CN203766045U - Tire unloading device of engineering tire building machine - Google Patents
Tire unloading device of engineering tire building machine Download PDFInfo
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- CN203766045U CN203766045U CN201420119747.4U CN201420119747U CN203766045U CN 203766045 U CN203766045 U CN 203766045U CN 201420119747 U CN201420119747 U CN 201420119747U CN 203766045 U CN203766045 U CN 203766045U
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- 230000005540 biological transmission Effects 0.000 claims description 15
- 230000003028 elevating effect Effects 0.000 claims description 14
- 238000009434 installation Methods 0.000 claims description 3
- 238000004519 manufacturing process Methods 0.000 abstract description 5
- 239000007787 solid Substances 0.000 abstract 1
- 239000000725 suspension Substances 0.000 description 15
- 238000000034 method Methods 0.000 description 5
- 238000000465 moulding Methods 0.000 description 3
- 210000002826 placenta Anatomy 0.000 description 3
- 241001125879 Gobio Species 0.000 description 2
- 230000007423 decrease Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000006978 adaptation Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000007373 indentation Methods 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
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- Tyre Moulding (AREA)
Abstract
The utility model discloses a tire unloading device of an engineering tire building machine. The tire unloading device comprises a rack, a traveling beam, a traveling mechanism, a lifting mechanism, a swing mechanism, a tire transport trolley and a turning mechanism, wherein the tire transport trolley is arranged on the turning mechanism in a sliding mode and is fixed through a bolt; the swing mechanism comprises a swing cylinder, a swing seat, two brackets, a carrier roller component which is movably connected between the two brackets, and two first baffle rollers which are respectively and fixedly arranged on the two brackets; the swing cylinder and the swing seat are hinged on a movable end of the lifting mechanism; a movable rod of the swing cylinder is hinged with one end of the swing seat; the carrier roller component comprises at least two groups of roller groups; each roller group comprises two rollers capable of rotating; each roller group is hinged between the two brackets. Automatic tire unloading is realized, the labor intensity of workers is reduced, the operating safety of the workers is guaranteed, the production efficiency is improved, the quality of the molded tire blank is guaranteed, and a solid foundation is laid for subsequent execution.
Description
Technical field
The utility model relates to a kind of tire device that unloads, and especially a kind of building machine for engineering tire unloads tire device.
Background technology
Tradition engineering tire building machine to unload tire device relatively simple for structure, mainly by unloading tire suspension bracket, electric hoist, U-shaped suspension hook etc., form, electric hoist is arranged on and unloads on tire suspension bracket, and can be along the walking beam walking of unloading tire suspension bracket under operative employee's control.While unloading tire, operator controls electric hoist, and suspension hook on electric hoist is hooked on the suspension ring of the capable suspension hook of U, U-shaped suspension hook is stretched into the inner circle that is positioned at the tire base of vertically placing on transmission ring and catch on rim of the mouth, by controlling electric hoist, tire base is hung and holds placenta top, finally lie in and hold on placenta.The whole tire process of unloading mainly operates electric hoist by operative employee and completes, its maximum shortcoming is that tire base can accurately not be positioned on the relevant position of holding placenta, need operative employee manually to ajust, and while placing, need operative employee's vertical tire was fallen (because engineering tire weight is larger, need lie against during transportation on fortune tire dolly, to guarantee its stability), so not only operative employee's personal safety is threatened, but also easily damage tire base, and affecting tire base quality, production efficiency is lower.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of building machine for engineering tire and unloads tire device, it has been realized engineering tire building machine and has unloaded tire to the leap of automatically unloading tire by artificial participation completely, significantly reduced operator's labour intensity, guaranteed the security of operator's operation, improved production efficiency simultaneously, better having guaranteed the tire base quality after moulding, is laying a good foundation of postorder work.
In order to solve the problems of the technologies described above, the utility model comprises support body, be packed in the walking beam on support body, walking mechanism that can translation on walking beam, be fixed in walking mechanism and the elevating mechanism that can move up and down, be fixed in elevating mechanism movable end and for holding the rotatable mechaninism of running tire base, can receive from tire base the fortune tire dolly of carrying for tire base of rotatable mechaninism running and be arranged on walking beam afterbody below and for the switching mechanism of the fortune tire dolly that overturns, described fortune tire dolly is slidably mounted on switching mechanism and by latch to be fixed, described rotatable mechaninism comprises rotation cylinder, rotation seat, be packed in two brackets of both sides, rotation seat upper end, be movably connected between two brackets and for carrying the idler assembly of tire base and being packed in respectively two first gear rollers on two brackets, described rotation cylinder and rotation seat are all hinged on the movable end of described elevating mechanism, the motion bar of this rotation cylinder is also hinged by breeches joint and rotation seat one end, described idler assembly comprises at least two group roller groups, every group of roller group include two can rotation roller, and every group of roller group is all hinged between two brackets.
