01NEW
Eminyakeni yamuva nje, ngokuvela kwamapulatifomu okulwa okungahleliwe, ama-drones kanye nemishini ephathekayo yamasosha ngamanye, amasosha amancane, aphathwa ngesandla ama-Laser Rangefinders akhombisa amathuba okusebenza abanzi. I-Erbium Glass Laser esukela ku-wavelength ka-1535NM iya ngokuya ivuthwa ngokwengeziwe. Inezinzuzo zokuphepha kwamehlo, ikhono elinamandla lokungena intuthu, kanye nobubanzi obude, futhi kuyindlela ebalulekile yokuthuthukiswa kobuchwepheshe be-laser esukela.
02 Isingeniso Somkhiqizo
I-LSP-LRS-0310 F-RangeFinder ye-Laser RangerInder i-Laser Rangefinder ethuthukisiwe ngokususelwa ku-1535nm ER LASER laser i-Laser eqiniswe ngokuzimela ithuthukiswe yiLumispot. Ithola indlela yokuhamba yesikhathi esisha - ye-Flight-Flight (tof), futhi ukusebenza kwayo okuvela kumihle kakhulu ngezinhlobo ezahlukahlukene zamatshe - Ibanga elivela ebhilidi lingafinyelela kumakhilomitha angama-5, futhi ngisho nezimoto ezizinzile, zingafinyelela ezinzakanze amakhilomitha angu-3.5. Kuma-scarios okufaka isicelo njengokuqapha abasebenzi, ibanga elisuka kubantu abantu lingamakhilomitha angaphezu kwama-2, ukuqinisekisa ukunemba kanye nemvelo yangempela yedatha. I-LSP-LRS-0310F-04 Laser RangerFinder isekela ukuxhumana nekhompyutha yomgcini ngokusebenzisa i-Rs422 serial port port (TTL serial port port servishinization service
Umdwebo 1 LSP-LRS-0310 F-04 I-Laser RangerFinder Product Diagram kanye nokuqhathaniswa kosayizi wemali we-yuan
03 Izici zomkhiqizo
* I-Beam Expansion Idizayini ehlanganisiwe: ukuhlanganiswa okusebenzayo kanye nokuthuthukiswa kwemvelo okuguquguqukayo
Idizayini ehlanganisiwe yokwengeza iqinisekisa ukusebenzisana okuqondile nokubambisana okusebenzayo phakathi kwezakhi. Umthombo we-LD Pump uhlinzeka ngokufakwa kwamandla okuzinzile futhi okusebenzayo kwe-laser medium, i-axis collimator esheshayo futhi igxile ngokunembile ukulawula ukwakheka kwe-loam, futhi i-beam expert ikhulisa i-bevergence angle, futhi ithuthukise ukuqondiswa kwe-beam, futhi kuthuthukise ukuqondiswa kukaBeam kanye nebanga lokuhambisa. Imodyuli yesampula ye-Optical Samplic iqapha ukusebenza kwe-laser ngesikhathi sangempela sokuqinisekisa ukuphuma okuzinzile nokuthembekile. Ngasikhathi sinye, ukwakheka okuvaliwe kungobungane ngemvelo, kunweba impilo yenkonzo ye-laser, futhi kunciphisa izindleko zokulungisa.
Umdwebo 2 Isithombe sangempela se-Erbium Glass Laser
* Ingxenye yokushintsha ibanga lokulinganisa ibanga: Ukulinganiswa okuqondile ukuthuthukisa ukunemba kokulinganisa ibanga
Indlela eshintshiwe yokushintshana eshintshayo ilinganiselwa ngokunemba njengomgogodla wayo. Ngokwandisa ukwakheka kwendlela ebonakalayo kanye nama-algorithms athuthukile wokucubungula ama-algorithms, ahlanganiswe nokukhipha amandla aphezulu kanye nezimpawu ezinde ze-laser, zingangena ngempumelelo ukungeneka komkhathi futhi ziqinisekise ukuqina nemiphumela yokulinganisa. Lobu buchwepheshe busebenzisa i-suppestition frequency frequency isuka ngokuqhubekayo ikhipha ama-laser pulses amaningi futhi iqoqe futhi icubungule umsindo we-echo, ukucindezela umsindo nokuphazamiseka, ukuthuthukisa isilinganiso esilinganiselwe sebanga lokuqondisa. Ngisho nasezindaweni eziyinkimbinkimbi noma lapho ubhekene nezinguquko ezincane, izindlela ezihlukanisiwe zokushintshana zisengaqinisekisa ukunemba nokuqina kwemiphumela yokulinganisa, kube yindlela ebalulekile yezobuchwepheshe yokuthuthukisa ukunemba.
