CN214450064U - Automatic tyre mounting machine - Google Patents

Abstract

The utility model discloses an automatic tire mounting machine, which comprises a turntable which can rotate step by step under the driving of a driving mechanism, wherein the turntable is provided with a plurality of stations, a single-station tire mounting mechanism is arranged above at least one station, the lowest part of the single-station tire mounting mechanism is provided with a rotatable pressing wheel which is fixedly connected to a rotating bracket; a second gear is fixed on the rotating support and is kneaded with the first gear, the first gear is driven by the first motor to rotate, and the rotating support is driven to rotate when the second gear rotates; a gear mounting plate is arranged above the second gear, the gear mounting plate is connected with the rotating bracket so that the second gear is limited between the gear mounting plate and the rotating bracket, and the lower end of the gear mounting plate is used as a rotating shaft; and a lifting mechanism is fixedly connected above the gear mounting plate, and the height of the pressing wheel can be adjusted when the lifting mechanism acts. The automatic tire mounting machine realizes full-automatic assembly of the tire and the wheel hub together, and improves the assembly efficiency.

Description

Automatic tyre mounting machine

Technical Field

The utility model relates to an assemble integrative automatic dress child machine with wheel hub and tire.

Background

When a vehicle manufacturer assembles a tire on a hub, the tire is mostly operated in a manual mode, the method is high in labor intensity and low in working efficiency, in order to solve the problem, technical personnel develop equipment, design a tire assembling machine, and adopt a semi-automatic assembling mode, so that the labor intensity is reduced, and the working efficiency is improved.

Chinese patent document CN201900948U discloses a tire assembly machine, one end of the frame is equipped with the carousel that is used for fixed rim, the other end of frame is equipped with the cylinder, the warp beam articulates on the fixed block of cylinder both sides has the assembly piece, the bottom of assembly piece is connected on the piston rod of cylinder, be equipped with the support arm piece through the lead screw on the assembly piece, be equipped with tire pinch roller and rim depended wheel on the vertical support arm of support arm piece, be equipped with adjustable connecting rod on the horizontal support arm of support arm piece, the tip of adjustable connecting rod is equipped with tire plastic gyro wheel. When the motor drives the turntable to rotate, the tire pressing wheel extrudes the outer tire into the rim, the outer tire is shaped by the tire shaping roller, the cylinder acts to reset after the turntable rotates for a circle, and the whole tire is completely assembled. The whole action is smooth, the assembly efficiency is high, and the assembly quality is stable and reliable. When the assembling machine works, one side edge of the tire is required to be completely buckled in the assembling groove of the hub, and then the combination of the tire and the hub is required to rotate, so that the tire can be completely assembled on the hub.

In order to overcome the defects of the prior art, chinese patent document CN103419581A discloses a semi-automatic tire assembling machine, which adopts the following technical measures: a semi-automatic tyre assembling machine comprises a rotary table and a frame, wherein a plurality of stations for fixing a wheel hub are arranged on the rotary table, the frame extends to the stations on the rotary table, a tyre pressing device is arranged on the frame, the rotary table is driven by a driving mechanism to rotate in a stepping mode, so that the stations on the rotary table are sequentially positioned under the tyre pressing device, the tyre pressing device comprises a rotatable pressing wheel, a power mechanism for driving the tyre pressing device to move in an arc-shaped translation mode is arranged on the frame, when the tyre is assembled, one side part of the tyre is buckled in an assembling groove of the wheel hub, and the pressing wheel rolls the tyre from the buckling part of the tyre and the wheel hub to the outer side under the action of the power mechanism. When the tire pressing device of the semi-automatic tire assembling machine translates along an arc, the tire pressing device is limited by the motion track of the horizontal cylinder, two pressing wheels can only press and assemble a semi-circle tire at most at one time, the semi-circle tire needs to be manually rotated to a more accurate position, the other semi-circle tire is pressed by the tire pressing device, one side part of the tire needs to be buckled in an assembling groove of a hub in advance, the labor intensity is high, the efficiency is low, and the tire cannot be assembled automatically.

SUMMERY OF THE UTILITY MODEL

The utility model overcomes prior art's is not enough, provides an automatic dress child machine to there is inefficiency, the big problem of intensity of labour when expecting to solve and use current semi-automatic dress child machine assembly tire and wheel hub.

In order to solve the above technical problem, an embodiment of the present invention adopts the following technical solutions:

an automatic tire mounting machine comprises a rotary table which can rotate in a stepping mode under the driving of a driving mechanism, wherein a plurality of stations are arranged on the rotary table, a single-station tire mounting mechanism is arranged above at least one station, a rotary pressing wheel is arranged at the lowest part of the single-station tire mounting mechanism, and the rotary pressing wheel is fixedly connected to a rotary support; a second gear is fixed on the rotating support and is kneaded with the first gear, the first gear is driven by the first motor to rotate, and the rotating support is driven to rotate when the second gear rotates; a gear mounting plate is arranged above the second gear, the gear mounting plate is connected with the rotating bracket so that the second gear is limited between the gear mounting plate and the rotating bracket, and the lower end of the gear mounting plate is used as a rotating shaft; and a lifting mechanism is fixedly connected above the gear mounting plate, and the height of the pressing wheel can be adjusted when the lifting mechanism acts.

