Izinja: Kusukela ngezibonakuvukala, izihibe, izimoto ezikhutshwe izimoto, kanye nezindawo ezihlanganisiwe
I-1535NM 3KM Laser RangerFinder Module
Isingeniso Somkhiqizo
I-LSP-LRS-3010F-04 laser RangerFinder i-RangeFinder ye-Laser elakhiwe ngokususelwa ku-1535nm ER LASER LASER ngokuzimela kwakhiwa ngeLiaghsuan Laser. Ukwamukela isikhathi esisha esisha se-Pulse se-Flight (tof), ukusebenza okuvela kukhulu kakhulu ngezinhlobo ezahlukahlukene zamatshe - Ibanga elisuka ekwakheni amakhilomitha angafinyelela kalula, ngisho nezimoto ezihamba ngokushesha, ezinzile ezivela kumakhilomitha ayi-3.5 zingatholakala. Kuzo izicelo ezinjengokuqashwa kwabasebenzi, ibanga elivela kubantu abantu lidlula amakhilomitha ama-2, kuqinisekise ukunemba nokusebenza kwesikhathi sangempela sedatha. I-LSP-LRS-3010F-04 I-Laser RangerFinder isekela ukuxhumana ngekhompyutha ephezulu nge-Rs422 Port Port (ngenkathi uhlinzeka nge-TTL Serial Port Service), okwenza ukudluliswa kwedatha kube lula futhi kusebenze kahle.
Ukucacisa
| Imodeli Yomkhiqizo | LSP-LRS-3010F-04 |
| Usayizi (Lxwxh) | ≤48mmx21mmx31mm |
| Ubunzima | 33g ± 1G |
| I-Laser Wavelength | 1535 ± 5NM |
| I-Laser Divergence Angle | ≤0.6mrad |
| Ukunemba okuvuthayo | > 3km (imoto: 2.3mx2.3m) > 1.5km (umuntu: 1.7mx0.5m) |
| Izinga lokuphepha kwamehlo | I-Class1 / 1m |
| Isilinganiso sokulinganisa esifanele | ≥98% |
| Isilinganiso se-alamu yamanga | ≤1% |
| Ukutholwa okuhlosiwe okuningi | I-3 (inombolo ephezulu) |
| Isikhombikubona | I-RS422 Serial Port (ngokwezifiso TTL) |
| Hlinzeka ngogesi | DC 5 ~ 28 v |
| Isilinganiso sokusetshenziswa kwamandla | ≤ 1.5W (10hz Operation) |
| Ukusetshenziswa kwamandla okuphezulu kwe-Peak | ≤3w |
| Amandla okulinda | ≤ 0.4w |
| Ukusetshenziswa kwamandla okulala kokulala | ≤ 2mw |
| Ukushisa kokushisa | -40 ° C ~ + 60 ° C |
| Ukushisa okushisa | -55 ° C ~ + 70 ° C |
| Umphumela | I-75G, 6MS (kuze kufinyelele kumthelela we-1000g, 1ms) |
| Ukudlidliza | I-5 ~ 200 ~ 5 hz, 12min, 2.5g |
Imininingwane yomkhiqizo Display
Izici zomkhiqizo
● I-Beam Expander Ihlanganisiwe Design: Ukuthuthukiswa Kwezemvelo Ukuvumelana ngokuhlanganiswa kokuhlanganisa
I-Beam Expander Ihlanganisiwe Design iqinisekisa ukusebenzisana okuqondile nokubambisana okusebenzayo phakathi kwezinto. Umthombo we-LD Pump uhlinzeka ngokufakwa kwamandla okuzinzile futhi okusebenzayo ku-laser media, ngenkathi ama-axis-axis compling lens kanye nokugxila kwe-lens kulawula kahle ukwakheka kwe-beam. Imodyuli yokuthola inzuzo iphinde ikhulise amandla we-laser, futhi i-beam expander ikhulisa ngempumelelo ububanzi be-beam, ukunciphisa i-beam divergence angle kanye nokwenza ngcono ukuqondiswa kwe-beam kanye nebanga lokuhambisa. I-Optical Sampling Module Monitor ukusebenza kwe-laser ngesikhathi sangempela ukuze kuqinisekiswe ukuphuma okuzinzile nokuthembekile. Ngaphezu kwalokho, ukwakheka okuvaliwe kungobungane ngemvelo, ukunweba isikhathi sokuphila se-laser kanye nokunciphisa izindleko zokulungisa.
