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Isixhobo seMonitor yeRadar

  • I-PSR-5000X engenantambo yoLawulo olukude lweMobile Panoramic Slope Monitoring Radar

    I-PSR-5000X engenantambo yoLawulo olukude lweMobile Panoramic Slope Monitoring Radar

    I-PSR-5000X engenantambo yoLawulo olukude lweMobile Panoramic Slope Monitoring Radar     

     

    I. Isishwankathelo seMveliso

     

    I-PSR-5000X Emergency Ultra-Portable Slope Monitoring Radar isekelwe kwinkqubo yeradar ye-circular synthetic aperture, ifom yesignali ye-wideband eguquguqukayo rhoqo, kunye netekhnoloji yokulinganisa i-phase differential interferometric. Ineempawu zokugubungela okukhulu kwe-360°, ukulinganisa ukuguquguquka okucokisekileyo, kunye nokuguquguquka kwendalo imini yonke kunye nemozulu yonke. Kwangaxeshanye, ngakumbi kwiimfuno zokuphendula ngokukhawuleza kwimisebenzi yokuhlangula engxamisekileyo, igxile kuyilo lokuba lula, lube ncinci, luthwalwe, kwaye lusebenzise amandla aphantsi, lwenze izalathisi eziphambili kushishino ngokwevolumu, ubunzima, ukusetyenziswa kwamandla, kunye nokuthwalwa.

     

    II. Iimpawu zeMveliso

    (1) Ukuchaneka komlinganiselo wokuguqulwa kwedatha kufikelela kwi-0.1mm, kwaye izinga eliphezulu lokuhlaziywa kwedatha yimizuzwana engama-30 ngexesha, kunye nobuntununtunu obuphezulu ekujongeni ukuguqulwa kwedatha.
    (2) Ingena ngamandla kwi-microwave kwaye iyakwazi ukujonga imini yonke kunye nemozulu yonke, ngaphandle kokuchaphazeleka yimvula, ikhephu, inkungu, umsi, uthuli, njl.njl.
    (3) Isebenzisa inkqubo yeradar yesangqa esijikelezayo kunye ne-continuous wave, inokujonga i-360° kuzo zonke iindlela, kungekho ndawo ingabonakaliyo ngokweekona kunye nomgama.
    (4) Umzimba usebenzisa uyilo lwekhompyutha olusecaleni, kwaye lonke ulungiso lolwazi lugqitywa ngaphakathi emzimbeni. I-gyrocompass yesathelayithi (ukhetho) kunye ne-router engenazingcingo (ukhetho) zingakhiwa ngaphakathi ukuze kufezekiswe ukusasazwa nokusebenza kweyunithi enye, okwenza ukufakwa kunye noqwalaselo kube lula.
    (5) Inomsebenzi wolawulo olukude lokulungisa i-engile yepitch yombane (ukhetho), enokuthi ihlengahlengiswe ngokulula ukuze ijonge iintlambo eziphakamileyo zeentaba ezinamathontsi amakhulu.
    (6) Ilula kakhulu kwaye iyaphatheka, inobunzima obuyi-8kg kuphela. Ingathwalwa ngokukhawuleza ukuya kwindawo yokuhlangula ngumntu omnye nokuba ngesandla okanye ngasemva. Emva kokusongwa, ubukhulu bayo buyi-0.5×0.3×0.25m kuphela, kwaye ingafakwa kwibhokisi yokugcina kunye nokuthutha eyi-intshi ezingama-24, ihlangabezana neemfuno zemithwalo ejongiweyo ngokungacwangciswanga kwiinqwelomoya zoluntu.
    (7) Le software isebenzisa uyilo lwe-B/S. Ingajongwa kwindawo nge-LAN/WiFi display kunye ne-control laptop, okanye ijongwe kude ngenethiwekhi yeselula ye-4G/5G efini.
    (8) Ine-algorithm yokulungisa ukuphazamiseka komoya eguquguqukayo nephucukileyo, apho impazamo ebangelwe kukuphazamiseka komoya ingaphantsi kwe-2mm ngosuku.
    (9) Inomsebenzi wokuqala wokubeka esweni ohambelanayo kunye nesilumkiso sakwangoko. Iindawo zokubeka esweni kunye neendawo zokubeka esweni zingongezwa ngesandla okanye ngokuzenzekelayo, kwaye ineenqanaba ezi-4 zee-alamu ezivakalayo nezibonakalayo, ii-SMS, kunye nee-imeyile ezinokusetwa.
    (10) Ine-algorithm yokuqala yokufanisa nokunika imifanekiso yomhlaba enemilinganiselo emithathu, enexesha elikhawulezayo lokunika imifanekiso. Ukuchaneka kokufanisa imibala yomhlaba enemilinganiselo emithathu kufikelela kwinqanaba le-sub-meter, kwaye iimfuno zoqwalaselo lwekhompyutha ziphantsi.
    (11) Iyakwazi ukuguquguquka kakuhle kokusingqongileyo, inenqanaba lokhuseleko le-IP66. Ubushushu obuphantsi bokusebenza bunokufikelela kwi--40℃ (ngekhithi yobushushu obuphantsi ekhethiweyo), kwaye ixhasa umsebenzi wangaphandle oqhubekayo ngaphandle kokhuseleko.

