Ol kain kain komposesen na wok as tingting bilong silinda
Nekis, bae mifala i lukluk dip long komposesen blong ol nomol silinda mo ol wok prinsipol blong olgeta.
Komposesen bilong silinda i inkludim moa silinda bodi, piston, siling ring na magnetik ring (i gutpela bilong silinda wantaim sensa). Wok bilong en i wok em long yusim presa ea long pusim piston long muv, long rot bilong stretim daireksen bilong intake, na bihain senisim daireksen bilong muvmen bilong piston rod{1}}
Tasol, silinda inap bungim sampela hevi bilong feil long taim bilong wok, olsem piston i pas na i no inap wok, o silinda i no strong, sil i pas na win i lik i lik i lik i lik i lik.
Straksa na wok prinsipel bilong tipikel silinda
Tekem singgel piston rod dabol akting silinda we oli yusum plante long pneumatik sistem olsem wan eksampol, tipikol strakja blong hem i soem long figa. silinda i gat wan silinda, wan piston, wan piston stik, wan front end kava, wan bak en kava mo wan sil{1} Insaed blong cylinder, we nem blong hem i insaed long saelen, i stap insaed long cylina, nem rum (ol i kolim olsem stik rum) na piston stik rum (ol i kolim olsem rum i no gat stik).
Long taim bilong operesen, sapos kompresen win i kam long input i kam long rum i no gat stik na i gat wanpela stik-rum rum, orait presa difrens namel long tupela rum bilong silinda bai pusim piston long winim resistens lod na mekim piston rod i go longpela bilong . piston i save kasem resiproketing linear mosen.
Straksa na wok as tingting bilong komon dabol ekting silinda
Straksa bilong wanpela komon dabol-ekting silinda i wankain olsem bilong wanpela piston rod dabol-ekting silinda, we i gat tu wanpela silinda, wanpela piston, wanpela piston rod, wanpela fran end kava, wanpela bek end kava na wanpela sileta i kam long en i ken kamap olsem tupela sait bilong piston ring, olsem na ol i givim siling long siling bilong piston ring, olsem na ol i givim siling long siling bilong piston ring, olsem na ol i givim siling bilong piston ring, olsem na ol i givim ol kompetis long siling bilong piston ring, olsem na ol i putim mak bilong en long mak bilong piston bilong piston bilong ol nomol dabol-ekting sailing, olsem na ol i ken putim mak bilong siling long ol narapela ekting sailing. tupela sait wantaim, olsem na bilong winim tupela rot muvmen bilong piston{{5} Gutpela bilong dispela silinda em olsem strong na spit mak bilong en i gat moa balens, na em i ken inapim moa kompleks wok nid.
. plunga bilong Bafa (3)
Piston (2)
.Silinda (4)
. Gaidim Sliv (5)
.Dust ring (6)
. Front en Kava (7)
.}Aia Port (8)
.} Ol Sensa (9)
. Piston stik (10)
.Wokim ring (11)
.}}Siling ring (12)
.}Pri en Kava (13)
. Bafa throttle valv (14)
Dispela em ol bikpela hap bilong ol nomol dabol-ekting silinda, we wantaim i kamapim ful straksa bilong silinda. Long rot bilong sinergi bilong ol dispela komponen, silinda inap long winim tupela sait muvmen bilong em na balens fos na spit mak bilong en.
Straksa na wok as tingting bilong mekanik kontek silinda
Mekanikal kontek rodles silinda, kleva disain bilong en, straksa i stap long piksa 3. Long silinda shaft, wanpela grov ol i bin disainim gut i ran tru long en, na piston na slaid blok i muv gut long hap antap bilong groove. Bilong mekim kliva belt na das i no inap long daunim das bilong silinda, ol polyuten siling stainles stiel i no inap long daunim das bilong silinda, ol polyuten siling stainles stiel i no inap long daunim das bilong silinda, ol polyuten siling stainles stiel i no inap long mekim wok long en. fiks long tupela arere bilong silinda het. Piston braket i go pas long grov, na konektim gut piston na slaida i go insait long wanpela yunit tasol. Long dispela rot, ol i kodinetim muvmen bilong piston na slaida i ken kirapim ekseketiv mekanisme i stap strong long slaida bilong winim gutpela risipesen eksen.} .
