CN108215260A - A kind of tyre building machine system - Google Patents
A kind of tyre building machine system Download PDFInfo
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- CN108215260A CN108215260A CN201810083481.5A CN201810083481A CN108215260A CN 108215260 A CN108215260 A CN 108215260A CN 201810083481 A CN201810083481 A CN 201810083481A CN 108215260 A CN108215260 A CN 108215260A
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- Prior art keywords
- preset frame
- ring
- preset
- frame
- molding machine
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- 239000011324 bead Substances 0.000 claims abstract description 51
- 238000000465 moulding Methods 0.000 claims abstract description 51
- 230000005540 biological transmission Effects 0.000 claims abstract description 33
- 210000001331 nose Anatomy 0.000 claims description 44
- 229910000831 Steel Inorganic materials 0.000 claims description 14
- 230000007246 mechanism Effects 0.000 claims description 14
- 239000010959 steel Substances 0.000 claims description 14
- 230000003534 oscillatory effect Effects 0.000 claims description 11
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 6
- 230000035807 sensation Effects 0.000 claims description 3
- 230000000149 penetrating effect Effects 0.000 claims description 2
- 238000009434 installation Methods 0.000 claims 1
- 239000007787 solid Substances 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 abstract description 18
- 239000000463 material Substances 0.000 description 18
- 238000010586 diagram Methods 0.000 description 17
- 238000003825 pressing Methods 0.000 description 14
- 230000001360 synchronised effect Effects 0.000 description 9
- 238000005520 cutting process Methods 0.000 description 5
- 238000000034 method Methods 0.000 description 5
- 210000003128 head Anatomy 0.000 description 4
- 230000008878 coupling Effects 0.000 description 3
- 238000010168 coupling process Methods 0.000 description 3
- 238000005859 coupling reaction Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 238000009413 insulation Methods 0.000 description 2
- 238000005457 optimization Methods 0.000 description 2
- 238000005096 rolling process Methods 0.000 description 2
- 238000007405 data analysis Methods 0.000 description 1
- 238000013480 data collection Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 238000007667 floating Methods 0.000 description 1
- 239000011159 matrix material Substances 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 239000000047 product Substances 0.000 description 1
- 230000001681 protective effect Effects 0.000 description 1
- 239000011265 semifinished product Substances 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29D—PRODUCING PARTICULAR ARTICLES FROM PLASTICS OR FROM SUBSTANCES IN A PLASTIC STATE
- B29D30/00—Producing pneumatic or solid tyres or parts thereof
- B29D30/06—Pneumatic tyres or parts thereof (e.g. produced by casting, moulding, compression moulding, injection moulding, centrifugal casting)
- B29D30/08—Building tyres
- B29D30/20—Building tyres by the flat-tyre method, i.e. building on cylindrical drums
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29D—PRODUCING PARTICULAR ARTICLES FROM PLASTICS OR FROM SUBSTANCES IN A PLASTIC STATE
- B29D30/00—Producing pneumatic or solid tyres or parts thereof
- B29D30/06—Pneumatic tyres or parts thereof (e.g. produced by casting, moulding, compression moulding, injection moulding, centrifugal casting)
- B29D30/08—Building tyres
- B29D30/20—Building tyres by the flat-tyre method, i.e. building on cylindrical drums
- B29D30/24—Drums
- B29D30/26—Accessories or details, e.g. membranes, transfer rings
- B29D30/2607—Devices for transferring annular tyre components during the building-up stage, e.g. from the first stage to the second stage building drum
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29D—PRODUCING PARTICULAR ARTICLES FROM PLASTICS OR FROM SUBSTANCES IN A PLASTIC STATE
- B29D30/00—Producing pneumatic or solid tyres or parts thereof
- B29D30/06—Pneumatic tyres or parts thereof (e.g. produced by casting, moulding, compression moulding, injection moulding, centrifugal casting)
- B29D30/08—Building tyres
- B29D30/20—Building tyres by the flat-tyre method, i.e. building on cylindrical drums
- B29D2030/206—A plurality of building drums being mounted on a fixture or supporting device, e.g. turret or turntable
Abstract
The present invention provides a kind of tyre building machine system, which includes molding machine engine base and the flat bulging molding machine being arranged on same central shaft, transmits loop device, tyre bead presetter device, post forming drum device；The flat bulging molding machine is mutually connected with carcass feeding system, it is disposed on the left of flat drum molding machine and transmits loop device, tyre bead presetter device and post forming drum device, post forming drum device is mutually connected with tyre surface feeding system, the transmission loop device and tyre bead presetter device is arranged on railroad and left and right can slide, railroad is arranged on molding machine engine base, and the tyre bead presetter device includes the preset loop device of left tyre bead and the preset loop device of right tyre bead.Production efficiency is greatly improved, the degree of automation greatly improves, and improves production quality stability, reduces personnel labor intensity.
Description
Technical field
The invention belongs to vehicle accessories fields, and in particular to a kind of tyre building machine system.
Background technology
It is molded 1 tires shaping work is completed on an assembly drum and (include:Patch liner, patch curtain yarn, put steel wire, anti-package,
Roll-in, roll-in, takes tire at patch tyre surface) existing for it is insufficient：A tires are molded, employee's work operations amount is big, the molding of a tires
Period is long.Production efficiency requirement is original higher, and production human cost requirement is lower and lower.It needs substantially to shorten production cycle and section
About labor cost.
Invention content
The present invention provides a kind of tyre building machine system, which includes molding machine engine base and be arranged on same central shaft
Flat bulging molding machine, transmit loop device, tyre bead presetter device, post forming drum device；The flat bulging molding machine and tire
Body feeding system is mutually connected, be disposed on the left of flat drum molding machine transmit loop device, tyre bead presetter device and it is secondary into
Type rouses device, and post forming drum device is mutually connected with tyre surface feeding system, and the transmission loop device and tyre bead presetter device are equal
It is arranged on railroad and left and right can slide, railroad is arranged on molding machine engine base, and the tyre bead presetter device includes
The left preset loop device of tyre bead and the preset loop device of right tyre bead.
Preferably, the molding machine further includes molding machine base and transmits ring Mobile base, the molding machine base
On be provided with rack, transmit and be provided with helical gear on ring Mobile base, helical gear is connected with driving device, helical teeth wheel and rack
The left and right movement on molding machine base of ring Mobile base is transmitted in the driving that is meshed.
Preferably, the preset loop device of left tyre bead and the preset loop device of right tyre bead include adjustment seat, mounting base,
Two and half buckle rings, two swing seats, driving cylinder, push rod and two gears, adjustment seat lower part is provided with adjusting screw hole, and is transmitting
The bottom of ring Mobile base is provided with adjusting screw rod, and adjusting screw rod passes through two adjusting screw holes to set, and the mounting base is arranged on
In adjustment seat, guide groove is provided in mounting base, guide groove is separately positioned in the linear guide, is provided in the mounting base
Two swing seats, two swing seats are connect respectively with two gear drives, and gear intermeshing control swing seat is unfolded or closes up, gear setting
In the side of mounting base, wherein at least one gear is mutually sequentially connected with push rod, the driving cylinder described in one end connection of push rod
Piston rod；Two and half buckle rings are fixedly connected respectively with two swing seats, and half buckle ring is made of bead ring and buckle ring seat, button
Ring support is semiorbicular magnetic plate, and buckle ring seat is fixed on the inner ring of bead ring.And it is respectively arranged in the both sides of one and half buckle rings
Limiting device.The end set of adjusting screw rod has adjusting handle.
