CN209096078U - All-steel radial tyre tyre surface carcass transmission system - Google Patents
All-steel radial tyre tyre surface carcass transmission system Download PDFInfo
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- CN209096078U CN209096078U CN201821611080.4U CN201821611080U CN209096078U CN 209096078 U CN209096078 U CN 209096078U CN 201821611080 U CN201821611080 U CN 201821611080U CN 209096078 U CN209096078 U CN 209096078U
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- tyre surface
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- tyre
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Abstract
The utility model discloses a kind of all-steel radial tyre tyre surface carcass transmission systems, including guide rail, a tyre surface transmitting ring and two adjacent carcasses to transmit ring；The tyre surface transmitting ring and carcass transmitting ring are moved back and forth along the guide rail；Carcass composite members are transferred to assembly drum from carcass ply up drum by two carcass transmitting rings；Tyre surface transmits ring and tread complex is transferred to the assembly drum from tyre surface laminating drum, compound with the carcass composite members；The guide rail is arranged on the lathe bed of cast steel casting.The lathe bed of the utility model all-steel radial tyre tyre surface carcass transmission system uses cast steel casting, ensure that rigidity and precision；Linear motion guide rail and rack gear are distributed on lathe bed, is moved in linear guide by the drive system driving gear on transmitting ring；Setting driving device is not redistributed on lathe bed, structure simply easily adjusts.
Description
Technical field
The utility model relates to a kind of all-steel radial tyre production equipment, especially a kind of all-steel radial tyre tyre surface
Carcass transmission system.
Background technique
For existing equipment in tire building process, the carcass composite members for needing to post are transmitted to molding from laminating drum
Drum is realized and is accurately positioned.Original guide rail rigidity is insufficient, adjusts by parallels and adjusts guide rail, and straightness and the depth of parallelism are poor, essence
Degree cannot be guaranteed, influence tire building quality；And the big tempering of material weld size is difficult.
Utility model content
It is unique that the purpose of the utility model is to provide a kind of structure novels, can be improved the all-steel meridian line wheel of tire quality
Tire tread carcass transmission system；The specific technical proposal is:
A kind of all-steel radial tyre tyre surface carcass transmission system, including guide rail, a tyre surface transmitting ring and two are adjacent
Carcass transmitting ring and the tyre surface laminating drum, assembly drum and the carcass ply up drum that are arranged successively；Tyre surface transmitting ring and described
Carcass transmitting ring is moved back and forth along the guide rail；Tyre surface transmits the ring body central axis of ring and two carcass transmitting rings same
On straight line；Carcass composite members are transferred to assembly drum from carcass ply up drum by two carcass transmitting rings；Tyre surface transmitting ring answers tyre surface
Zoarium is transferred to the assembly drum from tyre surface laminating drum, compound with the carcass composite members；The tyre surface transmitting ring and the tire
Face laminating drum is located at the same side；The carcass transmitting ring and carcass ply up drum are located at the same side.
Further, the guide rail is arranged on lathe bed.
Further, the lathe bed is made of welded steel or by cast steel integrally casting.
It further, further include sliding platform, the sliding platform is provided with servo-actuating device, driving gear rotation, institute
Stating wheel and rack cooperation drives sliding platform to slide on the guide rail；Two carcass transmitting rings are mounted on sliding platform
On, the distance between two carcass transmitting rings are adjustable.
Further, the distance between two carcass transmitting rings are adjusted by servo-actuating device.
Further, the carcass transmitting ring can be left and right ring body and individually drive on lathe bed, can also be in sliding platform
For upper left and right ring body by servo motor apart from adjustable, sliding platform drives two ring bodies to move on lathe bed, moves on platform
This structure, two ring bodies are outer in addition to leaning on linear guide support on platform, can be sharp in other directions of two ring bodies
It is connected with optical axis or other modes, guarantees rigidity.
