Iimveliso
-
ADCP/Five-beam Acoustic Doppler Current Profiler/300-1200KHZ/Stable performance
Intshayelelo Uluhlu lwe-RIV-F5 yi-ADCP esanda kusungulwa.Inkqubo inokubonelela ngedatha echanekileyo kunye nethembekileyo njengesantya sangoku, ukuhamba, inqanaba lamanzi, kunye nobushushu ngexesha langempela, elisetyenziselwa ngokufanelekileyo kwiinkqubo zokulumkisa izikhukhula, iiprojekthi zokudlulisa amanzi, ukubeka iliso kokusingqongileyo kwamanzi, ezolimo ezihlakaniphile, kunye neenkonzo zamanzi ezihlakaniphile.Inkqubo ixhotyiswe nge-transducer enemiqadi emihlanu.I-160m eyongezelelweyo isandi sesandi esisembindini yongezwa ukomeleza isakhono sokulandelela esisezantsi kwindawo ekhethekileyo... -
I-buoy yomoya / ukuchaneka okuphezulu / i-GPS / unxibelelwano lwexesha langempela / iprosesa ye-ARM
Intshayelelo
I-buoy yomoya sisixokelelwano esincinci sokulinganisa, esinokujonga isantya somoya, icala oya ngakulo umoya, ubushushu kunye noxinzelelo lwangoku okanye kwindawo esisigxina.Ibhola edadayo yangaphakathi iqulethe amacandelo e-buoy yonke, kubandakanywa izixhobo zesikhululo semozulu, iinkqubo zonxibelelwano, iiyunithi zokubonelela ngombane, iinkqubo zokubeka i-GPS, kunye neenkqubo zokufumana idatha.Idatha eqokelelweyo iya kubuyiselwa kwiseva yedatha ngokusebenzisa inkqubo yonxibelelwano, kwaye abathengi banokujonga idatha nanini na.
-
Uluvo lwamaza 2.0/ Umkhombandlela wamaza/ Ixesha lamaza/ umphakamo wamaza
Intshayelelo
I-Wave sensor yinguqulelo entsha ngokupheleleyo ephuculweyo yesizukulwana sesibini, esekwe kumgaqo-siseko wokukhawulezisa we-axis ezilithoba, ngokusebenzisa i-algorithm yophando olutsha oluphuculweyo lwe-algorithm yophando lolwandle, olunokufumana ngokusebenzayo ukuphakama kwamaza olwandle, ixesha lamaza, umkhombandlela wamaza kunye nolunye ulwazi. .Izixhobo zithatha into entsha ngokupheleleyo yokumelana nokushisa, ukuphucula ukuguquguquka kokusingqongileyo kwemveliso kunye nokunciphisa kakhulu ubunzima bemveliso ngexesha elifanayo.Inemodyuli yokusetyenzwa kwedatha ye-wave eyakhelwe ngaphakathi, enikezela nge-RS232 ujongano lokuhanjiswa kwedatha, enokuthi idityaniswe ngokulula kwi-buoy ekhoyo yolwandle, i-buoy yokukhukuliseka okanye amaqonga enqanawa angenamntu njalo njalo.Kwaye inokuqokelela kwaye idlulise idatha yamaza ngexesha langempela ukubonelela ngedatha ethembekileyo yoqwalaselo lwamaza olwandle kunye nophando.Kukho iinguqulelo ezintathu ezikhoyo ukuhlangabezana neemfuno zabasebenzisi abahlukeneyo: uguqulelo olusisiseko, uguqulelo oluqhelekileyo, kunye noguqulelo lobuchwephesha.
-
Mini wave buoy / Polycarbonate / Fixable / Ubungakanani obuncinci / ixesha elide lokujonga / unxibelelwano lwexesha lokwenyani
I-Mini Wave Buoy inokubona idatha ye-wave ngexesha elifutshane ngendlela ye-fixed point yexesha elifutshane okanye i-drifting, inikezela ngedatha ezinzileyo neyithembekileyo yophando lwenzululwazi ye-Ocean, njengokuphakama kwamaza, indlela yamaza, ixesha lamaza njalo njalo.Ingasetyenziselwa ukufumana idatha yecandelo lamaza kwisaveyi yecandelo lolwandle, kwaye idatha inokubuyiselwa kumxhasi ngeBei Dou, 4G, Tian Tong, Iridium kunye nezinye iindlela.
-
I-Tide Logger/ Ubungakanani obuNcinci/ Ubunzima obuKhanyayo/ Bunoguquguqukayo/ Uxinzelelo kunye nokuqwalaselwa koBubushushu
I-HY-CWYY-CW1 Tide Logger iyilwe kwaye iveliswe nguFrankstar.Incinci ngobukhulu, ilula ngobunzima, iguquguqukayo ekusebenziseni, inokufumana amaxabiso amanqanaba e-tide ngaphakathi kwexesha elide lokujonga, kunye namaxabiso obushushu ngexesha elifanayo.Imveliso ifaneleke kakhulu kuxinzelelo kunye nokujongwa kweqondo lokushisa kwindawo ekufutshane nonxweme okanye kumanzi angekho nzulu, inokuthunyelwa ixesha elide.Imveliso yedatha ikwifomathi ye-TXT.
