Usetyenziso:Iiteleskopu ezijikelezayo, ukuhamba ngenqanawa, isithuthi esixhonyiweyo, kunye namaqonga athwelwe ngemijukujelwa
1535NM 3KM IMODULI YELASER RANGEFINDER
Intshayelelo yeMveliso
I-LSP-LRS-0310F i-laser rangefinder yi-laser rangefinder ephuhliswe ngokusekelwe kwi-1535nm Er glass laser ngokuzimeleyo ephuhliswe yi-Liangyuan Laser. Ukwamkela indlela entsha ye-pulse yexesha le-Flight (TOF) eyahluka-hlukeneyo, ukusebenza okushiyanayo kugqwesileyo kwiintlobo ezahlukeneyo zokujoliswe kuko - umgama osukayo wezakhiwo unokufikelela ngokulula kwiikhilomitha ezi-5, kwaye nakwiimoto ezihamba ngokukhawuleza, ezizinzile ukusuka kwi-3.5 yeekhilomitha zinokufikelela kwiikhilomitha ezi-5. kuzuzwa. Kwizicelo ezinjengokubeka iliso kubasebenzi, umgama osuka kude wabantu udlula iikhilomitha ezi-2, uqinisekisa ukuchaneka kunye nokusebenza ngexesha langempela ledatha. I-laser ye-LSP-LRS-0310F-04 i-laser rangefinder ixhasa unxibelelwano kunye nekhompyutheni ephezulu ngokusebenzisa i-serial port ye-RS422 (ngelixa ibonelela ngenkonzo ye-TTL ye-serial port customization), okwenza ukuhanjiswa kwedatha kube lula kwaye kusebenze.
Iinkcukacha
| Umzekelo weMveliso | I-LSP-LRS-0310F |
| Ubungakanani (LxWxH) | ≤48mmx21mmx31mm |
| Ubunzima | 33g±1g |
| Ubude beLaser | 1535±5nm |
| I-engile yokwahlukana kweLaser | ≤0.6mrad |
| Ukuchaneka Kokulinganisa | >3km (imoto: 2.3mx2.3m) >1.5km (umntu: 1.7mx0.5m) |
| Inqanaba lokhuseleko lwamehlo omntu | Iklasi1/1M |
| Izinga lomlinganiselo ochanekileyo | ≥98% |
| Izinga le-alam lobuxoki | ≤1% |
| Ukubhaqwa okujoliswe kuko okuninzi | 3(elona nani liphezulu) |
| Ujongano lwedatha | Izibuko lothotho lwe-RS422(i-TTL eyenzeka ngokwezifiso) |
| Unikezelo lombane | DC 5～28 V |
| Ukusetyenziswa kwamandla okuphakathi | ≤ 1.5W (ukusebenza kwe-10Hz) |
| Ukusetyenziswa kwamandla aphezulu | ≤3W |
| Amandla okulinda | ≤ 0.4W |
| Ukusetyenziswa kwamandla obuthongo | ≤ 2mW |
| Ubushushu bokusebenza | -40°C～+60°C |
| Ubushushu bokugcina | -55°C～+70°C |
| Impembelelo | 75g, 6ms (ukuya kuthi ga kwimpembelelo ye-1000g, 1ms) |
| Ukungcangcazela | 5～200～5 Hz,12min,2.5g |
IiNkcukacha zeMveliso Bonisa
Iimpawu zeMveliso
● Uyilo oluDityanisiweyo lwe-Beam Expander: Ukwandiswa kokuziqhelanisa nokusiNgqongileyo ngokuSebenza ngokuManyano
Uyilo oludityanisiweyo olwandisiweyo luqinisekisa ulungelelwaniso oluchanekileyo kunye nentsebenziswano esebenzayo phakathi kwamacandelo. Umthombo wempompo ye-LD unikeza igalelo lamandla elizinzile kwaye elisebenzayo kwi-laser medium, ngelixa i-lens edibanisa ngokukhawuleza i-lens kunye ne-lens egxininisekile ilawula ngokuchanekileyo i-beam shape. Imodyuli yokuzuza ngakumbi ikhulisa amandla e-laser, kwaye i-expander ye-boam yandisa ngokufanelekileyo i-diameter ye-beam, inciphisa i-angle ye-divergence angle kunye nokuphucula ulwalathiso lwe-beam kunye nomgama wokuhambisa. Imodyuli yesampulu ye-optical ihlola ukusebenza kwe-laser ngexesha langempela ukuqinisekisa iziphumo ezizinzileyo nezithembekileyo. Ukongeza, uyilo olutywiniweyo luhambelana nokusingqongileyo, ukwandisa ubomi belaser kunye nokunciphisa iindleko zokuyigcina.
