Ukucubungula
Uhlobo lwekhompyutha lwe-HVW-30Z yohlobo lwe-othomathikhi ama-herret hardness Hardness Hurnener admid design ehlukile emthonjeni wemishini, ekagesi kanye nokukhanya, okwenza ukuqondiswa kokucabanga okucacile nokulinganiswa. I-Colour LCD Display kanye nesivinini esiphezulu se-32-bit microprocessor control uhlelo lusetshenziselwa ukufeza ngokugcwele inkhulumomphendvulwano yomshini we-man kanye nokusebenza okuzenzakalelayo. Inokunemba okuphezulu kokuhlola, ukusebenza okulula, ukuzwela okuphezulu, okulula ukuyisebenzisa nenani lokubonisa elizinzile. Ngokusebenzisa i-motor force of the test force faka ngokuzenzakalelayo, bamba, ulayishe, ulukhuni ukuboniswa okuqondile neminye imisebenzi, ungahlangabezana nezidingo ezahlukahlukene zokulinganisa izinhlangothi.
Ikhompyutha ifakwe ngohlelo lokulinganisa izinkambisi zobungcweti ukwenza ngcono ukunemba nokuphindaphindwa kwesilinganiso. Uhlelo lokuhlaziywa kwezithombe lwe-Vickers Hardness Vicleen luxhumanisa i-hardness test kwikhompyutha ngokusebenzisa isikhombimsebenzisi sekhamera ye-CCD, inqubo yokuhlola yonke ingaqedwa ngokusebenza okulula kwekhibhodi negundane, okulula ukusebenza, ukunciphisa iphutha lomuntu futhi kugwemeke ukubonwa ukukhathala kwe-opharetha.
Izici zomkhiqizo:
Umzimba womkhiqizo wakhelwa engxenyeni eyodwa ngenqubo yokuphonsa futhi ubhekene nenqubo ende yokuguga. Uma kuqhathaniswa nenqubo yokuhlanganisa, ukusetshenziswa kwesikhathi eside kwezenkolo kuncane kakhulu, futhi kungazivumelanisa ngempumelelo nezindawo ezinhlobonhlobo ezinokhahlo.
Upende wokubhaka wezimoto, i-lacquer ephezulu yebanga eliphakeme, ukumelana kwe-scratch, namanje kucwebezela njengoba kusha ngemuva kweminyaka yokusebenzisa.
Uhlelo obonakalayo olwenzelwe unjiniyela ophezulu obonakalayo hhayi kuphela ngezithombe ezicacile kepha futhi lusetshenziswe njengesibonakhulu esilula ngokukhanya okulungisekayo, ukubonwa kombono okunethezekile nokungaphelise isikhathi eside esikhathini eside
Ifakwe i-turret ezenzakalelayo, opharetha kalula futhi kalula phakathi kwezinhloso zokukhulisa okuphezulu ukuze ulinganise futhi ulinganise ukulimala kwenhloso ye-Optical, i-Indenter kanye ne-Test Force System kusuka ekuphatheni komuntu.
Uhlelo lokucubungula isithombe se-CCD ngokuzithandela nedivayisi yokulinganisa yevidiyo.
Ifakwe ngemodyuli ye-Bluetooth, iphrinta ye-Bluetooth kanye ne-Optional Bluetooth PC Receiver yokuphrinta okungenantambo kanye nokuhanjiswa kwedatha okungenantambo
Ukunemba ngokuya nge-GB / T4340.2 ISO6507-2 ne-ASTM E384.
Uhlelo lokulinganisa isithombe
Umhloli we-Hardness omncane uxhumeke kwikhompyutha ngesibonisi sekhamera, isithombe sikhuliswe kabusha futhi sibhekwe ngokuqondile futhi sinciphise amaphutha okusebenza kwekhompyutha, ukunciphisa amaphutha okusebenza okusebenza kohlelo lwe-eyeece futhi athuthukise ukusebenza kahle kanye nokunemba kokuhlolwa. Inqubo yonke yokuhlola ingaqedwa ngokusebenza okulula negundane.
Isibonisi sezithombe zesoftware sikhulu (800 * 600) futhi isithombe sicacile, esinciphisa ngempumelelo amaphutha okusebenza.
Ukulungiswa okuphezulu kwekhamera yezimboni yokulingiswa kwemicroscopic kanye nokucabanga okuhle. Ubukhulu bawo obuhlangene, isithombe esicacile nekhwalithi enhle yokucabanga.
Umsebenzi olula futhi ongokoqobo wokuguqula izikali ezihlukile. Ngaphezu kwalokho, isoftware inobunzima obakhelwe ngaphakathi kanye netafula lokuguqula amandla, elingeke lilahlekelwe
Imisebenzi enamandla yokubika idatha.
Idatha yokuhlola, izithombe zokufundisa kanye namagrafu we-hardness Gradient angathunyelwa ngaphandle kanyekanye ukuthola imiphumela ekholisayo.
Lapho wenza izivivinyo ze-Hardness Gradientary, i-Hardness Gradient Graph ingadonswa ngokuzenzakalelayo.
Unhlokweni wombiko, isib
Uhlaka lwesithombe lungavulwa ngokwengxenye bese lukhula, ukuze amaphuzu wokulinganisa athathwe ngokunembe kakhudlwana namaphutha angancishiswa.
Umsebenzi wokulungiswa kwe-Hardness, uma iphuzu litholakala lingathathwanga kahle lapho lilinganisa, lingashintshwa futhi lilungiswe ngokushesha.
