CN204172382U - Tire building cloth-wrapping machine - Google Patents
Tire building cloth-wrapping machine Download PDFInfo
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- CN204172382U CN204172382U CN201420490398.7U CN201420490398U CN204172382U CN 204172382 U CN204172382 U CN 204172382U CN 201420490398 U CN201420490398 U CN 201420490398U CN 204172382 U CN204172382 U CN 204172382U
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- forming drum
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Abstract
The utility model discloses a kind of tire building cloth-wrapping machine, comprise forming drum mechanism, in order to carry anti-wiper to the feeding machanism on forming drum mechanism, in order to accept bead apex detent mechanism, in order to transmit bead apex get loop mechanism and in order to supply power to forming drum mechanism and to get the power-driven mechanism of loop mechanism, feeding machanism, detent mechanism and power-driven mechanism are all around assembly drum organization establishes; Get loop mechanism there is through hole and be freely sheathed on the outside of forming drum mechanism, and get loop mechanism and can to move around location by relative positioning mechanism work under the drive of power-driven mechanism; Another power-driven mechanism can also drive forming drum mechanism to carry out enlargement and contraction motion; By to forming drum mechanism, feeding machanism, detent mechanism, get loop mechanism, power-driven mechanism carries out reasonable disposition, makes this tire building cloth-wrapping machine intelligence degree high, operation is rationally, flexibly, improve production efficiency, saved production cost effectively.
Description
Technical field
The utility model relates to tyre building machine technical field, specifically provides a kind of tire building cloth-wrapping machine.
Background technology
The bonding process be wrapped in by anti-wiper on bead apex is included in tire manufacturing process.For this bonding process, existing processing method is: first by cutting machine, anti-wiper is carried out severing, then be wound on assembly drum by anti-wiper, be and then sheathed on assembly drum by bead apex again, anti-wiper is wrapped on bead apex by the breathing campaign finally by assembly drum.Although existing processing method can realize effective laminating of anti-wiper and bead apex, but in existing process, mostly by manual operation, anti-wiper and bead apex are shifted in different station, so not only efficiency is low, and need to consume a large amount of manpowers, production cost is high.
Summary of the invention
In order to overcome above-mentioned defect, the utility model provides a kind of tire building cloth-wrapping machine, and this device intelligence degree is high, and operation is reasonable, flexible, effectively improves production efficiency.
The utility model in order to the technical scheme solving its technical problem and adopt is: a kind of tire building cloth-wrapping machine, comprise forming drum mechanism, in order to carry anti-wiper to the feeding machanism on forming drum mechanism, in order to accept bead apex detent mechanism, in order to transmit bead apex get loop mechanism and in order to supply power to described forming drum mechanism and to get the power-driven mechanism of loop mechanism, wherein
Described feeding machanism, detent mechanism and power-driven mechanism are all arranged around described forming drum mechanism; Described loop mechanism of getting has through hole and is freely sheathed on the outside of described forming drum mechanism, and described in get loop mechanism and can to move around location by relatively described detent mechanism work under the drive of described power-driven mechanism; Another described power-driven mechanism can also drive described forming drum mechanism to carry out enlargement and contraction motion.
As further improvement of the utility model, be also provided with a board, on described board, location is equipped with two and be arranged in parallel and the guide rail extended in the horizontal direction; Described forming drum mechanism is positioned the top of described guide rail, and described detent mechanism and power-driven mechanism locate the both sides being arranged on described rail length direction respectively, described in get loop mechanism and be arranged on described guide rail, and match with described guide rail and be slidably connected; Described feeding machanism location is arranged on outside described board.
As further improvement of the utility model, described forming drum mechanism comprises hollow main shaft, pull bar, expanding device and capsule, the direction of axis line of described hollow main shaft parallels with the length direction of described guide rail, described pull bar is built in described hollow main shaft along the axial activity of hollow main shaft, this expanding device location is arranged on the outside of described hollow main shaft, and described capsule localization package is overlying on the outside of this expanding device; Another described power-driven mechanism can drive described hollow main shaft to rotate, and described power-driven mechanism can also drive this expanding device to carry out enlargement and contraction motion simultaneously.