-
I-Buoy yokuQwalasela eDityanisiweyo/ iParameter ezininzi/ ubungakanani obu-3 obahlukeneyo/ iSensom eKhethekileyo
I-Integrated Wave Buoy yi-buoy elula kunye nexabiso eliphantsi eliphuhliswe yi-Frankstar Technology kwi-offshore, ichweba, umlambo, i-lake. ixesha lokwenyani kunye nokubekw' esweni okusebenzayo kwamaza, imozulu, i-hydrological dynamics kunye nezinye izinto.Idatha inokuthunyelwa emva kwixesha langoku lokuhlalutya kunye nokucutshungulwa, okunokubonelela ngedatha esemgangathweni ophezulu wophando lwezesayensi.Imveliso inomsebenzi ozinzile kunye nokugcinwa okufanelekileyo.
-
Isihlalutyi seTyuwa esinesondlo/ Ukujongwa kwi-Intanethi kwi-Intanethi/ Iintlobo ezintlanu zetyuwa enesondlo
Uhlalutyo lwetyuwa olunesondlo luphambili lwethu lophando kunye nokuphumelela kweprojekthi yophuhliso, ephuhliswe ngokudibeneyo yi-Chinese Academy of Sciences kunye neFrankstar.Isixhobo silinganisa ngokupheleleyo ukusebenza kwencwadi, kwaye isixhobo esinye kuphela sinokugqiba kwangaxeshanye ukubekwa esweni kwe-in-situ kwi-intanethi yeentlobo ezintlanu zetyuwa enomsoco (No2-N nitrite, NO3-N nitrate, PO4-P phosphate, NH4-N ammonia nitrogen, SiO3-Si silicate) enomgangatho ophezulu.Ixhotyiswe nge-terminal ephathwayo, inkqubo yokuseta lula, kunye nokusebenza kakuhle, Inokuhlangabezana neemfuno ze-buoy, inqanawa kunye nokunye ukulungisa ingxaki.
-
IBhoyi eKhuphukayo/ iPolycarbonate/ Iseyile yamanzi/ yangoku
I-buoy yokukhukuliseka inokulandela iileya ezahlukeneyo zokukhukuliseka kwangoku.Indawo ngeGPS okanye iBeidou, jonga imisinga yolwandle ngokusebenzisa umgaqo weLagrange, kwaye ujonge ubushushu bomhlaba woLwandle.I-Surface drift buoy ixhasa ukuhanjiswa okude nge-Iridium, ukufumana indawo kunye nokuhanjiswa kwedatha rhoqo.
-
IWinch/ 360 Degree Rotation/ Ubunzima 100KG/ Imithwalo 100KG
Ipharamitha yobugcisa
Ubunzima: 100kg
Umthwalo osebenzayo: 100kg
Ubungakanani beTelescopic yengalo yokuphakamisa: 1000 ~ 1500mm
Intambo yocingo exhasayo: φ6mm,100m
I-angle ejikelezayo yengalo yokuphakamisa: i-360 degrees
-
Intambo yeDyneema/Amandla aphezulu/Imodyuli ephezulu/Ingxinano ephantsi
Intshayelelo
Intambo ye-Dyneema yenziwe nge-Dyneema high-high-forth polyethylene fiber, kwaye emva koko yenziwe intambo enqabileyo kakhulu kunye ne-ecekeceke ngokusetyenziswa kweteknoloji yokuqinisa intambo.
I-lubricating factor yongezwa kumphezulu womzimba wentambo, ophucula ukugquma phezu kwentambo.Ingubo egudileyo yenza ukuba intambo ibe yomelele, yomelele ngombala, kwaye ithintele ukuguga kunye nokuncipha.
-
Intambo yeKevlar/Amandla aphezulu/Ubude obuphantsi/Ukumelana nokuguga
Intshayelelo
Intambo yeKevlar esetyenziselwa ukubopha luhlobo lwentambo edibeneyo, ephothiweyo ukusuka kwi-arrayan core material kunye ne-helix angle ephantsi, kwaye umaleko wangaphandle uphonswe ngokuqinileyo yi-polyamide fiber, enokumelana okuphezulu kwe-abrasion, ukufumana awona mandla amakhulu- kumlinganiselo wobunzima.
I-Kevlar yi-aramid;I-aramids yiklasi ye-synthetic fibers enganyangekiyo, ehlala ixesha elide.Ezi mpawu zamandla kunye nokumelana nobushushu zenza i-Kevlar fiber ibe yimathiriyeli efanelekileyo yokwakha kwiintlobo ezithile zentambo.Iintambo ziyimfuneko kwimizi-mveliso kunye nezixhobo zorhwebo kwaye ukususela ngaphambi kwembali erekhodiweyo.
Ubuchwephesha bokuluka i-engile ye-helix ephantsi bunciphisa umngxuma wokuqhawuka ubude bentambo yeKevlar.Ukudityaniswa kobugcisa bokuqiniswa kwangaphambili kunye ne-corrosion-resistant-multi-color marking technology yenza ukufakwa kwezixhobo ezisezantsi kube lula kwaye kuchanekile.
Ubugcisa obukhethekileyo bokuluka kunye nokuqinisa intambo ye-Kevlar igcina intambo ingawi okanye iqhawuke, naphantsi kweemeko ezinzima zolwandle.