The middle parts of the gear mounting plate and the rotating support are provided with holes, the upper end of the tire pressing positioning rod is fixedly connected to the hole in the middle part of the gear mounting plate, and a gap is formed between the hole in the middle part of the rotating support and the tire pressing positioning rod.

The lifting mechanism comprises a first cylinder, the first cylinder is provided with a first piston rod, the lower end of the first piston rod is connected with a sliding plate assembly, the sliding plate assembly comprises first sliding blocks arranged on two sides of the sliding plate assembly, first sliding rails are arranged on two sides of a connecting seat which is relatively static with the first cylinder, the first sliding blocks are matched with the first sliding rails to enable the sliding plate assembly to move up and down under the driving of the first piston rod, and the bottom of the sliding plate assembly is fixedly connected onto a gear mounting plate.

The middle part of the rotary table is provided with a circular mounting hole, the lower end of a central frame column is fixed in the circular mounting hole, the upper end of the central frame column is connected with a cross beam, the cross beam is supported by a longitudinal beam, the cross beam is positioned above the stations, and the non-movable part of the single-station tire mounting mechanism is fixed on the cross beam.

Use one side that the station is close to the carousel center is the inboard of station to one side that is close to the carousel edge is the outside of station, the outside of station sets up keeps off child mechanism, keep off child mechanism and constitute by keeping off child pole mount pad and keeping off child pole, keep off child pole mount pad and pass through the slot hole and install on the carousel, keep off the one end that child pole mount pad was fixed to the child pole, and two piece at least keep off the outside that child pole set up at every station.

Use one side that the station is close to the carousel center is the inboard of station to one side that is close to the carousel edge is the outside of station, the outside setting of station pushes away child mechanism, push away child mechanism including pushing away the child piece, push away child piece and cylinder positioning bottom plate fixed connection, the second cylinder is fixed on cylinder positioning bottom plate, cylinder positioning bottom plate below sets up second slider and second slide rail, is fixed with the first stopper of cylinder and safety cover near the second cylinder, and the cylinder piston rod moves between the first stopper of cylinder and safety cover, and the pulling force or the thrust that produce when touching the first stopper of cylinder and safety cover through the second piston rod adjust the direction of motion of pushing away the child piece.

The rotary table is installed on a rotary table rack, a plurality of riding wheel mechanisms are circumferentially distributed below the rotary table, each riding wheel mechanism comprises a riding wheel fixing cabin fixed on the rotary table rack, a riding wheel support is arranged in each riding wheel fixing cabin, a rotatable riding wheel is installed on each riding wheel support, a window is formed in the top plate of each riding wheel fixing cabin, a part of each riding wheel protrudes out of the top plate of each riding wheel fixing cabin from the window and supports the rotary table, a hole larger than the diameter of each bolt is formed in the bottom plate of each riding wheel fixing cabin, each riding wheel support is fixedly connected to the upper end of each bolt, a spring is sleeved in the middle of each bolt, the lower end of each riding wheel penetrates through the hole of the bottom plate of each riding wheel fixing cabin and is locked by a nut, and each spring is compressed between the bottom of each riding wheel support and the bottom plate of each riding wheel fixing cabin.

The turntable is provided with six stations which are arranged in a circumferential manner, wherein a cross beam is arranged above four adjacent stations, one end of the cross beam is fixed on a central frame column, the other end of the cross beam is fixed at the upper end of a longitudinal beam, and the lower end of the longitudinal beam is fixedly connected to a turntable frame below the turntable; the electrical control box is fixed on the central frame column and faces upwards without two stations of the cross beam.

The electric control box is in signal connection with the rotary disc, the first air cylinder, the second air cylinder and the first motor.

The pinch roller include oblique pinch roller, secondary pinch roller, oblique pinch roller and secondary pinch roller set up on the circumference of direction of rotation relatively, secondary pinch roller sets up by the fender child wheel.

Compared with the prior art, the utility model discloses following beneficial effect has at least:

the automatic tire mounting machine realizes full-automatic assembly of the tire and the wheel hub, improves the assembly efficiency and reduces the labor intensity.

The tire is prevented from being displaced during the assembly process by the tire pushing mechanism and the tire stopping mechanism.

The design of the upper frame structure enables the floor area of the whole automatic tire mounting machine to be reduced, and the electric control box can be mounted at a position which is easy to operate by workers.

The pressure received by the rotary disc is buffered through the riding wheel mechanism, so that the rotary disc and a driving mechanism at the lower part of the rotary disc are more durable.

Drawings

FIG. 1 is an assembly view of a turntable and a turntable frame of an automatic tire mounting machine.

Fig. 2 is an upper frame structure of the automatic tire mounting machine.

Fig. 3 and 4 show a single-station tire mounting mechanism of an automatic tire mounting machine.

FIG. 5 shows the structure of the upper frame and the single-station tire mounting mechanism mounted on the turntable frame.