Further, the carcass transmitting ring includes ring body and pedestal；The ring body is mounted on the pedestal, the bottom of pedestal
Portion is fixed with the sliding block with guide rail cooperation, and the guide rail is provided with rack gear, and base bottom is provided with the tire with rack gear cooperation
Body transmits ring and drives gear, and the servo motor and retarder installed by base top surface drive the transmitting ring to drive gear band dynamic
Carcass transmits ring and moves back and forth along slideway；Carcass adsorbing mechanism is provided in the ring body；The carcass adsorbing mechanism is by several
A telescoping mechanism composition；The telescoping mechanism is made of carcass magnetic suck block and locking cylinder；The carcass magnetic suck block and institute
The piston rod for stating locking cylinder is fixedly connected；The center of the piston rod alignment ring body.
Further, the quantity of the telescoping mechanism is 6.
It further, further include several tyre beads absorption pawl expansion mechanism.
Further, the carcass magnetic suck block is arc panel, the radian and the radian phase of carcass outer surface of the arc panel
Matching.
Further, the magnet in the carcass magnetic suck block is permanent magnet.
Further, several described tyre bead absorption pawl expansion mechanisms are synchronous using synchronous belt.
Further, the ring body connects structure by several connecting plates between two pieces of ring plates and two pieces of ring plates
At.
The lathe bed of the utility model all-steel radial tyre tyre surface carcass transmission system uses cast steel casting or welded steel,
It ensure that rigidity and precision；Linear motion guide rail and rack gear are distributed on lathe bed, by the drive system sliding tooth on transmitting ring
Wheel moves in linear guide；Setting driving device is not redistributed on lathe bed, structure simply easily adjusts.
Detailed description of the invention
Fig. 1 is the utility model all-steel radial tyre tyre surface carcass transmission system structural schematic diagram；
Fig. 2 is that tyre surface transmits ring structure schematic diagram；
Fig. 3 is that carcass transmits ring structure schematic diagram；
Fig. 4 is that carcass transmits ring structure schematic diagram.
In figure: 1, lathe bed；1-1, guide rail；1-2, rack gear；2, tyre surface transmits ring；2-1, pedestal；2-2, ring body；2-3, tire
Face grip block；2-4, connecting plate；2-5, locking cylinder；2-6, tyre surface transmitting ring drive servo motor；2-7, tyre surface transmitting ring drive
Moving gear；3, carcass transmits ring；3-1, pedestal；3-2, ring body；3-3, tyre bead adsorb pawl；3-4, tyre bead adsorb pawl harmomegathus servo
Motor；3-5, tyre bead adsorb pawl expansion mechanism；3-6, synchronous belt；3-7, carcass magnetic suck block；3-8, locking cylinder；3-9, vacuum
Sucker；3-10, carcass transmitting ring drive servo motor；3-11, carcass transmitting ring drive gear；4, tyre bead.
Specific embodiment
The utility model is made a more thorough explanation below with embodiment.The utility model can be presented as it is a variety of not
Same form, should not be construed as limited to the exemplary embodiments described herein.
The spatially relative terms such as "upper", "lower" " left side " " right side " can be used herein for ease of explanation, for saying
Relationship of the elements or features relative to another elements or features shown in bright figure.It should be understood that in addition in figure
Except the orientation shown, spatial terminology is intended to include the different direction of device in use or operation.For example, if in figure
Device is squeezed, and is stated as being located at other elements or the element of feature "lower" will be located into other elements or feature "upper".Cause
This, exemplary term "lower" may include both upper and lower orientation.Device, which can be positioned in other ways, (to be rotated by 90 ° or is located at
Other orientation), it can be interpreted accordingly used herein of the opposite explanation in space.
Embodiment 1
As shown in Figure 1, the all-steel radial tyre tyre surface carcass transmission system in the present embodiment, including bed body 1, tyre surface pass
Pass ring 2 and two carcass transmitting rings 3；Accordingly, be additionally provided in system the tyre surface laminating drum (not shown) being arranged successively,
Assembly drum (not shown) and carcass ply up drum (not shown).Wherein, tyre surface transmitting ring and tyre surface laminating drum are located at same
Side；Carcass transmitting ring and carcass ply up drum are located at the same side；Convenient for by tyre surface composite members and carcass composite members from two sides in
Between assembly drum transmitting；System structure is more succinct.Guide rail 1-1 is mounted on ground, can only be adjusted by gasket, it is difficult to ensure that leading
Rail it is straight.Guide rail is mounted in bed body 1 in the present embodiment.Machined bed body 1 is better than ground flatness, is guide rail
1-1 provides high-precision reference platform, guarantees the position precision of system.Wherein, bed body 1 is by cast steel integrally casting shaping, rigidity
It is good；Guarantee that bottom surface is parallel with top surface through finishing；Processing capacity is small, it is not easy to cause to deform.It is provided with along its length in bed body 1
Two parallel guide rail 1-1；A rack gear 1-2 parallel with guide rail 1-1 is additionally provided in bed body 1.Bed body 1 can also use steel
Material welding is made.Rack gear 1-2 can be set between two guide rails；Also it can be set in the outside of guide rail.
