Umatshini wokuluka ojikelezayo we-14-28 intshi ophakathi

Inkcazo emfutshane:

Ngobuchule boyilo olucwangcisiweyo nolufanelekileyo, ubude boMshini wokuKnitha ojikelezayo weMid Gauge bufanelekile kumqhubi ukuba enze umsebenzi kakuhle, sithe kulula ukuwusebenzisa. Kulula ukutshintsha iiCams, iiNeedles kunye nezinye iindawo ngesikhokelo sethu sobungcali. Inzuzo yayo kukugcina ixesha leempazamo ukuze kubonelelwe ngemveliso esebenzayo.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimbonakalo

Ngesilinda esebenzisa izixhobo ze-aluminium alloy ezikhethekileyo zomoya, ubunzima obulula ngakumbi bulungele isantya esiphezulu kwaye wonge ixesha lokupholisa kakuhle. Kwakhona ukubonakala koMshini wokuKnitha weMid Gauge Circular kungaphezulu komgangatho ophezulu.

Ngoyilo olukhethekileyo lwenkqubo yokutya intambo yohlobo lokuxhoma kwiMid Gauge Circular Knitting Machine, isikhokelo sentambo kunye nokuncamathiselwa kweLycra zikwimeko ezinzileyo ngakumbi. Isebenza kakuhle ukubonelela ngesantya esiphezulu sokuveliswa komatshini kunye nokugcina umgangatho welaphu ulungile rhoqo.

Isampuli yelaphu

Izixhobo zokuluka zeMid Gauge Circular Knitting Machine ezisetyenziswa kakhulu kwimisonto yekotoni, ipolyester, iTC, ngokutshintsha indlela yokwenza iikhamera, zinokuluka izicubu ezahlukeneyo zelaphu lejezi enye okanye ijezi ephindwe kabini; Ezifana nejezi enye yespandex, ipolyester/ikhotoni enecala elinye lefleece, ilaphu elinombala, kodwa likwanokuvelisa ilaphu elinye, eline-mesh, njl.

IINKCUKACHA

Kukho ii-spindles ezininzi kwi-warp creel yeMid Gauge Circular Knitting Machine. Ngokwebubanzi belaphu elilukiweyo kunye nobubanzi belaphu elithe tyaba, kusetyenziswa inani elithile lee-warp yarns. Ngaphambi kokuba i-warp yarn ingene kwiMid Gauge Circular Knitting Machine, i-warp yarn inqunyulwa yifreyimu emdaka ye-warp yarn, kwaye i-weft yarn shuttle inqunyulwa Kwindawo evulekileyo, i-warp idlula kwi-warp ngentshukumo ejikelezayo, kwaye ilukiwe ibe yilaphu letyhubhu. IMid Gauge Circular Knitting Machine inee-shuttles ezininzi, kwaye ii-weft yarns ezininzi zilukwa ngaxeshanye.

Kwimihla yokuqala, ii-circular looms zasekhaya zonke zazizii-circular looms ezingeniswe kwamanye amazwe, kodwa ngeminyaka yoo-1990, le meko yatshintsha kancinci kancinci. Okokuqala ngqa, ii-circular looms ezinamalungelo obunikazi obuzimeleyo zazalwa kwilizwe lam, kwaye ngo-1991, ngo-1993 nango-1997, ii-circular looms zesizukulwana sesibini, sesithathu nesesine zaqaliswa ngokulandelelana. Ngo-Agasti 2000, i-ten-shuttle super circular loom yokuqala ehlabathini, i-SPCL-10, yaphuhliswa ngempumelelo, idibanisa inani leetekhnoloji eziphambili. /6000, i-circular loom yesizukulwana sesihlanu, kwaye ngoJanuwari 2005, i-ten-shuttle super plastic loom yokuqala ehlabathini yazalwa yaza yahanjiswa kubasebenzisi. Kwiminyaka emine kamva, ngoNovemba 2009, i-spiral loom enkulu yehlabathi ye-sixteen-shuttle plastic loom SPCL-16/10000 yayalelwa. Ukuza kuthi ga ngoku, inqanaba leMid Gauge Circular Knitting Machine kwilizwe lam liye lahlala likwinqanaba eliphambili kwihlabathi.

1. I-Weft sensor: Coca isigqubuthelo se-detector rhoqo (kanye kwiiyure ezine). Xa umatshini wokuthunga ojikelezayo we-Mid Gauge usebenza, qiniseka ukuba isibane esimhlophe sihlala sivuliwe. I-detector yenzelwe ngokwemigaqo yemitha ye-infrared. Ukukhanya okukhazimlayo kuya kuchaphazela ukusebenza kwe-sensor. Zama ukuhlala kufutshane nomatshini kangangoko unako. Sebenzisa kuphela ii-light bobbins zasemini, ukuba umphezulu we-spindle uyakhazimla, i-detector isenokungasebenzi ngokuchanekileyo, kuphephe ukusebenzisa ii-aluminium bobbins okanye ii-black bobbins, intambo emnyama iya kwenza i-detector ingasebenzi.

2. I-Weft breakage sensor: Kwindlela eqhelekileyo yokusebenza kwe-circular loom, xa i-weft thread iphukile ngenxa yamandla angaphandle, i-sensor ibona isignali ize iyithumele kumlawuli ukuze ilawule i-circular loom ukuze ime. Ukuba i-weft thread iphukile, umatshini awunakuma ngokuzenzekelayo: Jog umatshini, yenza ityhubhu yesikhokelo sentambo yenye yee-shuttles ihambe ngaphantsi kwe-sensor, uyiphule ngesandla kwaye ngokukhawuleza i-weft thread, ukuze ibhola yentsimbi ingene kuluhlu lokufumanisa lwe-sensor. Ukuba i-red indicator light ye-sensor ayivuliwe, lungisa indawo ye-sensor de i-red indicator light ivuliwe. okanye utshintshe i-sensor.

3. I-Main speed detection sensor: Ngexesha lokusebenza okuqhelekileyo kweMid Gauge Circular Knitting Machine, ukuba uluhlu lwe-boost frequency conversion frequency lulukhulu, kusenokwenzeka ukuba i-sensor ayikwazanga ukubona ukujikeleza kwe-main engine ngenxa yokungcangcazela. Ngeli xesha, kuyimfuneko ukulungisa indawo ye-sensor ukuze intloko ye-sensor ihambelane ne-toothed plate. , uze uqaphele ukwandisa i-frequency conversion frequency. Ukuba ibetha ngaphakathi koluhlu oluncinci, kwanele. Ukuba isiphumo asinakufezekiswa emva kohlengahlengiso oluninzi, tshintsha i-sensor.

4. Phakamisa isenzi sokufumanisa: Ukuba ujongano lomatshini womntu alukwazi ukurekhoda ngokuchanekileyo imveliso, jonga ukuba intambo ichanekile na. Ukuba intambo ichanekile, lungisa indawo yesenzi, sebenzisa umatshini, kwaye ujonge ukuba isibane sesalathisi siyadanyaza na. Ukuba asidanyazi, cinga ngokutshintsha isenzi. Umatshini Wokuluka Ojikelezayo Ophakathi