Izicelo: Ukulinganisa i-telescopes, i-roskrne, imoto inyuswe, kunye neqonga le-susne
I-1535nm 3km Laser yemodyuli yemodyuli
Intshayelelo Intshayelelo
I-LSP-LRS-LRSF-04 I-Laser Drinder yi-Laser Rinderfinder iphuhliswe ngokusekwe kwi-1535nn er i-er iglasi ngokuzimeleyo iphuhlise i-Lia ingunguan mail. Ukwamkela ixesha lokuphinda-phinda ixesha lokubhabha (i-TOF) lokuhambahamba, ukusebenza kwe-TOFIng kulungile kwiindidi ezahlukeneyo zokujolisa - izakhiwo ezihamba ngokukhawuleza, kwaye zihamba ngokukhawuleza iikhilomitha ezi-3.5 zinokufezekiswa. Kwizicelo ezinje ngokubekwa kweliso kubasebenzi, umgama ovuthayo wabantu ugqitha kwiikhilomitha ezi-2, ukuqinisekisa ukuchaneka kunye nokusebenza kwexesha lokwenyani. I-LSSP-LRS-LRSF-04 I-Laser Rinder ixhasa unxibelelwano ngekhompyuter ephezulu kwi-RS422 yezibuko (ngelixa ibonelela ngosulelo lwedatha ngakumbi kwaye isebenza ngokufanelekileyo.
Inkcazo
| Imodeli yemveliso | I-LSP-LRS-3010F-04 |
| Ubungakanani (Lxwwxhh) | ≤48mmx21mmx31mmm |
| Ubunzima | I-33G ± 1g |
| I-Laser WaveEth | I-1535 ± 5NM |
| I-Arser engle | ≤0.6mbrad |
| Ukuchaneka kwento | > I-3km (isithuthi: 2.3MX2.3m) > 1.5km (umntu: 1.7mx0.5m) |
| Inqanaba lokhuseleko lwamehlo | Iklasi1 / 1m |
| Inqanaba lokulinganisa elichanekileyo | ≥98% |
| I-Alarm Alarm | ≤1% |
| Ukufunyanwa kwethagethi ezininzi | I-3 (inombolo ephezulu) |
| Isinxibelelanisi sedatha | I-RS422 i-serial port (i-ttl eqhelekileyo) |
| Ukuhambisa i-voltage | I-DC 5 ~ 28 v |
| I-avareji yokusebenzisa amandla | ≤ 1.5w (10hz ukusebenza) |
| Ukusetyenziswa kwamandla | ≤3w |
| Amandla okulinda | ≤.4w |
| Ukulala utya | 2Mw |
| Iqondo lokusebenza | -40 ° C ~ + 60 ° C |
| Iqondo lokugcina | -55 ° C ~ + 70 ° C |
| Ifuthe | I-75G, i-6ms (ukuya kwi-1000g impembelelo, 1ms) |
| Vibration | I-5 ~ 200 ~ 5 hz, i-12min, 2.5G |
Iinkcukacha zeMveliso
Iimpawu zeMveliso
● I-Beam Yandise uyilo Oluhlanganisiweyo: Ukuziqhelanisa nendalo esingqongileyo ngokusebenzisa ukudityaniswa kwempumelelo
Ulolo oluhlanganisiweyo lweBeam Oldandiser luqinisekisa ukuba ulungelelwaniso oluchanekileyo kunye nentsebenziswano efanelekileyo phakathi kwenxalenye. Umthombo we-LLD upmp ulusu lubonelela ngegalelo elizinzileyo kunye nefanelekileyo yamandla kwi-laser ephakathi, ngelixa i-axis ekhawulezayo ihambisa ilensi kwaye igxile kwilensi ngokubhekisele kwi-lens ngokuchanekileyo. Imodyuli yokufumana kwakhona iphakamisa amandla ase-laser, kwaye i-Beam yandisa ngokufanelekileyo i-Beameter yeBeam, ukunciphisa i-angle ye-Beam Diverance Angle kunye nokuphucula ukhokelo lwe-beam kunye nomgama osasazayo. Imodyuli yesampulu yesampulu ye-Samping ibeka i-Laser yokusebenza kwexesha lokwenyani lokuqinisekisa ukukhutshwa okuzinzileyo nezinokuthenjwa. Ukongeza, uyilo olutywiniweyo luhlobo lwendalo, lwandisa ixesha lobomi baseLaser kunye nokunciphisa iindleko zesondlo.