As further improvement of the utility model, this expanding device comprises many groups the first expanding device and many groups the second expanding device, wherein, these many groups the first expanding devices are equi-spaced apart arrangement along the circumference of described hollow main shaft, often organize the first expanding device and include sliding sleeve, sliding seat, slide block and the first slide bar, one end of described sliding sleeve is fixedly connected on described pull bar, the other end of described sliding sleeve is fed through hollow main shaft along the radial direction of hollow main shaft, and be fixedly connected with described sliding seat, one side of described sliding seat described hollow main shaft is dorsad ramp structure, described slide block is arranged on the inclined-plane of described sliding seat, and match with this inclined-plane and be slidably connected, one axle head of described first slide bar is fixedly connected on described slide block, another axle head of described first slide bar points to described capsule, and another axle head of described first slide bar is also fixedly connected with a drum watt outer plate,
These many groups the second expanding devices are also equi-spaced apart arrangement along the circumference of described hollow main shaft, often organize the second expanding device and include piston, cylinder body positioning seat, cylinder body, anti-package pole socket, counter-wrapping rod and roller, described piston location is arranged on the outside of described hollow main shaft, described cylinder body positioning seat is arranged on described piston, and match with described piston and be slidably connected, described cylinder body location is arranged on described cylinder body positioning seat, described anti-package pole socket location is arranged on described cylinder body, one axle head of described counter-wrapping rod is articulated with on described anti-package pole socket, another axle head of described counter-wrapping rod is fed through described drum watt outer plate and is hinged with described roller, a spring is also connected with between another described counter-wrapping rod and described cylinder body,
Another described power-driven mechanism to be fixedly installed on described board and to be close to the position of side, described rail length direction, and the structure that described power-driven mechanism can drive described hollow main shaft to rotate is: described power-driven mechanism includes the first drive unit, described first drive unit includes the first servomotor and two-stage synchronization belt wheel transmission structure, this two-stage synchronization belt wheel transmission structure comprises first order synchronous belt wheel structure, second level synchronous belt wheel structure and middle transition axle, wherein, described first order synchronous belt wheel structure comprises first order driving pulley, the passive belt wheel of the first order and first order Timing Belt, described first order driving pulley is fixed on the output shaft of described first servomotor, the passive belt wheel of the described first order is fixed on described middle transition axle, and described first order driving pulley is connected by described first order toothed belt transmission with the passive belt wheel of the first order, described second level synchronous pulley transferring structure comprises second level driving pulley, the passive belt wheel in the second level and second level Timing Belt, described second level driving pulley is fixed on described middle transition axle, the passive belt wheel in the described second level is fixed on an axle head of described hollow main shaft, and described second level driving pulley is connected by described second level toothed belt transmission with the passive belt wheel in the second level,
The structure that these many groups the first expanding devices can carry out enlargement and contraction motion is: described first drive unit also includes cylinder, and output shaft and the described pull bar of described cylinder are connected, and described pull bar can be driven to move back and forth along the axis of hollow main shaft;
The structure that these many groups the second expanding devices can carry out enlargement and contraction motion is: run through on described hollow main shaft and offer several in order to provide the pore of required source of the gas to described second expanding device.
As further improvement of the utility model, the periphery of described capsule is fixedly connected on the plurality of cylinder body;
Described forming drum mechanism also includes the first positioning disk and the second positioning disk, described first positioning disk and the second positioning disk are that concentric is arranged respectively with described hollow main shaft, and described first positioning disk fixed cover is located on the outside of described hollow main shaft, described second positioning disk to be sheathed on outside described hollow main shaft and to be located by connecting on the plurality of cylinder body positioning seat; On described first positioning disk and the second positioning disk, also offer multiple gathering sill extended along described hollow main shaft radial direction respectively, and the multiple gathering sill being arranged at described first positioning disk and multiple gathering sills of being arranged at described second positioning disk be all that equi-spaced apart distributes along the circumference of described hollow main shaft; Separately the plurality of first slide bar correspondence is slidedly arranged in the multiple gathering sills on described first positioning disk, and the plurality of counter-wrapping rod correspondence is slidedly arranged in the multiple gathering sills on described second positioning disk;
Described forming drum mechanism also includes baffle plate and positioning screw, described guard seal is connected on another axle head of described hollow main shaft, described positioning screw is built in described hollow main shaft, and an axle head of described positioning screw and described baffle plate are connected, another axle head of described positioning screw abuts against and departs from described pull bar.
As further improvement of the utility model, described detent mechanism comprises fixed mount and the discoid photoelectricity bearing in order to accept bead apex, the bottom side of described fixed mount to be fixedly installed on described board and to be close to the position of described rail length direction opposite side, and described photoelectricity bearing is fixedly installed on the top side of described fixed mount;
Described loop mechanism of getting comprises movable stand and fixing ring seat, described movable stand runs through and offers described through hole, described fixing ring seat in the form of a ring, and be arranged on described movable stand with the location that described through hole is concentric, and described fixing ring seat is also arranged at intervals with multiple sucker on the side of described photoelectricity bearing, the plurality of sucker is symmetric around the axial line of described fixing ring seat; Another on the bottom side of described movable stand also location be provided with slide block, described slide block is arranged on described guide rail, and matches with described guide rail and be slidably connected;
Described power-driven mechanism also includes the second drive unit, described second drive unit and the first drive unit separate, and described second drive unit can drive the relatively described detent mechanism of described movable stand to move back and forth location back and forth, its structure is: described second drive unit comprises the second servomotor and ball screw assembly, described ball screw assembly comprises screw rod and is slidedly arranged on the nut on described screw rod, one axle head of described screw rod is by the output shaft fixed connection of shaft coupling and described second servomotor, and the bottom side of described nut and described movable stand is connected.
As further improvement of the utility model, described feeding machanism comprises frame and locates the feeding spool be arranged in described frame, guide-localization roller group, feeding transition spool, confession stub bar, recovery spool and the 3rd servomotor, wherein, the described position being positioned also close described forming drum mechanism in described frame for stub bar, described 3rd servomotor drives described recovery spool to rotate, and described feeding spool, guide-localization roller group feeding transition spool, confession stub bar and recovery spool form the path that supplies anti-friction cloth feeding and rewinding jointly.
