CN101934595B - All-steel radial engineering tire semi-drum type tri-drum single-stage building machine - Google Patents
All-steel radial engineering tire semi-drum type tri-drum single-stage building machine Download PDFInfo
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- CN101934595B CN101934595B CN 200910054303 CN200910054303A CN101934595B CN 101934595 B CN101934595 B CN 101934595B CN 200910054303 CN200910054303 CN 200910054303 CN 200910054303 A CN200910054303 A CN 200910054303A CN 101934595 B CN101934595 B CN 101934595B
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Abstract
The invention discloses an all-steel radial engineering tire semi-drum type tri-drum single-stage building machine, which is characterized in that: a lathe bed base is provided with a main building drum; two sides of the main building drum are respectively provided with a left retaining ring device and a right retaining ring device; the lathe bed base is provided with a band laminating device matched with a band feeding device; the lathe bed base is provided with a tire body laminating device matched with a tire body feeding device; a band transferring ring is arranged between the band laminating device and the main building drum; a tire body transferring ring is arranged between the tire body laminating device and the main building drum; and one side of a tire body laminating drum is provided with a drum end support bracket. The all-steel radial engineering tire semi-drum type tri-drum single-stage building machine has the advantages of separation of the lamination process from the building process, rational assignment of tire rubber components to three drums, high production efficiency and improvement of finished product quality.
Description
Technical field:
The present invention relates to radial rubber mechanical equipment field, be specifically related to a kind of full steel wire meridian engineering tire half drum-type three drum once time forming machines.
Background technology:
The development of mining industry has promoted the demand of full steel wire meridian engineering tire to increase, abominable working condition requirement tire must possess large carrying, high strength and wearability, for same specification tire, the quantity that increases steel wire is to improve the effective means of carrying and intensity, and present existing forming machine can't reach this requirement.
Summary of the invention:
One object of the present invention is to provide full steel wire meridian engineering tire half drum-type three drum once time forming machines, has realized the automation of production technology.
For achieving the above object, the solution of the present invention is as follows: full steel wire meridian engineering tire half drum-type three drum once time forming machines, comprise lathe bed base, it is characterized in that lathe bed base is provided with main assembly drum, main assembly drum both sides are respectively equipped with left buckle ring device and right buckle ring device, lathe bed base is provided with the belt fit device, band bundle feeding device and belt fit device are equipped with, lathe bed base is provided with the carcass laminating apparatus, carcass feeding device and carcass laminating apparatus are equipped with, be provided with band bundle transmission ring between belt fit device and the main assembly drum, be provided with the carcass transmission ring between carcass laminating apparatus and the main assembly drum, a side of carcass laminating apparatus is provided with drum end Support bracket.
Main assembly drum is connected with the molding main-machine drive unit, this molding main-machine drive unit comprises the hollow square shaft that is fixed on the lathe bed base, hollow square shaft peripheral hardware the first guide rail, right buckle ring device and the first guide rail are slidingly connected, be provided with main shaft in the hollow square shaft, the input of main shaft is connected with the output shaft of main motor by transmission mechanism, the output of main shaft is connected with the boss of main assembly drum, mandrel is arranged in the main shaft by bearing, the input of mandrel is connected with limiter of moment, limiter of moment is connected with transmission mechanism, and the output of mandrel is spline.The mandrel output is splined shaft, connects with screw axis in the main assembly drum by spline housing, regulates drum shoulder spacing.
Drum end Support bracket comprises support, and frame is connected with support by line slideway, and support is provided with the first oil cylinder, and the output shaft of the first oil cylinder is connected with frame, and frame is provided with the second oil cylinder, and the output shaft of the second oil cylinder is connected with support arm.
Right buckle ring device comprises that right buckle ring props up cylinder, and right buckle ring is propped up and is provided with right pumping pull in the cylinder, and the right-hand member of right pumping pull is provided with the mobile support saddle that is slidingly connected with the first guide rail, and the left end of right pumping pull is provided with the finger-type sheet.
Left buckle ring device comprises the buckle ring cabinet, the buckle ring frame is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, the buckle ring cabinet is provided with left buckle ring and props up cylinder, left buckle ring is propped up and is provided with left pumping pull in the cylinder, and the right-hand member of left pumping pull is provided with the finger-type sheet, and lathe bed base is provided with square shaft, square shaft is provided with the second guide rail outward, and the left end of left pumping pull is provided with the mobile support saddle that is slidingly connected with the second guide rail.