● Indlela yokutshintsha ye-windows yokutshintsha
Ukugxininiswa kwingqikelelo echanekileyo, indlela yokuhambisa i-swing swiption isebenzise uyilo lwendlela eqinisekisiweyo kunye ne-Asser ePhambili ePhakamileyo ye-ASER kunye ne-Laser ePhakamileyo ye-Laser kunye neempawu zendlela edibeneyo kunye nokuphazamiseka kwe-pulse yamandla, ukuqinisekisa ukuqinisekiswa nokuchaneka kweziphumo. Iteknoloji yamkela icebo lokuphindaphinda-phambili-frequency galls, likhupha i-pitsels ezininzi kunye nokuqokelela imiqondiso ye-Echo, ngokufanelekileyo ingxolo ephucukileyo, kwaye iphumelele ukulinganisa okuchanekileyo komgama ochanekileyo. Kwanakwiimeko ezintsonkothileyo okanye ejongene notshintsho olufihlakeleyo, indlela yokutshintsha i-swing swing yokutshintsha iCentrament School kunye nokuzinza, ukuba yindlela ebalulekileyo yezobuchwephesha yokuphucula ukuchaneka kwento.
● Inkqubo-ntengo-siseko esithandwayo sokunyanzelwa kwembuyekezo: Ukulungelelaniswa kabini kokukhona
Iskimu se-Schered Schered silele kwindlela yayo yokulinganisa. Inkqubo yokuqala ibeka imilinganiselo emibini eyahlukileyo yokuthintela amaxesha amabini anexabiso le-Echo signal. La maxesha azihluke kancinci ngenxa yemida eyahlukeneyo, kodwa lo mahluko usebenza njengesitshixo sokuhlawula iimpazamo. Ukulinganisa ixesha eliphezulu kunye nokubala, inkqubo ibeka ngokuchanekileyo umahluko phakathi kwala maxesha kwaye isebenzise ukulawula ngokuchasayo isiphumo sokuqala, ukuphucula ngokucacileyo oko kuchanekayo.
● Uyilo lwamandla olusezantsi: Isebenza ngokufanelekileyo kwaye isebenze ngempumelelo
Ngokusebenza ngokunzulu kwiimodyuli zesekethe ezinjengeBhodi yoLawulo kunye neBhodi yokulawula amandla, siye saqhubeka ukuba inkqubo yokusetyenziswa kwamandla enziwa ngezantsi kwe-0.24w kwimowudi yendlela yokulinda, imele ukunciphisa okubalulekileyo xa kuthelekiswa nemveliso yemveli. Kwindlela yokuhamba nge-1hz, ukusetyenziswa kwamandla kuhlala phakathi kwe-0.76w, ebonisa umyinge wamandla ahlukileyo. Kwanaba phantsi kweemeko ezisebenzayo, ngelixa ukusetyenziswa kwamandla kunyuka, kulawulwa ngempumelelo ngaphakathi kwe-3W, kuqinisekisa ukusebenza kwesixhobo esizinzileyo phantsi kokusebenza kwezinto eziphezulu ngelixa ugcina iinjongo zokonga amandla ngelixa ugcina iinjongo zokonga amandla ngelixa ugcina iinjongo zokonga amandla ngelixa ugcina iinjongo zokonga amandla ngelixa ugcina iinjongo zokugcina amandla.