Ol gutpela gutpela samting bilong dispela silinda i no gat rot long en em: spes bilong putim inap long go daun long hap taim yumi skelim wantaim ol silinda nating aninit long wankain mak bilong strok; I no gat nid blong no nidim moa fasin blong blokem tingting; I stret long silinda diamita mak bilong 10 ~ 80mm, na taim silinda diamita i bikpela moa o wankain olsem 40mm, mak bilong raun inap kamap 7m; Antap long dispela, spit pefomens bilong em i gutpela tru, spit bilong standet taip silinda inap kamap long 0.1 ~ 0{12}5m/s, na hai-spid taip i ken kamap long 0.3 ~ 3.0m/s. Tasol em i gat sampela sot tu: wok bilong siling i no strong tumas, isi long kamap ausait lik, olsem na long yusim tripela posisen valv i mas makim namel presa taip; Long semtaem, from smol lod, blong mekem lod kapasiti i kam antap, maet i nid blong ademap moa gaed mekanism.
Ditel komponen analisis bilong mekanik kontek rodles silinda
Long ol mekanik kontek silinda, wanwan komponen i save mekim bikpela wok{{0} Namel long ol, ol i save yusim throttle valv long stretim ges i ron, bai em i ken kontrolim spit bilong silinda; Buffer plunger inap daunim tru impak fos bilong piston long taim bilong muv na lukautim silinda long bagarap; Smatpela disain bilong siling belt na daspruf steinles stiel belt i mekim na ol silinda i pasim na rausim das bilong silinda. Antap long dispela, piston na slaida i pas gut wantaim long rot bilong piston freim na wok wantaim long draivim aktueta long winim gutpela rot bilong bekim bek. .
Straksa na wok as tingting bilong magnetik rodles silinda
Magnetic rodless cylinder realizes synchronous movement of piston and external moving body of cylinder block through magnetic force. Its structure is shown in Diagram 4, and the key is a set of high-strength magnetic permanent magnetic rings equipped on the piston. The magnetic force lines of these magnetic rings will pass through the thin-walled cylinder and interact with another set of magnetic rings ausait, na dispela i kamapim strongpela strong bilong pulim win bikos long oposit magnetism. Taim piston i pusim long presa bilong win insait long silinda, dispela magnetik fos i mekim wok, olsem na piston i muvim magnetik ring i go ausait long silinda. Em i gutpela long luksave olsem thrust bilong silinda piston i mas stap gut.
Ol spesel samting bilong ol silinda i no gat rop i no gat as bilong en.
Magnetic rodless cylinder, an innovative mechanical device, with its unique magnetic drive mode, realizes the synchronous movement of the piston and the external moving body of the cylinder block. Its core is the high-strength magnetic permanent magnetic ring equipped on the piston, which is pushed by the air pressure in the cylinder and interacts with the external magnetic ring, thereby driving the entire system. This structure not only i mekim isi ol kompleks mekanik komponen bilong ol tradisenel silinda, tasol tu i mekim gutpela wok bilong sistem.
1-sleeve, 2-outer magnetic ring, 3-outer magnetic guide plate, 4-inner magnetic ring, 5-inner magnetic guide plate, 6-gland, 7-clamp ring, 8-piston, 9-piston shaft, 10-buffer plunger, 11-}silinda barel, 12-end kep, 13-…′li inlet na autlet. Ol dispela komponen wantaim i kamapim gutpela straksa bilong magnetik stik silinda.
Straksa na wok as tingting bilong pinion na rak taip swing silinda
Core wok bilong pinion na rack type swing cylinder em i luk na wok wantaim bilong rack na gear long piston. Taim piston i wok long linia (linear) mojen, em bai rotet long rak i sotim long driveim gear, olsem na i mekim swing function i kamap. Dispela design i no as long low friction loss, na tu i gat high gear transmission efficiency, olsem na overall efficiency bilong swinging cylinder i inap reachim about 95%.