FIG. 6 is a schematic view of the assembly of the turntable and the turntable frame of the automatic tire mounting machine.

FIG. 7 is a tire stopping mechanism of an automatic tire mounting machine.

Fig. 8 is an overall assembly diagram of the automatic tire mounting machine.

Fig. 9, 10 and 11 show a tire pushing mechanism of an automatic tire mounting machine.

FIG. 12 is a tire stopping mechanism of the automatic tire loader.

Fig. 13 is an installation view of an electric control box of the automatic tire mounting machine.

In the above figure, each number represents: the rotary table frame 1, the station mounting hole 2, the baffle plate 3, the rotary table 4, the circular mounting hole 5, the tripod 6, the first longitudinal beam 7, the second longitudinal beam 8, the first cross beam 9, the second cross beam 10, the central frame column 11, the hexagonal top plate 1101, the cross beam mounting plate 1102, the square tube 1103, the hexagonal partition 1104, the third longitudinal beam 12, the third cross beam 13, the fourth cross beam 14, the fourth longitudinal beam 15, the first air cylinder 16, the first piston rod 17, the extension plate 18, the first slider 19, the slider assembly 20, the rotary bracket 21, the secondary pressure wheel 22, the secondary pressure wheel mounting plate 23, the gear 24, the first gear 2401, the second gear 2402, the connecting seat 25, the first slide rail 26, the settling groove 27, the shaft pin 28, the gear mounting plate 29, the tire 30, the tire blocking wheel 31, the oblique pressure wheel 32, the tire positioning rod 35033, the first motor 34, the rotary table carrier mechanism 35, the carrier fixing cabin 3501, the carrier bracket 2, the carrier 3, Spring 3504, nut 3505, bolt 3506, third gear 36, second motor 37, fourth gear 38, tyre stopping mechanism 39, tyre stopping rod mounting seat 3901, tyre stopping rod 3902, tyre pushing mechanism 40, longitudinal beam 4001, first connecting plate 4002, second cylinder 4003, tyre pushing block 4004, second connecting plate 4005, third connecting plate 4006, cylinder second limiting block 4007, stroke adjusting block 4008, second piston rod 4009, cylinder first limiting block 4010, cylinder positioning bottom plate 4011, second slider 4012, slide rail seat 4013, second slide rail 4014, protective cover 4015, strip-shaped through hole 4016, reinforcing rib 4017, electric control box 41, station 42 and bottom bracket 43.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1, the automatic tire mounting machine has a turntable frame 1 and a turntable 4, the turntable frame 1 plays a supporting role, and the turntable 4 is located at the top of the turntable frame 1 and can rotate in a stepping manner. The turntable 4 is a circular disc with 6 larger station mounting holes 2 on which raised structures form stations 42, as shown in fig. 8. The station is used for fixing the hub. The rotation of the turntable 4 is driven by a servo motor. As can be seen from fig. 6, the lower surface of the turntable 4 is supported by the turntable frame 1 in the middle, but the periphery is not supported by the turntable frame to a relatively wide extent, and these unsupported positions are the positions of the stations. The periphery of the rotary disk is provided with a baffle 3, and the center of the rotary disk is provided with a circular mounting hole 5.

An upper frame is arranged on the turntable 4, and as shown in fig. 2 and 5, the upper frame comprises a central frame column 11, a cross beam, a longitudinal beam and a tripod 6. The number of the cross beams and the longitudinal beams can be adjusted according to the requirement. It is more practical that there are four crossbeams, be first crossbeam 9, second crossbeam 10, third crossbeam 13 and fourth crossbeam 14 respectively, all are in horizontal position, on one of them one end of all crossbeams all is connected to central frame post 11, outside the other end of all crossbeams all extends carousel 4 to the tip of crossbeam is connected with the upper end of longeron. The number of the longitudinal beams is four, namely a first longitudinal beam 7, a second longitudinal beam 8, a third longitudinal beam 12 and a fourth longitudinal beam 15, all the longitudinal beams are arranged perpendicular to the horizontal plane, and the upper ends of the longitudinal beams are correspondingly connected with a first cross beam, a second cross beam, a third cross beam and a fourth cross beam respectively. The lower end of each longitudinal beam is connected to the turntable frame 1 via a tripod 6.

The turntable chassis 1 has its top surface exposed at the circular mounting hole 5. The rotary table is provided with six stations, each station is circular and is provided with a plurality of convex structures, and the hubs can be limited by the convex structures. Preferably, six stations are arranged on the rotary table in a circle, and the distance between each station is equal, and each station can complete different work.

The six stations are sequentially a first station to a sixth station. The first cross beam, the second cross beam, the third cross beam and the fourth cross beam are sequentially arranged right above the second station to the fifth station. The first station and the sixth station are adjacent, and no cross beam is arranged right above the first station and the sixth station. The longitudinal beam is arranged on the outer sides of the second station and the fifth station.

