Fahimtar Matsayin Hasken Haske ga Masu Amfani da Lantarki a 2024

1. Gabatarwa

Kayan lantarki na masu amfanisun zama muhimmin ɓangare na rayuwarmu ta yau da kullun, suna tsara hanyoyin sadarwa na mutane, hanyoyin aiki, da nishaɗi. Bayan ƙira mai kyau da ƙanƙanta na kayan lantarki na masu amfani akwai duniyar fasahar zamani, tare da na'urorin gani suna taka muhimmiyar rawa.

2. Aikace-aikacen Na'urorin Lantarki na Masu Amfani

Na'urar hangen nesa (optics) reshe ne na kimiyyar lissafi wanda ke magana game da ɗabi'a da halayen haske. Yana da muhimmin ɓangare na na'urorin lantarki da yawa na masu amfani.

2.1 Kyamara

Na'urorin hangen nesa suna da matuƙar amfani wajen inganta kyamarorin da ake samu a cikin na'urorin lantarki na masu amfani da su.kyamarorin wayar salula, kyamarorin kwamfutar tafi-da-gidanka,kyamarorin drone, zuwa kyamarorin mota da kyamarar yanar gizo, ci gaban da aka samu a fannin na'urorin gani ya kawo sauyi a harkar daukar hoto da daukar bidiyo.

Kyamarori suna amfani da ruwan tabarau don mayar da haske zuwa na'urar firikwensin hoto. Sannan ana amfani da na'urar firikwensin hoto don mayar da hasken zuwa siginar lantarki, wadda aka tsara ta da dijital kuma aka adana ta a matsayin hoto.

Gilashin tabarau masu inganci suna da mahimmanci don ɗaukar hotuna masu kaifi inda masana'antun ke ci gaba da inganta kayan tabarau da ƙira don rage ɓarna, kurakurai, da haɓaka tsabtar hoto.

Tsarin daidaita hoto na gani da kuma daidaita hoton lantarki yana rage tasirin girgizar hannu da girgiza, yana tabbatar da hotuna da bidiyo masu santsi da haske. Akwai nau'ikan ruwan tabarau daban-daban da ake amfani da su a kyamarori, kowannensu yana da nasa halaye na musamman. Haɗa na'urorin gani da algorithms masu inganci na sarrafa hoto yana ba da damar fasaloli kamar HDR (High Dynamic Range), yanayin hoto, da yanayin dare, yana bawa masu amfani damar ɗaukar hotuna masu ban mamaki a cikin yanayi daban-daban.

Misali, ruwan tabarau masu faɗi-faɗi suna da faffadan gani, wanda hakan ya sa suka dace da ɗaukar hotunan shimfidar wuri. Ruwan tabarau na Telephoto suna da ɗan ƙaramin fili na gani, wanda hakan ya sa suka dace da ɗaukar hotunan wasanni da na namun daji.

2.2 Gaskiyar Zane-zane da Ƙaruwa

Na'urorin gani su ne ginshiƙingaskiya ta kama-da-wane (VR) da gaskiyar da aka ƙara (AR)kwarewa. Na'urorin kunne na VR suna amfani da ruwan tabarau don ƙirƙirar hoto mai girma uku don mai amfani ya gani, suna ƙirƙirar yanayi mai zurfi. Gilashin AR suna rufe bayanan dijital zuwa ainihin duniyar ta amfani da na'urorin gani don nuna hotuna a fagen kallon mai sawa. Gilashin AR/VR suna da ingancin gani na musamman wanda aka tsara musamman don nunin ido na kusa. Gilashin yana kwaikwayon girma, matsayi da filin kallon ido na ɗan adam. Irin waɗannan ruwan tabarau ana kiransu da ruwan tabarau na kusa. Waɗannan fasahohin suna ƙara shahara don wasanni, ilimi, horo, da aikace-aikacen ƙwararru daban-daban.

2.3 Sauran Aikace-aikace

• Masu haska hotuna suna amfani da ruwan tabarau don nuna hotuna a kan allo.
• Na'urorin daukar hoto na barcode suna amfani da ruwan tabarau don mayar da haske zuwa lambar barcode, wanda na'urar daukar hoto ke fassara shi.
• Masu goge robotYi amfani da ruwan tabarau don yin taswirar daidai, gano cikas, da tsaftacewa mai inganci.
• LiDAR don motocin da ke sarrafa kansuyana amfani da ruwan tabarau na ToF don samun bayanai game da zurfin abu da kuma lokacin da aka tsara.