As further improvement of the utility model, the described stub bar that supplies comprises pedestal, in order to carry the roller group of anti-wiper and the pressing device in order to compress anti-wiper, wherein, described pedestal is fixedly installed in described frame and the position of close described forming drum mechanism; Described roller group comprises multiple roller and a fixed frame, the plurality of roller parallels and is disposed in described fixed frame, and the axial line of the plurality of roller parallels with the length direction of described guide rail, described fixed frame is movably set on the upper surface of described pedestal, and can do to move around location by relatively described forming drum mechanism; Described pressing device comprises a pair and compresses bar, and this is arranged on the upper side of described roller group described pedestal dorsad compressing bar, and this to compress bar can mutually near be separated.
As further improvement of the utility model, described fixed frame comprises a pair fixed head, and the axial two ends of the plurality of roller are respectively fixedly connected with fixed head with this respectively;
Described fixed frame is movably set on the upper surface of described pedestal, and can relatively described forming drum mechanism do the to move around structure of location be: on the upper surface of described pedestal, also location is provided with pair of parallel in the second slide bar of described fixed head, this is arranged at this between the second slide bar to fixed head, and this is also slidably connected respectively by corresponding to match to the second slide bar with this of axle sleeve to fixed head;
This can mutually near with the structure is separated being to compressing bar: be provided with one first lug at this to the upper side of fixed head described pedestal dorsad is respectively located respectively; Also be provided with a handwheel and a screw rod paralleled with described roller, one end of described screw rod is fixedly connected with described handwheel, the other end of described screw rod is fed through one first lug, and axial location and circumferencial direction rotate and are located in another first lug, another this to compressing bar respectively respectively by a swivel nut and described screw rod bolt, and also contrary to compressing the hand of spiral that bar matches with this respectively on described screw rod;
Also be provided with the 3rd slide bar and pressing plate, described 3rd slide bar parallel with described screw rod and locate be arranged at described in the top to compress article, and this is slidably connected to compressing article also to be matched with described 3rd slide bar by axle sleeve; The side of described pressing plate is movably set in outside described 3rd slide bar, and the opposite side of described pressing plate presses on described roller.
As further improvement of the utility model, also be provided with beacon light detent mechanism, described beacon light detent mechanism comprises vertical supports, lamp bracket and multiple color-changing lamp, the bottom of described support is fixedly installed on ground, described lamp bracket is fixedly installed on the top of described support, and described lamp bracket is also positioned the top of described forming drum mechanism simultaneously; Another the plurality of color-changing lamp is laterally slided by linear bearing and is positioned on described lamp bracket.
The beneficial effects of the utility model are: the present invention by forming drum mechanism, in order to carry anti-wiper to the feeding machanism on forming drum mechanism, in order to accept bead apex detent mechanism, in order to transmit bead apex get loop mechanism and the power-driven mechanism in order to supply power to described forming drum mechanism and to get loop mechanism carries out reasonable disposition, make this tire building cloth-wrapping machine intelligence degree high, operation rationally, flexibly, effectively improve production efficiency, save production cost.
Accompanying drawing explanation
Fig. 1 is the front view of tire building cloth-wrapping machine described in the utility model;
Fig. 2 is the side view of forming drum mechanism described in the utility model;
Fig. 3 is forming drum mechanism shown in Fig. 1, detent mechanism, get assembling schematic diagram between loop mechanism and power-driven mechanism;
The structure for amplifying schematic diagram that Fig. 4 is forming drum mechanism shown in Fig. 1;
Fig. 5 is the side view of forming drum mechanism shown in Fig. 1;
Fig. 6 is the structure for amplifying schematic diagram for stub bar shown in Fig. 2.
By reference to the accompanying drawings, make the following instructions:
1---forming drum mechanism 10---hollow main shaft
13---pull bar 14---capsule
15---drum watt outer plate 16---gathering sill
17---baffle plate 18---positioning screw
110---sliding sleeve 111---sliding seat
112---slide block 113---first slide bar
120---piston 121---cylinder body positioning seat
122---cylinder body 123---anti-package pole socket
124---counter-wrapping rod 125---roller
126---spring 2---feeding machanism
20---frame 21---feeding spool
22---guide-localization roller group 23---feeding transition spool
24 reclaim spool---for stub bar 25---
240---pedestal 241---roller group
242---pressing device 3---detent mechanism
30---fixed mount 31---photoelectricity bearing
4---getting loop mechanism 40---through hole
41---movable stand 42---sucker
5---power-driven mechanism 51---first drive unit
52---second drive unit 6---board
60---guide rail 7---beacon light detent mechanism
70---support 71---lamp bracket
72---color-changing lamp
Detailed description of the invention
Referring to figure, preferred embodiment of the present utility model is described in detail.
