Ukwahlukahlukana kunye noMgaqo wokuSebenza weisilinda
Emva koko, siya kuphononongwa ngobunzulu bokuqulunqwa kweesilinda eziqhelekileyo kunye nemigaqo yabo yokusebenza.
Ukuqulunqwa kwe-cylinder ikakhulu kubandakanya i-cylinder bomzimba, i-piston, iringi yokutywina kunye neringi ye-magnetic (ilungele i-magnetic ring (ilungele isilinda nge-sensor). Umgaqo wayo wokuSebenza kukusebenzisa umoya wokutyhala ipiston ukuba ihambe, ngokuhlengahlengisa indlela yokutya, emva koko itshintshe indlela yokuhamba kwepiston rod.
Nangona kunjalo, isilinda sinokudibana neengxaki ezithile zokusilela ngexesha lokusebenza, ezinje ngepiston ibambekile kwaye ayikwazi ukusebenza, okanye isilinda sibuthathaka, itywina linxibile kwaye umoya unxibile kwaye umoya unxibile kwaye umoya unxibile.
Ulwakhiwo kunye nomgaqo wokusebenzela we-cylinder eqhelekileyo
Thatha i-piston ye-piston ye-piston ye-piston ye-piston ebambeleyo isetyenziswe ngokubanzi kwinkqubo ye-pneumatic njengomzekelo, ulwakhiwo lwayo oluqhelekileyo luboniswa kumfanekiso. Isilinda siqulunqwe ngesilinda, ipiston, i-piston rod, ikhava yokuphela kwesiphelo, isiphelo esingasemva kunye netywina. Ingaphakathi lesilinda lahlulahlulwe laba ngamagumbi amabini ngepiston, eyile, igumbi le-piston rod (ebizwa ngokuba yigumbi le-rod) kunye negumbi le-piston (elibizwa ngokuba yigumbi le-piston rod (ebizwa ngokuba yigumbi elingenanto).
Ngexesha lokusebenza, ukuba umoya oxinzelelweyo igalelo kwigumbi elingenanto kwaye kukho i-rod {0}-} igumbi lokuphelisa i-piston lizoyisa umthwalo omkhulu kwaye lenze i-piston rod yandisa. Ngokwahlukileyo koko, ukuba kukho umngxunya wentonga eninzi kwaye akukho nto inqabileyo ye-rod, i-piston rod iya kuphinda ibuyise. Ngokutshintsha le nto yokutya kunye nokusebenza, i-piston inokufezekisa intshukumo yomgca ohlawulelwayo.
Ulwakhiwo kunye nomgaqo wokusebenzela we-cylinder esebenzayo kabini
Ubume be-{0}} i-cylinder ye-piston rod iphindwe kabini Umahluko kukuba omabini amacala episton ye-piston ye-piston eqhelekileyo -} I-Cylinder esebenzayo inikwe amakhonkco omabini, ukufezekisa i-piston. Inzuzo yesilinda kukuba amandla akhe kunye neempawu zesantya zilunge ngakumbi, kwaye unokuhlangabezana neemfuno zomsebenzi ezintsonkothileyo.
. Buffer plumller (3)
.Piston (2)
.Cylinder (4)
. Isikhokelo Sleeve (5)
. Iringi (6)
. Isiphelo secala langaphambili (7)
. I-Port Port (8)
.Serns (9)
. Piston rod (10)
I-ring (11)
I-ring (12)
. Isiphelo sokuphela (13)
. I-Buffer iHottle Valve (14)
Ezi zezona zinto ziphambili zokuphinda kabini Ngokudityaniswa kwala macandelo, isilinda i-cylinder iyakwazi ukufezekisa intshukumo yalo ye-bidirectional kunye namandla alungelelanayo kunye neempawu zesantya.