Rack gear 1-2 is preferably abutted against on a guide rail, and using the rigidity of guide rail, the size of rack gear can be smaller, is mitigated
The weight of equipment.The inside of guide rail is arranged in rack gear 1-2, and gear is between the guide rails；It is safer.
Servo motor driving mechanism is provided on the pedestal of tyre surface transmitting ring 2 and two carcass transmitting rings 3；Pass through servo
The rotation of motor-driven mechanism sliding tooth wheel；Wheel and rack cooperation drives tyre surface transmitting ring 2 and two carcasses transmitting rings 3 along leading
Rail 1-1 movement.Sliding block can be set in the base bottom surface of tyre surface transmitting ring 2 and two carcass transmitting rings 3；Sliding block is matched with guide rail 1-1
It closes, reduces the resistance slided.
The central axis of the ring body of tyre surface transmitting ring 2 and two carcass transmitting rings 3 should be aligned, and be on same straight line.
Tyre bead 4 is sent between two carcass transmitting rings 3 by manipulator from side；It is received by tyre bead absorption pawl.
It is additionally provided with gear position micro-adjusting mechanism on the pedestal of tyre surface transmitting ring 2 and two carcass transmitting rings 3, it is convenient for assembly
When adjust gear position；It is rotated by bolt, adjusts the gap between the wheel and rack of servo motor driving mechanism, to the greatest extent may be used
It can be reduced fit clearance, guarantee the kinematic accuracy of transmitting ring.After adjusting gap, with bolt by the bottom of servo motor driving mechanism
Seat and pedestal are fixed.
Embodiment 2
As shown in Fig. 2, the all-steel radial tyre tyre surface in the present embodiment transmits ring, including ring body 2-2 and pedestal 2-1；
Ring body 2-2 is fixedly mounted on pedestal 2-1.
The left and right ends of the bottom of pedestal are fixed with the sliding block (not shown) with two guide rail 1-1 cooperation.Such as Tab phenolphthaleinum
Rail is sufficiently wide, and guide rail is also possible to one；Corresponding, sliding block is also one piece.Rack gear, base bottom are provided between two guide rails
It is provided with the tyre surface transmitting ring driving gear 2-7 with rack gear cooperation.Base top surface is equipped with tyre surface transmitting ring driving servo motor
2-6 and retarder；Tyre surface transmits ring driving servo motor 2-6 and drives tyre surface to transmit ring driving gear 2-7 by retarder, drives
Tyre surface transmitting ring may be implemented to move back and forth along guide rail.Rack gear can be set in the outside of guide rail.
Tyre surface clamping device is provided on ring body 2-2；Tyre surface clamping device is made of 10 telescoping mechanisms；10 telescopic machines
Structure is circumferentially uniformly distributed in ring body 2-2.The quantity of telescoping mechanism can be adjusted according to the weight of tire；Number can be increased or decreased.
Telescoping mechanism is made of tyre surface grip block 2-3 and locking cylinder 2-5；The piston rod of tyre surface grip block and locking cylinder
It is fixedly connected；The center of piston rod alignment ring body；Make tyre surface grip block along the radial motion of ring body 2-2.When clamping tyre surface, tyre surface
Inside supported by belt drum；Locking cylinder 2-5 is controlled through system；Piston rod drives tyre surface grip block 2-3 radially
Inwardly movement, the air pressure of all locking cylinder 2-5 are identical；Same gas circuit control can be used；So that even if in tread outer surface ruler
It is very little it is inconsistent in the case where, all tyre surface grip block 2-3 can still guarantee the pressure on the surface of tyre surface almost the same；Tyre surface
Deformation it is as small as possible.1 to 3 second or so, tyre surface grip block 2-3 can compress tyre surface；Then, the retaining mechanism lock of cylinder
Firmly piston rod position；Guarantee that tread configuration is constant.After belt drum is shunk, even if losing support on the inside of tyre surface；Due to
The pressure that tread outer surface is subject to is consistent, and tread outer surface will not deform, and tyre surface inner surface would not also deform；From
And it ensure that the center of the inner circle of tyre surface and the center of belt drum and be consistent.
