Ukuhlaziywa kokuhlola kokusebenza kokusebenza kwe-pneumatic ngaphansi kwama-gradients ahlukene

Phakathi kwa-ama-pneumatic systems, i-grafient yengcindezi iyipharamitha ebucayi echaza isimo sokugeleza kwegesi nezinhlayiya eziqinile kumapayipi. Ibonisa ngqo ukusetshenziswa kwamandla okudingekayo ukunqoba ukumelana ngesikhathi sokudlulisela futhi kunomthelela omkhulu ekusebenzeni kahle, ukuqina kanye nokusebenza kwezindleko. Ngakho-ke, ucwaningo olunzulu ekusebenzeni kohlelo ngaphansi kwe-gradients ehlukene ngokwehluka kubalulekile ekwakheni ukwakhiwa, ukwenza ngcono ukusebenza kahle, ukunciphisa ukusetshenziswa kwamandla, nokunciphisa ukulahlekelwa kwezinto ezibonakalayo. Lo mbhalo uveza ukuhlaziya kokuhlolwa kwendlela yokushintshana kwengcindezi yengcindezi ithonya ukusebenza kwe-pneumatic.

Izisekelo zokudlulisela kwe-pneumatic & gradient

Imisebenzi edlulisela imiphimbo

Ama-pneumatic systemsNgokuyinhloko sebenzisa imishini yomthombo yomoya (isb. Kususelwa ku-REATIO eqinile kanye ne-flow velocity, ukudlulisela kwe-pneumatic kuhlukaniswe ngezinhlobo ezimbili eziphambili:

• Ukudlulisela kwe-Dilicle-Phation: Isilinganiso esiphansi segesi eqinile, isivinini esikhulu segesi, izinhlayiya zimiswe e-airflow. Ilungele ibanga elifushane, ukudluliswa kwezinto eziphansi.
• Ukudlulisela okuminyene: isilinganiso esiphakeme segesi eqinile, isivinini segesi esiphansi, izinhlayiya zihambisa kuma-plugs noma izingqimba. Ilungele ibanga elide, amandla aphezulu, noma izinto ezintekenteke / ezihlukumezanayo.

Ingcindezelo ye-gradient & ukubaluleka kwayo

I-gradient yengcindezi (elinganiswe ku-PA / M noma KPA / m) ibhekisela ekushintsheni kwengcindezi ngobude bePipeline. Ngokudlulisela kwe-pneumatic, kukhombisa ukulahleka kwamandla ngenxa yokushayisana, amandla adonsela phansi kanye nokuqina kokusheshisa.

Imithelela ebalulekile ye-Pressuent:

• Ukusetshenziswa kwamandla: Ama-gradients aphezulu adinga amandla amaningi kusuka kuma-blowers / ama-compressors.
• Ukuqina kokugeleza: Ama-gradients afanele aqinisekisa ukuhamba ezinzile (e.g., ukugeleza okuminyene kwe-plug). Kuphansi kakhulu → ukuvalwa; Kuphezulu kakhulu → Ukugqoka ngokweqile nokungcola kwamandla.
• Ukudlulisa umthamo: Ngaphakathi kwebanga elithile, ukwandisa i-gradient kuthuthukisa ukukhishwa kwezinto ezibonakalayo.
• Umonakalo we-Material & Pipeline: Ama-gradients amaningi akhulisa ukwehla kwezinhlayiyana kanye nokugqoka kwepayipi.

Izindlela Zokuhlola & Amametro Wokusebenza

Ukusetha kokuhlola

Ukudlulisela okujwayelekile kwe-pneumatic test rig

1. Ukuhlinzekwa komoya (ama-blowers, ama-compressors)
2. Uhlelo lokudla (i-Screw feeders, ama-rotary valves)
3. Ukudlulisela ipayipi (obala ukubonwa kokugeleza)
4. Isihlukanisi esiqinile segesi (izivunguvungu, izihlungi zesikhwama)
5. Isisindo nokuqoqwa (ukulinganisa izinto ezibonakalayo)
6. I-SensOrs & DAQ System:

• Ingcindezi transcucers (ama-gradients endawo / womhlaba)
• Amamitha we-Flow (ivolumu yegesi)
• Isilinganiso se-Velocity (LDV, PIV)
• Izinzwa zokushisa