Described walking mechanism comprises walking reducing motor, driving pulley, driven pulley, the first Timing Belt, walking line slideway, walking straight-line guide rail slide block and tripod, described walking reducing motor and driven pulley are arranged on respectively described walking beam both upper ends thereof, described driving pulley and described walking reducing motor output shaft are affixed, between wherein said driving pulley and driven pulley, by described the first toothed belt transmission, connect, described tripod upper end is fixed on the lower sideband of described the first Timing Belt, described walking line slideway is fixed in described walking beam one side, described tripod is also slidably connected on described walking line slideway by described walking straight-line guide rail slide block, this tripod can move horizontally along walking beam under the drive of the first Timing Belt.
Described elevating mechanism comprises lifting speed reduction motor, driving wheel, driven pulley, the second Timing Belt, nut seat, screw, leading screw, lifting line slideway, lifting straight-line guide rail slide block and crane, described lifting speed reduction motor is fixed on described tripod, described driving wheel and described lifting speed reduction motor output shaft are affixed, described driven pulley is in transmission connection by the second Timing Belt and described driving wheel, this driven pulley is also affixed with described screw, described screw is connected with described nut seat by bearing, described nut seat is fixed on described tripod, described leading screw vertical successively through described driven pulley and screw affixed with described crane, wherein this leading screw and screw are in transmission connection, described lifting line slideway is fixed on described tripod, described crane is slidably connected on described lifting line slideway by described lifting straight-line guide rail slide block, this crane can be with leading screw vertical lifting motion under the driving of lifting speed reduction motor.
Described rotation cylinder and rotation seat are all hinged on described crane.
Described switching mechanism comprises base plate, symmetry is arranged on two supporting legs of both sides, described base plate upper end, rollover stand and two cylinders, described rollover stand both sides by bearing hinge connection on two described supporting legs, two described tail cylinders respectively by lower hinged described base plate of a cylinder and the ear seat that passes through on an oscillating bearing and rollover stand respectively of the motion bar of these two cylinders hinged, left and right, described rollover stand inner side is respectively equipped with row and is convenient to transport the first carrying roller that tire dolly slides, in every row the first carrying roller, be all interval with a plurality of for transporting the second gear roller that tire dolly left and right is spacing and play the guiding role, four angle bar are housed on described base plate, four angle bar, one group of groove track that forms fortune tire dolly wheel between two wherein, on described fortune tire dolly and rollover stand, be all processed with accordingly pin-and-hole, after slipping into rollover stand, can insert by latch by fortune tire dolly that pin-and-hole will be transported tire dolly and rollover stand is fixed, wherein said latch is fixed on described rollover stand by holding screw.
Both sides, described base plate upper end are also arranged with two bearings, described in each, bearing inner side is respectively provided with the second carrying roller that row are convenient to transport the slip of tire dolly, in every row the second carrying roller, be all interval with a plurality of for transport tire dolly left and right spacing and play the guiding role the 3rd gear roller, wherein the installation of every row the second carrying roller and horizontal line group have angle and all to the side-lower away from rollover stand, are obliquely installed.
Lower end after described rollover stand upset is provided with one for accepting the pocket of tire base.
Described rotation seat bottom is provided with and is convenient to illuminating lamp that tire base inner side is observed near centre position place.
The beneficial effects of the utility model are: for tradition, unload the problem that tire device exists, the utility model designs a kind of Novel engineering tire and unloads tire device, from the transmission that accesses upset placement and centre of tire base, the whole tire process of unloading, completely by electrical control, realizes and automatically unloads tire.And before upset, fortune tire dolly is fixed on roll-over table, in the process of upset, transporting tire dolly overturns together with roll-over table, thereby after making to overturn, tire base is directly placed on fortune tire dolly, finally remove the latch of fortune tire dolly, tire base just can directly be pulled away together with fortune tire dolly, is transported to other operation.It is smooth and easy that whole process links is connected, and reduced unnecessary step, greatly improved production efficiency.The new tire mode of unloading has realized engineering tire building machine and has unloaded tire to the leap of automatically unloading tire by artificial participation completely, significantly reduced operator's labour intensity, guaranteed the security of operator's operation, improved production efficiency simultaneously, better having guaranteed the tire base quality after moulding, is laying a good foundation of postorder.