The crossbeam comprises upper beam plate, lower beam plate and the strengthening rib that sets up between the two, and the longeron comprises preceding longeron board, back longeron board and the strengthening rib that sets up between the two. The connecting end parts of the cross beam and the longitudinal beam are provided with connecting plates which can be welded to the end parts of the cross beam and the longitudinal beam, the connecting plates of the cross beam and the connecting plates of the longitudinal beam are attached together, corresponding connecting holes are formed in the connecting plates, and the cross beam and the longitudinal beam can be connected into a whole through bolts. Similarly, the connection of the cross beam to the center frame column is also accomplished by screws or bolts.

Because the cross beam and the longitudinal beam have corresponding position relation with the stations, a single-station tire mounting mechanism or other mechanisms can be arranged on the cross beam and the longitudinal beam.

The same or different mechanisms can be arranged on the four cross beams, and different working contents can be completed by each station. In addition, the first station is used for mounting the hub and the tire on the station, the sixth station is used for mounting the hub and the tire on the station, and other stations complete the processes of press mounting, inspection and the like. Because the working mechanisms of the four stations can be simultaneously arranged on the rotary table, and the diameter of the central frame column is smaller, the diameter of the rotary table is reduced, and the occupied area of the whole machine is reduced. The central frame post may also be used to secure the electrical control box.

Fig. 3 is a front structure of the single-station tire mounting mechanism, fig. 4 is a side structure of the single-station tire mounting mechanism, and fig. 5 is an assembly view. The single-station tire loading mechanism is provided with a lifting mechanism capable of adjusting the height of a pressing wheel, the lifting mechanism comprises a first air cylinder 16, the first air cylinder is provided with a first piston rod 17 facing downwards, and the lower end of the first piston rod is connected with a sliding plate assembly 20. The slide assembly has a first slide 19 thereon, which is relatively stationary with respect to the other structures on the slide assembly. The slide board assembly comprises a U-shaped top board, the U-shaped top board is horizontally arranged, so that a notch is formed in the horizontal plane, the two arms are also located on the horizontal plane, vertical boards are fixed below the two arms of the top board respectively, and the lower ends of the two vertical boards are connected through a bottom board. A first slide block 19 is fixed on the inner side of each vertical plate. The single-station tire mounting mechanism also has a connecting seat 25 which is stationary relative to the first cylinder 16, the connecting seat 25 is inserted into the slide plate assembly from the notch of the top plate, and a first slide rail 26 is arranged on the connecting seat. The first slide rails 26 are provided on the left and right sides of the connection seat 25. The first slide rail 26 cooperates with the first slide block 19, and the slide plate assembly 20 can move up and down along the first slide rail under the action of the first air cylinder 16. Because first cylinder and connecting seat are all fixed mounting on crossbeam 9, so the position of the two is fixed, and the slide subassembly can slide from top to bottom under the effect of first piston rod, has just also driven the structure below it and has reciprocated when the slide subassembly slides from top to bottom. The cross beam 9 shown in fig. 3 is only a part of a cross beam.

As shown in fig. 3 and 4, the bottom of the slide plate assembly is provided with a gear 24, and the gear 24 comprises a first gear 2401 and a second gear 2402, the first gear is engaged with the second gear, the first gear is driven by the motor to rotate, and the first gear drives the second gear to rotate. Set up runing rest 21 below the second gear, be connected with the pinch roller on the runing rest, the pinch roller includes oblique pinch roller 32 and secondary pinch roller 22, and they are connected to the runing rest through the mounting panel respectively on, if secondary pinch roller 22 passes through secondary pinch roller mounting panel 23 fixed connection to runing rest, and secondary pinch roller 22 and oblique pinch roller 32 self all can rotate. The second gear 2402 rotates to drive the secondary wheel and the oblique pressing wheel to rotate together, and the secondary wheel and the oblique pressing wheel press the tire 30, and are matched to roll on the tire for a circle, namely, press the tire for a circle, so that the tire can be gradually pressed on the hub. The lower end of the first piston rod 17 is connected to a fisheye joint which is connected to the slide assembly by a pivot pin 28 so that the piston rod, when extended and retracted, moves the slide assembly up and down. The top plate of the slide assembly is partially sunk to form a settler 27, the fisheye joint is located in the settler 27, and the two ends of the axle pin 28 are fixed to the two sides of the settler.

In order to combine the rotating and lifting functions, a gear mounting plate 29 is fixed at the bottom of the sliding plate assembly, a mounting shaft is arranged on the lower surface of the gear mounting plate 29, the second gear 2402 takes the mounting shaft as a rotating center, and the lower end of the second gear 2402 is fixedly connected with the rotating bracket 21. A protective cover can be arranged between the gear mounting plate and the rotary support to protect the gear. The gear mounting plate is coupled to the rotating bracket such that the second gear is restrained therebetween, and is pivoted on a mounting shaft of a lower surface of the gear mounting plate 29.