The belt fit device comprises belt fit drum and belt fit drive unit, the belt fit drive unit comprises the belt fit cabinet, this belt fit cabinet is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, the belt fit cabinet is provided with the belt fit main shaft, the input of belt fit main shaft is connected with the output shaft of belt fit motor by the belt fit transmission mechanism, the output of belt fit main shaft is connected with the boss of belt fit drum, the belt fit mandrel is arranged in the belt fit main shaft by bearing, the input of belt fit mandrel is connected with limiter of moment, limiter of moment is connected with the belt fit transmission mechanism, and the output of belt fit mandrel is spline.The mandrel output is splined shaft, connects accommodation zone bundle drum diameter by spline housing with screw axis in the band bundle drum.
Band bundle transmission ring comprises band bundle transmission ring chassis, band bundle transmission ring chassis is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, band bundle transmission ring chassis is provided with retainer ring, the retainer ring both sides are respectively equipped with synchronous ring, synchronous ring is connected with band bundle transmission ring oil cylinder output shaft, and synchronous ring is provided with 18 grip blocks.
The carcass laminating apparatus comprises carcass ply up drum and carcass applying drive unit, carcass applying drive unit comprises carcass applying main shaft, the input of carcass applying main shaft is connected by the output shaft of carcass applying transmission mechanism with carcass applying motor, the output of carcass applying main shaft is connected with the boss of carcass ply up drum, carcass applying mandrel is arranged in the carcass applying main shaft by bearing, the input of carcass applying mandrel is connected with limiter of moment, limiter of moment is connected with carcass applying transmission mechanism, and the output of carcass ply up drum mandrel is spline.The mandrel output is splined shaft, connects with screw axis in the carcass ply up drum by spline housing, regulates the carcass ply up drum diameter.
The carcass transmission ring comprises carcass transmission ring chassis, carcass transmission ring chassis is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, carcass transmission ring chassis is provided with 6 ring bodies that be arranged in parallel, each ring body comprises a retainer ring, the both sides of retainer ring are provided with synchronous ring, and synchronous ring is connected with the output shaft of carcass transmission ring oil cylinder, and synchronous ring is provided with a plurality of grip blocks.
The invention has the advantages that and realized applying, molding procedure separately, the rubber for tire parts are reasonably allocated on three drums more scientificly, use high, smart, Automatisme control technology and realize mechanical, electrical, gas, liquid integrated Transfer Technology, production efficiency is high, improves end product quality.
Description of drawings:
Fig. 1 a is forming machine overall structure schematic diagram of the present invention
Fig. 1 b is the top view of Fig. 1 a
Fig. 2 a is the molding main-machine driving system structure schematic diagram of forming machine of the present invention
Fig. 2 b is the side view of Fig. 2 a
Fig. 3 is the right buckle ring mechanism structure schematic diagram of forming machine of the present invention
Fig. 4 is the half drum-type capsule shaping drum structural representation of forming machine of the present invention
Fig. 5 is the drum end Support bracket structural representation of forming machine of the present invention
Fig. 6 is the left buckle ring mechanism structure schematic diagram of forming machine of the present invention
Fig. 7 is the belt fit device droving system structural representation of forming machine of the present invention
Fig. 8 is the carcass laminating apparatus driving system structure schematic diagram of forming machine of the present invention
Fig. 9 a is the carcass transmission ring structural representation of forming machine of the present invention
Fig. 9 b is the side view of Fig. 9 a
Figure 10 a is the band bundle transmission ring structural representation of forming machine of the present invention
Figure 10 b is the side view of Figure 10 a
The specific embodiment:
Among Fig. 1 a and the 1b: 101 is the molding main-machine drive unit; 102 is right buckle ring device; 103 are band bundle transmission ring; 104 is the carcass transmission ring; 105 is half drum-type capsule shaping drum; 106 is left buckle ring device; 107 are the belt fit drum; 108 is belt fit device drive unit; 109 is carcass ply up drum; 110 is carcass laminating apparatus drive unit; 111 are drum end Support bracket; 112 is the carcass rolling device; 113 are band bundle rolling device; 114 are the moulding rolling device; 115 are band bundle feeding device; 116 is the carcass feeding device; 117 is cursor positioner; 118 is electric-control system; 119 is hydraulic system; 120 is pneumatic control system;