Preferably, the transmission loop device includes pedestal, ring body, turntable, pressure ring and transmits ring driving cylinder；It is described
Ring body be fixed on pedestal, turntable is movably arranged on by pressure ring in ring body, and the side of turntable is provided with pushing block, institute
State transmission ring driving cylinder piston rod and pushing block be hinged can driving disc rotated in ring body；Diameter in the ring body
To more one slide rails are provided with, are slided on every one slide rail and be provided with guide bracket, the spindle nose axially set is provided on guide bracket, it is described
Every spindle nose is corresponded on turntable and is both provided with oblique radial guide groove, the spindle nose is located in guide groove；The guide bracket
Link is disposed radially inwardly, the inner end of link is provided with grip block, and ring cross-section is arc in the grip block, respectively
Grip block closes up rear grip block inner ring and forms cylindrical surface, and the grip block inner ring is uniformly arranged several vacuum cups.
Preferably, the spindle nose is provided with eccentric needle roller cam guide, eccentric needle roller cam guide is with being oriented to
Slot is in contact；Y-shaped connector is provided on the piston rod of the transmission ring driving cylinder, Y-shaped connector is hinged with the pushing block；
The sliding rail is the six roots of sensation, is correspondingly arranged on six pieces of grip blocks；The vacuum cup uses ripple type vacuum cup.
Preferably, the molding machine further includes the pre- rack unit of steel wire, the pre- rack unit of the steel wire is arranged on a left side
Side in the middle part of the preset loop device of tyre bead and the preset loop device of right tyre bead, the pre- rack unit of steel wire includes movable stand, wobble drive fills
Put, rocker, adjusting bracket, left preset frame and right preset frame are formed, the movable stand is arranged on by guide rail on molding machine engine base,
Oscillatory gearing mechanism is arranged on movable stand, and oscillatory gearing mechanism and rocker are drivingly connected controllable rocker to be rocked to left tyre bead pre-
It puts among loop device and the preset loop device of right tyre bead, the adjusting bracket is arranged on the top of rocker, and adjusting bracket is axially provided with
Upper axis and lower axle, the preset frame in a left side and right preset frame are arranged on upper axis and lower axle by axle sleeve, and in upper axis and lower axle
Between be provided with adjusting screw rod, be respectively arranged with swivel nut on the preset frame in a left side and right preset frame, the adjusting screw rod is worn
It crosses two swivel nuts and adjusts left preset frame and the right preset left and right movement of frame；The preset frame in a left side and right preset frame include preset
Frame fixed plate and preset frame disk, the swivel nut are fixed at preset frame fixed plate bottom, and preset frame disk is fixed at pre-
Put the top of frame fixed plate；Multiple axially projecting preset frame spindle noses are set on preset frame disk, and multiple preset frame spindle noses are circumferentially set
It puts on preset frame disk.
Preferably, the preset frame disk is hingedly arranged on the top of preset frame fixed plate, preset frame disk by connecting shaft
Outer ring is circumferentially provided with arc groove, and preset frame driving cylinder is provided in preset frame fixed plate, preset frame driving cylinder
Connector is set on piston rod, and connector is arranged in arc groove and is mutually fixed with arc groove；The inner ring of preset frame disk is in tiltedly to put
It penetrates shape and is hingedly provided with more spindle nose connecting rods, the preset frame spindle nose is arranged on the outer end of root spindle nose connecting rod, and pre-
It puts and secured adjusted disk is provided on the outside of frame disk, the outside on secured adjusted disk is provided with a plurality of tiltedly radial guide groove, institute
The preset frame spindle nose stated is correspondingly arranged in guide groove；Spring is provided between the preset frame spindle nose and spindle nose connecting rod,
Preset frame spindle nose can be axially moved in spindle nose connecting rod；The rocker both sides are respectively arranged with oil buffer；Adjust spiral shell
Bar is provided at both ends with adjusting handle.
Preferably, the oscillatory gearing mechanism includes rack fixed frame, rack cylinder, rack and pinion；Rack is consolidated
Determine frame to be fixed on rack fixed frame, the rack is arranged on rack fixed frame, end and the rack cylinder of rack
It is connected, wheel and rack engagement setting, the axis of gear is sequentially connected with the rocker.
Preferably, the flat bulging molding machine includes flat drum transmission shaft, flat drum pull rod, assembly drum tile, tile peace
Dress seat and retainer, the flat bulging end part of driving shaft are mutually sequentially connected with driving device, and the flat bulging pull rod is arranged on flat
In the axis hole of drum transmission shaft, and a plurality of guide groove for penetrating through axis hole is provided on flat drum transmission shaft, is provided in guide groove more
Root axis pin, the axis pin are fixedly connected in axis hole with flat drum pull rod, and more axis pins correspond to respectively on the outside of flat drum transmission shaft
It is connected with a retainer, taper sliding rail is provided on the retainer, cone is provided on the inside of the tile mounting base
The sliding slot that shape sliding rail is adapted, the assembly drum tile are mounted on the outside of tile mounting base.
Compared with prior art, molding machine system provided by the invention has the following advantages and advantageous effect：
1st, single tire production cycle was foreshortened to about 30 seconds by existing most fast 46 seconds, greatly improved production efficiency.2nd, journey is automated
Degree greatly improves, and improves production quality stability, reduces personnel labor intensity.3rd, it is bonded using flat drum, carcass vacuum suction passes
It passs, automatic buckle ring, once-through method molding mode greatly improves product quality.4th, using unified general controls mode and data-interface,
It promotes IT application for factory's MES system application, qualitative data collection and analysis etc. and carries out comprehensive preparation.
Description of the drawings
Fig. 1-4 is the structure diagram of the tire production system of the present invention；
Fig. 5,6 be the front view of carcass feeding system；
Fig. 7, Fig. 8 are the structure diagram of liner material guide device；
Fig. 9-12 is the structure diagram of liner presser device and liner disconnecting device；
Figure 13, Figure 14 are the structure diagram of curtain yarn material guide device；
Figure 15 is the structure diagram of tyre surface feeding system；
Figure 16 is the structure diagram of tread transferring device；
Figure 17 is the structure diagram of tyre surface deviation correcting device and tread transferring device；
Figure 18 is the structure diagram of angle regulator；
Figure 19-23 is the structure diagram of tyre surface automatic cutting device；
Figure 24 is the structure diagram of tyre surface pressing wheel device；
Figure 25 is the structure diagram of tyre bead presetter device；
Figure 26 is the structure diagram of flat drum molding machine；
Figure 27-29 is the structure diagram of the preset loop device of left tyre bead and the preset loop device of right tyre bead；
Figure 30-32 is the structure diagram for transmitting loop device；
Figure 33 is the A of Figure 32 to sectional view；
Figure 34-37 is the structure diagram of the pre- rack unit of steel wire；
Figure 35 is the A of Figure 34 to sectional view；
Figure 38, Figure 39 are the structure diagram for unloading tire system automatically；
Figure 40 is the structure diagram for the driving device for unloading tire system automatically.