● I-Segenment Shintsha indlela yokushintshana: Ukulinganiswa kwengqondo kokunemba okuthuthukile
Igxile ekulinganiseni ngokunemba, indlela eshintshana ngokushintshana esebenzisa kahle i-algorithms ye-algorithms ethuthukisiwe, ehlanganiswe nokukhishwa kwamandla we-laser ephezulu kanye nezimpawu ezihamba ngempumelelo, ukuqinisa ukuqina kanye nokunemba kwemiphumela yokulinganisa. Lobu buchwepheshe bumukela isu elivelayo-imvamisa elivelayo, ngokuqhubekayo ukhipha ama-laser pulses kanye nokuqongelela amasiginali we-echo esetshenzisiwe, ukucindezela umsindo kanye nokuphazanyiswa, ukuthuthukisa kakhulu isilinganiso se-Signal-to-Noise yamabanga okuhlosiwe. Ngisho nasezindaweni ezinzima noma ezibhekene nezinguquko ezicashile, indlela eshintshiwe eshintshana ngokushintshanisa iqinisekisa ukunemba kokulinganisa nokuqina, iba yindlela ebalulekile yezobuchwepheshe yokuthuthukisa ukunemba okuthuthukayo.
● uhlelo lwe-vent-phreshold lokuthola isinxephezelo sokunemba: ukulinganisa kabili kokunemba okungaphezulu komkhawulo
Umgogodla weScheme we-Dershold Isistimu ekuqaleni isetha imibumbo emibili ehlukile yesiginali yokubamba izikhathi ezimbili ezibucayi zesiginali ye-echo okuhlosiwe. Lezi zikhathi zihluka kancane ngenxa yemikhawulo ezahlukene, kepha umehluko usebenza njengokhiye wokunxephezela amaphutha. Ngokulinganiswa kwesikhathi esinembe okuphezulu nokubalwa, uhlelo ngokunembile lunquma umehluko wesikhathi phakathi kwalezi zikhathi ezimbili futhi ulusebenzisa ukuze ulinganise kahle umphumela wokuqala wokusuka, uthuthukise kakhulu ukunemba okukhona.
● Idizayini ephansi yamandla: I-Energy-Energy isebenza kahle futhi isebenza kahle
Ngokusebenzisa kahle amamojula wesifunda njengebhodi eliphambili lokulawula kanye nebhodi lomshayeli, sithathe ama-chip aphezulu anamandla kanye namasu okulawulwa kwamandla, aqinisekise ukuthi ukusetshenziswa kwamandla kohlelo kulawulwa ngokuphelele ngaphansi kwemodi yokulinda, emele ukuncishiswa okuphambili uma kuqhathaniswa nemiklamo yendabuko. Esikhathini esivelayo se-1hz, ukusetshenziswa kwamandla okuphelele kuhlala kungakapheli u-0.76w, kukhombisa isilinganiso esikhethekile sokusebenza kwamandla. Ngisho noma ngaphansi kwezimo ezisebenzayo eziphakeme, ngenkathi ukusetshenziswa kwamandla kukhula, kusalawulwa ngempumelelo ngaphakathi kwe-3W, uqinisekise ukusebenza kwamadivaysi ezinzile ngaphansi kwezidingo zokusebenza okuphezulu ngenkathi kugcinwa izinhloso zokonga amandla.