Ulwakhiwo kunye nomgaqo wokusebenzela we-traterac quya qhagamshela i-cylinder engenayo
Unxibelelwano Qhagamshelana ne-cylinder engenasilinda, uyilo lobuqili, isakhiwo siboniswe kwi-3. Kwisilinda e-Cylinder Shaft, i-roove enziwe ngononophelo ibaleka, kunye nebhloko ye-piston kunye ne-piston kunye ne-piston kunye nebhloko ye-piston kunye ne-piston kunye nebhloko ye-piston kunye ne-piston kunye ne-piston kunye nebhloko ye-piston kunye ne-piston kunye ne-piston kunye nebhloko ye-piston kunye ne-piston kunye ne-piston kunye nebhloko ye-piston kunye ne-piston kunye ne-piston kunye nebhloko ye-piston kunye ne-piston kunye ne-piston kunye nebhloko ye-piston kunye ne-Slides ihamba kakuhle kwindawo ephezulu yeGroove. Ukuqinisekisa ukutywina kunye nokutywina kothuli kwe-cylinder, iPolyurethane etyhutyha ibhanti kunye nobungqina bebhanti engenabala elinamabala angamabala. I-piston bracket idlula kwi-Groove, iqhagamshele ngokuqinileyo ipiston kunye nesilayidi kwicandelo elinye. Ngale ndlela, intshukumo elungelelanisiweyo ye-piston kwaye isilayidi sinokuqhuba indlela yokusebenza esijonge kwisilayidi ukuze ifumane isenzo esifanelekileyo sokufumana inyathelo elifanelekileyo lokufumana inyathelo elisebenzayo.
Izibonelelo ezibalaseleyo zale cylinder engenamsebenzi zibandakanya: indawo yokufaka inokuncitshiswa ngesiqingatha xa kuthelekiswa neesilinda eziqhelekileyo phantsi kweemeko ezifanayo; Akukho songezo esongeziweyo -} uguqulo luyafuneka; Ilungele indawo ye-cylinder diemeter ye-10 ~ 80mm, kwaye xa ububanzi be-cylinder bungaphezulu okanye bulingana no-40mm, ukuhambo okuphezulu kunokufikelela kwi-7m; Ukongeza, ukusebenza kwesantya sesantya kuhle, isantya se-cylinder esiqhelekileyo sinokufikelela kwi-0,1 ~ 0.5m / s, kunye ne-{7 {7} ~ s. Nangona kunjalo, ikwanazo ezinye iintsilelo: Ukusebenza kokutywina kubuthathaka kakhulu, kulula ukwenza ukuvuza kwangaphandle, ngoku kusetyenziswayo kwe-- ivalve kufuneka ukhethe uhlobo loxinzelelo; Kwangelo xesha, ngenxa yomthwalo omncinci, ukwenzela ukuphucula umthwalo, kunokuba yimfuneko ukongeza indlela ekhokelayo.
Uhlalutyo oluneenkcukacha
Ngoomatshini bokunxibelelana neesilinda ezingenanto, icandelo ngalinye lidlala indima ebalulekileyo. Phakathi kwawo, ivali ye-threttle isetyenziselwa ukulawula ukuhamba kwegesi, ukwenzela ukulawula isantya se-cylinder; I-buffer plum engacacanga ngokufanelekileyo amandla empembelelo yepiston ngexesha lokuhamba nokukhusela isilinda kumonakalo; Uloyilo olrelekrele lwebhanti lokutywina kunye nebhanti engenasitali engenabala elinamandla aqinisekisa ukutywina kunye nothuli lwe-cylinder. Ukongeza, i-piston kunye nesilayidi sinxibe ngokusondeleyo kwi-Piston Isakhelo kwaye sisebenza kunye ukuqhuba i-acture Acceator ukufezekisa intshukumo efanelekileyo yokufumana intshukumo efanelekileyo.
Ulwakhiwo kunye nomgaqo wokusebenzela we-magnetic rod
I-magnetic rodylinder ingenalo i-cylinder ye-magnetic iyodwa i-pisnchronous ye-piston kunye nomzimba ongaphandle we-cylind block ibhloko ye-cynetic. Isakhiwo saso siboniswa kwi-DARMFR 4, kwaye isitshixo sisiseko se-{2}-} amakhonkco angama-magnetic esisigxina esixhotywe kwi-piston. Imigca yamandla e-magneting yale maping - i-cylinder ebiyelwe kwaye inxibelelana nelinye iseti ye-magnetic ngenxa ye-maynetim eqinileyo. Xa i-piston ityhutywe ngoxinzelelo lomoya kwisilinda, la magnethi lidlala indima, ukuze i-piston ishukumise i-magneting yeringi ye-magnetic ngaphandle kwesilinda. Kufanelekile ukuba uqaphele ukuba i-piston ye-cylinder ifuna ukulungelelaniswa nokufunxa komsesane wemagneti.