Wok long ol pasin bilong rak-na-pinion taip swing silinda
Pinion and rack type swing cylinder, its working characteristics are mainly reflected in the clever coordination of the gear and rack. Driven by the reciprocating linear motion of the piston, the connected rack pushes the gear to rotate, and then realizes the swing function. This design not only has a small friction loss, but also has a gear transmission efficiency of more than 95%, ensuring the efficient performance of the silinda i swing.
1-rack assembly, 2-spring pin, 3-slide block, 4-end cap, 5-cylinder block, 6-bearing, 7-shaft, 8-piston, 9-gear. These components work together to form the complete structure of the rack-and-pinion type swing silinda.
Vane taip swinging silinda na wok bilong en i wok
The structure of the single-vane type swing cylinder is shown in Figure 6, which mainly includes the blade shaft rotor (that is, the output shaft), the stator, the cylinder block and the front and rear end covers. The stator and the cylinder are fixed and connected, while the blades are connected to the rotor. The stator is provided with two air paths, when the left air intake, the right exhaust, long rot bilong yusim win ol i bin kompresim bilong subim naip bilong blut, draivim rotor i save swing i go long han sut bilong klok i save mekim wok long klok i no inap, em i save swingim i go long narapela sait bilong klok i no inap bekim tok bilong ol.
Nomata we van taep swing silinda i gat ol gudfala samting blong smol saes mo laet weit, fasin blong hem blong mekem samting i hae tumas, problem blong siling i had moa, mo lik fenomen i moa komon. Antap long hemia, daenamik sil kontak eria blong hem i bigwan, we i mekem se i gat wan bigfala friksen resistens lus blong sil, we i stap afektem aotput efisiens, we i stap long ples we i gat limit long hem, we i no gat tumas long 80%{2}} i stap long ples we i gat 80%{2}” rotesen bilong fiksa, opim na pasim valv na transposisen bilong wokbung.
Ol mak na ol gutpela samting bilong wanpela van taip swing silinda
Singel-van swing silinda, wantaim narakain straksa na gutpela wok bilong en, i stap aut namel long planti kain silinda i stap namel long planti kain kain silinda. kompak straksa na lait weit bilong en i mekim em i posibol long putim long wanpela liklik spes. Long wankain taim, em i gat ol gutpela samting tu bilong bikpela wok bilong wokim ol samting, gutpela siling pefomens, na ol narapela samting long taim bilong yusim i., long lukim olsem em i stap gut na i gat strong long taim bilong yusim i., long lukim olsem em i stap gut na em i mekim wok bilong en i kamap bikpela long taim bilong yusim {44}, long lukim olsem em i kamap bikpela na i gat strong long taim bilong yusim i {44}, long lukim olsem em i kamap bikpela na em i mekim wok bilong en i kamap bikpela long taim bilong yusim {44}, long lukim olsem em i kamap gutpela moa long taim bilong yusim. friksen resistens long wanpela mak, tasol tu i givim bikpela mak bilong stretim na bikpela autput tok. Olsem na, singel-van swing silinda i soim ol narakain gutpela samting bilong en long ol aplikesen olsem rotesen bilong fiksa, opening na klosing bilong valv na rotesen bilong tebol.
Straksa analisis bilong singel vene taip swing silinda
Ol bikpela hap bilong singel van taip swing silinda em: blade, rotor, stator na silinda bodi. Ol dispela komponen i wok bung wantaim long givim silinda long yunik swing fanksen bilong en na superior pefomens.
Prinsipol mo aplikesen blong pneumatik han klo
Dispela pneumatic hand claw, olsem wanpela het executive element long manipulator, i kisim samting long design bilong variable cylinder. Em i save grasim ol samting isi, olsem long mekim planti kain manipulator actions. Long hap bilong automation, air hand claws i yusim bikpela long hendelim, transferim ol workpieces na ol narapela mekanism, we i responsible long grasim na putim ol samting.