Since telescoping mechanism depends on the pressure of tread outer surface the air pressure of locking cylinder 2-5；To locking cylinder 2-5
Installation accuracy require reduce.Locking cylinder 2-5 substantially on the same circumference, that is, can guarantee center and the banding of the inner circle of tyre surface
The center of layer laminating drum is consistent.Locking cylinder 2-5 can be directly fixed by bolts on the connecting plate of two annular plates；
It need not be using the structure accurately adjusted.
By two pieces of ring plates, (bottom can be not provided with notch to ring body 2-2, can also reduce ring body by setting notch
Center of gravity) and two pieces of ring plates between several connecting plates 2-4 assemble constitute.Connecting plate 2-4 can be welded with ring plate,
It can also be bolted to connection.The rigidity of ring plate radially is high, it is not easy to deform；It can be used for band tyre.It is right
In light-duty tire, ring body 2-2 can also use the annular frame structure of steel tube bending.The overall weight of annular frame structure is more
Gently.
Tyre surface grip block 2-3 is arc panel, and the radius of arc panel is adjusted with tire specification, fixed by stationary clamp, can
Quick change tooling.Various sizes of tyre surface grip block 2-3 can be replaced to adapt to the tyre surface of different-diameter；When so that compressing tyre surface,
Arc panel is consistent with the surface radian of tyre surface, fitting it is more preferable so that pressure is more evenly.
The course of work are as follows: belt and tyre surface on belt drum it is compound it is good after, tyre surface transmits ring from unloading fetal position
It is moved on laminating drum；Tyre surface transmits ring claw, and in the case where ten groups of locking cylinders drive, individually centripetal movement clamps composite members；Laminating drum
It shrinks；Tyre surface transmits ring and is moved to assembly drum center line from laminating drum center line；Carcass composite members are under air pressure and flat wide variation
Expansion, compound with tyre surface composite members, tyre surface transmits the radial contraction again of the claw on ring at this time；Transmitting ring, which is moved to, waits position；Two
After the completion of combining on assembly drum, tyre surface transmitting ring is moved on assembly drum a composite members again, is clamped green tire using claw；
Assembly drum pressure release is shunk, and green tire is transmitted to by tyre surface transmitting ring unloads fetal position, and claw, which is shunk, to be completed to unload tire；Into subsequent cycle.
Embodiment 3
As shown in Figure 3 and Figure 4, the carcass transmitting ring 3 in the present embodiment includes ring body 3-2 and pedestal 3-1；Ring body 3-2 is solid
Dingan County is on pedestal 3-1.The left and right ends of the bottom of pedestal are fixed with the sliding block with the cooperation of two guide rail (not shown)s
(not shown).If guide rail is sufficiently wide, guide rail is also possible to one；Corresponding, sliding block is also one piece.Between two guide rails
It is provided with rack gear, base bottom is provided with the carcass transmitting ring driving gear 3-11 with rack gear cooperation.Base top surface is equipped with tire
Body transmits ring driving servo motor 3-10 and retarder；Carcass transmitting ring driving servo motor 3-10 drives carcass by retarder
It transmits ring and drives gear 3-11, carcass transmitting ring is driven to may be implemented to move back and forth along guide rail.Rack gear can be set in guide rail
Outside.
Carcass adsorbing mechanism is provided on ring body 3-2；Carcass adsorbing mechanism is made of 6 telescoping mechanisms；6 telescoping mechanisms
It is circumferentially uniformly distributed in ring body 3-2.The quantity of telescoping mechanism can be adjusted according to the weight of tire；Number can be increased or decreased.