The utility model discloses a kind of tire building cloth-wrapping machine, comprise forming drum mechanism 1, in order to carry anti-wiper A to the feeding machanism 2 on forming drum mechanism 1, in order to accept bead apex detent mechanism 3, in order to transmit bead apex get loop mechanism 4 and in order to supply power to described forming drum mechanism 1 and to get the power-driven mechanism 5 of loop mechanism 4, wherein
Described feeding machanism 2, detent mechanism 3 and power-driven mechanism 5 are all arranged around described forming drum mechanism 1; Described loop mechanism 4 of getting has through hole 40 and the outside being freely sheathed on described forming drum mechanism 1, and described in get loop mechanism 4 and under the drive of described power-driven mechanism 5, relatively described detent mechanism 3 can do to move around location, realize automation and transfer bead apex and bead apex is arranged on forming drum mechanism; Another described power-driven mechanism 5 can also drive described forming drum mechanism 1 to carry out enlargement and contraction motion, and then realizes anti-wiper to fit on bead apex.
In the present embodiment, be also provided with a board 6, on described board 6, location is equipped with two and be arranged in parallel and the guide rail 60 extended in the horizontal direction; Described forming drum mechanism 1 is positioned the top of described guide rail 60, described detent mechanism 3 and power-driven mechanism 5 locate the both sides being arranged on described rail length direction respectively, described loop mechanism 4 of getting is arranged on described guide rail, and matches with described guide rail and be slidably connected; Described feeding machanism 2 location is arranged on outside described board 6.
In the present embodiment, described forming drum mechanism 1 comprises hollow main shaft 10, pull bar 13, expanding device and capsule 14, the direction of axis line of described hollow main shaft 10 parallels with the length direction of described guide rail 60, described pull bar 13 is built in described hollow main shaft along the axial activity of hollow main shaft, this expanding device location is arranged on the outside of described hollow main shaft, and described capsule 14 localization package is overlying on the outside of this expanding device; Another described power-driven mechanism 5 can drive described hollow main shaft 10 to rotate, make anti-wiper automatic winding on capsule, and described power-driven mechanism 5 can also drive this expanding device to carry out enlargement and contraction motion, by the breathing of capsule, makes anti-wiper be fitted on bead apex simultaneously.
Preferably, this expanding device comprises many groups the first expanding device and many groups the second expanding device, wherein, these many groups the first expanding devices are equi-spaced apart arrangement along the circumference of described hollow main shaft, often organize the first expanding device and include sliding sleeve 110, sliding seat 111, slide block 112 and the first slide bar 113, one end of described sliding sleeve 110 is fixedly connected on described pull bar 13, the other end of described sliding sleeve 110 is fed through hollow main shaft 10 along the radial direction of hollow main shaft, and be fixedly connected with described sliding seat 111, one side of described sliding seat described hollow main shaft is dorsad ramp structure, described slide block 112 is arranged on the inclined-plane of described sliding seat, and match with this inclined-plane and be slidably connected, one axle head of described first slide bar 113 is fixedly connected on described slide block 112, another axle head of described first slide bar points to described capsule 14, and another axle head of described first slide bar is also fixedly connected with a drum watt outer plate 15,
These many groups the second expanding devices are also equi-spaced apart arrangement along the circumference of described hollow main shaft, often organize the second expanding device and include piston 120, cylinder body positioning seat 121, cylinder body 122, anti-package pole socket 123, counter-wrapping rod 124 and roller 125, described piston 120 location is arranged on the outside of described hollow main shaft 10, described cylinder body positioning seat 121 is arranged on described piston, and match with described piston and be slidably connected, described cylinder body 122 location is arranged on described cylinder body positioning seat, described anti-package pole socket 123 location is arranged on described cylinder body 122, one axle head of described counter-wrapping rod 124 is articulated with on described anti-package pole socket 123, another axle head of described counter-wrapping rod 124 is fed through described drum watt outer plate 15 and is hinged with described roller 125, a spring 126 is also connected with between another described counter-wrapping rod and described cylinder body 122,
Another described power-driven mechanism 5 to be fixedly installed on described board 6 and to be close to the position of side, described rail length direction, and the structure that described power-driven mechanism 5 can drive described hollow main shaft 10 to rotate is: described power-driven mechanism 5 includes the first drive unit 51, described first drive unit includes the first servomotor and two-stage synchronization belt wheel transmission structure, this two-stage synchronization belt wheel transmission structure comprises first order synchronous belt wheel structure, second level synchronous belt wheel structure and middle transition axle, wherein, described first order synchronous belt wheel structure comprises first order driving pulley, the passive belt wheel of the first order and first order Timing Belt, described first order driving pulley is fixed on the output shaft of described first servomotor, the passive belt wheel of the described first order is fixed on described middle transition axle, and described first order driving pulley is connected by described first order toothed belt transmission with the passive belt wheel of the first order, described second level synchronous pulley transferring structure comprises second level driving pulley, the passive belt wheel in the second level and second level Timing Belt, described second level driving pulley is fixed on described middle transition axle, the passive belt wheel in the described second level is fixed on an axle head of described hollow main shaft 10, and described second level driving pulley is connected by described second level toothed belt transmission with the passive belt wheel in the second level,
The structure that these many groups the first expanding devices can carry out enlargement and contraction motion is: described first drive unit 51 also includes cylinder, output shaft and the described pull bar 13 of described cylinder are connected, and described pull bar can be driven to move back and forth along the axis of hollow main shaft, the power that pull bar 13 produces is successively through sliding sleeve 110, sliding seat 111 and slide block 112, pass to the first slide bar 113, first slide bar 113 can be moved back and forth by opposed capsule 14, achieve the short stroke breathing of capsule;
The structure that these many groups the second expanding devices can carry out enlargement and contraction motion is: run through on described hollow main shaft 10 and offer several in order to provide the pore of required source of the gas to described second expanding device, when gases at high pressure spray through pore, cylinder body positioning seat 121 can be made to be moved, and then drive makes described counter-wrapping rod 124 opposed capsule 14 move back and forth, and achieves the Long travel breathing of capsule.