Izinkomba Zokusebenza Ezibalulekile

• Ingqikithi yethonya (ΔP _{inani ) = isigaba segesi (Δp g > g}
• Ingcindezelo ye-gradient (ΔP / L) - Ipharamitha Coloc (PA / M)
• Izinga eliqinile lokugeleza kwesisindo (m _{s ) - kg / s noma t / h}
• Isilinganiso segesi eqinile (μ) = m _{s / m g}
• Ukusetshenziswa kwamandla (e) = Ukufakwa kwamandla / m _s
• I-Particle Breakage & Amanani Okugqoka Amapayipi

Okutholakele Okusemqoka

1. Ingcindezi ye-gradient vs. edlulisa umthamo

• Ukwanda kwe-gradient (nge-velocity ephakeme ephakeme / ukulayisha okuqinile) kuqinisa ukukhishwa kwezinto, kepha kungenjalo ngokuqondile.
• Isibonelo: Okwe-2mm Plastic Plastice Pellets kumaphayiphu we-100mm, ukukhulisa i-ΔP / L kusuka ku-100 kuye ku-300 pa / m kukhuphuke ngokudlulela kusuka ku-0.5 kuya ku-2 t / h. Okunye kwanda ukuncipha okunciphayo.

       2. Ukugeleza kombuso

• Isigaba se-DICUTUTE-SGATE: I-Gradients Accients Werce Parkling; Ama-gradients afanele aqinisekisa ukumiswa okuzinzile.
• Isigaba esiminyene: ama-gradients angaphansi kuka-150 pa / m abangele ukuvalwa; 250-350 pa / m kugcinwe i-plug eqinile yokugeleza; > Ama-450 Pa / PA aphazamise ama-plugs abe yi-Dlule Flow.

       3. Ukusebenza kahle kwamandla okuhweba

• I-curve enomumo yejika i-gradient (ΔP / L) kanye nokusetshenziswa kwamandla (e).
• Isibonelo: Uhlelo lwebanga olude luthola ukusetshenziswa kwamandla okuncane (5 kWh / t) ku-ΔP / L = 50 KPA.
  
  

       4. Ukugqoka kwe-Material & Pipeline

• Ama-gradients aphezulu (e.g., 400 vs. 200 pa / m) iphindwe kabili i-Glass Bead Breakage (0.5% → 2.5%) nokugqoka kwepayipi.

       I-5. Ukuhlola izinzwa

• Ukushintshashintsha kwengcindezi (ukuhlaziya i-FFT) Ukuqina kwesiginali (e.g., ubungozi obubolayo).

I-Engineering noptimign imfighting

1. Design & Ukukhetha: Qondanisa amabanga amisiwe ezintweni ezibonakalayo (inhlangano, ukudala) kanye nezidingo zebanga / ukuphakama.
2. Ukuhleleka kokusebenza: Lungisa amanani entengo emoya / okuphakelayo ukuze ulondoloze i-ΔP / L endaweni ethi "SOST SO SPOT" ukuze usebenze kahle.
3. Ukulawulwa kwe-Smart: Izinzwa ze-IOT + Izilongi zePid eziqhutshwa yi-AI zokwenza kahle kweziqu zesikhathi sangempela.
4. Gqoka ukunciphisa: Sebenzisa amapayipi anama-ceramic noma ama-bends aqinisiwe ngezinto ezihlukumezayo.
5. Ukulungiswa okuqondene nezinto ezibonakalayo: Faka i-Flow AIDS noma ukuguqula ubulukhuni bepayipi ukuze bashintshe izidingo ze-gradient.

Isiphetho & Ukubuka Kwesikhathi Esizayo

Lokhu kuhlaziya okuhlola kukhombisa ukuthi ingcindezi yengcindezi ihlose kangakanani ithonya ukusebenza kahle kwe-pneumatic, ukuqina, nezindleko. Intuthuko yesikhathi esizayo ekulawuleni kokuqagela okunamandla okusebenza nge-AI kanye nezinhlelo zesikhathi sangempela sesikhathi esithembisa ukwenziwa kabusha, ukushayela okuluhlaza okotshani, ukuhambisa izixazululo zezimboni ezinobuhlakani.

Mayelana ne-Yinchi

I-Shandong Yinchi Entental Protection Equepper Co, Ltd.(I-yinchi) ngokukhethekile kuthuthukiswaama-pneumatic systemskanye nezixazululo zezinqwaba zokuphatha izixazululo. Imiklamo yethu ye-R & D-eqhutshwa iqinisekisa ukusebenza kahle kwamandla, okuphansi okugqoke kahle kuzo zonke izimboni.

Xhumana nathi:

📞 + 86-188753147775 | ✉ sdycmachine@gmail.com

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