Specific embodiment
As Figure 1-Figure 4, a kind of tire production system, including carcass feeding system 1, tyre surface feeding system 3, molding machine
System 2 unloads tire system 9 with automatic, and the laterally setting of carcass feeding system 1, tyre surface feeding system 3, molding machine system 2 is longitudinally disposed,
It is held in the mouth respectively with 2 phase of molding machine system the front end that carcass feeding system 1, tyre surface feeding system 3 are arranged on molding machine system 2
It connects, unloads the rear end that tire system 9 is arranged on molding machine system 2 automatically；Using modularization flow, original is rationally cut there are three flow
For the assisted automated action of three modules and optimization operative employee's flow 3 process modules are carried out at the same time.Disparate modules
Step sequence do not influence, each sequence that walks has certain operation fault tolerance and adjustment time.Time production cycle can be superimposed and be carried out at the same time,
Substantially shorten the production unit period.Improve more than 50% production efficiency.
As shown in figure 5, the carcass feeding system 1 includes feed frame 11 and charging frame head apparatus 10, charging head dress
10 one end for being arranged on feed frame 11 are put, the feed head device 10 includes liner material guide device 12 and multiple curtain yarn guides fill
13 are put, is provided with that liner leads opening lever 14 and multiple cords lead opening lever 15 on the feed frame 11, liner leads opening lever 14 and multiple
Cord leads multiple stations on 15 correspondence feed frame 11 of opening lever, and liner is led opening lever 14 and is connected with 12 phase of liner material guide device, described
Multiple cords lead opening lever and 15 connect multiple cord transportation sections 18 respectively, multiple cord transportation sections 18 are connected respectively curtain yarn guide
Device 13.The liner leads opening lever 14 and is arranged on feed frame 11 close to one end of charging frame head apparatus 10, and cord leads opening lever 15
It it is three, three cords lead opening lever and 15 are successively set on the upper of feed frame 11, from the bottom to top and are correspondingly arranged one layer of cord conveying
Section 1801, two layers of 1802, three layers of cord transportation section cord transportation section 1803, one layer of 1801, two layers of cord transportation section cord conveying
Three cords of corresponding linking lead opening lever 15 respectively for one end of 1802, three layers of cord transportation section 1803 of section, and the other end is corresponding respectively to be held in the mouth
Connect a curtain yarn material guide device 13.Liner leads and is provided with the first liner centering device between opening lever 14 and liner material guide device 12
16；It is led with three cords 1801, two layers of one layer of cord transportation section, 1802, three layers of the cord transportation section cord transportation section 1803
The first cord centering device 17 is respectively arranged between opening lever 15.
As shown in figure 5, charging frame head apparatus 10 includes two pieces of installing plates 19, the liner material guide device 12 and multiple curtains
Yarn material guide device 13 is arranged between two pieces of installing plates 19, and liner material guide device 12 is arranged on bottom, multiple curtain yarn material guide devices
13 are successively set on the top of liner material guide device 12, and one end of liner material guide device 12 and multiple curtain yarn material guide devices 13 is hinged
It is arranged on two pieces of installing plates 19, and multiple guide grooves 1901 is provided with from the bottom to top in the other end of two pieces of installing plates 19, such as
Shown in Fig. 6, position adjusting and locking mechanism is correspondingly arranged on the liner material guide device 12 and multiple curtain yarn material guide devices 13
1902, position adjusting and locking mechanism 1902 is arranged in guide groove 1901.
As shown in fig. 7, liner material guide device 12 includes connecting plate 1201, pusher cylinder 1202, adjustable shelf 1203, conveying roller
The 1204, second liner centering device 1205 of cylinder, liner presser device 1206 and liner disconnecting device 1207, two pieces of connecting plates 1201
The both sides of adjustable shelf 1203 are arranged on, as shown in figure 8, guide groove 1209 is provided on connecting plate 1201, the side of adjustable shelf 1203
Face is respectively arranged with the linear guide 1210, and the linear guide 1210 is arranged in guide groove 1209, and the pusher cylinder 1202 is set
It puts on connecting plate 1201, the piston rod of pusher cylinder 1202 is connected with the adjustable shelf 1203；The conveying roll
1204 are arranged on the rear end of adjustable shelf 1203, the setting second liner centering device on the top of conveying roll 1204
1205, the second liner centering device 1205 includes two blocks of fixed middle plates 1211, two and determines axis 1212 and fixed middle adjusting screw rod 1213,
Described two determine axis 1212 and are arranged in parallel with conveying roll 1204, and two blocks of fixed middle plates 1211 are arranged on two by axle sleeve respectively
Root is determined on axis 1212, and swivel nut is respectively arranged on two blocks of fixed middle plates 1211, and the fixed middle adjusting screw rod 1213 passes through
Two swivel nut settings are determined for two pieces to be both provided with more fixed middle deflector rolls 1214 on middle plates 1211；The liner disconnecting device 1207
Be arranged on the front end of adjustable shelf 1203, as shown in figure 9, liner disconnecting device 1207 include liner cut-off knife 1215, cut-off knife seat 1216,
Magnetic coupling rodless cylinder 1217 and line slide rail 1218, cut-off knife seat 1216 are sequentially connected with 1217 phase of magnetic coupling rodless cylinder, cut out
Tool apron 1216 is disposed longitudinally on by sliding slot on line slide rail guide rail 1218, and liner cut-off knife 1215 is arranged on cut-off knife seat in oblique angle
On 1216.The liner presser device 1206 is two sets, and two sets of liner presser devices 1206 are forward and backward to be arranged on liner cut-out dress
Put 1207 both sides.
As shown in Figure 10, liner presser device 1206 includes pressing plate 1224, square shaft 1225, pressing plate bearing block 1226, pressing plate
Connecting rod 1227, pressing plate cylinder 1228, the square shaft 1225 are disposed longitudinally in adjustable shelf 1203, and pressing plate 1224 is fixed at
On square shaft 1225, two spindle noses of square shaft 1225 are arranged on pressing plate bearing block 1226, and a spindle nose is connected with pressing plate connecting rod 1227
It connects, the pressing plate cylinder 1228 is fixed on adjustable shelf 1203, piston rod and 1227 phase of pressing plate connecting rod of pressing plate cylinder 1228
It is hinged.
