Kamar yadda ci gaban fasaha, hanyoyin gargajiya na samar da kayayyakin more rayuwa da kuma layin dogo yana tsammanin canjin juyin juya hali. A farkon wannan canjin shine fasahar Laser, wacce aka sani da daidaitonsa, inganci, da aminci (Smith, 2019). Wannan labarin ya cancanci a cikin ka'idodin binciken Laser, aikace-aikacen sa, da kuma yadda yake saupping game da tsarin aikinmu na zamani.
Ka'idodi da fa'idodi na fasahar Laser
Binciken Laser, musamman na binciken Laser don auna madaidaitan abubuwa da kuma mahalli sosai (Johnson et al., 2018). Ba kamar hanyoyin gargajiya ba ne, yanayin karatuttukan bada bashi yana ba da damar saurin aiki, daidai ɗaukar bayanai ba tare da tayar da mahalli ba (Williams, 2020). Haka kuma, haɗin gwiwar ci gaba Ai da zurfin koyo na koyon aiki don yin bincike, haɓaka haɓaka aiki da daidaito (Davis & Thompson, 2021).
Aikace-aikacen Laser a cikin Railway
A cikin layin dogo, binciken Laser ya fito a matsayin mai ban mamakiKayan aiki. Tasirin sifar Ai Algorith ya gano daidaitaccen canje-canje, kamar mue da jeri, kuma yana buƙatar buƙatar tsaro da amincin tsarin ƙasa (Zhao et al., 2020).
A nan, powessess na Laser Ficarancin fasahar haskakawa tare da gabatarwar WDE004 na gani ta hanyarLumispotFasaha. Wannan tsarin yankan-yankan-yankakken, yana amfani da Laserondortors Laser na Semiconductor ɗin kamar yadda hasken sa, ya zama karfin fitarwa na 15-50w / fasahar 808nm (2022). Tsarin ya shafi hadewa, haɗawa Laser, kyamarar, da wadatar wutar lantarki, faɗakarwa don gano hanyoyin jirgin, motocin, da putraphers da kyau.
Abin da ya kafaWde004Backasanta karamar ƙira, lalacewar zafi. Haɗin sa na bayyananniyar-daidaitaccen matakin da aka rage girman lokacin tattara kuɗi, Alkawari a cikin bita-mai amfani da mai amfani. A bayyane yake, tsarin tsarin ya bayyana a zaɓin kayan haɗin sa, yana ɗaukar takamaiman bukatun abokin ciniki.
Kara kuma nuna bukatar ta da aiki, tsarin Lumispot na Lumispot, wanda ke ɗaukakaTabbataccen tushen haskenda jerin fitiliyar haske, yana haɗa kyamarar a cikin tsarin laser, da ke amfanuwa kai tsaye dahangen nesa(Chen, 2021). Wannan bidi'a tana da mahimmanci ga gano HU ta hanyar ganowa a karkashin ƙarancin sauri a ƙarƙashin yanayin ƙarancin haske (Yang, 2023).
Ka'idojin Aikace-aikacen Laser a Binciken Railway
Tsarin inji | Pantograph da kuma gano wuri na ganowa
- Kamar yadda aka nuna, daLine LaserKuma za'a iya hawa kyamarar masana'antu a saman firam na baƙin ƙarfe. Lokacin da jirgin hawa ya wuce, suka ɗauki hotunan manyan bayanai na rufin jirgin da kuma samarwa.
Tsarin injiniya | Gano layin dogo
- Kamar yadda aka nuna, za a iya hawa layin Laser da kyamarar masana'antu a gaban jirgin hawa mai motsi. Kamar yadda jirgin ke ci gaba, sun dauki hotunan manyan hanyoyin dogo.
Tsarin inji | Mai Kula da Kulawa
- Za'a iya shigar da kyamarar Laser da kyamarar masana'antu a ɓangarorin biyu na hanyar layin dogo. Lokacin da jirgin ƙasa ya wuce, sun dauki hotunan manyan bayanai na ƙafafun jirgin.
Tsarin abin hawa | Tsarin Hoto na atomatik da tsarin gargadi na farkon don gazawar mota (tfds)
- Kamar yadda aka nuna, ana iya shigar da layin Laser da kyamarar masana'antu a garesu a garesu na hanyar layin dogo. Lokacin da motar motar ta fice, sun ɗauki hotunan manyan bayanai na motocin sufuri.
High-Speed Trainarancin Rashin aiki mai tsauri-3D
- Kamar yadda aka nuna, za a iya hawa layin Laser da kyamarar masana'antu a cikin layin dogo da kuma a ɓangarorin layin dogo. Lokacin da jirgin ƙasa ya wuce, sun dauki hotunan manyan bayanai na ƙafafun jirgin kasa da kuma underside na jirgin.
Wasu maganganun binciken mu
Laser gano don tsarin rayuwar inji