The center of the rotating bracket is also provided with a tire pressing positioning rod 33. The gear mounting plate 29 is fixed with the base plate of the slide assembly. Holes are formed in the gear mounting plate, the bottom plate of the sliding plate assembly and the mounting shaft, and the upper end of the tire pressing positioning rod 33 penetrates through the holes in the middle of the gear mounting plate, the bottom plate of the sliding plate assembly and the mounting shaft and is fixedly connected to the holes in the middle of the gear mounting plate. On the other hand, the upper end of the tire pressing positioning rod 33 also connects the gear mounting plate, the bottom plate of the sliding plate assembly, the mounting shaft and the rotating bracket together, and the space for mounting the gear between the gear mounting plate and the rotating bracket is limited. The hole in the middle of the rotating bracket has a gap with the tire pressing positioning rod, so that the rotating bracket can rotate relative to the tire pressing positioning rod.

The motor 34 is mounted on the gear mounting plate 29 with its shaft penetrating the gear mounting plate and connected to the first gear 2401. First cylinder 16 and connecting block 25 are both fixedly mounted on cross-member 9. Also shown in fig. 3 is an extension plate 18 fixed to the cross beam 9, whose main function is to extend the mounting position of the cylinder to the side of the cross beam so that the cross beam does not block the action of the cylinder piston rod. And a tire blocking wheel 31 is arranged beside the secondary pressing wheel and used for assisting the secondary pressing wheel to accurately press the tire on the wheel hub.

As shown in fig. 6 and 7, a turntable carrier mechanism 35 is connected to the turntable frame 1. Since the periphery of the turntable 4 is supported relatively uniformly, a plurality of turntable carrier mechanisms are arranged below the turntable, and are spaced from each other at the same distance and arranged circumferentially. The contact position of the turntable supporting wheel mechanism 35 and the turntable 4 is not fixedly connected, the turntable supporting wheel mechanism has certain elasticity to the supporting function of the turntable, and the balance of the turntable is kept under the combined action of the plurality of turntable supporting wheel mechanisms. Preferably, 6 elastic riding wheel mechanisms can be adopted to be arranged on the turntable frame. A third gear 36 and a fourth gear 38 are arranged below the rotary disc, the third gear 36 is driven by a second motor 37, and the rotary disc 4 is driven to rotate by the rotation of the fourth gear 38.

Fig. 7 is an enlarged view of the turntable carrier mechanism of fig. 6. The turntable carrier mechanism has a carrier wheel mounting compartment 3501. The top plate of the supporting wheel fixing cabin is provided with a window which allows part of the supporting wheel 3503 to extend out of the supporting wheel fixing cabin, a certain gap is formed between the top plate of the supporting wheel fixing cabin and the bottom of the rotary plate, the supporting wheel fixing cabin and the rotary plate are not connected together, and a small part of the supporting wheel protrudes out of the top plate from the window of the top plate, so that when the rotary plate is pressed downwards under stress, the lower surface of the rotary plate is in direct contact with the supporting wheel. The bottom plate of the idler holding compartment has a through hole for mounting the bolt 3506 and allowing the bolt to move up and down. One side wall of the riding wheel fixing cabin is fixedly connected to the turntable frame. The carousel riding wheel mechanism has a riding wheel support 3502, and the riding wheel support mounting is in the inside of riding wheel fixed compartment 3501, and the upper end of riding wheel support is the U-shaped frame, and the lower extreme of riding wheel support is bolt 3506, and the hole is opened to the U-shaped frame left and right sides, through pivot installation riding wheel 3503, makes the riding wheel fix on the riding wheel support and can rotate, consequently when the carousel rotated, the riding wheel also can corresponding rotation. The lower end of the U-shaped frame is provided with a threaded hole, a bolt 3506 is in threaded fit with the U-shaped frame to enable the bolt to be suspended below the U-shaped frame, and the lower end of the bolt is locked by a nut 3505 after the bolt 3506 penetrates through a through hole of the supporting wheel fixing cabin bottom plate. A spring 3504 is sleeved on the bolt 3505, the upper end of the spring abuts against the bottom of the U-shaped frame to press the U-shaped frame upwards, the lower end of the spring abuts against the bottom of the supporting wheel fixing cabin, the spring is in a compressed state to pull the bolt upwards, so that the nut abuts against the bottom of the supporting wheel fixing cabin, and the bolt and the nut can move up and down due to the expansion and contraction of the spring, so that the U-shaped frame is driven to move up and down, and the supporting wheel can move up and down. The riding wheel is preferably a rubber riding wheel, and can play a better role in buffering. During the tire assembling process, because the rotary table is subjected to pressure and the pressure can be different, the rotary table is elastically supported by the rotary table supporting wheel mechanism at the bottom no matter the rotary table inclines to any direction, and the rotary table is cushioned.

As shown in fig. 9 to 11 and 8, the side of the station close to the center of the turntable is taken as the inner side of the station, the side close to the edge of the turntable is taken as the outer side of the station, and the tire pushing mechanism is arranged on the outer side of the station. The tire pushing mechanism is mounted on the longitudinal beam 4001 and is provided with a second cylinder 4003 which is fixed on the cylinder positioning bottom plate 4011. The second cylinder can drive the tire pushing block 4004 to move as power. The second piston rod 4009 is externally threaded, and a stroke adjustment block 4008 having an internally threaded through hole is threadedly mounted on the second piston rod 4009. The second piston rod is provided with a long external thread, so that the stroke adjusting block 4008 can adjust the specific position on the second piston rod 4009, and the specific position of the stroke adjusting block can be changed, so that the stroke of the air cylinder can be changed. The cylinder positioning bottom plate 4011 is an L-shaped plate, and the longitudinal beam 4001 is positioned in a corner of the cylinder positioning bottom plate. The cylinder positioning bottom plate of the structure is basically attached to the longitudinal beam. The tire pushing block 4004 is arranged at the end part, facing the station, of the cylinder positioning bottom plate, and can push the tire to the station when the tire pushing block extends out.