As shown in Figure 10 and Fig. 7, liner disconnecting device 1207 further includes heater 1219, and the heater 1219 is set
The U-type groove 1220 of accommodating liner cut-off knife 1215, the cut-off knife seat are set in the side of adjustable shelf 1203, on heater 1219
1216 include connecting seat 1222, heat insulating mattress 1221 and cylinder connecting seat 1223,1215 company of being fixed at of liner cut-off knife
On joint chair 1222, heat insulating mattress 1221 is arranged between liner cut-off knife 1215 and connecting seat 1222, cylinder connecting seat 1223 with it is described
Magnetic coupling rodless cylinder 1217 be connected.
As shown in FIG. 11 and 12, two guiding conveying rollers 1228 are provided with below the rear end of adjustable shelf 1203, two are led
14 phases of opening lever are led to conveying roller 1228 with the liner to be connected.
As shown in figure 13, curtain yarn material guide device 13 includes connecting plate 1301, pusher cylinder 1302, adjustable shelf 1303, conveying
1304 and second cord centering device 1305 of roller, two pieces of connecting plates 1301 are arranged on the both sides of adjustable shelf 1303, such as Figure 14 institutes
Show, guide groove 1307 is provided on connecting plate 1301, and the side of adjustable shelf 1303 is respectively arranged with the linear guide 1306, and straight line is led
Rail 1306 is arranged in guide groove 1307, and the pusher cylinder 1302 is arranged on connecting plate 1301, pusher cylinder 1302
Piston rod is connected with the adjustable shelf 1303；The conveying roll 1304 is arranged on the upper of adjustable shelf 1303, is conveying
The second cord centering device 1305 described in the top setting of roller 1304, during the second cord centering device 1305 is determined including two pieces
Plate 1308, two determine axis 1309 and it is fixed in adjusting screw rod 1310, described two are determined axis 1309 and conveying roll 1304 is flat
It goes and sets, two blocks of fixed middle plates 1308 are arranged on two by axle sleeve respectively to be determined on axis 1309, and on two blocks of fixed middle plates 1308
Swivel nut is respectively arranged with, the middle adjusting screw rod 1310 of determining passes through two swivel nuts to set, and is respectively provided on two blocks of fixed middle plates 1308
There are more fixed middle deflector rolls 1311；The front end of the adjustable shelf 1303 is provided with longitudinally disposed supporting plate 1312, supporting plate 1312
Front end is provided with longitudinally disposed light-duty roller 1313.It is provided between light-duty 1313 and second cord centering device 1305 of roller
Anti-sticking contact bar 1314, anti-sticking 1314 top of contact bar are provided with the tapered strip of protrusion；It is set below the rear end of adjustable shelf 1303
There are two guiding conveying rollers 1315, two guiding conveying rollers 1315 are led 15 phases of opening lever with the cord and are connected.The carcass
Existing feedstock direction is symmetrically changed to right side by feeding system from left side, is unloaded tire for rear middle part and is reserved automatic logistics space.And
Inner liner is bonded severing and is changed to the automatic severing of the hot knife of temperature control by manual severing, and severing bevel angle is fixed in rodless cylinder driving, full
Sufficient technological requirement.Rocker stretches is changed to cylinder linear guide mechanism by air cylinder guide rod structure, increases rigidity and precision.Cooperation is automatic
Tire transfer device is unloaded, gets through automatic logistics channel.
Tire production system provided by the invention includes multiple centering devices, wherein 16 He of the first liner centering device
The structure of first cord centering device 17 can be with the second liner centering device 1205,1305 structure phase of the second cord centering device
Seemingly, specifically：Including two pieces it is fixed in plates, two determine axis and it is fixed in adjusting screw rod, two blocks of fixed middle plates are set respectively by axle sleeve
Determine on axis at two, and swivel nut is respectively arranged on two blocks of fixed middle plates, the fixed middle adjusting screw rod passes through two swivel nuts
Setting is determined for two pieces to be both provided with more fixed middle deflector rolls on middle plates.
As shown in figure 15, the tyre surface feeding system 3 includes the tyre surface I-beam wheel 31 set gradually along feedstock direction, tire
Lead out stripping off device 32, tyre surface deviation correcting device 33, tread transferring device 34, tyre surface automatic cutting device 35 and tyre surface pinch roller dress in face
36 are put, the tyre surface I-beam wheel 31 is led out 32 phase of stripping off device with tyre surface and is connected, and tyre surface is led out stripping off device 32 and included side by side
Multiple guide rollers 3201 of setting；Tyre surface feed frame system, tyre surface I-beam wheel lead out stripping off device, and tyre surface deviation correcting device ensures
The stability of tyre surface semi-finished product shape.
As shown in figure 16, the tread transferring device 34 includes tyre surface conveying fixed frame 3401, tyre surface feed adjustment
Frame 3402, tyre surface conveying belt device 3403 and tyre surface pressure roller 3404；3401 top of tyre surface conveying fixed frame is set
There is line slide rail 3405, the tyre surface feed adjustment frame 3402 is arranged on line slide rail by the slide 3410 that bottom is set
On 3405, as shown in figure 17, tyre surface feed adjustment frame 3402 can be driven straight by being provided on tyre surface conveying fixed frame 3401
The driving cylinder 3406 slided on line sliding rail 3405；The tyre surface feed adjustment frame 3402 that the tyre surface deviation correcting device 33 is arranged on
Front end, tyre surface conveying belt device 3403 is arranged on tyre surface feed adjustment frame 3402, and tyre surface pressure roller 3404 sets multiple, tire
The top of tyre surface conveying belt device 3403 is arranged on before and after face pressure roller 3404, the tyre surface automatic cutting device 35 is arranged on
The front end of tyre surface feed adjustment frame 3402.Tread transferring device avoids the skidding of belt tensioning system and sideslip problem.
The tyre surface conveying belt device 3403 by conveyer belt fixed mount setting on tyre surface feed adjustment frame 3402,
Tyre surface pressure roller 3404 is the forward and backward setting one, and in tyre surface conveying belt device respectively on tyre surface conveying belt device 3403
3403 middle part is provided with tyre surface length calculator.
The front and back ends of 3402 side of tyre surface feed adjustment frame are respectively arranged with drawstring fixed frame, two drawstring fixed frames it
Between be provided with drawstring.
The tyre surface feed adjustment frame 3402 is made of adjustment seat 3409 and Mobile base 3408, and Mobile base 3408 is arranged on
The lower section of adjustment seat 3409, the slide 3410 are fixed at the lower section of Mobile base 3408, the tyre surface deviation correcting device
33rd, tread transferring device 34 and tyre surface automatic cutting device 35 are arranged in adjustment seat 3409, one end of adjustment seat 3409 with
Mobile base 3408 is hinged, and the other end is by setting angle regulator 37 to adjust angle.