Among Fig. 2 a and the 2b: 201 is lathe bed base; 202 is hollow square shaft; 203 is cabinet; 204 is main shaft; 205 is mandrel; 206 is air-pocket brake; 207 is transmission mechanism; 208 is gas path distributor; 209 is limiter of moment; 210 is air bag clutch; 211 is differential mechanism; 212 is encoder; 213 is main motor;
Among Fig. 3: 301 is mobile support saddle; 302 is the finger-type sheet; 303 prop up cylinder for right buckle ring; 304 is right pumping board;
Among Fig. 4: 401 is main shaft; 402 is nut; 403 is screw mandrel; 404 is the boosting capsule; 405 is reverse-wrapped capsule; 406 is bracer; 407 are the drum shoulder;
Among Fig. 5: 501 is support; 501 is line slideway; 503 is the first oil cylinder; 504 is frame; 505 is the second oil cylinder; 506 is support arm;
Among Fig. 6: 601 is mobile support saddle; 602 is the finger-type sheet; 603 prop up cylinder for left buckle ring; 604 is left pumping board; 605 is the buckle ring cabinet; 606 is square shaft;
Among Fig. 7: 701 is the belt fit cabinet; 702 belt fit motors; 703 is the belt fit transmission mechanism; 704 is limiter of moment; 705 is air bag clutch; 706 is bearing block; 707 is air-pocket brake; 708 is the belt fit main shaft; 709 is the belt fit mandrel; 710 is displacement detector;
Among Fig. 8: 801 is cabinet; 802 carcass applying motors; 803 is carcass applying driving motor; 804 is limiter of moment; 805 is air bag clutch; 806 is bearing block; 807 is air-pocket brake; 808 is carcass applying main shaft; 809 is carcass applying mandrel; 810 is displacement detector;
Among Fig. 9 a and Fig. 9 b: 901 is motor; 902 is carcass transmission ring chassis; 903 is retainer ring; 904 is synchronous ring; 905 is the grip block of carry magnet; 906 is carcass transmission ring oil cylinder;
Among Figure 10 a and Figure 10 b: 1001 are band bundle transmission ring chassis; 1002 is retainer ring; 1003 is synchronous ring; 1004 is the grip block of carry magnet; 1005 are band bundle transmission ring oil cylinder; 1006 is skewed slot.
Such as Fig. 1, full steel wire meridian engineering tire half drum-type three drum once time forming machines, comprise lathe bed base, it is characterized in that lathe bed base is provided with half drum-type capsule shaping drum 105, half drum-type capsule shaping drum 105 be connected for molding main-machine drive unit 101, half drum-type capsule shaping drum, 105 both sides are respectively equipped with left buckle ring device 106 and right buckle ring device 102, lathe bed base is provided with belt fit device (comprising belt fit drum 107 and belt fit device drive unit 108), band bundle feeding device 115 is equipped with the belt fit device, lathe bed base is provided with carcass laminating apparatus (comprising carcass ply up drum 109 and carcass laminating apparatus drive unit 110), carcass feeding device 116 is equipped with the carcass laminating apparatus, be provided with band bundle transmission ring 103 between belt fit device and the main assembly drum 106, be provided with carcass transmission ring 104 between carcass laminating apparatus and the main assembly drum 106, a side of carcass ply up drum 109 is provided with drum end Support bracket 111.This forming machine also is provided with the moulding rolling device 114 that is equipped with half drum-type capsule shaping drum 105, the carcass rolling device 112 that is equipped with carcass ply up drum 109, the band bundle rolling device 113 that is equipped with belt fit drum 107.Cursor positioner 117 joins with electric-control system 118, is used for location half drum-type capsule shaping drum 105, carcass ply up drum 109 and belt fit drum 107.
Fig. 2 is molding main-machine driving system structure schematic diagram.This molding main-machine drive unit comprises the hollow square shaft 202 that is fixed on the lathe bed base 201, be provided with main shaft 204 in the hollow square shaft 202, the input of main shaft 204 is connected with the output shaft of main motor 213 by transmission mechanism 207, the output of main shaft 204 is connected with the boss of main assembly drum, mandrel 205 is arranged in the main shaft 204 by bearing, the input of mandrel 205 is connected with limiter of moment 209, and limiter of moment 209 is connected with transmission mechanism 207, and the output of mandrel 205 is spline.The mandrel output is splined shaft, connects with screw axis in the main assembly drum by spline housing, regulates drum shoulder spacing.