Accompanying drawing explanation
Fig. 1 is the axonometric drawing that the utility model building machine for engineering tire unloads tire device;
Fig. 2 is the front view that the utility model building machine for engineering tire unloads tire device;
Fig. 3 is the right view of elevating mechanism in the utility model;
Fig. 4 is the front view of rotatable mechaninism in the utility model;
Fig. 5 is the top view of rotatable mechaninism in the utility model;
Fig. 6 is the front view of switching mechanism in the utility model;
Fig. 7 is the top view of switching mechanism in the utility model.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:
Referring to Fig. 1 to Fig. 7, building machine for engineering tire of the present utility model unloads tire device and comprises support body, be packed in the walking beam 3 on support body, walking mechanism that can translation on walking beam 3, be fixed in walking mechanism and the elevating mechanism that can move up and down, be fixed in elevating mechanism movable end and for holding the rotatable mechaninism of running tire base 39, can receive from tire base 39 the fortune tire dolly 51 of carrying for tire base 39 of rotatable mechaninism running and be arranged on walking beam 3 afterbodys belows and for the switching mechanism of the fortune tire dolly 51 that overturns, described fortune tire dolly 51 is slidably mounted on switching mechanism and by latch 53 and fixes, described rotatable mechaninism comprises rotation cylinder 26, rotation seat 34, be packed in two brackets 36 of rotation seat 34 both sides, upper end, be movably connected between two brackets 36 and for carrying the idler assembly 37 of tire base 39 and being packed in respectively two first gear rollers 40 on two brackets 36, described rotation cylinder 26 and rotation seat 34 are all hinged on the movable end of described elevating mechanism, the motion bar of this rotation cylinder 26 is also hinged by breeches joint 35 and rotation seat 34 one end, described idler assembly 37 comprises at least two group roller groups, every group of roller group include two can rotation roller, and every group of roller group is all hinged between two brackets 36.
Described walking mechanism comprises walking reducing motor 1, driving pulley 4, driven pulley 5, the first Timing Belt 7, walking line slideway 8, walking straight-line guide rail slide block 10 and tripod 9, described walking reducing motor 1 and driven pulley 5 are arranged on respectively described walking beam 3 both upper ends thereof, described driving pulley 4 is affixed with described walking reducing motor 1 output shaft, between wherein said driving pulley 4 and driven pulley 5, by described the first Timing Belt 7, be in transmission connection, described tripod 9 upper ends are fixed on the lower sideband of described the first Timing Belt 7, described walking line slideway 8 is fixed in described walking beam 3 one sides, described tripod 9 is also slidably connected on described walking line slideway 8 by described walking straight-line guide rail slide block 10, this tripod 9 can move horizontally along walking beam 3 under the drive of the first Timing Belt 7.
Described elevating mechanism comprises lifting speed reduction motor 13, driving wheel 14, driven pulley 16, the second Timing Belt 15, nut seat 17, screw 20, leading screw 21, lifting line slideway 22, lifting straight-line guide rail slide block 24 and crane 23, described lifting speed reduction motor 13 is fixed on described tripod 9, described driving wheel 14 is affixed with described lifting speed reduction motor 13 output shafts, described driven pulley 16 is in transmission connection with described driving wheel 14 by the second Timing Belt 15, this driven pulley 16 is also affixed with described screw 20, described screw 20 is connected with described nut seat 17 by bearing, described nut seat 17 is fixed on described tripod 9, described leading screw 21 vertical successively through described driven pulley 16 and screw 20 affixed with described crane 23, wherein this leading screw 21 is in transmission connection with screw 20, described lifting line slideway 22 is fixed on described tripod 9, described crane 23 is slidably connected on described lifting line slideway 22 by described lifting straight-line guide rail slide block 24, this crane 23 can be with leading screw 21 vertical lifting motion under the driving of lifting speed reduction motor 13.
Described rotation cylinder 26 and rotation seat 34 are all hinged on described crane 23.