Telescoping mechanism is made of carcass magnetic suck block 3-7 and locking cylinder 3-8；The work of carcass magnetic suck block and locking cylinder
Stopper rod is fixedly connected；The center of piston rod alignment ring body；Make carcass magnetic suck block along the radial motion of ring body 3-2.Clamp carcass
When, the inside of carcass is supported by carcass ply up drum；Locking cylinder 3-8 is controlled through system；Piston rod drives carcass magnetic suck block 3-7
It moves radially inward, the driving air pressure of all locking cylinder 3-8 is identical；So that even if inconsistent in carcass exterior surface dimension
In the case of, all carcass magnetic suck block 3-7 can still guarantee the pressure on the surface of carcass almost the same；The deformation of tyre surface is most
It may be small.1 to 3 second or so, carcass magnetic suck block 3-7 can compress carcass；Then, the retaining mechanism of cylinder locks piston
Bar position；Guarantee that 7 positions of carcass magnetic suck block are constant.After carcass ply up drum is shunk, even if losing support on the inside of carcass；Carcass
External surface shape is constant；Since the pressure that carcass outer surface is subject to is consistent, carcass inner surface will not deform；To guarantee
The center of the inner circle of carcass and the center of carcass ply up drum are consistent.
Since telescoping mechanism depends on the pressure of carcass outer surface the air pressure of locking cylinder 3-8；To locking cylinder 3-8
Installation accuracy require reduce.Locking cylinder 3-8 substantially on the same circumference, that is, can guarantee center and the carcass of the inner circle of carcass
The center of laminating drum is consistent.Locking cylinder 3-8 can be directly fixed by bolts on the connecting plate of two annular plates；No
It must be using the structure accurately adjusted.
Ring body 3-2 is by two pieces of ring plates (bottom can be jagged, can also be not provided with notch) and two pieces of ring plates
Between several connecting plates connect and compose；It can also be fixed by bolts using welding.Ring plate radially rigid
Degree is high, it is not easy to deform；It can be used for band tyre.For light-duty tire, ring body 3-2 can also use the ring of steel tube bending
Shape frame structure.The overall weight of annular frame structure is lighter.
Carcass magnetic suck block 3-7 is arc panel, and arc panel is adjusted with tire specification, fixed by stationary clamp, able to quickly change
Tooling.Various sizes of carcass magnetic suck block 3-7 is replaced to adapt to the carcass of different-diameter；When so that compressing carcass, arc panel
It is consistent with the surface radian of carcass, fitting it is more preferable so that pressure is more evenly.
Magnet in carcass magnetic suck block is permanent magnet；The permanent magnet of different magnetic force is selected according to the model of tire.It can also
To select electromagnet；On the one hand facilitate adjustment suction；On the other hand when decontroling carcass, magnetic force can be eliminated, carcass magnetic is avoided
Attraction block 3-7 continues to attract carcass, causes carcass surface deformation.
6 tyre bead absorption pawl expansion mechanism 3-5 are also provided on ring body 3-2；To fixed tyre bead.Tyre bead absorption pawl rises
Contracting mechanism 3-5 drives tyre bead absorption pawl 3-3 inwardly to move, and it is plate that tyre bead, which adsorbs pawl 3-3, and surface shape is arc；Tyre bead is inhaled
The end face of accessory claw 3-3 and the end face of ring body are parallel；End face outside is provided with tyre bead of several magnets to attract fixed steel.
It is gear and rack teeth mechanism that tyre bead, which adsorbs pawl expansion mechanism 3-5,；Gear rotation band carry-over bar is slided along slideway, slideway edge
Ring body 3-2's radially extends.The initial position of tyre bead absorption pawl is adjusted to consistent；Risen using a driving motor tyre bead absorption pawl
Contracting servo motor 3-4 driving, several tyre beads are adsorbed pawl expansion mechanism and are synchronized using synchronous belt 3-6, guarantee each tyre bead absorption
Pawl is flexible to be synchronized, in telescopic process always on same circumference.Tyre bead absorption pawl expansion mechanism 3-5 can also use turbine snail
Circular motion is changed into linear motion by bar or other modes.
