Ukulungiswa kweempazamo kwi-Otis escalator ephambili kwinzwa yesantya sokuqhuba

Phambi kokuba kulungiswe i-escalator, kufuneka kuqinisekiswe ukuba umgama phakathi kwezi zinzwa zesantya sevili lokuqhuba ezibini kunye namazinyo evili lokuqhuba yi-2mm-3mm, kwaye umgama osembindini phakathi kwezi zinzwa zimbini zesantya sevili lokuqhuba kufuneka uqinisekiswe ukuba yi-40±1mm. Xa isondo eliphambili lokuqhuba lijikeleza, inzwa yesantya inokuqonda kwaye ivelise i-speed pulses, kwaye kwangaxeshanye, i-sensor probe ayiyi konakaliswa livili eliphambili lokuqhuba. Ngethuba lenkqubo yokufakelwa kwangempela, kuyimfuneko ukuqinisekisa ukuba akukho mafutha kwi-sensor surface ukuze ugweme ukuchaphazela ukuchaneka kokuchongwa kwenzwa.

Umzobo ongundoqo wofakelo lwesivamvo somzobo uboniswe ngezantsi.

Imilinganiselo yokufakela isivamvo esingundoqo sokuqhuba

Emva kokuba i-sensor ye-drive engundoqo ifakwe, ngexesha lomsebenzi wokugcinwa ngaphambi kokuzifundela, i-pulses ye-sensors ezimbini eziphambili ze-drive zinokujongwa nge-interface ye-M2-1-1-5 yemenyu, kunye ne-ladders enesantya esiqhelekileyo se-0.5m / s kunye ne-0.65m / S, i-Pulse speed pulse iphakathi kwe-14 kunye ne-25HZ, kunye nesigaba se-0 se-AB esiqhelekileyo kunye nesigaba se-0. Ukuba i-angle yesigaba phakathi kwe-speed pulse kunye nesigaba se-AB asikho ngaphakathi koluhlu, kwaye umehluko phakathi kwe-angle ye-uplink kunye ne-downlink yesigaba se-downlink inkulu kune-30 °, nceda Lungisa indawo yokufakela inzwa. Jonga kuMfanekiso 5 ngeemfuno zethiyori. Xa i-escalator ibaleka ngesantya se-0.5m/s, elona xabiso liphambili lokuqhuba kujongano lomncedisi liboniswa ngolu hlobo lulandelayo:

Awona maxabiso abonisayo e-SPD1 (i-speed speed sensor 1) kunye ne-SPD2 (i-speed speed sensor 2) iya kutshintsha ngokweeparitha ezahlukeneyo ze-elevator yonke.

Ukulungisa ingxaki phambi kokusebenza okuqhelekileyo kwezitepusi ezizihambelayo

Inkcazelo yoMsebenzi wokuZifundela:

Kumgangatho omtsha we-IECB, ibhodi yokulawula ukhuseleko lwe-MSCB yemisebenzi emininzi yongeza umsebenzi wokuzifundela kwi-SP, MSD, HRS, kunye nePSD. Ngokuzifundela, amaxabiso e-SP, i-MSD, i-HRS, kunye ne-PSD inokufunyanwa njengesiseko somgwebo onempazamo. Emva kokucofa i-M2-1-5 ukufaka igama eligqithisiweyo, cinezela M2-1-4 ukufaka ujongano lokuzifundela. Emva kokungena kwi-interface yokuzifundela, cofa iqhosha lokuqinisekisa ukungena kwimeko yokufunda ngokwakho. Umsebenzi wokuzifundela we-MSCB wephaneli yokulawula ukhuseleko lwemisebenzi emininzi ubandakanya la manqaku alandelayo:

1. Izitebhisi ezizihambelayo azinakusebenza ngokuqhelekileyo phambi kokuba kugqitywe ukuzifundela. Izitebhisi ezizihambelayo zinokuphumelela kuphela ekuzifundeleni xa sihlolisisiwe kwaye sinyuselwe phezulu phantsi kwemo yefrikhwensi yamandla.

