iindaba

IYunivesithi yaseKunming yeSayensi nobuChwepheshe kunye ne-Enpuda zisebenze kunye ukuze ziphumelele elinye iimbasa zokugqwesa kwishishini kwicandelo lokhuphiswano lokuqamba izinto ezintsha kumboniso “weSibini weSizwe wePostdoctoral Innovation and Entrepreneurship Competition” ngoNovemba wama-2023.
"Amehlo omlilo kunye namehlo egolide" ngokudibeneyo aphuhliswe liqela eliphambili elikhokelwa nguNjingalwazi uLei Jilin, "uDean, uNjingalwazi, uMlawuli wePhD weSikolo soBunjineli bezoThutho, iPhondo laseYunnan iYunling Industrial Technology Leader" yeYunivesithi yaseKunming yeSayensi kunye neTekhnoloji, kunye iqela lobuchwephesha le-R&D ye-Enpuda Industrial Systems Co., Ltd. I-"Dual-Carbon" ye-Engine eFudumezayo ye-Engine Components Cold kunye ne-Thermal Shock Fatigue Testing System" yiprojekthi yokujonga inzululwazi kunye neteknoloji entsha kunye neprojekthi yophuhliso;le mpumelelo idale impumelelo entsha neqaqambileyo kwicandelo lezenzululwazi nobuchwepheshe.

Le projekthi ayiphuculi kuphela iindlela zovavanyo lokudinwa kweqondo eliphezulu eliphezulu neliphantsi, kodwa ikwabonelela ngomxokelelwane ogqibeleleyo we-algorithm yokufunyanwa kwemifanekiso, inkcazelo yomfanekiso, uphuhliso lwe-algorithm, ukupakishwa kwe-algorithm kunye nokudityaniswa kwesicelo kunye “netekhnoloji yobukrelekrele bokwenziwa njengondoqo” .Uphuhliso lwezigqubuthelo Kukho amakhulu ee-algorithms eziqhelekileyo zokubona isiphene, ukuqondwa komlinganiswa, indawo ekujoliswe kuyo, umlinganiselo we-dimensional, umlinganiselo we-3D, uphuhliso lwevidiyo, njl.

Intshayelelo yemveliso yeR&D:
Le mveliso yinkqubo yovavanyo esetyenziselwa uqikelelo lobomi bomothuko wokudinwa kwe-thermal kunye novavanyo lokhuseleko lomsebenzi weendawo ezishushu ze-injini.Le nkqubo yamkela i-KeYENCE yaseJapan "I-Image Defect Extraction Algorithm" kunye ne-Enpuda's ngokuzimeleyo entsha ene-multi-channel efakwe kwi-injini eshushu yobushushu bomphezulu inkqubo yovavanyo lwexesha lokwenyani lweendawo ezishushu;iqaphela ukufunyanwa kwexesha langempela kwintsimi yeqondo lokushisa elipheleleyo leendawo ezifudumalayo, ukuhanjiswa kwedatha engenazintambo kunye neMisebenzi ezenzekelayo ephatha uhlalutyo.Kwangaxeshanye, ujongano lokusebenza olubonakalayo lwenkqubo lunyusa ukuguquguquka kwamava omsebenzisi, luvumela abasebenzisi ukuba benze uhlengahlengiso olukhawulezileyo ngokweemfuno ezithile, ngaloo ndlela behlangabezana ngcono neemfuno zokusetyenzwa komfanekiso kwiimeko ezahlukeneyo;olu phawu lwenza inkqubo ilunge ngakumbi kwimiba yosetyenziso eyahlukeneyo.Bonke banokuphendula kwiimfuno ezahlukeneyo zokucwangcisa imifanekiso ngokufanelekileyo nangokuchanekileyo.
Izinto zomboniso:
I-"Dual Carbon" i-Thermal Shock Fatigue Testing System ye-Engine Heated Parts (EH-6400R) iphuhliswe ngokudibeneyo yiYunivesithi yaseKunming yeSayensi kunye neTekhnoloji kwaye i-Enpuda inezi zalathisi eziphambili zobugcisa:
Iqondo lobushushu: 200 ~ 1500℃ ngokuqhubekayo adjustable
Ukuchaneka okubonakalayo: 5 yezigidi zeCCD
Isantya sokutshintsha okushushu kunye nokubanda: 30S/1 ixesha
Indlela yokulawula: I-PLC + isikrini sokuchukumisa + inkqubo yokubona okubonakalayo
Ibhentshi yokuvavanya ukudinwa okutshisa kunye nokubandayo yamkela "i-algorithm ye-defect defect extraction" kunye nendlela yokulungiswa kwesithunzi ephuhliswe ngokuzimeleyo ukwenzela ukuba uhlengahlengiso olunobuqili ngakumbi kwiziphene zokubona.Emva kokuphelisa izinto ezichaphazela utshintsho lokukhanya, iphucula indlela yokubona ukuqhekeka kumashishini anxulumeneyo.I-R&D ibonelela ngeqonga lovavanyo elisebenzayo, elithembekileyo nelichanekileyo.
Esi siphumo sophando siphawula uphuculo olongezelelweyo kumandla ophando lwezenzululwazi kunye nenqanaba lokuyila le-Enpuda kunye neYunivesithi yaseKunming yeSayensi kunye neTekhnoloji kwinkalo yokudinwa ukothuka kwe-thermal.I-Enpuda kunye neYunivesithi yaseKunming yeSayensi kunye neTekhnoloji "badibanisa izandla ukuze bavelise izinto ezintsha kunye nokudala ngokudibeneyo impumelelo emitsha".Kwixesha elizayo, i-Enpuda nayo iya kuqhubela phambili ngenkalipho kwixesha elizayo!