Fig. 3 is right buckle ring mechanism structure schematic diagram.Hollow square shaft peripheral hardware the first guide rail, right buckle ring device and the first guide rail are slidingly connected, right buckle ring device comprise right buckle ring prop up the cylinder 303, right buckle ring is propped up in the cylinder 303 and is provided with right pumping pull 304, the right-hand member of right pumping pull 304 is provided with the mobile support saddle 301 that is slidingly connected with the first guide rail, and the left end of right pumping pull 304 is provided with finger-type sheet 302.The buckle ring device is prior art, and the finger-type sheet is used for just wrapping, and has structurally shortened the finger-type leaf length, has improved the quality of just wrapping.
Fig. 4 is half drum-type capsule shaping drum structural representation.This half drum-type capsule shaping drum does not repeat them here for prior art.
Fig. 5 is drum end Support bracket structural representation.Drum end Support bracket comprises support 501, frame 504 is connected with support 501 by line slideway 502, and the output shaft that support 501 is provided with the first oil cylinder 503, the first oil cylinders 503 is connected with frame 504, the output shaft that frame 504 is provided with the second oil cylinder 505, the second oil cylinders 505 is connected with support arm 506.Frame 504 is fixed on the support 501 by line slideway 502, and the driving by the first oil cylinder 503 realizes moving forward and backward, and support arm 506 is fixed on the frame 504, and the driving by the second oil cylinder 505 realizes swinging.
Fig. 6 is left buckle ring mechanism structure schematic diagram.Left buckle ring device comprises buckle ring cabinet 605, buckle ring frame 605 is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, buckle ring cabinet 605 is provided with left buckle ring and props up cylinder 603, left buckle ring is propped up in the cylinder 603 and is provided with left pumping pull 604, and the right-hand member of left pumping pull 604 is provided with finger-type sheet 602, and lathe bed base is provided with square shaft 606, be provided with the second guide rail outside the square shaft 606, the left end of left pumping pull 604 is provided with the mobile support saddle 601 that is slidingly connected with the second guide rail.Left buckle ring mechanism is joined by rack-and-pinion and lathe bed base by motor-driven, realizes moving forward and backward.
Fig. 7 is belt fit device droving system structural representation.The belt fit device comprises belt fit drum and belt fit drive unit, the belt fit drive unit comprises belt fit cabinet 701, this belt fit cabinet 701 is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, belt fit cabinet 701 is provided with belt fit main shaft 708, the input of belt fit main shaft 708 is connected with the output shaft of belt fit motor 702 by belt fit transmission mechanism 703, the output of belt fit main shaft 708 is connected with the boss of belt fit drum, belt fit mandrel 709 is arranged in the belt fit main shaft 708 by bearing, the input of belt fit mandrel 709 is connected with limiter of moment 704, limiter of moment 704 is connected with belt fit transmission mechanism 703, and the output of belt fit mandrel 709 is spline.The mandrel output is splined shaft, connects accommodation zone bundle drum diameter by spline housing with screw axis in the band bundle drum.
Fig. 8 is carcass laminating apparatus driving system structure schematic diagram.The carcass laminating apparatus comprises carcass ply up drum and carcass applying drive unit, carcass applying drive unit comprises carcass applying main shaft 808, the input of carcass applying main shaft 808 is connected by the output shaft of carcass applying transmission mechanism 803 with carcass applying motor 802, the output of carcass applying main shaft 808 is connected with the boss of carcass ply up drum, carcass applying mandrel 809 is arranged in the carcass applying main shaft 808 by bearing, the input of carcass applying mandrel 809 is connected with limiter of moment 804, limiter of moment 804 is connected with carcass applying transmission mechanism 803, and the output of carcass applying mandrel 809 is spline.The mandrel output is splined shaft, connects with screw axis in the carcass ply up drum by spline housing, regulates the carcass ply up drum diameter.
Fig. 9 is carcass transmission ring structural representation.The carcass transmission ring comprises carcass transmission ring chassis 902, carcass transmission ring chassis 902 is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, realize move left and right, carcass transmission ring chassis 902 is provided with 6 ring bodies that be arranged in parallel, each ring body comprises a retainer ring 903, the both sides of retainer ring 903 are provided with synchronous ring 904, synchronous ring 904 is connected with the output shaft of carcass transmission ring oil cylinder 906, synchronous ring 904 is provided with skewed slot, grip block 905 and this skewed slot of carry magnet are slidingly connected, when carcass transmission ring oil cylinder 906 drives synchronous ring, synchronous ring 904 is rotated and is driven grip block by the skewed slot on the synchronous ring 904 and moves radially, and realizes clamping and release.Carcass transmission ring oil cylinder 906 drives synchronous ring 904 can make grip block 905 realize synchronous harmomegathus.