     

     

     

    III. Izalathisi eziphambili zoBugcisa

     

     

     

    (1) Umgama ophezulu wokufumanisa: ≥ 5000m
    (2) Ukuchaneka kokuguquka: ≤ 0.1mm (RMS, kuzo zonke ii-engile ze-azimuth)
    (3) I-engile yokugubungela i-Scan enye: ≥ 360°×40°
    (4) I-Angle yoLungiso lwePitch eLawulwa ngoMbane: ≥ ±45°
    (5) Isisombululo soLuhlu: ≤ 0.3m (kuzo zonke ii-engile ze-azimuth)
    (6) Isisombululo se-Azimuth: ≤ 7.5mrad (kuzo zonke ii-engile ze-azimuth)
    (7) Ixesha Lokufumana: Linokumiselwa phakathi kwemizuzu eyi-0.5 ukuya kweyi-4
    (8) Ukusetyenziswa kwamandla komatshini wonke: ≤ 45W
    (9) Ubunzima boMshini Wonke: ≤ 8kg
    (10) Ubungakanani obuphezulu emva kokusongwa nokugcinwa: ≤ 0.5m
    (11) Ukuthuthwa: Ingathwalwa ngumntu omnye ngesandla kwaye ingahlolwa xa uhamba ngeenqwelo moya kunye noololiwe abakhawulezayo.
    (12) Uluhlu lobushushu bokusebenza: -40~55℃
    (13) Inqanaba loKhuseleko: ≥ IP66
    (14) Iyunithi ephambili isebenzisa i-edge computing, kwaye yonke inkqubo igqitywa ngaphakathi kumatshini ngaphandle kwesidingo sezixhobo zokucubungula zangaphandle.
    (15) Iyunithi ephambili ine-gyrocompass yesathelayithi eyakhelwe ngaphakathi, exhasa indawo kunye nolwalathiso oluzimeleyo, okwenza ukuthunyelwa kube lula kwaye kukhawuleze.
    (16) Iyunithi ephambili inomsebenzi wonxibelelwano olungenazingcingo we-WiFi/4G owakhelwe ngaphakathi, osusa isidingo sezixhobo zonxibelelwano ezongezelelweyo.
    (17) Iza ne-sunshade kwaye inenkqubo yokulawula ubushushu obushushu nobubandayo eyakhelwe ngaphakathi.
    (18) Ixhasa ukuqina nokuzinza komlenze ngamnye we-tripod ngezinto ezinzima.
    (19) Ineendlela zokufumana nokulungisa umhlaba onemilinganiselo emithathu ngokukhawuleza okwethutyana, nto leyo elungele imisebenzi engxamisekileyo.
    (20) Ixhotyiswe ngebhokisi yokuthutha yokukhusela igridi yamandla, enebhetri yokugcina eyakhelwe ngaphakathi (ubomi bebhetri engasebenziyo kwi-intanethi obuziiyure ezingama-72, kwaye ingasetyenziswa ngelixa itshaja). Inokuqhagamshelwa kwiphaneli yelanga yangaphandle kunye namandla e-mains (itshintshela ngokuzenzekelayo kwibhetri yokugcina xa amandla e-mains ecinyiwe), kwaye inokufikelela kwinethiwekhi yogcino (ubunzima bazo zonke iibhokisi zokuthutha ≤ 35kg).