The second slide block 4012 is connected below the cylinder positioning base plate, and the cylinder positioning base plate and the second cylinder are relatively static but movable relative to the longitudinal beam 4001. When the cylinder positioning plate moves together with the second cylinder, the second slide block 4012 also moves, and they are fixed together.

The second slide block 4012 is mounted on a second slide rail 1014, which has a certain length to satisfy the moving distance of the tire pushing block. The second sliding block can slide along the second sliding rail, so that a movable structure above the second sliding block, such as a cylinder positioning bottom plate and a second cylinder, can move. The second slide rail is fixed to a slide rail seat 4013, which in operation are relatively stationary and which are also stationary relative to the longitudinal beam.

The cylinder first stopper 4010 functions to fix the second slide rail 4014 and to restrain the second piston rod 4009. The first stopper 4010 of the cylinder has a through hole, and the second piston rod passes through the first stopper of the cylinder from the through hole. The first stopper of cylinder is fixed to longeron 4001, and the fixed mode is, sets up two bar through-holes 4016 on the longeron, sets up two circular through-holes on the first stopper of cylinder, then through bolt, bar through-hole, circular through-hole with the first stopper of cylinder fixed to the longeron to adjust the height of the first stopper of cylinder on the longeron through the bar through-hole. The slide rail seat 4013 is fixed to the first stopper of the cylinder. Therefore, the slide rail seat, the second slide rail and the first limiting block of the cylinder are fixedly connected to the longitudinal beam and do not move, and the cylinder positioning bottom plate 4011 and the second cylinder 4003 are both required to move relative to the longitudinal beam 4001.

A protective cover 4015 is fixed on the first limiting block of the air cylinder, and the protective cover extends to the front end of the second piston rod so as to limit the movement range of the second piston rod; more specifically, the boot has an end face that abuts the end of the second piston rod, a top face that abuts above the second piston rod, and a side face that abuts beside the second piston rod. The piston rod touches the end of the protective cover when moving, at the moment, the second cylinder moves towards the opposite direction of the extension of the piston rod under the limiting action of the second sliding block and the second sliding rail, so that the tire pushing block is driven to extend out, when the piston rod retracts, the cylinder returns to the original position under the limiting action of the stroke adjusting block. The tire pushing mechanism can adjust the micro distance of the tire.

The back of pushing the child piece is fixed with second connecting plate 4005, is fixed with third connecting plate 4006 on the cylinder location bottom plate, pushes away the child piece and passes through second connecting plate, third connecting plate fixed together with cylinder location bottom plate to reinforcing rib 4017 has still been set up between second connecting plate and the third connecting plate. The side of the tire pushing block facing the station is a front side, the front side is an arc-shaped surface, and the arc-shaped surface is matched with the arc shape of the surface of the tire.

The tire pushing mechanism further comprises a second cylinder limiting block 4007 which is fixed on the cylinder positioning bottom plate, and the second cylinder is located between the first cylinder limiting block and the second cylinder limiting block; the second cylinder, the second cylinder limiting block and the cylinder positioning bottom plate move on the second slide rail along with the second slide block. And the position of the first limiting block of the cylinder is fixed and does not move.

The second cylinder drives the tire pushing block to stretch out or return to the original position, when the tire pushing block stretches out, the tire which is displaced can be pushed to the correct position of the station, the original manual correction work is replaced, the labor force is saved, and the production efficiency is improved.

As shown in fig. 12 and 8, the tire and hub are slightly limited by the station, so that when the tire and hub are assembled and the turntable rotates, the tire/hub is pressed or centrifugal force is possibly separated from the station, and the tire/hub is reset manually and labor-intensive. And one side of the station close to the center of the turntable is taken as the inner side of the station, one side close to the edge of the turntable is taken as the outer side of the station, and the tire blocking mechanism 39 is arranged on the outer side of the station to prevent the tire/wheel hub from separating from the station.

The tire blocking mechanism is composed of a plurality of tire blocking assemblies, and each tire blocking assembly comprises a tire blocking rod mounting seat 3901 and a tire blocking rod 3902. The tire blocking rod is a cylindrical rod and is vertically arranged beside the station, so that the effect of preventing the tire and the hub from separating from the station is achieved.