As shown in figure 18, the angle regulator 37 includes adjustable plate 3701, adjusting handle 3702, fixed link
3703rd, Adjusting bolt Adjusting screw 3704 and adjusting screw 3705, the adjustable plate 3701 are arranged on the both ends of Mobile base 3408, adjustable plate
Sliding slot is provided on 3701, for adjustment seat 3409 by the way that end axis is set to be arranged in sliding slot, fixed link 3703 is arranged on adjustment seat
In 3409, the Adjusting bolt Adjusting screw 3704 is fixed in fixed link 3703, and the upper end for adjusting screw 3705 is threaded through Adjusting bolt Adjusting screw
In 3704, the adjusting handle 3702, which is arranged on, to be adjusted on screw 3705.
As shown in figs. 19-21, the tyre surface automatic cutting device 35 includes cut-off knife fixed plate 3501, cut-off knife adjustment seat
3502nd, cut-off knife seat 3503, cut-off knife driving cylinder 3504 and cut-off knife 3505；The cut-off knife adjustment seat 3502 is fixed at two pieces
Between cut-off knife fixed plate 3501, the cut-off knife seat 3503 is arranged on cut-off knife adjustment seat 3502 by slide bar 3506 and sliding sleeve 3507
On, cut-off knife driving cylinder 3504 is fixed on the upper end of cut-off knife adjustment seat 3502, cut-off knife seat 3503 and cut-off knife driving cylinder 3504
Piston rod is connected, and the cut-off knife 3505 is fixed on cut-off knife seat 3503.The front lower portion of the cut-off knife adjustment seat 3502
Both sides are fixed on by fixing bolt in two pieces of cut-off knife fixed plates 3501 respectively, as shown in figure 23, two pieces of cut-off knife fixed plates 3501
Upper back is respectively arranged with an arc groove 3508, and the upper rear end both sides of the cut-off knife adjustment seat 3502 are respectively by leading
It is fixed in arc groove 3508 to fixing device 3509；And connecting rod 3510 is provided between two pieces of cut-off knife fixed plates 3501,
Fixing sleeve 3511 is provided in connecting rod 3510, connecting seat 3512 is provided on fixing sleeve 3511, a screw rod 3513, which passes through, to be connected
Joint chair, the bottom of screw rod 3513 are connected by bulb spherical plain bearing rod end 3515 with the cut-off knife adjustment seat 3502, screw rod
3513 top is provided with adjusting handle 3514.
As shown in figure 20, cut-off knife driving cylinder connects cut-off knife seat 3503 by floating junction, is set on cut-off knife seat
There is thermal insulation board 3516,3516 lower section of thermal insulation board is provided with heat block 3517,3517 lower section setting cut-off knife pressing plate of heat block, 3518 He
Cut-off knife fixed plate 3501, the cut-off knife are arranged between cut-off knife pressing plate 3518 and cut-off knife fixed plate 3501.As shown in figure 22, institute
The cut-off knife 3505 stated includes knife mounting portion 3519 and blade 3520, and the blade 3520 is arranged on the side of cut-off knife 3505, blade
3520 use V-structure, and 3503 top of cut-off knife seat is provided with protective plate.Disconnected tyre surface, efficiency are cut up with a hay cutter using tyre surface temperature control knife
It is high and can ensure to cut angle.
As shown in Figure 16 and 24, the tyre surface pressing wheel device 36 includes Z-type fixed frame 3601, pinch roller 3602, pinch roller gas
Cylinder 3603 and pinch roller fixed frame 3604, the lower part of Z-type fixed frame 3601 is fixed on tyre surface feed adjustment frame 3402, described
3603 upper end of pinch roller cylinder be fixed at the top of Z-type fixed frame 3601, pinch roller fixed frame 3604 and pinch roller cylinder 3603
Piston rod be connected, the position of the pinch roller 3602 is located above the rear end of tyre surface conveying belt device 3403, pinch roller
3602 are movably arranged on by axis on pinch roller fixed frame 3604；The 3604 upper end both sides of pinch roller fixed frame are also respectively provided with
Guiding axis 3605, there are two axle sleeves, guiding axis 3605 to be threaded through in axle sleeve for setting on the Z-type fixed frame 3601.
As shown in Figs 1-4, the molding machine 2 include molding machine engine base 20 and the flat drum that is arranged on same central shaft into
Type device 4, tyre bead presetter device 6 transmit loop device 5, post forming drum device 8；The flat bulging molding machine 4 passes through setting
Carcass rolling device is connected with 1 phase of carcass feeding system, and the left side of flat drum molding machine 4, which is disposed with, transmits loop device 5, tire
Enclose presetter device 6 and post forming drum device 8, post forming drum device 8Pass throughTyre surface rolling device and tyre surface feed system are set
3 phases of uniting are connected, and the transmission loop device 5 and tyre bead presetter device 6 are arranged on railroad 21 and left and right can slide, and create
The property made is produced using the smooth method of twin drum, puts down drum fitting carcass component, the matrix body tube that liner and cord are formed is as independent portion
Part is transmitted, and buckle ring and anti-package action is integrated together carry out automated production with tyre surface joint movement, using once-through method
Molding mode.Optimize operating personnel and operate step sequence, it is only necessary to be bonded, by tire and put circle.Simultaneously because by buckle ring, anti-package and
Tyre surface joint movement integrated optimization with joint movement automatically into can be carried out at the same time, and then substantially reduce raw single bearing follow
The ring time greatly improves production efficiency.
As shown in figure 25, the tyre bead presetter device 6 includes the preset loop device 61 of left tyre bead and the preset ring dress of right tyre bead
Put 62；As shown in figure 4, the molding machine further includes molding machine base 22 and transmits ring Mobile base 23, the molding machine bottom
Rack 24 is provided on seat 22, transmits and is provided with helical gear 25 on ring Mobile base 23, helical gear 25 is connected with driving device,
Helical gear 25, which is meshed to drive with rack 24, transmits the left and right movement on molding machine base 22 of ring Mobile base 23；
As shown in figure 26, it puts down drum molding machine 4 and includes flat drum transmission shaft 41, flat drum pull rod 42, assembly drum tile 43, tile
Mounting base 44 and retainer 45, flat bulging 41 end of transmission shaft are mutually sequentially connected with driving device, the flat bulging pull rod
42 are arranged in the axis hole of flat drum transmission shaft 41, and the guide groove 46 of a plurality of perforation axis hole is provided on flat drum transmission shaft 41,
More axis pins 47 are provided in guide groove 46, the axis pin 47 is fixedly connected in axis hole with flat drum pull rod 42, more axis pins
47 in flat 41 outside of drum transmission shaft correspond to and are connected with a retainer 45 respectively, and taper is provided on the retainer 45 and is slided
Rail 49,44 inside of tile mounting base are provided with the sliding slot 48 that taper sliding rail 49 is adapted, the assembly drum tile 43
It is mounted on the outside of tile mounting base 44.