Iimpawu ezizodwa ze-Magnetic Dylinds
I-Magnetic Dylinder ye-Magnetic Desider, isixhobo esinemilinganiselo ye-magnetical, sinemo yendlela yayo eyodwa ye-magnetic, iyaqonda intshukumo ye-pisnchronous ye-piston kunye nomzimba ongaphandle webhloko ye-cylinder. Isiseko sayo siphezulu -}} iringi ye-magnetic esisigxina esixhotywe kwi-piston, etyhalelwa yingcinezelo yomoya kwisilinda kwaye inxibelelana neringi yangaphandle ye-magnetic, ngalo lonke ixesha iqhuba yonke inkqubo. Olu lwakhiwo alukwenza lula izinto ezinobunzima bezomatshini zeSilinda zemveli, kodwa iphucula ukusebenza kwenkqubo.
I-1-Sleeve, i-2-hisneti yeSikhokelo seMagnetic, iPlanethi eyi-4-engaphakathi, iPlanethi eyi-5 ye-5-Gland, i-10-piston, i-7-piston, i-on-piston, i-on-piston, i-on-in-piston, i-onlet kunye neli-13. Ezi zinto zenzelwa isakhiwo esihle se-magnetic yediliya.
Isakhiwo kunye noMgaqo-nkqubo wokuSebenza wePinkani kunye noThengiso lweRack Sylinder
Umgaqo ongumgaqo ongumsebenzi we-pin kunye nohlobo lwe-rack cylinder kukudibana phakathi kwe-rack kunye negiya kwipiston. Xa ipiston iqhuba i-repictora yokuhambahamba, iya kujikeleza i-rack exhunyiwe ukuqhuba igiya, ukuze ifezekise umsebenzi we-swing. Olu luyilo alupheleli kuphela ilahleko ephantsi, kodwa ikwanayo impumelelo ephezulu yothungelwano, ukuze impumelelo yokufumana impumelelo kwi-sylinder eshukumayo inokufikelela malunga ne-95%.
Iimpawu zomsebenzi zeRuck - kwaye -} uhlobo lwe-ping cylinder
I-pin kunye ne-rack cy silinder, iimpawu zayo zomsebenzi ziboniswa ikakhulu kumnxibelelanisi wegiya kunye nerakhi. Ukuqhutywa ngumgca wokuhamba kwe-piston, i-rack exhunyiwe ityhila igiya ukujikeleza, kwaye ifumane umsebenzi we-swing. Olu uyilo aluphelanga nje ilahleko encinci yefreyini, kodwa ikwanempumelelo yokuhambisa impumelelo engaphezulu kwe-95%, iqinisekisa ukusebenza ngokukuko kwesilinda sokutshiza.
1 -}} i-rack, 2-} iPIN, ibhloko ye-3 ye-Slide, i-4-five, i-6-shaft, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, ipiston, eyi-8. Ezi macandelo zisebenza kunye ukwenza isakhiwo esipheleleyo sohlobo lwe-rack-kunye ne-ping-fing cylinder.
Uhlobo lwe-vaney sylinder kunye nomgaqo wayo wokuSebenza
Ubume be--} Uhlobo lwe-vaney cylinder luboniswa kumzobo 6, olubandakanya i-staft shaft shaft (oko kukuthi, i-stator, ibhloko ye-cylind) kunye ne-Sylind Block kunye ne-Squator, ibhloko ye-Sylindr kunye ne-Sylind Block kunye ne-Sylind Block kunye ne-Squator. Itekisi kunye nesilinda zilungisiwe kwaye ziqhagamshelwe, ngelixa amagqabi aqhagamshelwe kwi-rotor. Itekisi inikwa iindlela ezimbini zomoya, xa i-moya yasekhohlo, ukukhumbula ilungelo, ngaloo ndlela kusebenzisa umoya oxinzelelweyo ukutyhala ibala, qhuba i-rotor ye-roctor wing. Ngaphandle koko, iguqukayo ngequbuliso.