2. Emva kokuqala umsebenzi wokuzifundela ngokwawo, kuya kubakho ixesha lokuzinzisa le-10S kwimo ye-escalator, kwaye isimo sokusebenza kwe-escalator asiyi kubhaqwa kwi-10S. Imeko yokuzifundela inokungenwa kuphela emva kwemizuzwana ye-10 yokugcinwa kwamandla ombane. Emva kokuba i-self-learning igqityiwe, i-escalator iya kuyeka ukusebenza, kwaye i-escalator inokusebenza ngokuqhelekileyo.

3. Emva kokuba i-self-learning igqityiwe, ixabiso lokuzifundela liya kuthelekiswa nexabiso le-benchmark ngaphakathi kweprogram ukugqiba ukuba ixabiso lokuzifundela lichanekile.

4. Ixesha lokuzifundela yi-30S-60S. Ukuba ukuzifundela akugqitywanga emva kwe-60S, kugwetywa ukuba ukuzifundela kuphelile, oko kukuthi, ukuzifundela kwahluleka.

5. Isantya esingaqhelekanga ngaphambi kokuqala kokuzifundela akukwazi ukugwetywa ngexesha lenkqubo yokuzifundela. Inokugwetywa kuphela emva kokuba i-self-learning igqityiwe.

6. I-Speed ​​​​anomalies ngexesha lenkqubo yokuzifundela inokumiselwa ngaphakathi kwemizuzwana emi-5, i-escalator iyayeka ukusebenza ngokukhawuleza, kwaye i-SC yokhuseleko yesekethe i-relay SC kwibhodi yokulawula ukhuseleko lwe-multi-function ye-MSCB inqanyuliwe.

7. Ukuzifundela ngokwakho kongeza imfuno yomahluko wesigaba phakathi kwe-SP1 kunye ne-SP2, efuna ukuba umahluko wesigaba phakathi kwe-SP1 kunye ne-SP2 kufuneka ube phakathi kwe-45 ° ~ 135 °.

Inkqubo yokusebenza ngokuzifundela:

Itheyibhile 7. Ukusonjululwa kwengxaki ngenxa yokungaphumeleli ukuzifundela. Ukuba ukuzifundela kusilela, nceda ulungise ingxaki ngokwekhowudi yempazamo eboniswe kwiseva. Ukusombulula ingxaki eneenkcukacha, nceda ujonge kwiTheyibhile 7. Emva kokusombulula ingxaki, kufuneka uphinde uzifunde ngokwakho.

8.3 Ukuzivavanya emva kokuzifundela kwe-CHK kugqityiwe

Emva kokuba ukugqiba ukufunda kugqityiwe, faka iplagi yokungagcini, sebenzisa isitshixo sokutshintsha ukuqala i-escalator ngokuqhelekileyo, kwaye wenze umsebenzi wokuzivavanya we-escalator. Ngethuba lokuzijonga, i-escalator iya kuhamba ngokuqhubekayo imizuzu emi-2. Ngexesha lale mizuzu emi-2, umsebenzi wokuziqalisa ngokwawo uya kukhutshazwa okwethutyana, kwaye zonke izikhuselo zempazamo ze-escalator ziya kujongwa. Ukuba akukho mpazamo ifunyenwe ngexesha lokuzihlola, iya kubuyela ngokuzenzekelayo ekusebenzeni okuqhelekileyo. Akukho mfuneko yokuQalisa kwakhona iescalator; ukuba impazamo ifunyenwe, i-escalator iyakuyeka ukusebenza kwaye ibonise impazamo ehambelanayo. Iimpazamo eziqhelekileyo zinokufumaneka eludongeni lwangaphakathi lomnyango wekhabhinethi yokulawula. Emva kokusombulula ingxaki, kufuneka uphinde uzijonge. Ibhokisi yokutshintsha isitshixo iya kubonisa i-CHK nganye yokuzijonga.

Ngalo lonke ixesha ingena kwimeko yesiqhelo ukusuka kwimeko yokulondoloza, i-escalator iya kungena kwisimo sokuzihlola. Ngexesha lenkqubo yokuzihlola, ibhokisi yokutshintsha iqhosha liya ku-CHK kuqala kwaye ukukhanya kwetrafikhi kuya kuphuma.

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