Figure 10 is band bundle transmission ring structural representation.Band bundle transmission ring comprises band bundle transmission ring chassis 1001, and band bundle transmission ring chassis 1001 is arranged on the lathe bed base by roller, and is connected the realization move left and right with lathe bed base by rack-and-pinion.Band bundle transmission ring chassis 1001 is provided with retainer ring 1002, retainer ring 1002 both sides are respectively equipped with synchronous ring 1003, synchronous ring 1003 is connected with band bundle transmission ring oil cylinder 1005 output shafts, synchronous ring 1003 is provided with skewed slot 1006, grip block 1004 and this skewed slot 1006 of carry magnet are slidingly connected, when band bundle transmission ring oil cylinder 1005 drove synchronous ring 1003, synchronous ring 1003 was rotated and is driven grip block by the skewed slot 1006 on the synchronous ring 1003 and moves radially, and realizes clamping and release.Band bundle transmission ring oil cylinder 1005 drives synchronous ring 1003 can make grip block 1004 realize synchronous harmomegathus.
The course of work of the present invention: post the sidewall at main assembly drum according to technological requirement;
In above-mentioned operation, by the carcass feeding device inner liner, enhancement Layer, carcass ply and other parts are pressed process sequence, be transported to successively on the carcass ply up drum, fit and compacting, then by the carcass transmission ring with the matrix body tube clamping that posts and be transplanted on the main assembly drum; By the left and right sides buckle ring device matrix body tube is just wrapped again, again tyre bead is transplanted on the position of technological requirement, then the matrix body tube combiner is inflated and given typing;
In above-mentioned operation, by band bundle feeding device belt and other parts are pressed process sequence, be transported to successively on the belt fit drum, fit and compacting, then by band bundle transmission ring with the parts clamping that posts and be transplanted on the matrix body tube combiner that has given typing on the main assembly drum, again aeration settling and compacting inflated reverse-wrapped capsule and the boosting capsule of main assembly drum at last, finishes anti-package and the compacting on sidewall;
In each operation that carcass ply up drum and main assembly drum carry out, all must under the cooperation of drum end Support bracket, finish, after finishing whole job tasks, can unload fetus.
Claims (8)
1. full steel wire meridian engineering tire half drum-type three is roused once time forming machines, comprise lathe bed base, it is characterized in that lathe bed base is provided with main assembly drum, main assembly drum both sides are respectively equipped with left buckle ring device and right buckle ring device, lathe bed base is provided with the belt fit device, band bundle feeding device and belt fit device are equipped with, lathe bed base is provided with the carcass laminating apparatus, carcass feeding device and carcass laminating apparatus are equipped with, be provided with band bundle transmission ring between belt fit device and the main assembly drum, be provided with the carcass transmission ring between carcass laminating apparatus and the main assembly drum, one side of carcass laminating apparatus is provided with drum end Support bracket, main assembly drum is connected with the molding main-machine drive unit, this molding main-machine drive unit comprises the hollow square shaft that is fixed on the lathe bed base, hollow square shaft peripheral hardware the first guide rail, right buckle ring device and the first guide rail are slidingly connected, be provided with main shaft in the hollow square shaft, the input of main shaft is connected with the output shaft of main motor by transmission mechanism, the output of main shaft is connected with the boss of main assembly drum, mandrel is arranged in the main shaft by bearing, the input of mandrel is connected with limiter of moment, and limiter of moment is connected with transmission mechanism, and the output of mandrel is spline.
2. full steel wire meridian engineering tire half drum-type three as claimed in claim 1 is roused once time forming machines, it is characterized in that drum end Support bracket comprises support, frame is connected with support by line slideway, support is provided with the first oil cylinder, the output shaft of the first oil cylinder is connected with frame, frame is provided with the second oil cylinder, and the output shaft of the second oil cylinder is connected with support arm.
3. full steel wire meridian engineering tire half drum-type three as claimed in claim 2 is roused once time forming machines, it is characterized in that right buckle ring device comprises that right buckle ring props up cylinder, right buckle ring is propped up and is provided with right pumping pull in the cylinder, the right-hand member of right pumping pull is provided with the mobile support saddle that is slidingly connected with the first guide rail, and the left end of right pumping pull is provided with the finger-type sheet.