The side of carcass magnetic suck block 3-7 towards tyre surface transmitting ring is additionally provided with several vacuum chucks 3-9；Vacuum chuck
For the sucker mouth of 3-9 towards the middle spool of ring body, sucker mouth and carcass magnetic suck block 3-7 are fitted in carcass surface together.Vacuum is inhaled
Disk 3-9 is fixedly connected by suction cup carrier with the piston rod of locking cylinder 3-8.After vacuumizing, carcass surface is sucked sucker, sucker
It is elastomer, is shunk under the pressure of air pressure, by pull-up on the outside of carcass, form horn mouth, is conducive to carcass and smoothly covers forming
On drum.
The course of work are as follows: two carcass transmitting rings 3 wait position in lathe bed.Carcass transmits the tire on ring A, carcass transmitting ring B
It encloses magnetic accessory claw and is radially moved into suitable position along main shaft by program setting；The preset frame of tyre bead is moved along the direction perpendicular to lathe bed
To main-shaft core line position；Carcass transmits ring A, carcass transmitting ring B respectively to the mobile absorption tyre bead of the preset rack position of tyre bead；Tyre bead
Preset frame claw is along main shaft radial contraction.
Carcass transmitting ring A, carcass transmitting ring B move left and right positioning respectively.The preset frame of tyre bead is along the direction perpendicular to lathe bed
It is mobile to be removed from main-shaft core line position.Carcass transmitting ring A, carcass transmit ring B and wait position to be moved to carcass ply up drum from lathe bed
Flat width position；Carcass drum expansion, carcass composite members and tyre bead are positioned；Carcass transmits the tyre bead magnetic on ring A, carcass transmitting ring B
It is radially contracted along main shaft by program setting to adsorb pawl.
Carcass transmitting ring A, the carcass magnetic suck on carcass transmitting ring B and vacuum chuck are stretched under the driving of locking cylinder
Out, it realizes to rouse the carcass absorption of main-shaft axis positioning.Carcass ply up drum radial contraction realizes that carcass composite members are transmitted to carcass
The transmitting of ring.Carcass transmitting ring A, carcass transmitting ring B are moved to assembly drum at the same speed on lathe bed；Assembly drum expansion, carcass transmitting
Carcass magnetic suck and vacuum chuck are shunk under the driving of locking cylinder on ring, realize that carcass is shifted from circumferential assembly drum is transmitted.
Carcass transmitting ring A, carcass transmitting ring B are moved on lathe bed and position are waited to enter next working cycles.
Carcass transmitting ring in the present embodiment may be implemented to go up tyre bead, automatic flat wide positioning automatically；Utilize magnetic material side
Steel ring is adsorbed in face, realizes axis centre positioning of the tyre bead from the preset frame of tyre bead to carcass ply up drum, accurate positioning.Each ring body
It is upper that six groups of magnetism claws realization carcass composite members inner circles are operated alone from carcass ply up drum to assembly drum using six groups of locking cylinders
On axis concentric locating.Entire ring body is assembled using high rigidity material, avoids welding deformation；Weight saving reduces
Movement inertia, improves movement velocity and positioning accuracy.
Embodiment 4
Two carcass transmitting rings are arranged on same sliding platform in the present embodiment；Servo drive is set on sliding platform
Mechanism is cooperated using the rack gear on gear and guide rail, and sliding platform is driven to slide in orbit.When transmitting carcass complex, two
The servo-operated mechanism of a carcass transmitting ring does not work；The distance between two carcass transmitting rings remain unchanged；Together with sliding
Platform is mobile to assembly drum.Guide rail and rack gear are set on sliding platform；Two carcass transmitting rings can be inside on sliding platform
Side is moved outward；Adjust the distance between two carcass transmitting rings.This way it is possible to avoid clamping carcass composite members level is moved
When dynamic, carcass is caused to deform since the movement speed of two carcass transmitting rings is inconsistent.
Two carcasses transmitting rings can also be adjusted by ball screw or other modes between two transmitting rings away from
From.When necessary, feed rod or ball screw can also be set at the top of ring body；The rigidity for improving system framework, guarantees two ring bodies
Always parallel.
Above-mentioned example is only intended to illustrate the utility model, and in addition to this, also there are many different embodiments, and these
Embodiment be all those skilled in the art after comprehension the utility model thought it is also envisioned that therefore, no longer arrange one by one herein
It lifts.
