I-SF-8050 isebenzisa i-voltage engu-100-240 VAC. I-SF-8050 ingasetshenziswa ekuhlolweni kwezokwelapha kanye nokuhlolwa kwangaphambi kokuhlinzwa. Izibhedlela kanye nabacwaningi besayensi yezokwelapha nabo bangasebenzisa i-SF-8050. Esebenzisa i-coagulation kanye ne-immunoturbidimetry, indlela ye-chromogenic yokuhlola i-clotting ye-plasma. Ithuluzi libonisa ukuthi inani lokulinganisa i-clotting yisikhathi sokujiya (ngemizuzwana). Uma into yokuhlola ilinganiswa yi-plasma yokulinganisa, ingabonisa neminye imiphumela ehlobene.
Lo mkhiqizo wenziwe ngeyunithi enyakazayo ye-probe yokubonisa isampula, iyunithi yokuhlanza, iyunithi enyakazayo ye-cuvettes, iyunithi yokushisa nokupholisa, iyunithi yokuhlola, iyunithi eboniswa ukusebenza, isikhombimsebenzisi se-RS232 (esetshenziselwa iphrinta nosuku lokudlulisela kwiKhompyutha).
Abasebenzi bezobuchwepheshe nabanolwazi kanye nabahlaziyi bekhwalithi ephezulu kanye nokuphathwa kwekhwalithi okuqinile bayisiqinisekiso sokukhiqizwa kwe-SF-8050 kanye nekhwalithi enhle. Siqinisekisa ukuthi ithuluzi ngalinye lihlolwe futhi lihlolwe ngokuqinile.
I-SF-8050 ihlangabezana nezindinganiso zikazwelonke zaseShayina, amazinga emboni, amazinga ebhizinisi kanye nezindinganiso ze-IEC.
| Indlela Yokuhlola: | Indlela yokugoqa esekwe ku-viscosity. |
| Into Yokuhlola: | I-PT, i-APTT, i-TT, i-FIB, i-AT-Ⅲ, i-HEP, i-LMWH, i-PC, i-PS kanye nezinto. |
| Isikhundla Sokuhlola: | 4 |
| Indawo Yokuxubha: | 1 |
| Isikhundla Sokushisa Ngaphambi Kokushisa | 10 |
| Isikhathi Sokushisa Ngaphambi Kokushisa | Ukuhlolwa okuphuthumayo kunoma yisiphi isikhundla. |
| Isikhundla sesampula | Izibali-sikhathi ezi-0~999sec4 ngazinye ezinesikrini sokubala phansi kanye ne-alamu |
| Isibonisi | I-LCD enokukhanya okulungisekayo |
| Iphrinta | Iphrinta yokushisa eyakhelwe ngaphakathi esekela ukuphrinta okusheshayo nokuhlanganisiwe |
| Isixhumi esibonakalayo | I-RS232 |
| Ukudluliswa Kwedatha | Inethiwekhi ye-HIS/LIS |
| Ukunikezwa kwamandla kagesi | I-AC 100V~250V, 50/60HZ |
1. Indlela yokujiya: isebenzisa indlela yokujiya kwe-magnetic bead magnetic circuit ephindwe kabili, eyenziwa ngokusekelwe ekukhuleni okuqhubekayo kwe-plasma viscosity elinganisiwe.
Ukunyakaza kwephansi lendebe yokulinganisa endleleni egobile kuthola ukwanda kwe-viscosity ye-plasma. Ama-coil azimele kuzo zombili izinhlangothi zendebe yokuthola akhiqiza i-electromagnetic field drives ephikisanayo ukunyakaza kwama-magnetic beads. Uma i-plasma ingahlangani nokusabela kwe-coagulation, i-viscosity ayishintshi, futhi ama-magnetic beads ahamba nge-amplitude engaguquki. Lapho kwenzeka ukusabela kwe-plasma coagulation. I-Fibrin yakheka, i-plasma viscosity iyanda, futhi i-amplitude yama-magnetic beads iyabola. Lolu shintsho lwe-amplitude lubalwa ngama-algorithms ezibalo ukuze kutholakale isikhathi sokuqina.
2. Indlela ye-Chromogenic substrate: i-chromogenic substrate eyenziwe ngokwenziwa, equkethe indawo esebenzayo yokuqhekeka kwe-enzyme ethile kanye nento ekhiqiza umbala, ehlala ngemva kokusebenza yi-enzyme kusampula yokuhlola noma i-enzyme inhibitor ku-reagent exhumana ne-enzyme ku-reagent. I-enzyme ihlukanisa i-chromogenic substrate, into ye-chromogenic iyahlukaniswa, futhi umbala wesampula yokuhlola uyashintsha, futhi umsebenzi we-enzyme ubalwa ngokusekelwe ekushintsheni kokumuncwa.
3. Indlela ye-Immunoturbidimetric: I-antibody ye-monoclonal yento ezohlolwa imbozwe ezinhlayiyeni ze-latex. Uma isampula iqukethe i-antigen yento ezohlolwa, kwenzeka ukusabela kwe-antigen-antibody. I-antibody ye-monoclonal ingabangela ukusabela kwe-agglutination, okuholela ekwandeni okuhambisanayo kwe-turbidity. Bala okuqukethwe kwento ezohlolwa kusampula ehambisanayo ngokuya ngoshintsho ekumuncweni.
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