● Amandla we-EXTRECE STIOTE: Ukuhlanzeka okuphezulu kokushisa kokusebenza okuzinzile futhi okusebenzayo
Ukubhekana nezinselelo eziphakeme zokushisa, i-LSP-LRS-3010F-04 I-Laser RanderFinder isebenzisa uhlelo oluthuthukile lokupholisa. Ngokwenza kahle izindlela zokushisa zokushisa zangaphakathi, okwandisa indawo yokuhlanza ukushisa, nokusebenzisa izinto ezisebenzayo ezishisayo, umkhiqizo ophumelelayo we-Thermal akhiqizwa ngaphakathi, uqinisekise ukuthi izakhi ezibalulekile zigcina izinga lokushisa elifanelekile ngisho nalapho kusebenza kahle. Lokhu kusebenza okuphezulu kokuhlanza ukushisa akugcini nje ngokunweba isikhathi sokuphila komkhiqizo kodwa futhi kuqinisekisa ukuqina nokuvumelana kokusebenza okuvela ekusebenzeni.
● Ukulinganisa Ukuphamba nokuqina: Idizayini encane yokusebenza okuhlukile
I-LSP-LRS-3010F-04 Laser RangerFinder inama-usayizi omncane ngokumangazayo (amagremu angama-33 kuphela) kanye ne-design engasindi, ngenkathi ngasikhathi sinye ngokusebenza okuzinzile, ukumelana nokuqina okuphezulu, nokuphepha okuphezulu, okubonisa ukuphepha okuphelele phakathi kokuthwala nokuqina. Umklamo womkhiqizo ufaka ukuqonda okujulile kwezidingo zomsebenzisi kanye nezinga eliphakeme lobuchwepheshe obusha, okwenza kube ukugxila okuqhubekayo emakethe.
Izindawo zohlelo lokusebenza lomkhiqizo
Kusetshenziswe ezinkambeni ezikhethekile ezikhethekile njengokuhloseka nokusuka, ukubekwa kwezimoto okungekho emthethweni, izimoto ezingenasisekelo, izinqubo zokuhamba, ukukhiqizwa okuhlakaniphile, izinto ezihlakaniphile, ukuphepha okuhlakaniphile, kanye nokuphepha okuhlakaniphile, ukuphepha kokuphepha, kanye nokuphepha okuqondayo
Izindawo zohlelo lokusebenza lomkhiqizo
▶ I-Laser ekhishwa yile module ehamba phambili ingu-1535NM, ephephile emehlweni abantu. Yize kuyi-wavelength ephephile yamehlo abantu, kunconywa ukuthi ungabukeki e-laser;
▶ ulungisa ukufana kwama-axes amathathu abonakalayo, qiniseka ukuvimba ama-lens atholayo, ngaphandle kwalokho umtshina ungalimala unomphela ngenxa ye-echo etholile;
▶ Le module esukela angeyona eyezinhlaka, ngakho-ke kuyadingeka ukuqinisekisa ukuthi umswakama ohlobene nendawo yokusebenzisa ungaphansi kwama-80%, futhi indawo yokusebenzisa kufanele igcinwe ihlanzekile ukugwema ukulimaza i-laser;
Uhlu lokulinganisa lwemodyuli esukela kuhlobene nokubonakala komkhathi kanye nohlobo lwethagethi. Ubanga lokulinganisa luzoncishiswa enkunkunkuma, imvula, kanye nezinduna zesanti. Okuhlosiwe njengamahlamvu aluhlaza, izindonga ezimhlophe, ne-limestone eveziwe kube nokubukeka okuhle, okungakhulisa uhla lokulinganisa. Ngaphezu kwalokho, lapho i-anlethan angle yelitshe ku-laser beam inyuka, uhla lokulinganisa luzoncishiswa;
Inqatshelwe ngokuphelele ukukhipha i-laser ebhekise ezitsheni eziqinile ezinjengengilazi nezindonga ezimhlophe ngaphakathi kwamamitha ayi-5, ukuze ugweme i-echo eqinile kakhulu, ukuze ulimaze kakhulu umtshina we-AVD;
Inqatshelwe ngokuqinile ukuxhuma nokukhipha amakhebuli lapho amandla akhona;
Qiniseka ukuthi uqinisekisa ukuthi i-Polarity Polarity ixhunyiwe kahle, ngaphandle kwalokho imishini izolinyazwa unomphela.