Described switching mechanism comprises base plate 41, symmetry is arranged on two supporting legs 42 of described base plate 41 both sides, upper end, rollover stand 45 and two cylinders 47, described rollover stand 45 both sides by bearing hinge connection on two described supporting legs 42, two described cylinder 47 afterbodys respectively by lower 46 hinged described base plates 41 of a cylinder and the motion bar of these two cylinders 47 hinged by the ear seat on an oscillating bearing 48 and rollover stand 45 respectively, described rollover stand 45 left and right, inner side are respectively equipped with row and are convenient to transport the first carrying roller 49 that tire dolly 51 slides, in every row the first carrying roller 49, be all interval with a plurality of for transporting the second gear roller 50 that tire dolly 51 left and right are spacing and play the guiding role, four angle bar 56 are housed on described base plate 41, four angle bar 56, one group of groove track that forms fortune tire dolly 51 wheels between two wherein, on described fortune tire dolly 51 and rollover stand 45, be all processed with accordingly pin-and-hole, after slipping into rollover stand 45, can insert by latch 53 by fortune tire dolly 51 that pin-and-holes will be transported tire dolly 51 and rollover stand 45 is fixed, wherein said latch 53 is fixed on described rollover stand 45 by holding screw 54.
Described base plate 41 both sides, upper end are also arranged with two bearings 59, described in each, bearing 59 inner sides are respectively provided with the second carrying roller 57 that row are convenient to transport 51 slips of tire dolly, in every row the second carrying roller 57, be all interval with a plurality of for transport tire dolly 51 left and right spacing and play the guiding role the 3rd gear roller 58, wherein the installation of every row the second carrying roller 57 and horizontal line group have angle and all to the side-lower away from rollover stand 45, are obliquely installed.
Lower end after described rollover stand 45 upsets is provided with one for accepting the pocket 55 of tire base 39.
Described rotation seat 34 bottoms are provided with and are convenient to illuminating lamp 60 that tire base 39 inner sides are observed near centre position place.
Building machine for engineering tire of the present utility model unloads tire device and mainly four major parts, consists of: unload tire suspension bracket (walking mechanism) 1.; 2. elevating mechanism; 3. rotatable mechaninism; 4. switching mechanism.Concrete structure is as follows:
Walking reducing motor 1 is fixed on and is unloaded on tire suspension bracket walking beam 3 by adjustment plate 2, driving pulley 4 is fixed on walking reducing motor 1 output shaft, driven pulley 5 is fixed on walking beam 3 by support 6, walking reducing motor 1 drives driving pulley 4 to drive driven pulley 5 to rotate by the first Timing Belt 7, and the first Timing Belt moves horizontally along walking beam 3 respectively on both sides Shang Xia 7 in the opposite direction simultaneously.Walking line slideway 8 is fixed on walking beam 3 both sides, tripod 9 is fixed on walking straight-line guide rail slide block 10, by link 11 and profile of tooth pressing plate 12 by tripod 9 be fixed on the first Timing Belt 7 downsides a bit, so tripod 9 can move horizontally along walking beam 3 under the drive of the first Timing Belt 7.Lifting speed reduction motor 13 is fixed on tripod 9, driving wheel 14 is fixed on lifting speed reduction motor 13 output shafts, lifting speed reduction motor 13 drives driving wheel 14 to drive driven pulley 16 to rotate by the second Timing Belt 15, nut seat 17 is fixed on tripod 9, by needle bearing 18 and thrust bearing 19, screw 20 is connected on nut seat 17, screw 20 can be in the interior rotation of nut seat 17, driven pulley 16 is fixed on screw 20, so lifting speed reduction motor 13 can pass through driving wheel 14, the second Timing Belt 15, driven pulley 16 drives screw 20 to rotate in nut seat 17, the rotation of screw 20 is converted into the vertical lifting motion of leading screw 21, lifting line slideway 22 is fixed on tripod 9, and direction is axially identical with leading screw 21, crane 23 is fixed on lifting straight-line guide rail slide block 24, by leading screw ear seat 25, crane 23 and leading screw 21 are linked together, so crane 23 can be with leading screw 21 vertical lifting motion under the driving of lifting speed reduction motor 13.Rotation cylinder 26 is fixed on crane 23 by support 27 and gudgeon frame 28, rotation cylinder 26 can be around gudgeon 29 rotations, holder 30 is fixed on crane 23, rotation bearing pin 31 is fixed on holder 30, by needle bearing 32 and thrust bearing 33, rotation seat 34 is connected on rotation bearing pin 31, rotation seat 34 can swing around rotation bearing pin 31, hinged with the otic placode on rotation seat 34 by being connected in the breeches joint 35 of rotation cylinder 26 bars, so can be around 31 rotations of rotation bearing pin at the driving bottom swivel base 34 of rotation cylinder 26.Bracket 36 is fixed on rotation seat 34, idler assembly 37 is hinged on bracket 36 by axle 38, idler