● Indlela yokuTshintsha eSegmented yokuTshintsha: uMlinganiselo ochanekileyo woKuchaneka okuPhuculo
Isekelwe kumlinganiselo ochanekileyo, indlela yokuguqula i-segmented range isebenzisa uyilo oluphuculweyo lwe-optical path kunye ne-advanced signal process algorithms, edityaniswe ne-laser's high-energy output kunye ne-long-pulse features, ukungena ngempumelelo ukuphazamiseka kwe-atmospheric, ukuqinisekisa ukuzinza kunye nokuchaneka kwiziphumo zokulinganisa. Le teknoloji ithatha isicwangciso sokuphindaphinda-i-frequency range range, ngokuqhubekayo ikhupha i-laser pulses ezininzi kunye nokuqokelela izibonakaliso ze-echo ezicutshungulwayo, ngokufanelekileyo ukucinezela ingxolo kunye nokuphazamiseka, ukuphucula kakhulu umlinganiselo wesignali ukuya kwingxolo, kunye nokufezekisa umlinganiselo ochanekileyo wemigama ekujoliswe kuyo. Nakwiimeko ezingqongileyo ezintsonkothileyo okanye ezijongene notshintsho olufihlakeleyo, indlela yokutshintsha okucandekileyo iqinisekisa ukuchaneka komlinganiselo kunye nozinzo, ibe yeyona ndlela ibalulekileyo yobuchule bokuphucula ukuchaneka.
● iSikimu seDual-Threshold yeMbuyekezo eChanekileyo: ulungelelwaniso oluphindiweyo lokuchaneka okungaphaya komda.
Undoqo weskim se-double-threshold scheme ulele kwindlela yaso yokulinganisa kabini. Inkqubo ekuqaleni ibeka imida yemiqondiso emibini eyahlukeneyo ukuze ibambe amaxesha amabini abalulekileyo ophawu lwe-echo ekujoliswe kulo. La maxesha ahluka kancinci ngenxa yemigangatho eyahlukeneyo, kodwa lo mahluko usebenza njengesitshixo sokubuyekeza iimpazamo. Ngokusebenzisa umlinganiselo ophezulu wokuchaneka kwexesha kunye nokubala, inkqubo imisela ngokuchanekileyo umahluko wexesha phakathi kwezi zihlandlo zimbini kwaye iyisebenzise ukulinganisa ngokucokisekileyo isiphumo sokuqala esisukelayo, siphucula ngokuphawulekayo ukuchaneka okuphakathi.
● Uyilo lwaMandla aphantsi: UkuSebenza okuSebenza kakuhle kunye nokuSebenza okuPhuculo
Ngokulungiswa okunzulu kweemodyuli zesekethe ezifana nebhodi yokulawula ephambili kunye nebhodi yomqhubi, siye samkela iitshiphusi zamandla aphantsi kunye nezicwangciso ezisebenzayo zokulawula amandla, ukuqinisekisa ukuba ukusetyenziswa kwamandla enkqubo kulawulwa ngokungqongqo ngaphantsi kwe-0.24W kwimodi yokulinda, emele ukunciphisa okubalulekileyo. xa kuthelekiswa noyilo lwemveli. Kwi-frequency ephakathi kwe-1Hz, ukusetyenziswa kwamandla ngokubanzi kuhlala ngaphakathi kwe-0.76W, ebonisa umlinganiselo okhethekileyo wokusebenza kwamandla. Naphantsi kweemeko zokusebenza eziphezulu, ngelixa ukusetyenziswa kwamandla kunyuka, kusalawulwa ngokufanelekileyo ngaphakathi kwe-3W, ukuqinisekisa ukusebenza kwesixhobo esizinzile phantsi kweemfuno eziphezulu zokusebenza ngelixa ugcina iinjongo zokugcina amandla.
● Ubume bobuMeko obugqithisileyo: Ukutshatyalaliswa kobushushu obuPhakamileyo bokuSebenza okuZinzileyo kunye nokusebenza ngokufanelekileyo.