● Ukubanakho kwemeko egqithisileyo: Ukubekwa kobushushu obukhulu bokusebenza okuzinzileyo kunye nempumelelo
Ukujongana nemiceli mngeni yobushushu obuphezulu, i-lsp-lrs-3010f-04 I-Laser Rinderminder isebenzisa inkqubo yokupholisa phambili. Ngokwenza ukuba iphumeze iindlela zangaphakathi zokuqulunqwa kwamaqondo, ukunyuka kwendawo yokuphucula ubushushu, kwaye isebenzise izixhobo ezifanelekileyo ze-thermal, imveliso ichitha i-thermal esebenzayo, iqinisekisa ukuba izinto eziphambili zokusebenza zihlala zihleli ngexesha lokusebenza okuphezulu. Olu lwazi lubalaseleyo lobushushu aluphela njengokwandisa i-Lifepan yemveliso kuphela kodwa kukuqinisekisa uzinzo kunye nokungqinelana kwentsebenzo yokusebenza.
● Ukulungelelaniswa kwexabiso kunye nokuqina: Uyilo oluncinci lwentsebenzo
I-LSP-LRS-LRSF-04 I-Laser Drinder inobuncinci obumangalisayo (i-33 ye-33) kunye noyilo olukhanyayo, ngelixa kwangaxeshanye, kunye noKhuseleko lwamehlo, kunye nokulinganisa okungapheliyo phakathi kokufakelwa kunye nokuqina. Olu luyilo lwemveliso luphawula ukuqonda okukhulu kweemfuno zabasebenzisi kunye nenqanaba eliphezulu lobuchwephesha, ukwenza ukuba kugxilwe kuyo kwimarike.
Iindawo zeMveliso zeMveliso
Isetyenziswe kwimimandla eyahlukeneyo ekhethekileyo efana nenjongo kwaye isusela kwi-ofisi yendawo ye-elektroni, iimoto ezingafunekiyo, itekhnoloji yokuhamba engapheliyo, imveliso yokuthengisa, ukuveliswa kokhuseleko, kunye nokhuseleko lokhuseleko, kunye nokhuseleko olukrelekrele, kunye nokhuseleko lokhuseleko, kunye nokhuseleko lokhuseleko, kunye nokhuseleko lokhuseleko, kunye nokhuseleko lokhuseleko, kunye nokhuseleko lokhuseleko.
Iindawo zeMveliso zeMveliso
▶ I-laser ekhutshwe yile modyuli ye-rang yi-1535nm, ekhuselekileyo emehlweni abantu. Nangona ilifunga elikhuselekileyo lokuba ngabantu, kucetyiswa ukuba ungayijonganga i-laser;
▶ Xa uhlengahlengisa ukufana kwezinto ezintathu ze-axes, qiniseka ukuba ivimba ilensi efunyenweyo, kungenjalo umcuphi wayonakaliswa ngokusisigxina ngenxa ye-echo egqithisileyo ngenxa ye-echo egqithisileyo ngenxa ye-echo egqithisileyo ngenxa ye-echo egqithisileyo.
▶ Le modyuli ye-on-fanmeting ayisiyo-hermetic, ke iyimfuneko ukuqinisekisa ukuba umswakama osisimo sokusetyenziswa ungaphantsi kwe-80%, kwaye indawo yokusetyenziswa kufuneka igcinwe icocekile ukonakalisa i-laser;
Uluhlu lokulinganisa lwemodyuli yokulinganisa inxulumene nokubonakala kwe-timosfic kunye nohlobo lwethagethi. Uluhlu lokulinganisa luya kuncitshiswa kwinkungu, imvula, kunye neesandi. Iithagethi ezinje ngamagqabi aluhlaza, iindonga ezimhlophe, kunye nelitye eliveziweyo zinesiciko esihle, esinokunyusa uluhlu lokulinganisa. Ukongeza, xa i-engle yotyekelo lwethagethi ye-laser iyanda, uluhlu lokulinganisa luya kuncitshiswa;
▶ Ithintelwe ngokungqongqo ukuya e-leser kwiithagethi ezibonakalayo ezifana neglasi kunye neendonga ezimhlophe ngaphakathi kweemitha ezi-5, ukuphepha ukonakala kwe-APD;
▶ Ithintelwe ngokungqongqo kwiplagi kwaye ikhuphe iintambo xa amandla evuliwe;
▶ Qiniseka ukuba uqiniseke ukuba amandla ombane aqhagamshelwe ngokuchanekileyo, kungenjalo izixhobo ziya konakala ngokusisigxina.