3. Na'urorinmu na gani don na'urorin lantarki na masu amfani

Tsarin lantarki da kera filastik ko gilashi na Wavelength Opto-ElectronicRuwan tabarau da aka ƙeradon na'urorin lantarki na masu amfani. Muna bayar da ruwan tabarau na kyamarorin sa ido da dama da ruwan tabarau na ToF, yayin da sauran ruwan tabarau na na'urorin lantarki na masu amfani da mu an keɓance su.

3.1 Ruwan tabarau na kyamarar sa ido

NamuGilashin kyamarar sa idoYi amfani da tsarin haɗakar gilashi da filastik, wanda ke da kyakkyawan aiki a cikin rashin daidaituwar hoto. Bugu da ƙari, yana da halayen babban FOV da daidaiton hoto iri ɗaya. Ana amfani da shi sosai a cikin kyamarorin drone, gidaje masu wayo, tsaron farar hula, da sauran yanayi.

Tebur 1: Ruwan tabarau na kyamarar sa ido ta lantarki mai tsawon zango

Ruwan tabarau na ToF 3.2

Ruwan tabarau na Lokacin Tashi (ToF), wanda aka fi sani da ruwan tabarau na zurfin 3D, suna zuwa da yanayin lokaci na ainihi kuma suna iya samun bayanai game da zurfin abu. Waɗannan samfuran suna aiki a cikin na'urorin lantarki na masu amfani kamar kyamarorin gida masu wayo, robot masu sassauƙa, AR/VR, jiragen sama marasa matuƙa, da LiDAR don motocin da ke cin gashin kansu. Ruwan tabarau na ToF suna amfani da hasken infrared don tantance bayanai game da zurfin. Na'urar firikwensin tana fitar da sigina wanda ke nuna abin kuma yana komawa ga na'urar firikwensin. Dangane da ƙarfi da lokacin da aka ɗauka don hasken da aka nuna ya isa ga na'urar firikwensin, ana iya yin taswirar zurfin akan abin. Idan aka kwatanta da sauran fasahar taswirar zurfin 3D, fasahar ToF tana da arha sosai. Babban saurin firam a kowane daƙiƙa yana ba da damar aikace-aikacen lokaci-lokaci kamar blur na baya a cikin bidiyo akan tashi.

ToF ya fi daidaito kuma yana ba da ci gaba mai yawa fiye da sauran dabarun hoto.

Tebur na 2: Ruwan tabarau na Opto-Electronic ToF na Wavelength

3.2.1 LiDAR don Motocin da ke Cin Gashin Kansu

Na'urorin gani masu girman 905nm da 1550nm sun dace da amfani da tuki mai sarrafa kansa.

3.3 Ruwan Ido Kusa da Ido

Lambar Sashe: DJZ32-B01
FFL: 10.03
FOV: 48.8(H)x41.3(V)
Nau'in Chip: IM 250 2/3"

Bayani dalla-dalla 1: Ruwan tabarau na lantarki na lantarki kusa da ido

Ruwan Ido Kusa da Idoya ƙunshi abubuwa da yawa na gani waɗanda ke aiki tare da na'urar ganowa ta C-mount IMX250 2/3″ da software na sarrafa hoto a layin samar da AR/VR don cimma binciken MTF ta atomatik, karkacewa, FOV, lanƙwasa filin, da haske mai alaƙa da na'urar haɗawa. Muna ba da ruwan tabarau na musamman ga masu haɗa tsarin na'urorin AR/VR.

3.4 Sauran Samfura

Nau'ikan samfura da ake da susun haɗa da ruwan tabarau na pinhole, ruwan tabarau na scanning, ruwan tabarau na drone, ruwan tabarau na kyamara, ruwan tabarau na conical, da sauransu.

Tebur na 4: Ruwan tabarau na Opto-Electronic Sauran Ruwan tabarau da aka ƙera

3.5 Keɓancewa da Ruwan tabarau da aka ƙera

Da namukayan aiki na zamani, za mu iya tsara musamman da kuma samar da cikakkun mafita ga takamaiman buƙatun abokan ciniki. Muna ƙera ruwan tabarau na musamman don kayan lantarki na masu amfani da gilashi ko filastik.