In the present embodiment, the periphery of described capsule 14 is fixedly connected on the plurality of cylinder body 122;
Described forming drum mechanism 1 also includes the first positioning disk and the second positioning disk, described first positioning disk and the second positioning disk are that concentric is arranged respectively with described hollow main shaft, and described first positioning disk fixed cover is located on the outside of described hollow main shaft, described second positioning disk to be sheathed on outside described hollow main shaft and to be located by connecting on the plurality of cylinder body positioning seat 121; On described first positioning disk and the second positioning disk, also offer multiple gathering sill 16 extended along described hollow main shaft radial direction respectively, and the multiple gathering sill being arranged at described first positioning disk and multiple gathering sills of being arranged at described second positioning disk be all that equi-spaced apart distributes along the circumference of described hollow main shaft; Separately the plurality of first slide bar 113 correspondence is slidedly arranged in the multiple gathering sills on described first positioning disk, and the plurality of counter-wrapping rod 124 correspondence is slidedly arranged in the multiple gathering sills on described second positioning disk;
Described forming drum mechanism 1 also includes baffle plate 17 and positioning screw 18, described baffle plate 17 is sealedly attached on another axle head of described hollow main shaft 10, described positioning screw 18 is built in described hollow main shaft 10, and an axle head of described positioning screw 18 and described baffle plate are connected, another axle head of described positioning screw 18 abuts against and departs from described pull bar 13, the setting of positioning screw, achieves the length conversion of pull bar.
In the present embodiment, described detent mechanism 3 comprises fixed mount 30 and the discoid photoelectricity bearing 31 in order to accept bead apex, the bottom side of described fixed mount 30 to be fixedly installed on described board 6 and to be close to the position of described rail length direction opposite side, and described photoelectricity bearing 31 is fixedly installed on the top side of described fixed mount;
Described loop mechanism 4 of getting comprises movable stand 41 and fixing ring seat, described movable stand 41 runs through and offers described through hole 40, described fixing ring seat in the form of a ring, and be arranged on described movable stand 41 with the location that described through hole is concentric, and described fixing ring seat is also arranged at intervals with multiple sucker 42 on the side of described photoelectricity bearing 31, the plurality of sucker is symmetric around the axial line of described fixing ring seat; Another on the bottom side of described movable stand 41 also location be provided with slide block, described slide block is arranged on described guide rail 60, and matches with described guide rail and be slidably connected;
Described power-driven mechanism 5 also includes the second drive unit 52, described second drive unit and the first drive unit separate, and described second drive unit 52 can drive the relatively described detent mechanism 3 of described movable stand 41 to move back and forth location back and forth, its structure is: described second drive unit 52 comprises the second servomotor and ball screw assembly, described ball screw assembly comprises screw rod and is slidedly arranged on the nut on described screw rod, one axle head of described screw rod is by the output shaft fixed connection of shaft coupling and described second servomotor, the bottom side of described nut and described movable stand 41 is connected.
In the present embodiment, described feeding machanism 2 comprises frame 20, and locate the feeding spool 21 be arranged in described frame 20, guide-localization roller group 22, (feeding transition spool 23 is articulated with in frame feeding transition spool 23, can gantry rotation relatively), for stub bar 24, reclaim spool 25 and the 3rd servomotor, wherein, the described position being positioned also close described forming drum mechanism 1 in described frame 20 for stub bar 24, described 3rd servomotor drives described recovery spool 25 to rotate, and described feeding spool 21, guide-localization roller group 22 feeding transition spool 23, supply stub bar 24 and reclaim spool 25 jointly to form the path that supplies anti-friction cloth feeding and rewinding.
Preferably, the described stub bar 24 that supplies comprises pedestal 240, in order to carry the roller group 241 of anti-wiper and the pressing device 242 in order to compress anti-wiper, wherein, described pedestal 240 is fixedly installed in described the frame 20 and position of close described forming drum mechanism 1; Described roller group 241 comprises multiple roller and a fixed frame, the plurality of roller parallels and is disposed in described fixed frame, and the axial line of the plurality of roller parallels with the length direction of described guide rail 60, described fixed frame is movably set on the upper surface of described pedestal 240, and can do to move around location by relatively described forming drum mechanism 1; Described pressing device 242 comprises a pair and compresses bar, and this is arranged on the upper side of described roller group 241 described pedestal 240 dorsad compressing bar, and this to compress bar can mutually near be separated, namely this can do relative and opposing motion to compressing bar.
