙa, motocin da ba a sarrafa su ba, injiniyoyin mutum-mutumi, tsarin sufuri na hankali, dabaru masu wayo, samar da aminci, da tsaro na hankali. Zanewar wannan samfur ɗin yana nuna zurfin fahimtar Lumispot game da buƙatun masu amfani da haɓakar haɓakar fasaha, yana mai da shi fice a kasuwa.
Lumispot
Adireshi: Gini na 4 #, No.99 Furong Road 3rd, Xishan Dist. Wuxi, 214000, China
Lambar waya: + 86-0510 87381808.
Wayar hannu: + 86-15072320922
Email: sales@lumispot.cn
Lokacin aikawa: Janairu-06-2025