Nangona i-vane yohlobo lwesilinda ineengenelo zobungakanani obuncinci kunye nobunzima bokukhanya, ukulunga kwemveliso kuphakamile kakhulu, ingxaki yokutywina inzima ngakumbi, kwaye into evuza ixhaphakile. Ukongeza, indawo yayo yoqhakamshelwano intetho eguqukayo ibanzi, imphumo kwilahleko enkulu yokuchasana netywina, echaphazela ukusebenza kwemveliso, ihlala ingaphantsi kwe-80%. Ke ngoko, kwizicelo ezisebenzayo, ikakhulu zinqongophele ngamathuba apho indawo yokufaka inomda, njengokujikeleza komgaqo, ukuvula nokuvalwa kwevalve kunye nokuvalwa kwe-valbench.
Iimpawu kunye nezibonelelo zohlobo olunye lwe-vaney sylinder
I--} ving cylinder, ngesakhiwo sayo esikhethekileyo kunye nokusebenza okuphezulu, imele iintlobo ezininzi ze-cylinder. Isakhiwo sayo se-compact kunye nobunzima bokukhanya senza ukuba sikwazi ukufaka kwindawo encinci. Kwangelo xesha, ikwanazo izibonelelo zokuchaneka kwemveliso ephezulu, ukusebenza kakuhle, njl njl. Ukongeza, indawo eguqukayo yetywina ebanzi, nangona iyonyusa ukunganyangeki, kodwa kukwabonelela ngolungelelwaniso olubanzi kunye ne-trucque ebanzi. Ke ngoko, i--} i-bing cy silinder ibonisa izibonelelo zayo ezizodwa kwizicelo ezifana nokujikeleza kwe-fingver, ukuvula nokuvalwa kwe-valve kunye nokujikeleza kwetafile.
Uhlalutyo lwesakhiwo sohlobo olunye lwe-vaney sylinder
Izinto eziphambili ze-vaney ye-vane ye-vane i-sylinder ibandakanya: i-blade, i-rotor, i-stator kunye nomzimba weCylinder. Ezi macandelo zisebenza kunye ukuba zinike i-cylinder yomsebenzi wayo owahlukileyo kunye nokusebenza okuphezulu.
Umgaqo kunye nokusetyenziswa kwePneumatic Hand Claw
I-Pgneumatic Stow, njengeyona nto iphambili kwi-wipilator, iphefumlelwe nguyilo lwesilinda esiguquguqukayo. Inokuqonda ngokulula izinto, ukuze kufezekiswe iinxalenye ezahlukeneyo zezenzo ezahlukeneyo. Kwintsimi ye-automation, iingqumbo zesandla somoya zisetyenziswa ngokubanzi ekuphatheni, ukuhambisa amashishini kunye nezinye iindlela, onoxanduva lokufumana izinto.
There are various types of air hand grippers, including parallel opening and closing fingers, elbow swing opening and closing grippers, as well as two -, three - and four-prong designs. Phakathi kwawo, {- uyilo lwahlulwe lwahlulahlulwa lwahlulwa luvuleke kwaye luye lwavalwa kwaye luvaliwe, kwaye i-Dead Mode inomgca kwaye ijikelezwe.
Ukuvulwa nokuvala intshukumo yesandla somoya kuhlala kuqhutywa yintshukumo yomgca ophindaphindiweyo we-cylinder piston. Le ntshukumo iguqulwe yintonga exhumeneyo ye-crank, i-roller okanye igiya enxulumene ne-clow, ukuze i-claw nganye inokuhambelanisa isenzo sokuvula kunye nokuvala.