Preferably, described fixed frame comprises a pair fixed head, and the axial two ends of the plurality of roller are respectively fixedly connected with fixed head with this respectively;
Described fixed frame is movably set on the upper surface of described pedestal 240, and can relatively described forming drum mechanism 1 do the to move around structure of location be: on the upper surface of described pedestal 240, also location is provided with pair of parallel in the second slide bar of described fixed head, this is arranged at this between the second slide bar to fixed head, and this is also slidably connected respectively by corresponding to match to the second slide bar with this of axle sleeve to fixed head;
This can mutually near with the structure is separated being to compressing bar: be provided with one first lug at this to the upper side of fixed head described pedestal dorsad is respectively located respectively; Also be provided with a handwheel and a screw rod paralleled with described roller, one end of described screw rod is fixedly connected with described handwheel, the other end of described screw rod is fed through one first lug, and axial location and circumferencial direction rotate and are located in another first lug, another this to compressing bar respectively respectively by a swivel nut and described screw rod bolt, and also contrary to compressing the hand of spiral that bar matches with this respectively on described screw rod;
Also be provided with the 3rd slide bar and pressing plate, described 3rd slide bar parallel with described screw rod and locate be arranged at described in the top to compress article, and this is slidably connected to compressing article also to be matched with described 3rd slide bar by axle sleeve; The side of described pressing plate is movably set in outside described 3rd slide bar, and the opposite side of described pressing plate presses on described roller.
In the present embodiment, also be provided with beacon light detent mechanism 7, described beacon light detent mechanism comprises vertical supports 70, lamp bracket 71 and multiple color-changing lamp 72, the bottom of described support 70 is fixedly installed on ground, described lamp bracket 71 is fixedly installed on the top of described support, and described lamp bracket 71 is also positioned the top of described forming drum mechanism 1 simultaneously; Another the plurality of color-changing lamp 72 is laterally slided by linear bearing and is positioned on described lamp bracket 71.
Claims (10)
1. a tire building cloth-wrapping machine, it is characterized in that: comprise forming drum mechanism (1), in order to carry anti-wiper (A) to the feeding machanism (2) on forming drum mechanism (1), in order to accept bead apex detent mechanism (3), in order to transmit bead apex get loop mechanism (4) and in order to supply power to described forming drum mechanism (1) and to get the power-driven mechanism (5) of loop mechanism (4), wherein
Described feeding machanism (2), detent mechanism (3) and power-driven mechanism (5) are all arranged around described forming drum mechanism (1); Described loop mechanism (4) of getting has through hole (40) and the outside being freely sheathed on described forming drum mechanism (1), and described in get loop mechanism (4) and relatively described detent mechanism (3) work can to move around location under the drive of described power-driven mechanism (5); Another described power-driven mechanism (5) can also drive described forming drum mechanism (1) to carry out enlargement and contraction motion.
2. tire building cloth-wrapping machine according to claim 1, is characterized in that: be also provided with a board (6), and the upper location of described board (6) is equipped with two and be arranged in parallel and the guide rail (60) extended in the horizontal direction; Described forming drum mechanism (1) is positioned the top of described guide rail (60), described detent mechanism (3) and power-driven mechanism (5) locate the both sides being arranged on described rail length direction respectively, described loop mechanism (4) of getting is arranged on described guide rail, and matches with described guide rail and be slidably connected; Described feeding machanism (2) location is arranged on described board (6) outward.
3. tire building cloth-wrapping machine according to claim 2, it is characterized in that: described forming drum mechanism (1) comprises hollow main shaft (10), pull bar (13), expanding device and capsule (14), the direction of axis line of described hollow main shaft (10) parallels with the length direction of described guide rail (60), described pull bar (13) is built in described hollow main shaft along the axial activity of hollow main shaft, this expanding device location is arranged on the outside of described hollow main shaft, and described capsule (14) localization package is overlying on the outside of this expanding device; Another described power-driven mechanism (5) can drive described hollow main shaft (10) to rotate, and described power-driven mechanism (5) can also drive this expanding device to carry out enlargement and contraction motion simultaneously.