     
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  • I-PSR-3500-S Rolling Stone Radar/ I-Radar Ephathekayo Yokujonga Iingozi ZeJiyoloji Ngequbuliso

    I-PSR-3500-S Rolling Stone Radar/ I-Radar Ephathekayo Yokujonga Iingozi ZeJiyoloji Ngequbuliso

     Iradar yokujonga iingozi zejografi eziphathwayo zePSR-3500-S     

     

    I. Isishwankathelo seMveliso

    I-PSR-3500-S Portable Monitoring Radar yeeNgxaki zeGeological eziGqibeleleyo yinkqubo ye-alamu ephathekayo yeentlekele ze-geological eziGqibeleleyo esebenzisa iteknoloji ye-MIMO array enkulu kunye ne-algorithms yokufumanisa iithagethi ezihamba phambili, kwaye idibanisa iindlela zobugcisa ezifana ne-radar, i-audible kunye ne-visual alarm. Ingahlala ijonga amathambeka amakhulu, kwaye ibonelele ngee-alamu zexesha langempela zokuwa kwamatye, ukuhamba kwenkunkuma, kunye nokuwa. Inezibonelelo zokuziqhelanisa kakuhle nokusingqongileyo, ukugubungela ngokubanzi, ukuhlaziya ngokukhawuleza, ukubeka indawo ngokukhawuleza, kunye nokufaneleka ukuba amajoni angatshatanga athwale.

     

    II. Iimpawu zeMveliso

    1. Umgama omde kakhulu kunye nokufunyanwa okukhulu
      Ngomgama omde weekhilomitha ezi-3.5, kwaye ukuchaneka kokujonga akuchaphazeleki ngumgama.
    2. Ukubeka esweni ngokuchanekileyo okuphezulu kakhulu
      Ngomgangatho ophezulu we-sub-millimeter ochanekileyo we-0.1mm, inokujonga kakuhle ukuguquguquka okuncinci kwangethuba kwaye inike izilumkiso ezikhawulezayo nezichanekileyo.
    3. Ukufunyanwa kwemisebenzi emininzi
      Idibanisa ii-alamu ezivakalayo nezibonakalayo kunye nokufunyanwa kwezinto ezininzi ngeradar.
    4. Ukubeka esweni isantya esiphezulu kakhulu
      Ngesantya sokujonga iithagethi ezihambayo se-10m/S, inokubona ngokukhawuleza izinto ezinokuwa.
    5. Ukufunyanwa kwemini yonke, imozulu yonke, ngokuzenzekelayo ngokupheleleyo
      Ingaqhuba uvavanyo olusebenza iiyure ezingama-24, imini yonke, imozulu yonke, kwaye ikwazi ukufumanisa ngokuzenzekelayo.
    6. Ilula
      Lo matshini wonke usebenzisa uyilo oludibeneyo, olukhaphukhaphu noluncinci oluphathwa ngesandla, olulula ukuluthutha nokuyihambisa.