Ulwakhiwo kunye nomgaqo wokusebenzela we-cylinder yefilimu
Isilinda ifilimu, icompact, uhlobo lwe-compact, uhlobo oluthile loMgaqo-nkqubo oMiselweyo lulandelayo. Idayaphragm kwi-cylinder yefilimu ihlala yenziwa ngerabha yelaphu, iphepha lentsimbi okanye i-phosphor ye-phosmoze i-5 phosseho, i-6mm ye-6mm, kukho ukwahluka usebenzisa i-1 ~ 2mm isebenzisa idayikhi. Umsebenzi wayo uyafana nentwasahlobo - i-piston yam ibuyise i-piston enye {{7}] Olu hlobo lwesilinda alupheleli nje ngokulinganayo, kulula ukuqhubekeka, iphantsi ngeendleko, kodwa ikwanokutywina ngokugqibeleleyo kunye nokuqina, akukho sidingo sokunxiba iinxalenye, kwaye kufanelekile ukugcina iinxalenye, kwaye kufanelekile ukuyigcina. Nangona kunjalo, ukubethwa kwe-cylinder yefilimu emfutshane, ihlala ingaphezulu kwe-50mm, ngakumbi idayafragm, i-strooke yayo iphantse ibe {{11} kuphela yeshumi yobubanzi.
Uhlalutyo olucacileyo lwe-cylinder yefilimu
Isilinda ifilimu yefilimu, olu hlobo lwesilinda esinesakhiwo secandele kunye nevolumu encinci, iimpawu zayo zomgaqo kunye nezakhiwo zifanelekile kwi - Ingxoxo enzulu. Inxalenye ephambili yesilinda ifilimu yidayadi, idla ngokwenziwa ngerabha yelaphu, iphepha lentsimbi okanye i-6mm ye-phosseho ngocoselelo, i-6mm ye-6mm, kukho i-phosmmer ilawulwa kwi-1 ~ 2mm ye-1 ~ 2mm ye-1 ~ 2mm i-1 ~ 2mm i-1 ~ 2mm i-1 ~ 2mm i-1 ~ 2mm i-1 ~ 2mm i-1 ~ 2mm ye-1 ~ 2mm i-1 ~ 2mm ye-1 ~ 2mm. Umgaqo wayo wokuSebenza uyafana neyokwayithombo - i-piston ibuyele {{8}] Olu hlobo lwesilinda alupheleli nje kwisakhiwo, kulula ukuqhubekeka, indleko {{10} {} {} Kufanelekile ukukhankanya ukuba isilinda sefilimu akufuneki sinxibe iinxalenye, kwaye ulondolozo lulula kwaye lukhawuleza. Nangona ukuhamba kwalo mfutshane, ngokungekho ngaphezulu kwe-50mm, ngakumbi idayaragragm yeflethi, i-14 {14} malunga neshumi le-{{14} idlala indima engathethekiyo kwizicelo ezininzi.
I-1-cylinder block, i-2-diaphragm, i-3-diaphragm yediski, i-4-piston.
Ulwakhiwo kunye nomgaqo wokusebenzela we-cylinder edityanisiweyo ngeValve
Nge-valve cylinder, oku kudityaniswa kwe-Pneumatic Actuator idibanisa imisebenzi ye-cylinder, ivuthumo lokutshintsha kunye nevalve yokulawula isantya. Uloyilo lwayo lobuqili lugcina umbhobho wokudibanisa umbhobho kunye nokudityaniswa kombhobho, akunakunciphisa ilahleko yamandla, kodwa kuyayiqonda imeko yecandele kunye nofakelo olululo. Ukongeza, icandelo le-valve ngesilinda leValve libonelela ngeendlela eziguquguqukayo eziguquguqukayo ezinje ngolawulo lombane, ulawulo lwegesi, ulawulo lwe-mession kunye nolawulo lwezandla ukuze ulawulo lweemfuno zesicelo. Izikhundla zokufaka i-velip ezixhaphakileyo zibandakanya umsila we-cylinder, kwinxalenye ephezulu, njl njl, njengoko kubonisiwe kumzobo ongezantsi, i-electromagnetic verve ifakwe ngobuchule kwinxalenye ephezulu ye-cy. Nje ukuba umqondiso wombane ufunyenwe, i-valve ene-soceloid ngokukhawuleza itshintshela, ivule ulawulo lwe-pneumatic ye-pneumatic yesenzo seSylinder.