Claims (10)
1. a kind of all-steel radial tyre tyre surface carcass transmission system, which is characterized in that including guide rail, tyre surface transmitting ring and
Two adjacent tyre surface laminating drum, assembly drum and carcass ply up drum carcass transmitting ring and be arranged successively；The tyre surface transmitting
Ring and carcass transmitting ring are moved back and forth along the guide rail；Tyre surface transmits the ring body central axis of ring and two carcass transmitting rings
It is on the same straight line；Carcass composite members are transferred to assembly drum from carcass ply up drum by two carcass transmitting rings；Tyre surface transmits ring
Tread complex is transferred to the assembly drum from tyre surface laminating drum, it is compound with the carcass composite members；The tyre surface transmits ring
It is located at the same side with the tyre surface laminating drum；The carcass transmitting ring and carcass ply up drum are located at the same side.
2. all-steel radial tyre tyre surface carcass transmission system as described in claim 1, which is characterized in that the guide rail setting
On lathe bed.
3. all-steel radial tyre tyre surface carcass transmission system as claimed in claim 2, which is characterized in that the lathe bed is by steel
Material welding is made or by cast steel integrally casting.
4. all-steel radial tyre tyre surface carcass transmission system as claimed in claim 2, which is characterized in that further include that sliding is flat
Platform, the sliding platform are provided with servo-actuating device, driving gear rotation, and the wheel and rack cooperation drives sliding platform
It is slided on the guide rail；Two carcass transmitting rings are mounted on sliding platform, the distance between two carcass transmitting rings
It is adjustable.
5. all-steel radial tyre tyre surface carcass transmission system as described in claim 1, which is characterized in that the tyre surface transmitting
Tyre surface clamping device is provided in the ring body of ring；The tyre surface clamping device is made of several telescoping mechanisms；The telescopic machine
Structure is made of tyre surface grip block and locking cylinder；The tyre surface grip block is fixedly connected with the piston rod of the locking cylinder；Institute
State the center of piston rod alignment ring body.
6. all-steel radial tyre tyre surface carcass transmission system as described in claim 1, which is characterized in that the carcass transmitting
Carcass adsorbing mechanism is provided in the ring body of ring；The carcass adsorbing mechanism is made of several telescoping mechanisms；The telescopic machine
Structure is made of carcass magnetic suck block and locking cylinder；The piston rod of the carcass magnetic suck block and the locking cylinder is fixed to be connected
It connects；The center of the piston rod alignment ring body.
7. all-steel radial tyre tyre surface carcass transmission system as claimed in claim 6, which is characterized in that the carcass magnetic
Attached piece is arc panel, and the radian of the arc panel and the radian of carcass outer surface match.
8. all-steel radial tyre tyre surface carcass transmission system as claimed in claim 7, which is characterized in that the carcass magnetic
Magnet in attached piece is permanent magnet.
9. such as all-steel radial tyre tyre surface carcass transmission system described in claim 5 or 6, which is characterized in that several institutes
It is synchronous using synchronous belt to state telescoping mechanism.
10. all-steel radial tyre tyre surface carcass transmission system as claimed in claim 7, which is characterized in that the ring body by
Several connecting plates between two pieces of ring plates and two pieces of ring plates connect and compose.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821611080.4U CN209096078U (en) | 2018-09-30 | 2018-09-30 | All-steel radial tyre tyre surface carcass transmission system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821611080.4U CN209096078U (en) | 2018-09-30 | 2018-09-30 | All-steel radial tyre tyre surface carcass transmission system |
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| Publication Number | Publication Date |
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| CN209096078U true CN209096078U (en) | 2019-07-12 |
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ID=67154208
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821611080.4U Active CN209096078U (en) | 2018-09-30 | 2018-09-30 | All-steel radial tyre tyre surface carcass transmission system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109263100A (en) * | 2018-09-30 | 2019-01-25 | 北京北人增材制造技术有限公司 | All-steel radial tyre tyre surface carcass transmission system |
-
2018
- 2018-09-30 CN CN201821611080.4U patent/CN209096078U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109263100A (en) * | 2018-09-30 | 2019-01-25 | 北京北人增材制造技术有限公司 | All-steel radial tyre tyre surface carcass transmission system |
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