Tire blocking rod mounting seat 3901 is the rectangular shape mounting seat, and the periphery of tire blocking rod mounting seat has carried out the chamfer, avoids the rectangular existence, prevents that the carousel from keeping off child mechanism and causing bad striking to tire/wheel hub. The tire blocking rod mounting seat has certain thickness, on one hand, the purpose of mounting the tire blocking rod on the tire blocking rod mounting seat is achieved, and on the other hand, the strip-shaped through groove is formed in the tire blocking rod mounting seat, so that the tire blocking rod mounting seat is conveniently fixed on the rotary table. And a tire blocking rod mounting hole is further formed in one end of the tire blocking rod mounting seat, the tire blocking rod mounting hole can be a threaded hole, the lower end of the tire blocking rod can also be provided with threads, and the tire blocking rod is fixedly connected with the tire blocking rod mounting seat by being inserted into the tire blocking rod mounting hole. The turntable is provided with a plurality of bolt holes, and each tire blocking rod mounting seat corresponds to one bolt hole and one bolt. The bolt is inserted into the strip-shaped through groove of the tire blocking rod mounting seat and the bolt hole of the rotary table and is locked by the nut, so that the tire blocking mechanism is connected to the rotary table. Because what set up on the fender child pole mount pad is the bar and leads to the groove, consequently can the adjusting bolt position in this bar leads to the groove to this can adjust the position that two carousel kept off child mechanisms.

Preferably, two tire blocking assemblies are arranged on the outer side of each station, the tire blocking rods of the two tire blocking assemblies are close to each other, and the other ends of the two tire blocking assemblies are far away from each other. The six stations need to be provided with 12 tire stopping assemblies and adopt the same arrangement mode. The distance between the two tire blocking rods and the distance between the tire blocking rods and the center of the station can be adjusted through bolts.

As shown in fig. 13, 8, the bottom bracket 43 is a structure formed by fixing a mounting plate to two triangular frames, the bottom bracket is fixed to the center frame post, the electric control box 41 is mounted on the bottom bracket, and the top of the electric control box is locked to the center frame post. The electric control box 41 is located at a position opposite to the first station and the sixth station. The central frame column comprises six square tubes 1103, four beam mounting plates 1102, a hexagonal top plate 1101 and a hexagonal partition 1104; wherein, six square pipes are arranged according to the hexagon is vertical, and from last down looking promptly, six square pipes have constituteed the hexagon, have formed the cavity between the six square pipes. The upper ends of all the square pipes are respectively fixed to one edge of the hexagonal top plate, and the lower ends of all the square pipes are respectively fixed to the turntable frame. Gaps are arranged between the adjacent square pipes, and the gaps can collect and distribute signal wires of the electric control box. The beam mounting plate 1102 has mounting holes that can be used to mount the beam. Four crossbeam mounting panels are fixed to four adjacent square pipe upper ends. The hexagonal partition 1104 is arranged in the six square pipes and supports the middle parts of the square pipes, so that the six square pipes can be connected more firmly.

Because the first station and the sixth station only need to load the tire/hub and remove the whole tire which is already installed, the work needs the assistance of workers at present, so that workers are beside the two stations to install the electrical control box at the position, the operation of the workers is convenient, and the working space of the two stations is not obstructed.

The electric control box does not obstruct the station, the operation of workers is more convenient, the occupied area of the whole structure of the electric control box and the tire loader is reduced, and the working space is saved.

A worker places a wheel hub on a first station, the wheel hub is matched with the first station in shape, the position of the wheel hub is fixed, a tire (tire bead) is placed on the wheel hub, a turntable rotates for a distance of one station, the wheel hub and the tire rotate to a second station, a single-station tire mounting mechanism is arranged above the second station, the single-station tire mounting mechanism is pressed downwards and rotates, a pressing wheel rotates for a circle to press a lower ring of the whole tire onto the wheel hub, the turntable rotates for a distance of one station again, the tire and the wheel hub move to a third station, the single-station tire mounting mechanism which is the same as the second station is arranged above the third station, but the two single-station tire mounting mechanisms are different in pressing height, the pressing wheel height of the single-station tire mounting mechanism of the third station is smaller than that of the single-station tire mounting mechanism of the second station, and an upper ring of the tire is pressed onto the wheel hub by a wheel, and transferring the blank to a fourth station for repressing, checking the fifth station, arranging a single-station tire mounting mechanism which has the same structure as the second station and the third station but has different pinch roller heights or pinch roller positions above the fourth station and the fifth station, and assembling and correcting the blank by repressing. Other mechanisms can be arranged at the fourth station and the fifth station according to requirements. The assembled tire is removed from the turntable by a worker when the tire has been rotated one revolution to the sixth station. When the tire and the hub at the first station move to the second station, a worker can place the next tire and the hub at the first station, the assembly process can be continuously carried out, and continuous operation and automatic installation are realized.

Although the invention has been described herein with reference to the illustrated embodiments thereof, it should be understood that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the spirit and scope of the principles of this disclosure. More specifically, various variations and modifications may be made to the component parts and/or arrangements of the subject combination arrangement within the scope of the disclosure herein. In addition to variations and modifications in the component parts and/or arrangements, other uses will also be apparent to those skilled in the art.