As in figs. 27 and 28, the preset loop device of left tyre bead and the preset loop device of right tyre bead include adjustment seat
6001st, 6,002 two half buckle rings of mounting base, 6003, two swing seats 6004, driving cylinder 6005, push rod 6006 and two gears
6007, as shown in figure 29,6001 lower part of adjustment seat is provided with adjusting screw hole 6008, and in the bottom setting for transmitting ring Mobile base 23
There is adjusting screw rod 6013, adjusting screw rod 6013 is set across two adjusting screw holes 6008, and the mounting base 6002 is arranged on tune
It saves on seat 6001, guide groove 6009 is provided in mounting base 6002, guide groove 6009 is separately positioned in the linear guide 6010, institute
Swing seat 6004, two swing seats 6004 to be sequentially connected respectively with two gears 6007 there are two settings in the mounting base 6002 stated, gear
6007 intermeshing control swing seats 6004 are unfolded or close up, and gear 6007 is arranged on the side of mounting base 6002, wherein at least one
A gear 6007 is sequentially connected with 6006 phase of push rod, the piston rod of the driving cylinder 6005 described in one end connection of push rod 6006；
Two and half buckle rings 6003 are fixedly connected respectively with two swing seats 6004, and half buckle ring 6003 is by bead ring 6011 and buckle ring seat
6012 are formed, and buckle ring seat 6012 is semiorbicular magnetic plate, and buckle ring seat 6012 is fixed on the inner ring of bead ring 6011.And at one
The both sides of half buckle ring 6003 are respectively arranged with limiting device 6013；The end set of adjusting screw rod 6013 has adjusting handle 6014.
As shown in figs. 30-33, the transmission loop device 5 includes pedestal 51, ring body 52, turntable 53, pressure ring 54 and transmits
Ring drives cylinder 55；The ring body 52 is fixed on pedestal 51, and turntable 53 is movably arranged on ring body 52 by pressure ring 54
On, the side of turntable 53 is provided with pushing block 56, and the piston rod of transmission ring driving cylinder 55 is hinged with pushing block 56
Can driving disc 53 rotated in ring body 52；More one slide rails 57 are radially provided in the ring body 52, on every one slide rail 57
Slip is provided with guide bracket 58, and the spindle nose 59 axially set is provided on guide bracket 58, every spindle nose 59 is corresponded on the turntable 53
Oblique radial guide groove 5301 is both provided with, the spindle nose 59 is located in guide groove 5301；58 radial direction of guide bracket to
Link 5801 is inside provided with, the inner end of link 5801 is provided with grip block 5802, and 5802 inner ring of grip block is cut
Face is arc, and each grip block 5802 closes up rear 5802 inner ring of grip block and forms cylindrical surface, and 5802 inner ring of grip block is equal
Cloth is provided with several vacuum cups 5803.The spindle nose 59 is provided with eccentric needle roller cam guide, eccentric needle roller cam
Guider is in contact with guide groove 5301；Y-shaped connector 5804, Y-shaped connector are provided on the piston rod of the transmission ring driving cylinder
5804 are hinged with the pushing block 56；The sliding rail 57 is the six roots of sensation, is correspondingly arranged on six pieces of grip blocks 5802；Described
Vacuum cup 5803 uses ripple type vacuum cup.The intensive vacuum cup of grip block realizes soft form material and keeps vertical
Effective transmission of body regular shape.It realizes carcass transmission and buckle ring transmission is carried out at the same time.
As shown in figure 4, molding machine further includes the pre- rack unit 7 of steel wire, the pre- rack unit 7 of the steel wire is arranged on left tire
Preset loop device 61 and the preset 62 middle part side of loop device of right tyre bead are enclosed, as shown in Figure 34-37, the pre- rack unit 7 of steel wire includes
Movable stand 71, oscillatory gearing mechanism 72, rocker 73, adjusting bracket 74, left preset frame 75 and right preset frame 76 are formed, the movement
Frame 71 is arranged on by guide rail on molding machine engine base 20, and oscillatory gearing mechanism 72 is arranged on movable stand 71, oscillatory gearing mechanism
72 are drivingly connected controllable rocker 73 with rocker 73 is rocked in the preset loop device 61 of left tyre bead and the preset loop device 62 of right tyre bead
Between, the adjusting bracket 74 is arranged on the top of rocker 73, and adjusting bracket 74 is axial to be provided with axis 7401 and lower axle 7402, described
The preset frame 75 in a left side and right preset frame 76 be arranged on upper axis 7401 and lower axle 7402 by axle sleeve, and in upper axis 7401 and lower axle
Adjusting screw rod 7403 is provided between 7402, swivel nut is respectively arranged on the preset frame 75 in a left side and right preset frame 76, it is described
Adjusting screw rod 7,403 two swivel nuts is passed through to adjust left preset framves 75 and right preset 76 left and right movement of frame；The preset frame in a left side
75 are fixed at preset frame with right preset frame 76 including preset frame fixed plate 7501 and preset frame disk 7502, the swivel nut
7501 bottom of fixed plate, preset frame disk 7502 are fixed at the top of preset frame fixed plate 7501；It is set on preset frame disk 7502
Multiple axially projecting preset frame spindle noses 7503 are put, multiple preset frame spindle noses 7503 are circumferentially provided on preset frame disk 7502.In advance
The top that frame disk 7502 is hingedly arranged on preset frame fixed plate 7501 by connecting shaft is put, preset 7502 outer ring of frame disk is circumferentially disposed
There is arc groove 7504, and preset frame driving cylinder 77 is provided in preset frame fixed plate 7501, preset frame driving cylinder 77
Connector 78 is set on piston rod, and connector 78 is arranged in arc groove 7504 and is fixed with 7504 phase of arc groove；Preset frame disk
7502 inner ring is hingedly provided with more spindle nose connecting rods 7505 in tiltedly radial, and the preset frame spindle nose 7503 is arranged on more
The outer end of root spindle nose connecting rod 7505, and the outside of preset frame disk 7502 is provided with secured adjusted disk 7506, secured adjusted disk
Outside on 7506 is provided with a plurality of tiltedly radial guide groove 7507, the preset frame spindle nose 7503 and is correspondingly arranged at guiding
In slot 7507.Spring 7508, preset frame spindle nose are provided between the preset frame spindle nose 7503 and spindle nose connecting rod 7505
7503 can in spindle nose connecting rod axis 7401 to movement.73 both sides of rocker are respectively arranged with oil buffer 78.It adjusts
Screw rod 7403 is provided at both ends with adjusting handle 7405.The oscillatory gearing mechanism 72 includes rack fixed frame 7201, rack vapour
Cylinder 7202, rack 7203 and gear 7204；Rack cylinder 7202 is fixed on rack fixed frame 7201, the rack
7203 are arranged on rack fixed frame 7201, and the end of rack 7203 is connected with rack cylinder 7202, gear 7204 and rack
7203 engagement settings, the axis of gear 7204 are sequentially connected with the rocker 73.