4. tire building cloth-wrapping machine according to claim 3, it is characterized in that: this expanding device comprises many groups the first expanding device and many groups the second expanding device, wherein, these many groups the first expanding devices are equi-spaced apart arrangement along the circumference of described hollow main shaft, often organize the first expanding device and include sliding sleeve (110), sliding seat (111), slide block (112) and the first slide bar (113), one end of described sliding sleeve (110) is fixedly connected on described pull bar (13), the other end of described sliding sleeve (110) is fed through hollow main shaft (10) along the radial direction of hollow main shaft, and be fixedly connected with described sliding seat (111), one side of described sliding seat described hollow main shaft is dorsad ramp structure, described slide block (112) is arranged on the inclined-plane of described sliding seat, and match with this inclined-plane and be slidably connected, one axle head of described first slide bar (113) is fixedly connected on described slide block (112), another axle head of described first slide bar points to described capsule (14), and another axle head of described first slide bar is also fixedly connected with a drum watt outer plate (15),
These many groups the second expanding devices are also equi-spaced apart arrangement along the circumference of described hollow main shaft, often organize the second expanding device and include piston (120), cylinder body positioning seat (121), cylinder body (122), anti-package pole socket (123), counter-wrapping rod (124) and roller (125), described piston (120) location is arranged on the outside of described hollow main shaft (10), described cylinder body positioning seat (121) is arranged on described piston, and match with described piston and be slidably connected, described cylinder body (122) location is arranged on described cylinder body positioning seat, described anti-package pole socket (123) location is arranged on described cylinder body (122), one axle head of described counter-wrapping rod (124) is articulated with on described anti-package pole socket (123), another axle head of described counter-wrapping rod (124) is fed through described drum watt outer plate (15) and is hinged with described roller (125), a spring (126) is also connected with between another described counter-wrapping rod and described cylinder body (122),
Another described power-driven mechanism (5) is fixedly installed on described board (6) and goes up and the position being close to side, described rail length direction, and the structure that described power-driven mechanism (5) can drive described hollow main shaft (10) to rotate is: described power-driven mechanism (5) includes the first drive unit (51), described first drive unit includes the first servomotor and two-stage synchronization belt wheel transmission structure, this two-stage synchronization belt wheel transmission structure comprises first order synchronous belt wheel structure, second level synchronous belt wheel structure and middle transition axle, wherein, described first order synchronous belt wheel structure comprises first order driving pulley, the passive belt wheel of the first order and first order Timing Belt, described first order driving pulley is fixed on the output shaft of described first servomotor, the passive belt wheel of the described first order is fixed on described middle transition axle, and described first order driving pulley is connected by described first order toothed belt transmission with the passive belt wheel of the first order, described second level synchronous pulley transferring structure comprises second level driving pulley, the passive belt wheel in the second level and second level Timing Belt, described second level driving pulley is fixed on described middle transition axle, the passive belt wheel in the described second level is fixed on an axle head of described hollow main shaft (10), and described second level driving pulley is connected by described second level toothed belt transmission with the passive belt wheel in the second level,
The structure that these many groups the first expanding devices can carry out enlargement and contraction motion is: described first drive unit (51) also includes cylinder, output shaft and the described pull bar (13) of described cylinder are connected, and described pull bar can be driven to move back and forth along the axis of hollow main shaft;
The structure that these many groups the second expanding devices can carry out enlargement and contraction motion is: run through on described hollow main shaft (10) and offer several in order to provide the pore of required source of the gas to described second expanding device.
5. tire building cloth-wrapping machine according to claim 4, is characterized in that: the periphery of described capsule (14) is fixedly connected on the plurality of cylinder body (122);
Described forming drum mechanism (1) also includes the first positioning disk and the second positioning disk, described first positioning disk and the second positioning disk are that concentric is arranged respectively with described hollow main shaft, and described first positioning disk fixed cover is located on the outside of described hollow main shaft, described second positioning disk to be sheathed on outside described hollow main shaft and to be located by connecting on the plurality of cylinder body positioning seat (121); On described first positioning disk and the second positioning disk, also offer multiple gathering sill (16) extended along described hollow main shaft radial direction respectively, and the multiple gathering sill being arranged at described first positioning disk and multiple gathering sills of being arranged at described second positioning disk be all that equi-spaced apart distributes along the circumference of described hollow main shaft; Separately the plurality of first slide bar (113) correspondence is slidedly arranged in the multiple gathering sills on described first positioning disk, and the plurality of counter-wrapping rod (124) correspondence is slidedly arranged in the multiple gathering sills on described second positioning disk;
Described forming drum mechanism (1) also includes baffle plate (17) and positioning screw (18), described baffle plate (17) is sealedly attached on another axle head of described hollow main shaft (10), described positioning screw (18) is built in described hollow main shaft (10), and an axle head of described positioning screw (18) and described baffle plate are connected, another axle head of described positioning screw (18) abuts against and departs from described pull bar (13).
6. tire building cloth-wrapping machine according to claim 2, it is characterized in that: described detent mechanism (3) comprises fixed mount (30) and the discoid photoelectricity bearing (31) in order to accept bead apex, the bottom side of described fixed mount (30) is fixedly installed on described board (6) and goes up and the position being close to described rail length direction opposite side, and described photoelectricity bearing (31) is fixedly installed on the top side of described fixed mount;
Described loop mechanism (4) of getting comprises movable stand (41) and fixing ring seat, described movable stand (41) runs through and offers described through hole (40), described fixing ring seat in the form of a ring, and be arranged on described movable stand (41) with the location that described through hole is concentric, and described fixing ring seat is also arranged at intervals with multiple sucker (42) on the side of described photoelectricity bearing (31), the plurality of sucker is symmetric around the axial line of described fixing ring seat; Another on the bottom side of described movable stand (41) also location be provided with slide block, described slide block is arranged on described guide rail (60), and matches with described guide rail and be slidably connected;
Described power-driven mechanism (5) also includes the second drive unit (52), described second drive unit and the first drive unit separate, and described second drive unit (52) can drive the relatively described detent mechanism (3) of described movable stand (41) to move back and forth location back and forth, its structure is: described second drive unit (52) comprises the second servomotor and ball screw assembly, described ball screw assembly comprises screw rod and is slidedly arranged on the nut on described screw rod, one axle head of described screw rod is by the output shaft fixed connection of shaft coupling and described second servomotor, the bottom side of described nut and described movable stand (41) is connected.