Izithombe zokufundisa zingashintshwa ngokuhluka, ukugqama, njll.
Umsebenzi wokulinganisa we-Hardnessning: Ukufakwa ngqo kwenani lobulukhuni lokuqhathanisa, elula futhi esheshayo.
Ifayela lesithombe nefayela ledatha lingavulwa, ligcinwe futhi liphrintiwe ngokwahlukile.
Amandla okubuka amafayela wedatha namafayela wesithombe nganoma yisiphi isikhathi; Amafayela wedatha athayishwe ngendlela yamatafula, izithombe nama-curve
I-Indentation-onqenqemeni lokuqasha ubuchwepheshe bokuqashelwa okuzenzakalelayo, ifunda amanani we-D1 / D2 nama-HV ngaphakathi kwemizuzwana engu-0.3
Ukufundwa okuzenzakalelayo kokungenzi lutho okubunjiwe, kukhanyiswe ngokungalingani, okuphuma ngaphakathi kwesikhungo
Ukufundwa okuzenzakalelayo, ukufundwa ngesandla, ukuguqulwa kobunzima, ukujula ukujula ijika, isithombe sokufundisa nemisebenzi yokubika nemifanekiso.
I-algorithm yasekuqaleni yokuzenzakalelayo yokufunda, ukufundwa okuzenzakalelayo kobubanzi bokuveli ngejubane elikhulu nokunemba.
Ukuphindaphinda okuphezulu kokufundwa okuzenzakalelayo ukuze uhlangabezane nezidingo zabasebenzisi abaqeqeshiwe.
Amapharamitha Ezobuchwepheshe
| Uhla lokulinganisa kanzima | I-5-5000hv |
| Amandla okuhlola | I-1.0kgf (9.8N), 3.0kgf (29.4n), 5.0kgg (49.0n) |
|
| I-10KGF (98.0N), 20KGF (196N), 30KGF (294N) |
| Ijubane Lokusebenza Kwamandla Wokuhlola | I-0.05mm / S, Ukulayisha Ngokuzenzakalelayo Nokulayisha Kwamandla Wokuhlola |
| Indlela yokushintsha yenhloso ne-indenter | Ukushintsha okuzenzakalelayo |
| Ukukhulisa izinhloso | I-10x (Ukuqashelwa), 20X (ukukalwa) |
| Ukukhulisa okuphelele | I-100 ×, 200 × |
| Ibanga lokulinganisa | I-400μM
|
| Amanani wokukhomba | 0.01μM |
| Inani lezivivinyo ezigcinwe | Izikhathi ezingama-99 |
| Isikhathi sokugcina amandla okuhlola | 0-99 imizuzwana |
| UMax. Ukuphakama kwesiqeshana sokuhlola | I-200mm |
| Ibanga ukusuka enkabeni ye-indenter kuya odongeni lwangaphakathi | I-130mm |
| Ukunikezwa kwamandla kagesi | AC220V / 50HZ |
| Isisindo | I-70KG |
| Ubukhulu | 620 * 330 * 640mm |
| Ikhompiyutha | Imishini yebhizinisi enophawu (ngokuzithandela) |
| Isigaba Sesoftware Sokulinganisa | |
| Izinhlelo ezisebenzayo ezisebenzayo | IWindows7 SP1 32BIT, Windows XP SP3 |
| Izinhlelo zedijithali ukucabanga | |
| Isinqumo Esiphezulu | 3 Megapixels |
| Ukutholwa okuphezulu okuphezulu | 1280x1024 Isinqumo: 25 FPS; 640x512 Isixazululo: 79 FPS. |
| Incazelo ephezulu | Isithombe esimnyama nesimhlophe sokucaca okungcono |
| Usayizi ongaphezulu wethagethi | 1/2
|
| Ukufundwa okuzenzakalelayo / Ukufundwa Kwe Manual | |
| Isikhathi sokufunda esizenzakalelayo | Umucu ngamunye wokufunda isikhathi approx. 300 ms |
| Ukunemba kokulinganisa okuzenzakalelayo | I-0.1μM |
| Ukuphinda Ukulinganisa Okuzenzakalelayo | ± 0.8% (700hv / 500gf, ukucacisa ukucabanga) |
| Ukufundwa okwenziwa ngesandla | Ukubonwa okubhaliwe, ukubona okuzenzakalelayo, isilinganiso samaphuzu ama-4, izilinganiso ezi-2 ze-diagonal |
| Imiphumela Yokugcina / Ukukhishwa | |
| Ukugcinwa / Ukukhishwa kwemininingwane yokulinganisa namapharamitha wokuhlola, kufaka phakathi i-D1, D2, HV, X, Y, njll. | |
| STORE / Thumela Ukuvunyelwa Ngobunzima Busendla | |
| Gcina / Thumela izithombe | |
Uhlu Lokupakisha We-Aester
| Ibizo | Ukucacisa |
| Umhloli we-hearner we-vickers | Hvw-30z |
| Lens enenhloso | I-10x, 20x |
| Ama-Vickers Indenter |
|
| Hlola ibhentshi | Ezinkulu, ezincane |
| Izikulufa ezilinganisa |
|
| Ukulinganisa ama-Gauges |
|
| I-Micrometer Eyepieces | Eliyo |
| Amabhulokhi we-Vickers Hardness | Okuphakeme, okuphakathi |
| Isistimu yokulinganisa izithombe zokulinganisa izithombe | Ngu-100b |
| Iyunithi lekhamera | 3 Megapixels |
| I-Adaptive lens interface |
