I-SF-8050 isebenzisa i-voltage eyi-100-240 VAC. I-SF-8050 ingasetyenziselwa uvavanyo lweklinikhi kunye nokuhlolwa kwangaphambi kotyando. Izibhedlele kunye nabaphandi bezonyango banokusebenzisa i-SF-8050. Esebenzisa i-coagulation kunye ne-immunoturbidimetry, indlela ye-chromogenic yokuvavanya i-clotting ye-plasma. Esi sixhobo sibonisa ukuba ixabiso lokulinganisa i-clotting lixesha le-clotting (ngemizuzwana). Ukuba into yovavanyo ilinganiswe yi-plasma yokulinganisa, inokubonisa nezinye iziphumo ezinxulumene nayo.
Le mveliso yenziwe ngeyunithi eshukumayo yesampulu, iyunithi yokucoca, iyunithi eshukumayo ye-cuvettes, iyunithi yokufudumeza nokupholisa, iyunithi yovavanyo, iyunithi eboniswayo yokusebenza, ujongano lwe-RS232 (esetyenziselwa iprinta kunye nomhla wokudlulisela kwiKhompyutha).
Abasebenzi bobuchwephesha nabanamava kunye nabahlalutyi abakumgangatho ophezulu kunye nolawulo oluqinileyo lomgangatho basisiqinisekiso sokwenziwa kwe-SF-8050 kunye nomgangatho olungileyo. Siqinisekisa ukuba isixhobo ngasinye sihlolwe kwaye sivavanywe ngokungqongqo.
I-SF-8050 ihlangabezana nomgangatho wesizwe saseTshayina, umgangatho weshishini, umgangatho weshishini kunye nomgangatho we-IEC.
| Indlela yoVavanyo: | Indlela yokugoba esekwe kwi-viscosity. |
| Into yovavanyo: | I-PT, i-APTT, i-TT, i-FIB, i-AT-Ⅲ, i-HEP, i-LMWH, i-PC, i-PS kunye nezinto. |
| Indawo yovavanyo: | 4 |
| Indawo yokuxukuxa: | 1 |
| Indawo yokufudumeza kwangaphambili | 10 |
| Ixesha lokufudumeza kwangaphambili | Uvavanyo olungxamisekileyo nakweyiphi na indawo. |
| Indawo yesampulu | Izibali-xesha ezizi-0~999sec4 ezizimeleyo ezinesikrini sokubala kunye ne-alamu |
| Bonisa | I-LCD enokukhanya okulungisekayo |
| Iprinta | Iphrinta yobushushu eyakhelwe ngaphakathi exhasa ukuprinta kwangoko kunye nebhetshi |
| Ujongano | I-RS232 |
| Ukuhanjiswa kwedatha | Inethiwekhi ye-HIS/LIS |
| Ukunikezwa Amandla | I-AC 100V~250V, 50/60HZ |
1. Indlela yokujiya: isebenzisa indlela yokujiya kwe-magnetic bead magnetic circuit ephindwe kabini, eyenziwa ngokusekelwe ekunyukeni okuqhubekayo kwe-plasma viscosity elinganisiweyo.
Intshukumo yezantsi lekomityi yokulinganisa ecaleni kwendlela egobileyo ibona ukwanda kwe-plasma viscosity. Ii-coil ezizimeleyo kumacala omabini ekomityi yokufumanisa zivelisa i-electromagnetic field drives ezichaseneyo ezihambayo ii-magnetic beads. Xa i-plasma ingangeni kwi-coagulation reaction, i-viscosity ayitshintshi, kwaye ii-magnetic beads zijikeleza nge-amplitude engaguqukiyo. Xa i-plasma coagulation reaction isenzeka. I-Fibrin yenziwe, i-plasma viscosity iyanda, kwaye i-amplitude yee-magnetic beads iyabola. Olu tshintsho lwe-amplitude lubalwa nge-algorithms zezibalo ukuze kufunyanwe ixesha lokuqina.
2. Indlela ye-Chromogenic substrate: i-chromogenic substrate eyenziwe ngokwenziwa, equlathe indawo esebenzayo yokuqhekeka kwe-enzyme ethile kunye ne-color-producing substance, ehlala emva kokuba isebenze yi-enzyme kwi-test sampuli okanye i-enzyme inhibitor kwi-reagent edibana ne-enzyme kwi-reagent. I-enzyme iyawuqhekeza u-chromogenic substrate, i-chromogenic substance iyahlukana, kwaye umbala we-test sampuli uyatshintsha, kwaye umsebenzi we-enzyme ubalwa ngokusekelwe kutshintsho ekufunxeni.
3. Indlela ye-Immunoturbidimetric: I-antibody ye-monoclonal yento eza kuvavanywa igqunywe kwii-particles ze-latex. Xa isampuli ine-antigen yento eza kuvavanywa, kwenzeka i-antigen-antibody reaction. I-antibody ye-monoclonal inokubangela i-agglutination reaction, ekhokelela ekwandeni okufanayo kwe-turbidity. Bala umxholo wento eza kuvavanywa kwisampuli efanelekileyo ngokwenguqu ekufunxeni.
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