3.5.1 Ruwan tabarau na Aspherical da aka ƙera

3.5.2 Ƙananan Ruwan tabarau na Aspherical

3.5.2.1 Ruwan tabarau na wayar hannu

(1≤φ≤5)
Juriyar OD: ±0.003 mm
Juriyar CT: ±0.003 mm
Juriyar Tsayin Tsayi: ±0.002 mm
Daidaiton Fuskar: Rt ≤0.0006 mm, ΔRt ≤0.0003 mm
Kuskuren Tsakiya: ≤ 0.003 mm

Bayani dalla-dalla 2: Ruwan tabarau na kyamarar wayar lantarki mai siffar wavelength Opto-Electronic

3.5.2.2 Ruwan sa ido da DSC

(5≤φ≤12)
Juriyar OD: ±0.003 mm
Juriyar CT: ±0.003 mm
Juriyar Tsayin Tsayi: ±0.002 mm
Daidaiton Fuskar: Rt ≤0.0015 mm, ΔRt ≤0.0005 mm
Kuskuren Tsakiya: ≤ 0.005 mm

Bayani dalla-dalla 3: Na'urar Kula da Na'urar Lantarki ta Wavelength Opto-Electronic Molded & DSC

3.5.3 Manyan Ruwan Gilashin Aspherical

Juriyar OD: ±0.01 mm
Juriyar CT: ±0.005 mm
Juriyar Tsayin Tsayi: ±0.005 mm
Daidaiton Fuskar: Rt ≤0.005 mm, ΔRt ≤0.002 mm
Kuskuren Tsakiya: ≤ 0.008 mm

Bayani dalla-dalla 4: Ruwan tabarau na Opto-Electronic Molded Projector

Manyan ruwan tabarau masu kama da aspheric suna aiki ne ga samfuran da ke buƙatar manyan ruwan tabarau masu diamita kamar na'urori masu auna sigina.

3.5.4 Ruwan tabarau na Aspherical masu siffar musamman

Juriyar Girma: ±0.01 mm
Juriyar CT: ±0.005 mm
Juriyar Tsayin Tsayi: ±0.002
Daidaiton Fuskar: Rt ≤0.003 mm, ΔRt ≤0.0008 mm

Bayani dalla-dalla 5: Ruwan tabarau na musamman mai siffar ruwan tabarau na Opto-Electronic

Gilashin ruwan tabarau masu siffar musamman suna aiki ne don sarrafa siginar atomatik ko samfuran AR/VR.

4. Fasahar Gyaran Allura

Gilashin filastik, gilashi, da kuma gilashin filastik masu haɗaka sune kayan da ake amfani da su don samar da ruwan tabarau na gani tare da fasahar ƙera allura. Ana bayyana ƙera allura a matsayin tsari wanda ake narkar da kayan filastik/gilashi sannan a saka su cikin molds. Tsarin da ke gaba ya haɗa da sanyaya kayan mold don taurare yanzu yana shirye don amfani da takamaiman takamaiman bayanai don aikace-aikace daban-daban.

Kayan aiki guda ɗaya ya isa don samar da adadi mai yawa tare da ingancin saman da ake buƙata don kowane aikin samarwa. Zafin jiki da matsin lamba sune mahimman sigogi waɗanda ake buƙatar a kula da su a duk lokacin aikin.

5. Kammalawa

Na ganiwani ƙarfi ne da ke haifar da ci gaban kayan lantarki na masu amfani da kayayyaki akai-akai. Daga fasahar kyamara mai ban mamaki zuwa fasahar nutsewa mai zurfi.AR/VRabubuwan da suka faru da kumatsarofasali, na'urorin hangen nesa suna taka muhimmiyar rawa wajen haɓaka aiki da ƙwarewar mai amfani da na'urorinmu. Yayin da fasahar hangen nesa ke ci gaba da bunƙasa, za mu iya tsammanin ganin ƙarin sabbin aikace-aikacen na'urorin hangen nesa masu ban sha'awa a cikin na'urorin lantarki na masu amfani.

Idan kuna neman mai samar da kayan gani mai inganci don na'urorin lantarki na masu amfani, Wavelength Opto-Electronicƙira da ƙeraGilashin tabarau da aka ƙera don waɗannan aikace-aikacen. Tare da fiye da shekaru goma na ƙwarewa a fannin gani da kuma kayan aiki na zamani, za ku iya dogara da ingancin na'urorin gani da kuma ƙarfin masana'antarmu.