     

    III. Izalathisi eziphambili zoBugcisa

     

    3.1 Iiparameter zeYunithi ePhambili:

     

    1. Umgama ophezulu wokubeka iliso: 3500M
    2. Umgama ophezulu wokujonga iithagethi zokuhamba: 1500M
    3. Ukuchaneka kokubeka iliso kwiDeformation: Inqanaba le-Sub-millimeter, 0.1mm
    4. Isantya esiphezulu sokuFumanisa ukuHamba: 10m/S
    5. Ixesha lokufumana: 1-6min
    6. Isisombululo: 0.3m×3mrad
    7. Uluhlu lokuJonga: 120°;
    8. Ixesha Lokufumana Idatha: ≤1min
    9. Iimeko zokubeka esweni: iiyure ezingama-24, ukufunyanwa ngokuzenzekelayo ngokupheleleyo
    10. Iimfuno zobonelelo ngombane: AC220V/DC 48V.
    11. Inqanaba loKhuseleko: IP66;
    12. Ubushushu bokusebenza: -30℃ — 60℃;
    13. Inomsebenzi wokuzihlaziya wehardware, kwaye ujongano lokulungisa lugciniwe. Izixhobo zokulungisa zingafakwa ukuze zibuyisele ngokuzenzekelayo useto lwasefektri;
    14. Ixhotyiswe ngesoftware yokudlala idatha yeradar, enokuyidlala ngokuzenzekelayo i-waveform yesignali ye-echo kwaye ijonge isignali yokulinganisa;
    15. Inomsebenzi we-GNSS owakhelwe ngaphakathi kwaye inokufikelela kwindawo eyahlukileyo;
    16. Inomsebenzi wokuqhelanisa ngokuzenzekelayo;
    17. Inomsebenzi wexesha weBeidou Satellite Navigation System kwinqanaba lewotshi yeathomu, kwaye ukuchaneka kwamaza okujikeleza kwesantya kubhetele kune ±0.5ppb (isiphumo sokulinganisa kwiiyure ezingama-24);
    18. Inkqubo yeradar idityaniswe ngokupheleleyo nekhamera yokujonga indawo. Umgca woqhagamshelwano phakathi kwekhamera kunye nenkqubo yeradar awubonakali. Ujongano lomsebenzi wokujonga ividiyo kunye nojongano lwenkqubo yolawulo lweradar zidityaniswe ngokupheleleyo, kwaye umfanekiso wesiganeko unokubanjwa ngejongano lwenkqubo yolawulo lweradar;
    19. Uqhagamshelo lwenkqubo lulula. Imigca yoqhagamshelo yemodyuli nganye esebenzayo yeradar kufuneka idluliselwe ngaphakathi kwenkqubo, kwaye inani leentambo zoqhagamshelo zenkqubo yonke yeradar yi-≤4.
      4.2 Iiparameter zeSoftware:
    20. Ukuqokelelwa kwedatha kunye nokulungiswa kwe-deformation kwenziwa ngqo ekupheleni kwendawo, kwaye ukucutshungulwa ngokuzenzekelayo kwe-radar echo imaging, ukucutshungulwa kokuphazamiseka, kunye ne-micro-deformation inversion kugqityiwe;
    21. Isoftware ingachonga imeko yokusebenza kweradar kunye nendlela yokubeka i-azimuth, kwaye imeko yokusebenza kwendlela yokubeka i-azimuth kunye nendawo yokusebenza yokuskena inokujongwa ngexesha langempela ngesoftware;
    22. Ingakwazi ukubhalisa idatha yokubeka esweni iradar kunye nomhlaba onemilinganiselo emithathu, kwaye ibhalise ngokuzenzekelayo ngokwedatha yelifu lendawo engenisiweyo; ixhasa ukuhlanganiswa kwemodeli ye-UAV, imodeli ye-CAD enemilinganiselo emithathu, idatha yemodeli yelifu enemilinganiselo emithathu yelaser kunye nedatha yeradar;
    23. Ukulawula idatha yokubeka esweni ngokufanelekileyo, kwaye ukwazi ukubuza nokuhlalutya idatha ngexesha, usuku, iveki, inyanga, njl.njl.;
    24. Nika ujongano lokusebenza olubonakalayo olunemilinganiselo emithathu, kwaye abasebenzisi banokwenza uhlalutyo lwedatha lwamanqaku kunye nemimandla enye;
    25. Ukubonelela ngeendlela zokuhlalutya ukufuduka, isantya, kunye nokukhawulezisa ngokwendawo nangommandla;
