Iimveliso
Wolturnus Amasis racing isitulo esinamavili
I-Amasis yeyona nto iphambili ekugqithiseni amandla eembaleki.Ukusukela oko yakhululwayo ngo-2004, i-Amasis racing wheelchair yophule iirekhodi zehlabathi kwaye yaphumelela uloyiso oluninzi kwi-athletics nakwimidyarho emide kwi-Paralympic Olympics.
Isakhelo se-Amasis senziwe nge-aluminiyam epholileyo ye-7020 ekhaphukhaphu.Iityhubhu zefreyimu ezityebileyo zikhokelela kwisitulo esinamavili somdyarho esomeleleyo kwaye somelele. Oku kuthetha ukuba onke amandla embaleki aguqulwa abe ngamandla kunye nokuqhutywa.
I-Amasis nganye yenziwe nge-taylor.Isitulo esinamavili somdyarho silungiselelwe ukuya kutsho kwimilimitha yokugqibela ukuze sihambelane neemfuno zomdlali ngamnye, iminqweno kunye nemilinganiselo yomzimba.
Ngokuxhomekeke kwisikhundla esikhethiweyo sokuhlala, sinokuxhobisa i-Amasis ngekheji yokuhlala.Kungakhathaliseki ukuba umgijimi ufuna ukuqhubela phambili i-Amasis ukusuka kwindawo ehleliyo okanye eguqayo - sihlengahlengisa uyilo ngamnye.
Iimbaleki ezikumgangatho wehlabathi ezifana neNtshatsheli yeHlabathi yeParatriathlon kunye neNtshatsheli yeParalympic uJetze Plat, bebethembele kwi-Amasis iminyaka.Kithina, kubaluleke kakhulu ukuphuhlisa ngokuqhubekayo iimveliso zethu, ukudweba kumava kunye nolwazi lwabadlali bezemidlalo.Ngenxa yentsebenziswano ne-Jetze Plat, sikhethekileyo ekwakheni i-Amasis yokusetyenziswa kwe-Triathlon ngokulungelelanisa uyilo ukuze siqhubele phambili ukudluliselwa okukhawulezayo ukusuka kwi-handbike ukuya kwisitulo esinamavili somdyarho.
Isitulo sethu esinamavili kunye nezakhelo zeebhayisekile ezenziwe nge-7020 (AIZn4.5Mg1) aluminiyam.Le yeyona ngxube inamandla yealuminiyam enokuthi idityaniswe.Iqinile ngakumbi kunayo nayiphi na ingxubevange ye-titanium.Yeyona alloy ekhethwayo yezithuthi ezixhobileyo, izithuthuthu kunye nezakhelo zebhayisekile.Itekhnoloji yethu ekhethekileyo yeSigma Tubing yongeza amandla ngexesha lokwenziwa kweetyhubhu ezinkulu ezinodonga olubhityileyo.Ngokudibeneyo, ezi zifezekisa ukuqina okugqithisileyo kobunzima bobunzima.Isiphumo sisizinzo sokugqibela.
I-Wolturnus isoloko isebenzisa i-TIG (i-Tungsten Inert Gas) ukuwelda.Idibaniswe ne-argon-helium yegesi ekhuselayo, oku kuthintela iinkozo ekuphuhliseni ngexesha lenkqubo ye-welding.Oku kuqinisekisa ukuba izinto eziphathekayo zigcina amandla ayo aphezulu.
Naluphi na ukuxhatshazwa okuye kwavela ngexesha lenkqubo ye-welding kupheliswa ngokufudumeza-ukuphatha isakhelo kwiqondo lokushisa eliphezulu kakhulu emva koko.Isakhelo siye silinganiswe kwaye naluphi na uhlengahlengiso oluyimfuneko lwenziwa ukuqinisekisa ukuba imveliso yokugqibela ilungelelaniswe ngokugqibeleleyo.Okokugqibela, isakhelo senziwa lukhuni yinkqubo yotshintsho lobushushu olubalwe ngokuchanekileyo olubuyisela amandla aphezulu kwimicrogram nganye yealuminium.
I-Anodizing yinkqubo eyenza ukuba umbala udityaniswe, inyuse ukuxhathisa komhlwa kwaye iqinise umphezulu.Uluhlu lwe-aluminiyam oxide yongezwa kumphezulu we-aluminiyam.Ialuminiyam oxide yenye yezona zinto zinzima emhlabeni.Ilinganisa i-9.7 kwi-10-point Moh isikali sobunzima obuhlobene.
(Iidayimani: 10.Iglasi: 5.6.) Unyango lwangaphezulu luphumela kwindawo engenakuthelekiswa nanto enzima kunye nokugcinwa kwamahhala.Iqinisekisa okokugqibela kwi-corrosion-resistance.Yenza umphezulu onemibala, oqinileyo okwaziyo ukumelana nezibonda kunye neempembelelo.I-Anodizing yolona nyango luphezulu olusetyenziswa nguWolturnus.
