Umbuzo wokuba ingaba ingxolo yempompo yevacuum inokupheliswa ngokupheleleyo iqinisekisa uvavanyo lobuchule ngononophelo. Ukuzoba ungqamaniso olusuka kwimiboniso yebhanyabhanya apho abacinezeli benza imipu ekufutshane-ethe cwaka- ngelixa benyanzelisa ukubalisa amabali- ngokusisiseko bayimela kakubi i-acoustic physics. Kwinyani yoshishino, unciphiso lwengxolo lulandela imigaqo engqongqo ye-thermodynamic kunye neyomatshini ethintela ukuthula ngokupheleleyo.
Iinkqubo zokufunxa zala maxesha zivelisa ingxolo ngeendlela ezintathu eziphambili: ukungcangcazela koomatshini (20-35%), ukuqukuqela komoya okunesiphithiphithi (40-60%), kunye ne-electromagnetic forces (5-15%). Uphando lwethu lubonisa iimpompo ezijikelezayo ezijikelezayo zihlala zisebenza ku-65-85 dB(A), ezinezijija ezomileyo ezifikelela ku-75-95 dB(A) - elilingana netrafikhi yohola wendlela ezinzileyo kuluhlu olusondeleyo. La mandla eacoustic asasazeka kuzo zombini iindlela zokuhamba emoyeni kunye nolwakhiwo, nganye ifuna iindlela ezahlukeneyo zokunciphisa.
Itekhnoloji yezothulisi ephucukileyo, efana neyethuLVGE LN series, isebenzisa ukuthomalalisa izigaba ezininzi:
- Iigumbi ezisebenzayo zokudambisa i-low-frequency pulsation
- Iimatriki zefiber ezifunxayo zodidi oluphakathi
- I-Micro-perforated diffusers yoxinzelelo lwe-high-frequency
Iimvavanyo zangaphandle zibonisa i-35-52 dB amandla okunciphisa, ukuzisa iimpompo ezininzi zemizi-mveliso ngaphantsi kwe-60 dB (A) - umda ocetyiswayo we-WHO wokuvezwa ixesha elide. Nangona kunjalo, ukuphelisa ngokupheleleyo kuhlala kungenakwenzeka ngenxa:
- Imithetho esisiseko yokutshintsha kwerhasi elawula ukuqukuqela kwesiphithiphithi
- Izithintelo zezinto kukwahlulwa kokungcangcazela
- Imigangatho yengxolo ye-Thermodynamic kwiinkqubo zoomatshini
Kulawulo lwengxolo olubanzi, sicebisa izisombululo ezidibeneyo:
- Izithulisi zeHybrid ezinokuhambelana ne-impedance eguqukayo
- Urhoxiso olusebenzayo lwengxolo kwiifrikhwensi eziphambili
- I-Anti-vibration inyuka nge> 90% ilahleko yokudluliselwa
- Iindawo ezivaliweyo zeAcoustic ezine-30+ dB yokufaka ilahleko
Ishishini liqhubela phambili ekusebenzeni okuzolileyo ngolu hlobo:
- Itekhnoloji yokuthwala imagnethi (ukunciphisa ingxolo yoomatshini ngama-60%)
- Iindlela zokuqukuqela ze-Computational fluid dynamics-optimized flow
- Izithulisi ze-Smart ezinohlengahlengiso lwexesha lokwenyani lwe-impedance
Ngelixa ukuthula okupheleleyo kuhlala kungafikeleleki, iinkqubo zale mihla zinokufikelela kwi-85% yokunciphisa ingxolo, ukuguqula imisebenzi yevacuum ukusuka kwimimandla eyingozi yokuva ukuya kwindawo ye-ofisi. Oku akubonisi impumelelo yobugcisa kuphela, kodwa ukuzinikela kwizenzo zemizi-mveliso ezizinzileyo kunye nentlalo-ntle yabasebenzi.
Ixesha lokuposa: Jun-18-2025