    26. Unemisebenzi yokubonisa umbala we-deformation, i-alamu ye-imeyile, kunye neendlela zokulumkisa i-alamu ye-SMS;
    27. Imisebenzi yokubonisa amaxabiso okuguquguquka, isantya sokuguquguquka, kunye nee-acceleration curves ngeendlela zamaxabiso agqithisileyo kunye ne-avareji zinokukhethwa. Zingaboniswa ngokwahlukeneyo ngeendlela zamaxabiso agqithisileyo kunye ne-avareji, okanye zingaboniswa ngokudibeneyo;
    28. Nika useto lwemida ye-alamu kwiinguqu ze-alamu ezifana namaxabiso okuguquguquka, isantya sokuguquguquka, ukukhawuleziswa kokuguquguquka, kunye namaxabiso okuguquguquka aqokelelweyo. Ukukhethwa kweenguqu ze-alamu kunokuba yinto enye, okanye nayiphi na indibaniselwano yazo, kwaye ixesha le-alamu lingamiselwa;
    29. Iindlela zokukhetha indawo yokubeka esweni ziquka iipolygons ezithe tye, iipolygons ezigobileyo, njl. Ingabonisa iindawo zamanqaku amathathu ubuncinane kunye nokuguquguquka okuphezulu kwindawo leyo, kwaye ingabonisa ukuguquguquka, isantya sokuguquguquka, kunye neejika zokukhawulezisa ukuguquguquka kwendawo kunye nokuguquguquka okuphezulu;
    30. Ukwazi ukuchonga imeko yokusebenza iyonke yenkqubo yeradar kunye nokubonelela ngolwazi oluchanekileyo kunye nolwazi lokuxilonga, ukwazi ukujonga imeko ye-radar waveform, umgangatho wokuhambelana kwedatha, kunye nesimo sokuskena sokusebenza ngexesha langempela, kunye nokufikelela ekubekeni ngokukhawuleza iimodyuli ezineempazamo;
    31. Nika iindlela ezahlukeneyo zokubonisa idatha kunye neendlela zokubuza imibuzo: idatha yexesha langempela, idatha yemihla ngemihla, idatha yeveki, idatha yenyanga, idatha yonyaka;
    32. Yiba nemisebenzi yokulungisa indawo enomoya oguquguqukayo kunye nenqanaba lokuphazamiseka kwethambeka elinamanqanaba amaninzi;
    33. Ukwazi ukuchonga imeko yokusebenza iyonke kwenkqubo yeradar kunye nokubonelela ngolwazi oluchanekileyo, ukwazi ukujonga imeko ye-radar waveform, umgangatho wokuhambelana kwedatha, kunye nesimo sokusebenza kwesithuba sokuskena ngexesha langempela, kunye nokufikelela ekubekeni ngokukhawuleza iimodyuli ezineempazamo.

     
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  • I-PSR-5000X engenazingcingo i-remote control yeselula ye-panoramic slope monitoring radar (ukubeka iliso kwi-5000m, intloko, ulawulo olungenazingcingo oluhamba ngokukhawuleza, iigesi ezinobuthi neziyingozi)

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    I-PSR-5000X engenazingcingo i-remote control mobile panoramic slope monitoring radar (ukubeka esweni i-5000m, intloko, ulawulo olungenazingcingo oluhambayo oluphezulu, iigesi ezinobuthi neziyingozi） 1. Isishwankathelo I-PSR-5000X engenazingcingo i-remote control mobile panoramic slope monitoring radar yimveliso entsha eyenziwe ngokuzimeleyo ngokudibanisa izithuthi ezingenabantu ezinamavili, i-slope monitoring radar kunye nezixhobo zokubeka esweni igesi yokusingqongileyo ezinobungozi. Isetyenziswa kakhulu ekubekeni esweni ngexesha langempela i-slope ephakamileyo neyimiqolomba yemigodi, kwakhona...
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  • I-radar yokujonga ukuguquguquka kwesakhiwo se-PSR-300 kunye nokufuduka (ukujonga i-300m, i-3D, i-PTZ)

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