Habka tamarta biyaha ee Japan ayaa soo jiidanaysa

Bishii Disembar 2010, Shinji Hiejima, oo ah borofisar ku-xigeen ka ah Dugsiga Sare ee Sayniska Deegaanka iyo Nolosha ee Jaamacadda Okayama, Japan, ayaa sameeyay nooc cusub oo nidaamka tamarta dabaysha ah, oo loo yaqaan "Hydro-VENUS" ama "Hydrokinetic-Vortex Energy Utilization System." Nidaamka Hydro-VENUS wuxuu ka dhigi doonaa tamar ay heli karaan bulshooyinka xeebaha iyo bulshooyinka deriska la ah xeebaha kuwaas oo awood u leh inay koronto u gudbiyaan iyaga. Tamartani waxay noqon doontaa mid deegaanka u saaxiib ah waxaana jiri doona sahay joogto ah maadaama mawjadaha baddu had iyo jeer socdaan.

Marka loo eego Japan for Sustainability, nidaamka Hydro-VENUS wuxuu soo saaraa 75 boqolkiiba tamar ka badan nidaamka ku salaysan propeller. Waxaa lagu talinayaa in lagu beddelo nidaamka nooca mashiinnada saddex sababood awgood: Nidaamka mashiinku wuxuu ka samaysan yahay walxo culus kaas oo kordhiya kharashka hoosna u dhigaya qadarka tamarta la abuurayo, qashinka iyo qashinka badda ayaa xiri kara mashiinka, iyo boorashyada gawaarida ayaa waxyeello u geysan kara. nolosha badda.

Sida Hydro-VENUS u shaqeyso 

Hydro-VENUS wuxuu ka shaqeeyaa dhululubo ku dheggan ul kaas oo ku xidhan shafka wareega. Dhululubada waxa lagu hayaa toosan iyada oo dhexmaraysa boodboodka maadaama uu bannaan yahay. Marka mawjadaha baddu ay dhaafaan dhululubada, vortex ayaa ka abuurma dhinaca dambe ee dhululubada, isagoo jiidaya oo roganaya usheeda dhexe. Tamarta wareegta ah waxaa lagu wareejiyaa koronto dhaliye, taasoo abuureysa koronto. Marka dhululubada laga sii daayo qulqulka, waxay noqotaa mid toosan, oo ku soo laabata booskeedii asalka ahaa, sidaas awgeed wareeggu wuu bilaabmayaa.

Nidaamku waxa uu ka duwan yahay hab-raaca ku-salaysan mawjadaha oo ay dabayshu ku qasban yihiin in ay miiqdaan mishiinka si ay u abuuraan tamar waxana ay u baahan tahay xoog badan maadaama ay adagtahay in la leexiyo. Tamar badan ayaa lagu abuuri karaa nidaamka Hydro-VENUS maadaama loo baahan yahay xoog yar si loo dhaqaajiyo pendulum-ka dhululubada.

Hiejima ayaa markii ugu horreysay bilaabay cilmi-baaristiisa Hydro-VENUS sababtoo ah wuxuu u riyaaqay qaab-dhismeedka buundooyinka iyo saameynta dabayshu ku leedahay iyaga. Waxa uu ku sheegay maqaal ay soo saartay jaamacadda Okayama, “… Buundooyinka waaweyn ayaa lula marka ay ku dhuftaan dabaylo xooggan sida duufaannada. Hadda, waxaan diiradda saarayaa ka faa'iidaysiga tamarta baabuurka si ay u noqoto il koronto oo deggan."