* Isikimu esiphindwe kabili sinxephezela ukunemba: ukulinganisa okuphindwe kabili, ngaphezu kokunemba komkhawulo
Umnyombo wohlelo lwe-veld-phreshold ulele enkambisweni yawo ehlanganayo. Uhlelo lokuqala lubeka imibundu emibili yesiginali yokuthwebula amaphuzu amabili wesikhathi esibucayi sesiginali ye-echo okuqondiwe. Lawa maphuzu amabili wesikhathi ahlukile kancane ngenxa yemikhawulo ehlukene, kepha ngumehluko oba yisihluthulelo sokunxephezela amaphutha. Ngokulinganisa isikhathi esinembe okuphezulu nokubala, uhlelo lungakwazi ukubalwa ngokunembile umehluko wesikhathi phakathi kwalawa maphuzu amabili ngesikhathi, bese ulinganisa kahle imiphumela yokuqala esukela ngokufanele, ngaleyo ndlela ithuthukise ukunemba okuphezulu.
Umdwebo 3 Umdwebo we-Schematic we-Dual Threshold Refshold Refshold RepresitCECECECEON
* Idizayini esetshenziswayo yamandla ephansi: ukusebenza kahle okuphezulu, ukonga amandla, ukusebenza okwenziwe kahle
Ngokusebenzisa kahle amamojula wesifunda elifana nebhodi lokulawula eliphambili nebhodi lomshayeli, semukele ama-chip aphezulu anamandla okuqinisekisa ukuthi kumodi yokulinda, ukusetshenziswa kwamandla kohlelo kulawulwa ngokuqinile ngezansi kwe-0.24W, okuwukuncishiswa okukhulu ngokuqhathaniswa nemiklamo yendabuko. Esikhathini esivelayo esivalekile se-1hz, ukusetshenziswa kwamandla okuphelele nakho kugcinwe ngaphakathi kwe-0.76W, kukhombisa ukusebenza kahle kwamandla okuhle kakhulu. Esimweni sokusebenza esiphakeme, yize ukusetshenziswa kwamandla kuzokwanda, kusalawulwa ngempumelelo ngaphakathi kwe-3W, kuqinisekisa ukusebenza okuzinzile kwemishini ngaphansi kwezidingo eziphezulu zokusebenza ngenkathi kuthathwa amandla okusindisa amandla.
* Amandla okusebenza ngokweqile: Ukuchithwa okuhle kakhulu kokushisa, ukuqinisekisa ukusebenza okuzinzile nokusebenzayo
Ukuze ubhekane nenselelo yokushisa ephezulu, i-LSP-LRS-0310F-04 Laser Range Finder yamukela uhlelo oluthuthukile lokuhlalisa ukushisa. Ngokwenza kahle indlela yokushisa yokushisa yangaphakathi, eyandisa indawo yokuhlanza ukushisa futhi isebenzisa izinsiza zokushisa okushisa okuphezulu, umkhiqizo ungasusa ngokushesha ukushisa kwangaphakathi okwenziwe, uqinisekise ukuthi izakhi eziyinhloko ezikhiqizwayo zingakwazi ukusebenza kahle okusebenzayo. Lokhu kusebenza okuhle kakhulu kokuvimbela ukushisa akugcini nje ngokunweba impilo yenkonzo yomkhiqizo, kepha futhi kuqinisekisa ukuqina nokuvumelana kokusebenza okuvela ekusebenzeni.
* Ukuthwala nokuqina: Idizayini encane, ukusebenza okuhle okuqinisekisiwe
I-LSP-LRS-LRS-0310F-04 Laser RangerFinder ibonakala ngosayizi wayo omncane omangalisayo (amagremu angama-33 kuphela) nesisindo esikhanyayo, ngenkathi kucatshangelwa ikhwalithi enhle kakhulu yokusebenza okuzinzile, ukumelana okunomthelela ophakeme kanye nokuphepha okuphelele phakathi kokuqina. Idizayini yalo mkhiqizo ikhombisa ngokugcwele ukuqonda okujulile kwezidingo zomsebenzisi kanye nezinga eliphakeme lokuhlanganiswa kobuchwepheshe obusha, kuba nokugxila kokunakwa emakethe.
04 Isimo sohlelo lokusebenza
Isetshenziswa emikhakheni eminingi ekhethekile efana nokuhlosekisa nokuma komhlaba, ukuma kwe-Photeelectric, izimoto ezingenakubonwa, ukukhiqizwa kwezothando, izinto ezihlakaniphile, ukukhiqizwa okuhlakaniphile, ukuphepha okuphephile, kanye nokuphepha okuphephile.