I gat ol kain kain bilong ol gripa bilong han han, olsem ol paralel opening na klosing pinga, elbo swing opening na klosing gripa, na tu -, tripela - na fopela prong disain. Namel long ol, tu-klo disain i bruk i go long flat na fulkram open na pas, na draiv mod i lain na rotari{5}}
Mosen bilong opim na klosing bilong klo han klo i save kamap long rot bilong bekim lain mosen bilong silinda piston. Dispela muvmen i senis long rot bilong krenk konekting rod, rola o gia i konekt wantaim klo, bai wan wan klo i ken sinkron na pinisim wok bilong opim na pasim.}
Straksa na wok as tingting bilong liklik piksa silinda
Film cylinder, a compact, compact type of cylinder, its working principle diagram is as follows. The diaphragm in the film cylinder is usually made of fabric rubber, steel sheet or phosphor bronze sheet, the thickness is in the range of 5 ~ 6mm, there are also variations using 1 ~ 2mm thick diaphragm. Its function is similar i go long wanpela silinda bilong piston i save kamap long taim bilong san, we i save yusim win i gat kompres long en bilong subim piston stik bilong muv i kam bilong muv. Dispela kain silinda i no isi tasol long straksa, isi long prosesim, i no gat bikpela pe, tasol tu i gat gutpela siling na stap, i no gat nid long werim ol hap, na em i gutpela tru long holim i stap, na em i gutpela tru long holim i stap, na em i gutpela tru long holim i stap, na em i gutpela tru long lukautim., strok bilong piksa silinda i no inap long holim i stap. diafragm, we strok blong hem i samples wan-ten pat nomo blong diamita.
Ditel analisis bilong piksa silinda
Tin film silinda, dispela kain silinda wantaim kompak straksa na liklik volium, wok prinsipel na straksel mak bilong en i gutpela long dip toktok. As komponen bilong film silinda em daiafram, ol i save wokim long laplap raba, stiel pepa o fosfor brons pepa, i gat ol liklik hap tu i stap insait long mak bilong 5 ~ 6m, ol i save kontrolim tiknes tu long mak bilong 5-pela 6m, ol i save kontrolim tiknes tu long mak bilong 5-pela 2. 2mm tikpela daiafram. Wok bilong en i wok i wankain olsem bilong wanpela spring-riten piston singel-ekting silinda, we i muvim piston rod i go insait long pusim bilong kompressed ea{{9} Dispela kain silinda i no isi long holim na stap insait long en olsem em i gutpela long mekim wok bilong en, em i gutpela long prosesim, kos-ifektiv, tasol tu i gat bikpela rispek long gutpela wok bilong en long gutpela seiling na i no inap long stap . silinda i no nid blong werem ol pat, mo mentenens i simpol tumas mo i isi blong mekem i isi nomo mo i spid. Nomata we travel blong hem i sot lelebet, plante taem i no moa long 50mm, speseli flat daefragm, we travel blong hem i samples wan-tenth nomo blong diamita, silinda blong film ia i stap plei wan rol we i impoten tumas yet long plante aplikesen{15}}
1-}cilinda blok, 2-}diafragm, 3-}diafragm disk, 4-piston rod.
Straksa na wok as tingting bilong bungim silinda wantaim valv .
With valve cylinder, this combined pneumatic actuator combines the functions of cylinder, reversing valve and speed control valve. Its clever design saves the cumbersome connection pipe and pipe joint, not only reduces the energy loss, but also realizes the compact structure and convenient installation. In addition, the valve part with valve cylinder provides a variety of flexible control methods such as electric control, ges kontrol, mekanik kontrol na manuel kontrol long inapim ol narapela narapela aplikesen nid. Komon valv instolesen posisen i inkludim tel bilong silinda, antap hap, etc., olsem piksa i soim long piksa daunbilo, elektromagnetik rivesing valv i stap long antap hap bilong silinda i kisim, solenid valv i spit tru i kisim, em i kisim pawa bilong lektrik, enap bilong lektrik signal i kisim, en i kisim lektrik signal, enabol bilong lektrik signal i kisim. silinda eksen.