Claims (10)

1. An automatic tire mounting machine comprises a rotary table which can rotate in a stepping manner under the driving of a driving mechanism, wherein a plurality of stations are arranged on the rotary table, and a single-station tire mounting mechanism is arranged above at least one station; a second gear is fixed on the rotating support and is kneaded with the first gear, the first gear is driven by the first motor to rotate, and the rotating support is driven to rotate when the second gear rotates; a gear mounting plate is arranged above the second gear, the gear mounting plate is connected with the rotating bracket so that the second gear is limited between the gear mounting plate and the rotating bracket, and the lower end of the gear mounting plate is used as a rotating shaft; and a lifting mechanism is fixedly connected above the gear mounting plate, and the height of the pressing wheel can be adjusted when the lifting mechanism acts.

2. The automatic tire mounting machine of claim 1, wherein the gear mounting plate and the middle portion of the rotary bracket have holes, the upper ends of the tire pressing positioning rods are fixedly connected to the holes in the middle portion of the gear mounting plate, and the holes in the middle portion of the rotary bracket have a gap with the tire pressing positioning rods.

3. An automatic tyre loader according to claim 1, characterized in that the lifting mechanism comprises a first cylinder having a first piston rod, the lower end of the first piston rod is connected with a slide plate assembly, the slide plate assembly comprises first slide blocks arranged on two sides of the interior of the slide plate assembly, two sides of a connecting seat which is relatively static with the first cylinder are provided with first slide rails, the first slide blocks are matched with the first slide rails to enable the slide plate assembly to move up and down under the driving of the first piston rod, and the bottom of the slide plate assembly is fixedly connected to the gear mounting plate.

4. The automatic tire loader of claim 1 wherein the turntable has a circular mounting hole in the middle thereof, the lower end of the central frame post is fixed in the circular mounting hole, the upper end of the central frame post is connected to a cross beam, the cross beam is supported by a longitudinal beam, the cross beam is located above the work station, and the non-movable part of the single work station tire loading mechanism is fixed on the cross beam.

5. The automatic tire mounting machine according to claim 1, wherein the side of the station close to the center of the turntable is taken as the inner side of the station, the side close to the edge of the turntable is taken as the outer side of the station, the outer side of the station is provided with the tire blocking mechanism, the tire blocking mechanism is composed of a tire blocking rod mounting seat and a tire blocking rod, the tire blocking rod mounting seat is mounted on the turntable through the long hole, the tire blocking rod is fixed to one end of the tire blocking rod mounting seat, and at least two tire blocking rods are arranged on the outer side of each station.

6. The automatic tire mounting machine according to claim 1, wherein the side of the station close to the center of the turntable is used as the inner side of the station, the side close to the edge of the turntable is used as the outer side of the station, a tire pushing mechanism is arranged on the outer side of the station, the tire pushing mechanism comprises a tire pushing block, the tire pushing block is fixedly connected with a cylinder positioning bottom plate, a second cylinder is fixed on the cylinder positioning bottom plate, a second sliding block and a second sliding rail are arranged below the cylinder positioning bottom plate, a first cylinder limiting block and a protective cover are fixed near the second cylinder, a cylinder piston rod moves between the first cylinder limiting block and the protective cover, and the movement direction of the tire pushing block is adjusted through the pulling force or the pushing force generated when the second piston rod touches the first cylinder limiting block and the protective cover.

7. The automatic tire loader according to claim 1, wherein the turntable is mounted on a turntable frame, a plurality of riding wheel mechanisms are circumferentially distributed below the turntable, each riding wheel mechanism comprises a riding wheel fixing cabin fixed on the turntable frame, a riding wheel support is arranged in each riding wheel fixing cabin, a rotatable riding wheel is mounted on each riding wheel support, a top plate of each riding wheel fixing cabin is provided with a window, a part of each riding wheel protrudes out of the top plate of each riding wheel fixing cabin from each window and supports the turntable, a bottom plate of each riding wheel fixing cabin is provided with a hole with a diameter larger than that of each bolt, each riding wheel support is fixedly connected to the upper end of each bolt, a spring is sleeved in the middle of each bolt, the lower end of each bolt penetrates through the hole of the bottom plate of each riding wheel fixing cabin and then is locked by a nut, and each spring is compressed between the bottom of each riding wheel support and the bottom plate of each riding wheel fixing cabin.

8. The automatic tire loader of claim 4 wherein the turntable has six circumferentially arranged stations, four adjacent stations having a cross beam above them, one end of the cross beam being secured to a central frame post and the other end of the cross beam being secured to the upper end of a longitudinal beam, the lower end of the longitudinal beam being fixedly connected to the turntable frame below the turntable; the electrical control box is fixed on the central frame column and faces upwards without two stations of the cross beam.

9. The automatic tire mounting machine of claim 8, wherein the electrical control box is in signal connection with the turntable, the first cylinder, the second cylinder and the first motor.

10. The automatic tire mounting machine of claim 1, wherein the press wheel comprises a diagonal press wheel and a secondary press wheel, the diagonal press wheel and the secondary press wheel are arranged opposite to each other on the circumference of the rotation direction, and a tire blocking wheel is arranged beside the secondary press wheel.

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