7. tire building cloth-wrapping machine according to claim 2, it is characterized in that: described feeding machanism (2) comprises frame (20), and locate the feeding spool (21) be arranged in described frame (20), guide-localization roller group (22), feeding transition spool (23), for stub bar (24), reclaim spool (25) and the 3rd servomotor, wherein, described confession stub bar (24) is positioned in described frame (20) and the position of close described forming drum mechanism (1), described 3rd servomotor drives described recovery spool (25) to rotate, and described feeding spool (21), guide-localization roller group (22) feeding transition spool (23), the path that one supplies anti-friction cloth feeding and rewinding is jointly formed for stub bar (24) and recovery spool (25).
8. tire building cloth-wrapping machine according to claim 7, it is characterized in that: the described stub bar (24) that supplies comprises pedestal (240), in order to carry the roller group (241) of anti-wiper and the pressing device (242) in order to compress anti-wiper, wherein, described pedestal (240) is fixedly installed in described frame (20) and the position of close described forming drum mechanism (1); Described roller group (241) comprises multiple roller and a fixed frame, the plurality of roller parallels and is disposed in described fixed frame, and the axial line of the plurality of roller parallels with the length direction of described guide rail (60), described fixed frame is movably set on the upper surface of described pedestal (240), and can relatively described forming drum mechanism (1) work to move around location; Described pressing device (242) comprises a pair and compresses bar, and this is arranged on the upper side of described roller group (241) described pedestal (240) dorsad compressing bar, and this to compress bar can mutually near be separated.
9. tire building cloth-wrapping machine according to claim 8, is characterized in that: described fixed frame comprises a pair fixed head, and the axial two ends of the plurality of roller are respectively fixedly connected with fixed head with this respectively;
Described fixed frame is movably set on the upper surface of described pedestal (240), and can the move around structure of location of relatively described forming drum mechanism (1) work be: on the upper surface of described pedestal (240), also location is provided with pair of parallel in the second slide bar of described fixed head, this is arranged at this between the second slide bar to fixed head, and this is also slidably connected respectively by corresponding to match to the second slide bar with this of axle sleeve to fixed head;
This can mutually near with the structure is separated being to compressing bar: be provided with one first lug at this to the upper side of fixed head described pedestal dorsad is respectively located respectively; Also be provided with a handwheel and a screw rod paralleled with described roller, one end of described screw rod is fixedly connected with described handwheel, the other end of described screw rod is fed through one first lug, and axial location and circumferencial direction rotate and are located in another first lug, another this to compressing bar respectively respectively by a swivel nut and described screw rod bolt, and also contrary to compressing the hand of spiral that bar matches with this respectively on described screw rod;
Also be provided with the 3rd slide bar and pressing plate, described 3rd slide bar parallel with described screw rod and locate be arranged at described in the top to compress article, and this is slidably connected to compressing article also to be matched with described 3rd slide bar by axle sleeve; The side of described pressing plate is movably set in outside described 3rd slide bar, and the opposite side of described pressing plate presses on described roller.
10. tire building cloth-wrapping machine according to claim 2, it is characterized in that: be also provided with beacon light detent mechanism (7), described beacon light detent mechanism comprises vertical supports (70), lamp bracket (71) and multiple color-changing lamp (72), the bottom of described support (70) is fixedly installed on ground, described lamp bracket (71) is fixedly installed on the top of described support, and described lamp bracket (71) is also positioned the top of described forming drum mechanism (1) simultaneously; Another the plurality of color-changing lamp (72) is laterally slided by linear bearing and is positioned on described lamp bracket (71).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420490398.7U CN204172382U (en) | 2014-08-28 | 2014-08-28 | Tire building cloth-wrapping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420490398.7U CN204172382U (en) | 2014-08-28 | 2014-08-28 | Tire building cloth-wrapping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204172382U true CN204172382U (en) | 2015-02-25 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420490398.7U Expired - Fee Related CN204172382U (en) | 2014-08-28 | 2014-08-28 | Tire building cloth-wrapping machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204172382U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104786531A (en) * | 2015-04-02 | 2015-07-22 | 南京龙贞自动化装备技术有限公司 | Cutting device on wrapping machine |
| CN104908352B (en) * | 2015-05-13 | 2017-10-31 | 上海交通大学 | Cloth-wrapping machine finger wheel auxiliary wind, cloth-wrapping machine winding case and application method |
| CN108274789A (en) * | 2017-12-29 | 2018-07-13 | 青岛软控机电工程有限公司 | It is molded cabinet and the air spring forming machine with it |
-
2014
- 2014-08-28 CN CN201420490398.7U patent/CN204172382U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104786531A (en) * | 2015-04-02 | 2015-07-22 | 南京龙贞自动化装备技术有限公司 | Cutting device on wrapping machine |
| CN104908352B (en) * | 2015-05-13 | 2017-10-31 | 上海交通大学 | Cloth-wrapping machine finger wheel auxiliary wind, cloth-wrapping machine winding case and application method |
| CN108274789A (en) * | 2017-12-29 | 2018-07-13 | 青岛软控机电工程有限公司 | It is molded cabinet and the air spring forming machine with it |
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