05 Izinkomba eziphambili zobuchwepheshe
Amapharamitha ayisisekelo anje:
| Into yendaba | Thanda |
| Umbuzi | 1535 ± 5 NM |
| I-Laser Divergence Angle | ≤0.6 MRAD |
| Ethola i-aperture | Φ16mm |
| Ubuningi benu | ≥3.5 km (ilitshe lemoto) |
| ≥ km 2.0 km (okuqondiwe komuntu) | |
| ≥5km (Ithagethi Yokwakha) | |
| Ububanzi obuncane bokulinganisa | ≤15 m |
| Ukunemba kokulinganisa ibanga | ≤ ± 1m |
| Imvamisa yokulinganisa | 1 ~ 10hz |
| Ukulungiswa kwebanga | ≤ 30m |
| Isinqumo se-angular | I-1.3MRAD |
| Ukuqonda nqo | ≥98% |
| Isilinganiso se-alamu yamanga | ≤ 1% |
| Ukutholwa okuhlosiwe okuningi | Ithagethi ezenzakalelayo yilitshe lokuqala, kanye nelitshe eliphakeme elisekelwa ngu-3 |
| Isikhombikubona | I-RS422 Serial Port (ngokwezifiso TTL) |
| Hlinzeka ngogesi | DC 5 ~ 28 v |
| Isilinganiso sokusetshenziswa kwamandla | ≤ 0.76W (1hz Operation) |
| Ukusetshenziswa kwamandla okuphezulu kwe-Peak | ≤3w |
| Ukusetshenziswa kwamandla okukulinda | ≤0.24 W (ukusetshenziswa kwamandla lapho kungalingani ibanga) |
| Ukusetshenziswa kwamandla okulala kokulala | ≤ 2mw (lapho amandla_en pin adonswa phansi) |
| Ukuqanjwa kwengqondo | Ngomsebenzi wokuqala wokulinganisa webanga lokugcina |
| Ubukhulu | ≤48mm × 21mm × 31mm |
| isisindo | 33g ± 1G |
| Ukushisa okusebenzayo | -40 ℃ ~ + 70 ℃ |
| Ukushisa okushisa | -55 ℃ ~ + 75 ℃ |
| Shoka | > 75 g @ 6ms |
| ukudlidliza | Ukuhlolwa okuphansi okuphansi kwe-Vibration Vibration (GJB150.16A-2009 Isibalo C.17) |
Ubukhulu Bokubukeka Komkhiqizo:
Umdwebo 4 LSP-LRS-0310 F-04 Laser RangeFinder Precip
06 Imihlahlandlela
* I-laser ekhishwe yile module esukela ngo-1535NM, ephephile emehlweni abantu. Yize kuyi-wavelength ephephile yamehlo abantu, kunconywa ukuthi ungabheki ngqo e-laser;
* Lapho ulungisa ukufana kwama-axes amathathu abonakalayo, qiniseka ukuvimba amalensi atholayo, ngaphandle kwalokho umtshina uzolimala unomphela ngenxa ye-echo etholile;
* Le module esukela ayona i-airtight. Qiniseka ukuthi umswakama ohlobene nemvelo ungaphansi kwama-80% futhi ugcine imvelo ihlanzekile ukugwema ukulimaza i-laser.
* Uhla lwemodyuli esukelayo luhlobene nokubonakala komkhathi kanye nohlobo lwethagethi. Ibanga lizoncishiswa emimonweni yenkungu, imvula kanye nezimo zesandwami. Okuhlosiwe njengamaqabunga aluhlaza, izindonga ezimhlophe, ne-limestone eveziwe zinokuvezwa okuhle futhi kungakhulisa uhla. Ngaphezu kwalokho, lapho i-angle yokuthambekela kwelitha ku-laser beam inyuka, ibanga lizoncishiswa;
* Kuvunyelwe ngokuphelele ukudubula i-laser ngezinjongo eziqinile ezifana nezingilazi nezindonga ezimhlophe ngaphakathi kwamamitha ayi-5, ukuze ugweme i-echo eqinile futhi ebangela ukulimala kwe-AVD;
* Kuyenqatshelwe ngokuphelele ukuxhuma noma ukukhipha ikhebula lapho amandla esele;
* Qiniseka ukuthi ubumbano lwamandla luxhumeke kahle, ngaphandle kwalokho luzodala ukulimala okungapheli kudivayisi.
Isikhathi sePosi: Sep-09-2024