As shown in figures 38 and 39, the automatic tire system 9 of unloading includes crossbeam 91, column 92, unloads tire Mobile base 93, guide rod
94th, connecting seat 95, slide 96, link 97, fixture fixed frame 9003 and fixture 98, the crossbeam 91 are fixed by column 92
2 top of molding machine system is arranged on, the both sides of crossbeam 91 are respectively arranged with line slide rail 9001, and the tire Mobile base 93 that unloads is set
Putting on line slide rail 9001 and driven by driving device can the left and right slip on line slide rail 9001；The guide rod 94 is
Two, two guide rods 94 are arranged on by axle sleeve to be unloaded on tire Mobile base 93, the connecting seat described in the lower end connection of two guide rods 94
95, and cylinder 99 is provided on tire Mobile base 93 is unloaded, the connecting seat 95 that the piston rod connection of cylinder 99 is described is drivingly connected seat
95 move up and down, and the slide 96 is fixed at 95 lower section of connecting seat, and the linear guide 9002, institute are provided on slide 96
The link 97 stated is two, and two links 97 are arranged in the linear guide 9002, and two links 97 are respectively arranged with gas
Cylinder is drivingly connected frame and is moved in the linear guide 9002, and two fixture fixed frames 9003 are respectively fixedly disposed at two links 97
Lower section, the fixture 98 includes two and half fixtures 9004 and two driving cylinders 9005 are formed, two and half fixtures, 9004 top
It is fixedly connected respectively with two fixture fixed frames 9003, lower part is provided with two pieces of curved splints 9006, two pieces of curved splints 9006
Between be hinged, articulated joint 9007 is provided in the outside of lower curved clamping plate 9006, the driving cylinder 9005 is set
On fixture fixed frame 9003, the piston rod of driving cylinder 9005 is hinged with the articulated joint 9007.
As shown in figure 40, the driving device includes driving 9008, two synchronous pulleys 9009 of synchronous belt and driving electricity
Machine 9010, two synchronous pulleys 9009 are arranged on the both ends of crossbeam 91, and a synchronous pulley 9009 is passed on from one to another with driving motor 9010
Dynamic connection, driving synchronous belt 9008 are erected on two synchronous pulleys 9009, and described unloading is fixedly installed on tire Mobile base 93
Synchronous belt pinch roller 9011, synchronous belt pinch roller 9011 are sequentially connected with driving synchronous belt 9008.
Tire production system provided by the invention is suitable for the tire production of electric motorcycle book, car or other vehicle classes.
Technique step sequence is as follows：
→ the preset frame of steel wire is automatically sent on bead insertdevice → is placed on steel wire to preset frame to complete on first drum
The carcass of forming and the steel wire put well are sent to second assembly drum → the by patch liner → patch curtain yarn → carcass bead insertdevice
Two drums are automatically performed anti-package, roll-in, patch tyre surface, roll-in, pressure tread joint → automatic tire demounting device capture tire to taking the position of foetus
Put → take tire.
Claims (9)
1. a kind of tyre building machine system (2), it is characterised in that：The system include molding machine engine base (20) and be arranged on it is same in
Flat bulging molding machine (4), transmission loop device (5) in mandrel, tyre bead presetter device (6), post forming drum device (8)；It is described
Flat bulging molding machine (4) be mutually connected with carcass feeding system (1), being disposed with transmission on the left of flat drum molding machine (4)
Loop device (5), tyre bead presetter device (6) and post forming drum device (8), the transmission loop device (5) and the preset dress of tyre bead
It puts (6) and is arranged on railroad (21) and left and right can slide, railroad (21) is arranged on molding machine engine base (20), institute
The tyre bead presetter device (6) stated includes the preset loop device of left tyre bead (61) and the preset loop device of right tyre bead (62).
2. tyre building machine system (2) according to claim 1, it is characterised in that：The molding machine further includes molding
Machine base (22) and ring Mobile base (23) is transmitted, rack (24) is provided on the molding machine base (22), transmits ring movement
Helical gear (25) is provided on seat (23), helical gear (25) is connected with driving device, helical gear (25) and rack (24) phase
Ring Mobile base (23) left and right movement on molding machine base (22) is transmitted in engagement driving.
3. tyre building machine system (2) according to claim 2, it is characterised in that：The preset loop device of left tyre bead
(61) and the preset loop device of right tyre bead (62) includes adjustment seat (6001), mounting base (6002), two and half buckle rings (6003), two
A swing seat (6004), driving cylinder (6005), push rod (6006) and two gears (6007), adjustment seat (6001) lower part are provided with
Adjusting screw hole (6008), and the bottom for transmitting ring Mobile base (23) is provided with adjusting screw rod (6013), adjusting screw rod (6013)
It is set across two adjusting screw holes (6008), the mounting base (6002) is arranged in adjustment seat (6001), mounting base
(6002) guide groove (6009) is provided on, guide groove (6009) is separately positioned in the linear guide (6010), the installation
Swing seat (6004) there are two settings, two swing seats (6004) are sequentially connected respectively with two gears (6007) in seat (6002), gear
(6007) intermeshing control swing seat (6004) is unfolded or closes up, and gear (6007) is arranged on the side of mounting base (6002),
In at least one gear (6007) be mutually sequentially connected with push rod (6006), one end of push rod (6006) connection driving cylinder
(6005) piston rod；Two and half buckle rings (6003) are fixedly connected respectively with two swing seats (6004), half buckle ring
(6003) be made of bead ring (6011) and buckle ring seat (6012), buckle ring seat (6012) be semiorbicular magnetic plate, buckle ring seat
(6012) inner ring of bead ring (6011) is fixed on, and limiting device is respectively arranged in the both sides of one and half buckle rings (6003)
(6013), the end set of adjusting screw rod (6013) has adjusting handle (6014).
4. tyre building machine system (2) according to claim 1, it is characterised in that：The transmission loop device (5) includes
Pedestal (51), ring body (52), turntable (53), pressure ring (54) and transmission ring driving cylinder (55)；Ring body (52) fixation is set
It puts on pedestal (51), turntable (53) is movably arranged on by pressure ring (54) in ring body (52), and the side of turntable (53) is provided with
Pushing block (56), piston rod and the pushing block (56) of transmission ring driving cylinder (55) be hinged can driving disc (53) exist
Ring body rotates on (52)；More one slide rails (57) are radially provided in the ring body (52), slides and sets on every one slide rail (57)
Guide bracket (58) is equipped with, the spindle nose (59) axially set is provided on guide bracket (58), the turntable corresponds to every spindle nose on (53)
(59) oblique radial guide groove (5301) is both provided with, the spindle nose (59) is in guide groove (5301)；Described leads
For seat diameter (58) to inwardly link (5801) is provided with, the inner end of link (5801) is provided with grip block (5802), described
Grip block (5802) interior ring cross-section for arc, each grip block (5802) close up rear grip block (5802) inner ring form it is cylindrical
Face, the grip block (5802) inner ring are uniformly arranged several vacuum cup (5803).
5. tyre building machine system (2) according to claim 4, it is characterised in that：The spindle nose (59) is provided with partially
Heart needle roller cam guide, the transmission ring drive and are provided with Y-shaped connector (5804), Y-shaped connector on the piston rod of cylinder (55)
(5804) it is hinged with the pushing block (56)；The sliding rail (57) is the six roots of sensation, is correspondingly arranged on six pieces of grip blocks
(5802)；The vacuum cup (5803) is using ripple type vacuum cup.