Iimpawu zesakhiwo kunye nezibonelelo ze-cylinder edityanisiweyo ngeValve
I-Cylinder edityanisiweyo nge-valve, le ntshukumo intsha ye-Pneumatic ingayihlanganisi imisebenzi emininzi efana nesilinda, ivuthumo lokubuyisa kunye nevalve yokulawula isantya, kodwa ikwabonisa umtsalane wayo owodwa kwisakhiwo. I-compact yayo kwaye kulula ukufaka uyilo lwenza ukuba imibhobho yokudibanisa imibhobho kunye nokulungisa into yexesha elidlulileyo, ngokufanelekileyo ukunciphisa ukusetyenziswa kwamandla. Ukongeza, icandelo le-valve line-valve cylinder libonelela ngeendlela zokulawula, kubandakanya nolawulo lomoya, ulawulo lomoya, ulawulo lwencwadi nolawulo lwezandla, ziyaguqulwa ukuze zifezekise iimfuno ezahlukeneyo zesicelo. Indawo yokuphakamisa i-valve ekhulayo, enjengomsila kunye nenxalenye ephezulu yesilinda, ivumela izinto zolawulo ezinje ngeVenkile ye-elektromagnetic zidityaniswe ngokulula kwi-valves yendlela. Nje ukuba umqondiso ohambelana naye ufunyenwe, ivalve ene-solenoid ngokukhawuleza iphinda iphinde ifikelele kulawulo lwe-pneumatic cnoumatic yesenzo seSylinder.
1 {6}-}} Ezi zinto ziyinxalenye yesakhiwo esihle seCylinder edityanisiweyo kunye nevalve.
Ulwakhiwo kunye noMgaqo-nkqubo wokuSebenza we-Magnetic Switch
Uyilo loyilo lwe-magnetic switter yahlukile, i-piston yayo ixhotywe ngomsesane wemagnethi, kwaye isilinda sixhotyiswe ngokuthe ngqo ngotshintsho lwemagnethi. Olu wilo lukwenza ukuba i-magnetic switch itshintshe ngokuchanekileyo isikhundla seStroke isilinda, ngaloo ndlela sikuqonda ukulawula okrelekrele kwintshukumo yokubuyiswa kwesilinda. Xa kuthelekiswa nee-valves zokuhamba ngokwesiko okanye ukutshintshela okuhamba, lo uyilo luphosakele kwaye lusebenza ngakumbi, kwaye alugcini iindawo ezongeziweyo kwi-piston rod.
Umgaqo wokuSebenza uboniswa kumzobo: Iringi ye-magnetic esisigxina kwi-piston ye-piston, kwaye xa isondela kwiReed Hiction kwi-Sylinder kwizindlu ze-Sylinder, i-Magnetic Riness idlula ngendlela ulwimi kwaye iluhlaza. Ngenxa yamandla obuzibuthe, iingcombolo ezimbini zitsala kwaye zichukumise, ngaloo ndlela zivula i-switch. Xa uMagnethi esisigxina ebuya kwaye uhlala kude kwi-teed yolwimi, amandla e-magnetic eqinile, iingcongconi ezivulekileyo phantsi kwesenzo se-elasticity, kwaye utshintsho luhlulwe. Oku ku-{{3} {{{4} {{4} - inkqubo yokujikeleza ilawula ngokuchanekileyo i-sylind valve ye-churenoid.
Isalathisi sentshukumo, sinoxanduva lokubonisa imeko yokusebenza yesilinda.
ISICWANGCISO SOKUKHUSELEKILEYO Ukuqinisekisa ukuba isilinda sinokukhutshwa ngokukhuselekileyo phantsi kweemeko ezingaqhelekanga.
Indawo yokutshintsha ikhusela izinto zangaphakathi kwaye iphucule uzinzo lwesakhiwo esipheleleyo.
Iingcingo ziqhagamshelwe kwi-magnetic switch kunye nenkqubo yokulawula ukufezekisa ukuhanjiswa kwesiginali.
I-piston, ngokuhamba kwayo iqhubela phambili ukuhamba kweringi yemagnethi, ngaloo ndlela kwabangela isenzo sokutshintsha.
Iringi ye-Magnetic, ukusetyenziswa kwempembelelo yemagneti yayo kunye nokusebenzisana kwengcongolo yokutshintsha ukutshintsha nokucima.
Isilinda sinika inkxaso esizinzileyo kunye nesikhokelo senxalenye ephambili yesilinda.
I-Reeed Switch itshintsha imeko yayo ngokuhamba kweringi yemagneti, emva koko ilawule intshukumo yesilinda.