4. full steel wire meridian engineering tire half drum-type three as claimed in claim 1 is roused once time forming machines, it is characterized in that left buckle ring device comprises the buckle ring cabinet, the buckle ring frame is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, the buckle ring cabinet is provided with left buckle ring and props up cylinder, left buckle ring is propped up and is provided with left pumping pull in the cylinder, the right-hand member of left pumping pull is provided with the finger-type sheet, lathe bed base is provided with square shaft, square shaft is provided with the second guide rail outward, and the left end of left pumping pull is provided with the mobile support saddle that is slidingly connected with the second guide rail.
5. full steel wire meridian engineering tire half drum-type three as claimed in claim 1 is roused once time forming machines, it is characterized in that the belt fit device comprises belt fit drum and belt fit drive unit, the belt fit drive unit comprises the belt fit cabinet, this belt fit cabinet is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, the belt fit cabinet is provided with the belt fit main shaft, the input of belt fit main shaft is connected with the output shaft of belt fit motor by the belt fit transmission mechanism, the output of belt fit main shaft is connected with the boss of belt fit drum, the belt fit mandrel is arranged in the belt fit main shaft by bearing, the input of belt fit mandrel is connected with limiter of moment, limiter of moment is connected with the belt fit transmission mechanism, and the output of belt fit mandrel is spline.
6. full steel wire meridian engineering tire half drum-type three as claimed in claim 1 is roused once time forming machines, it is characterized in that band bundle transmission ring comprises band bundle transmission ring chassis, band bundle transmission ring chassis is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, band bundle transmission ring chassis is provided with retainer ring, the retainer ring both sides are respectively equipped with synchronous ring, and synchronous ring is connected with band bundle transmission ring oil cylinder output shaft, and synchronous ring is provided with a plurality of grip blocks.
7. full steel wire meridian engineering tire half drum-type three as claimed in claim 1 is roused once time forming machines, it is characterized in that the carcass laminating apparatus comprises carcass ply up drum and carcass applying drive unit, carcass applying drive unit comprises carcass applying main shaft, the input of carcass applying main shaft is connected by the output shaft of carcass applying transmission mechanism with carcass applying motor, the output of carcass applying main shaft is connected with the boss of carcass ply up drum, carcass applying mandrel is arranged in the carcass applying main shaft by bearing, the input of carcass applying mandrel is connected with limiter of moment, limiter of moment is connected with carcass applying transmission mechanism, and the output of carcass ply up drum mandrel is spline.
8. full steel wire meridian engineering tire half drum-type three as claimed in claim 1 is roused once time forming machines, it is characterized in that the carcass transmission ring comprises carcass transmission ring chassis, carcass transmission ring chassis is arranged on the lathe bed base by roller, and be connected with lathe bed base by rack-and-pinion, carcass transmission ring chassis is provided with 6 ring bodies that be arranged in parallel, each ring body comprises a retainer ring, the both sides of retainer ring are provided with synchronous ring, synchronous ring is connected with the output shaft of carcass transmission ring oil cylinder, and synchronous ring is provided with a plurality of grip blocks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910054303 CN101934595B (en) | 2009-07-02 | 2009-07-02 | All-steel radial engineering tire semi-drum type tri-drum single-stage building machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200910054303 CN101934595B (en) | 2009-07-02 | 2009-07-02 | All-steel radial engineering tire semi-drum type tri-drum single-stage building machine |
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| CN101934595A CN101934595A (en) | 2011-01-05 |
| CN101934595B true CN101934595B (en) | 2013-03-20 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102371696B (en) * | 2011-11-07 | 2014-04-16 | 三角轮胎股份有限公司 | Three-drum forming method of full steel wire loading radial tire via one-time method |
| CN106142604A (en) * | 2015-04-04 | 2016-11-23 | 青岛软控机电工程有限公司 | Secondary method forming machine bead insertdevice and buckle ring method |
| CN106004934A (en) * | 2016-05-25 | 2016-10-12 | 南京龙贞自控科技发展有限公司 | Shutter car driving mechanism in all-steel radial tyre tread automatic loading machine |
| JP6900304B2 (en) * | 2017-11-24 | 2021-07-07 | 株式会社ブリヂストン | Tire molding equipment |
| CN113635584B (en) * | 2021-10-12 | 2021-12-31 | 天津赛象科技股份有限公司 | Forming drum with variable working diameter |
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| CN101934595A (en) | 2011-01-05 |
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