6. tyre building machine system (2) according to claim 1, it is characterised in that：It is pre- that the molding machine further includes steel wire
Rack unit (7), the pre- rack unit of the steel wire (7) are arranged on the preset loop device of left tyre bead (61) and the preset ring dress of right tyre bead
Side in the middle part of (62) is put, the pre- rack unit of steel wire (7) includes movable stand (71), oscillatory gearing mechanism (72), rocker (73), adjusting
Frame (74), left preset frame (75) and right preset frame (76) are formed, and the movable stand (71) is arranged on molding machine machine by guide rail
On seat (20), oscillatory gearing mechanism (72) is arranged on movable stand (71), and oscillatory gearing mechanism (72) connects with rocker (73) driving
It connects controllable rocker (73) to be rocked among the preset loop device of left tyre bead (61) and the preset loop device of right tyre bead (62), the tune
Section frame (74) is arranged on the top of rocker (73), and adjusting bracket (74) is axially provided with axis (7401) and lower axle (7402), described
The preset frame (76) of the preset frame (75) in a left side and the right side be arranged on upper axis (7401) and lower axle (7402) by axle sleeve, and in upper axis
(7401) adjusting screw rod (7403) is provided between lower axle (7402), on the preset frame (76) of the preset frame (75) in a left side and the right side
Swivel nut is respectively arranged with, the adjusting screw rod (7403) adjusts left preset frame (75) and right preset frame (76) across two swivel nuts
Left and right movement；The preset frame (75) in a left side and right preset frame (76) include preset frame fixed plate (7501) and preset frame disk
(7502), the swivel nut is fixed at preset frame fixed plate (7501) bottom, and preset frame disk (7502) is fixed at pre-
Put the top of frame fixed plate (7501)；Multiple axially projecting preset frame spindle noses (7503) are set on preset frame disk (7502), it is more
A preset frame spindle nose (7503) is circumferentially provided on preset frame disk (7502).
7. tyre building machine system (2) according to claim 6, it is characterised in that：The preset frame disk (7502) passes through
Connecting shaft is hingedly arranged on the top of preset frame fixed plate (7501), and preset frame disk (7502) outer ring is circumferentially provided with arc groove
(7504), preset frame driving cylinder (77) and on preset frame fixed plate (7501) is provided with, preset frame driving cylinder (77)
Connector (78) is set on piston rod, and connector (78) is arranged in arc groove (7504) and is mutually fixed with arc groove (7504)；
The inner ring of preset frame disk (7502) is hingedly provided with more spindle nose connecting rods (7505), the preset frame spindle nose in tiltedly radial
(7503) outer end of root spindle nose connecting rod (7505) is arranged on, and secured adjusted disk is provided on the outside of preset frame disk (7502)
(7506), the outside on secured adjusted disk (7506) is provided with a plurality of tiltedly radial guide groove (7507), the preset frame
Spindle nose (7503) is correspondingly arranged in guide groove (7507)；The preset frame spindle nose (7503) and spindle nose connecting rod (7505) it
Between be provided with spring (7508), preset frame spindle nose (7503) can in spindle nose connecting rod axis (7401) to movement；The rocker
(73) both sides are respectively arranged with oil buffer (78)；Adjusting screw rod (7403) is provided at both ends with adjusting handle (7405).
8. tyre building machine system (2) according to claim 6, it is characterised in that：The oscillatory gearing mechanism (72)
Including rack fixed frame (7201), rack cylinder (7202), rack (7203) and gear (7204)；Rack fixed frame (7202) is solid
Surely it is arranged on rack fixed frame (7201), the rack (7203) is arranged on rack fixed frame (7201), rack
(7203) end is connect with rack cylinder phase (7202), and gear (7204) engages setting, gear (7204) with rack (7203)
Axis be sequentially connected with the rocker (73).
9. tyre building machine system (2) according to claim 1, it is characterised in that：Flat bulging molding machine (4) packet
Flat drum transmission shaft (41), flat drum pull rod (42), assembly drum tile (43), tile mounting base (44) and retainer (45) are included, it is described
Flat bulging transmission shaft (41) end be mutually sequentially connected with driving device, the flat bulging pull rod (42) is arranged on flat drum transmission shaft
(41) in axis hole, and a plurality of guide groove (46) for penetrating through axis hole is provided on flat drum transmission shaft (41), in guide groove (46)
More axis pins (47) are provided with, the axis pin (47) is fixedly connected in axis hole with flat drum pull rod (42), more axis pins (47)
It corresponds on the outside of flat drum transmission shaft (41) and is connected with a retainer (45) respectively, the retainer is provided with cone on (45)
Shape sliding rail (49), the tile mounting base (44) inside is provided with the sliding slot (48) that taper sliding rail (49) is adapted, described
Assembly drum tile (43) is mounted on the outside of tile mounting base (44).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810083481.5A CN108215260A (en) | 2018-01-29 | 2018-01-29 | A kind of tyre building machine system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810083481.5A CN108215260A (en) | 2018-01-29 | 2018-01-29 | A kind of tyre building machine system |
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| CN108215260A true CN108215260A (en) | 2018-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810083481.5A Pending CN108215260A (en) | 2018-01-29 | 2018-01-29 | A kind of tyre building machine system |
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| CN116714294A (en) * | 2023-06-19 | 2023-09-08 | 肇庆骏鸿实业有限公司 | Automatic laminating production line of duplex position tread of tire building machine |
| CN117382234A (en) * | 2023-12-11 | 2024-01-12 | 中策橡胶集团股份有限公司 | Tire building equipment and optimization method for optimizing coaxiality |
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| CN116714294A (en) * | 2023-06-19 | 2023-09-08 | 肇庆骏鸿实业有限公司 | Automatic laminating production line of duplex position tread of tire building machine |
| CN116714294B (en) * | 2023-06-19 | 2024-01-23 | 肇庆骏鸿实业有限公司 | Automatic laminating production line of duplex position tread of tire building machine |
| CN117382234A (en) * | 2023-12-11 | 2024-01-12 | 中策橡胶集团股份有限公司 | Tire building equipment and optimization method for optimizing coaxiality |
| CN117382234B (en) * | 2023-12-11 | 2024-03-19 | 中策橡胶集团股份有限公司 | Tire building equipment and optimization method for optimizing coaxiality |
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Address after: 310018 No. 1, No. 1 Street, Qiantang District, Hangzhou, Zhejiang Applicant after: Zhongce Rubber Group Co.,Ltd. Applicant after: Zhejiang Shutong Industrial Co., Ltd Address before: 310018 No.2, 10th Street, economic and Technological Development Zone, Jianggan District, Hangzhou City, Zhejiang Province Applicant before: ZHONGCE RUBBER GROUP Co.,Ltd. Applicant before: Zhejiang Shutong Industrial Co., Ltd |