Ol mak bilong straksa na ol gutpela samting bilong bungim silinda wantaim valv .
Kombain silinda wantaim valv, dispela nupela pneumatik aktueta i no bungim tasol planti wok olsem silinda, rivesim valv na spit kontrol valv, tasol tu i soim narakain charm bilong em insait long straksa{{0} Em i kompak na isi long instalim disain i mekim ol bikpela konekting paip na i fitim wanpela samting bilong bipo, na dispela i daunim tru eneji konsumsen {1}. {1}.. {1}. {1}.....’s bilong bipo, na i daunim eneji konsumsen. {1}.. {1}. {1}..........’s bilong en wantaim ol valv bilong bipo, na dispela i daunim" eneji konsumsen... {1} {1}' ol kain kain rot bilong kontrolim, olsem lektrik kontrol, kontrol bilong pawa, kontrol bilong masin, mekanik kontrol na manuel kontrol, i fleksibel long inapim ol nid bilong ol kain kain aplikesen senario. Komon valv mounting posisen, olsem tel na antap hap bilong silinda, i larim ol kontrol komponen olsem elektromagnetik daireksenel valv long winim stretpela pneumatik long winim stretpela pneumatik long winim stretpela pneumatik long winim olgeta disain{3} Taim ol i kisim stretpela reaktim long kisim stretpela pneumati long winim olgeta disain{3}} Taim ol i kisim stretpela tingting long ol i ken mekim wok long en. silinda eksen.
1- Fittings, 2- cylinders, 3- gas pipes, 4- solenoid directional valve, 5- directional valve base plate, 6- one-way throttle assembly, 7- sealing ring. Ol dispela komponent i kamap wantaim na mekim gutpela straktur bilong kombin cylinder wantaim valve..
Straksa na wok as tingting bilong magnetik switch silinda
Disain bilong magnetik switch silinda i narapela kain, piston bilong en i gat wanpela magnetik ring, na silinda i gat stretpela samting wantaim wanpela magnetik swit{{0} Dispela disain i mekim na magnetik swit i ken painim stret strok posisen bilong silinda, na long dispela rot em i luksave olsem i gat gutpela tingting long bosim gut muvmen bilong silinda bilong ol silinda i bin mekim wok bilong em, na dispela i mekim na dispela disain i no gat planti samting long en. gutpela, na i no nidim moa stop long piston stik.
The working principle is shown in the figure: the permanent magnetic ring on the cylinder piston moves with the movement of the piston, and when it approaches the reed switch on the cylinder housing, the magnetic force line passes through the tongue reed and magnetizes it. Due to the magnetic force, the two reeds attract and touch each other, thus making the switch open. When the permanent magnet returns and stays away from the tongue reed, strong bilong magnetik fil i no strong moa, na rop i op aninit long wok bilong elastisiti, na swit i no pas wantaim . Dispela wok i stap long taim na i no ron gut, em i bosim stret muvmen bilong silinda bilong bekim bek long rot bilong senisim wok bilong solenoid valv. .
Eksen indiketa, we i risponsibol blong soem wok stet blong silinda.
Proteksen seket blong mekem sua se silinda i save sef blong katemdaon anda long ol kondisen we i no stret blong ol kondisen blong abnormal.
Swit haus i lukautim ol intanel komponen na i strongim stebiliti bilong olgeta straksa.
Ol waia i pas wantaim magnetik swit na kontrol sistem bilong winim mak bilong signal transmisen.
Piston, tru long muvmen bilong em i kirapim muvmen bilong magnetik ring, olsem na dispela i kirapim swit eksen.
Magnetik ring, yusim magnetik efek bilong en na reed swit intareksen long winim swit on na of.
Silinda i givim stebol sapot na stia bilong bikpela hap bilong silinda.
Swit bilong red i senisim stet bilong em long rot bilong muvmen bilong magnetik ring, na bihain em i kontrolim muvmen bilong silinda.