Ukujongana nemingeni yobushushu obuphezulu, i-LSP-LRS-0310F i-laser rangefinder isebenzisa inkqubo yokupholisa ephezulu. Ngokulungisa iindlela zokuqhuba ubushushu bangaphakathi, ukwandisa indawo yokuchitha ubushushu, kunye nokusetyenziswa kwezinto ezifanelekileyo zokufudumala, imveliso ichitha ngokufanelekileyo ubushushu obuveliswe ngaphakathi, iqinisekisa ukuba amacandelo angundoqo agcina ubushushu obufanelekileyo bokusebenza nangexesha elide lomsebenzi womthwalo ophezulu. Lo mandla uphezulu wokutshabalalisa ubushushu awandisi nje kuphela ixesha lokuphila lemveliso kodwa ukwaqinisekisa uzinzo kunye nokungaguquguquki kokusebenza okusuka kuluhlu.
● Ukulungelelanisa ukuphatheka kunye noKuhlala ixesha elide: uYilo oluNcinciweyo olunokusebenza okugqwesileyo
I-laser ye-LSP-LRS-0310F i-laser rangefinder iqhayisa ubungakanani obuncinci ngokumangalisayo (i-33 grams kuphela) kunye noyilo olukhaphukhaphu, ngelixa kwangaxeshanye inika ukusebenza okuzinzileyo, ukuxhathisa ukothuka okuphezulu, kunye noKhuseleko lwamehlo lweKlasi loku-1, ebonisa ulungelelwaniso olugqibeleleyo phakathi kokuphatheka kunye nokuqina. Uyilo lwale mveliso lubandakanya ukuqonda okunzulu kweemfuno zabasebenzisi kunye nenqanaba eliphezulu lokuqamba izinto ezintsha zobuchwepheshe, nto leyo iyenza ibe yeyona nto igqwesileyo kwimarike.
Iindawo zesicelo semveliso
Isetyenziswa kwiinkalo ngeenkalo ezikhethekileyo ezinje ngokujolisa kunye nokusukela, i-electro-optical positioning, izithuthi zasemoyeni ezingenamntu, izithuthi ezingenabantu, itekhnoloji yerobhothi, iinkqubo zothutho zobukrelekrele, ukuvelisa ngobukrelekrele, izinto zokwenziwa ngobukrelekrele, imveliso yokhuseleko, kunye nokhuseleko olukrelekrele.
Iindawo zesicelo semveliso
▶ I-laser ekhutshwe yile modyuli ephumayo yi-1535nm, ekhuselekileyo emehlweni abantu. Nangona i-wavelength ekhuselekileyo yamehlo abantu, kuyacetyiswa ukuba ungajongi kwi-laser;
▶ Xa ulungelelanisa i-parallelism yee-axes ezintathu ze-optical, qiniseka ukuba uvimba i-lens efumanayo, ngaphandle koko i-detector inokonakala ngokusisigxina ngenxa ye-echo eninzi;
▶ Le modyuli eyahluka-hlukeneyo ayiyo-hermetic, ngoko ke kuyimfuneko ukuqinisekisa ukuba ukufuma okunxulumene nendawo yokusetyenziswa kungaphantsi kwe-80%, kwaye indawo yokusetyenziswa kufuneka igcinwe icocekile ukunqanda ukonakalisa i-laser;
▶ Uluhlu lokulinganisa lwemodyuli eqalayo lunxulumene nokubonakala kwe-atmospheri kunye nohlobo lwethagethi. Uluhlu lokulinganisa luya kuncitshiswa yinkungu, imvula, kunye nesanti. Iithagethi ezinje ngamahlamvu aluhlaza, iindonga ezimhlophe, kunye nelitye likalika eliveziweyo zinokubonakala kakuhle, okunokunyusa uluhlu lokulinganisa. Ukongezelela, xa i-angle inclination yethagethi kwi-laser beam inyuka, uluhlu lokulinganisa luya kuncitshiswa;
▶ Akuvumelekanga ngokungqongqo ukukhupha i-laser ukuya kwiithagethi ezomeleleyo ezifana neglasi kunye neendonga ezimhlophe ngaphakathi kweemitha ezi-5, ukunqanda i-echo enamandla kakhulu kunye nomonakalo kwisixhobo se-APD;
▶ Akuvumelekanga ngokungqongqo ukuplaga nokukhupha iintambo xa umbane uvuliwe;
▶ Qinisekisa ukuqinisekisa ukuba i-polarity yamandla idityaniswe ngokuchanekileyo, kungenjalo isixhobo siya konakala ngokusisigxina.