assembly 37 can swing around axle 38 within the scope of certain angle, when tire base 39 is placed on it, according to 39 li of mouth sizes of tire base, idler assembly 37 self adaptations are put proper angle, four rollers of idler assembly 37 are contacted with 39 li of mouths of tire base simultaneously, thereby hold tire base 39, the first gear roller 40 is fixed on bracket 36 two ends, to 39 position-limiting actions of tire base, rotation seat 34 bottoms are provided with illuminating lamp 60 near centre position, when tire base 39 is placed on idler assembly 37, be convenient to tire base 39 inner sides to observe.Flip portion integral body is placed in the afterbody below of unloading tire suspension bracket, base plate 41 is fixed on ground, supporting leg 42 is fixed on base plate 41, symmetrical each, bearing block 43 is equipped with in supporting leg 42 tops, by bearing 44, rollover stand 45 is connected on bearing block 43, rollover stand 45 can bearing 44 axle be axle rotation, lower 46, cylinder is fixed on base plate 41, lower of cylinder 47 afterbodys and cylinder 46 is hinged, cylinder 47 bars are hinged with the ear seat on rollover stand 45 by oscillating bearing 48, so rollover stand 45 can overturn within the scope of certain angle under the driving of cylinder 47, row first carrying roller 49 and the second gear roller 50 are respectively equipped with in rollover stand 45 left and right, inner side, fortune tire dolly 51 can slide on the first carrying roller 49, 50 spacing guide effects in left and right of the second gear roller, fortune tire dolly 51 front end left and right are respectively processed with a pin-and-hole, on rollover stand 45, corresponding position is respectively welded with a pin, when fortune tire dolly 51 slips into rollover stand 45 to extreme position along the first carrying roller 49, pin on rollover stand 45 just in time inserts the pin-and-hole on fortune tire dolly, play fixation, fortune tire dolly 51 left and right sides, rear are also respectively processed with a pin-and-hole, corresponding rollover stand 45 left and right, place are respectively fixed with one with the bearing 52 of pin-and-hole, latch 53 is inserted to the pin-and-hole on fortune tire dolly 51 and bearing 52 simultaneously, so just fortune tire dolly 51 and rollover stand 45 are fixed together, on bearing 52, be also provided with top wire hole in addition, to make holding screw 54 by oneself screws in, to 53 fixations of latch, prevent that latch 53 drops in the process of upset, rollover stand 45 front ends are equipped with pocket 55, while connecing tire, work to accept tire base 39, can adjust the length of pocket 55 to adapt to different tire base 39 specifications, base plate 41 front end indentation, there have been dug melt pit, to guarantee that rollover stand 45 has enough upset spaces, four angle bar 56 are housed on base plate 41, one group forms the groove track of transporting tire dolly 51 wheels between two, fortune tire dolly 51 is play the guiding role, symmetrical each bearing 59 with the second carrying roller 57 and the 3rd gear roller 58 is also housed on base plate 41, the arrangement of the second carrying roller 57 is horizontal by a low-angle, like this, when rollover stand 45 is turned to horizontal level, unclamp self-control holding screw 54 and pull out latch 53, fortune tire dolly 51 is pulled out to rollover stand 45, fortune tire dolly 51 can smoothly transit to from the first carrying roller 49 of rollover stand 45 on the second carrying roller 57 of bearing 59, to back lower place slippage, wheel with luck tire dolly 51 enters in corresponding groove, fortune tire dolly is pulled out smoothly along the direction of groove.
Operation principle of the present utility model and the course of work:
Unload before tire device starts working, the tire base 39 after moulding has been placed on transmission ring, tire base 39 axially with idler assembly 37 axially parallels, in waiting for.Unloading tire device starts working, by the control of lifting speed reduction motor 13, idler assembly 37 is adjusted to suitable height, with can make idler assembly 37 through tire base 39 not with its in dry relate to and be as the criterion, then by transmission ring gripping, tire base 39 along moving with the direction of idler assembly axially parallel, when tire base 39 is placed in the top between two first gear rollers 40, transmission ring stops mobile, by lifting speed reduction motor 13, controlling idler assembly 37 hoists straight up, 39 li of mouths of four rollers and tire bases in idler assembly 37 contact while holding tire base 39, idler assembly 39 stops hoisting, transmission ring is decontroled tire base 39 and is turned back to initial position, now tire base 39 has been placed on idler assembly 37, walking reducing motor 1 drives and is asking the idler assembly of tire base 39 to move along unloading tire suspension bracket walking beam 3, when move to stop while approaching switching mechanism mobile, rotation cylinder 26 shrinks to drive and is asking idler assembly 37 pendulum of tire base 39 to turn 90 degrees, tire base 39 is axially with to unload tire suspension bracket walking beam 3 directions parallel, now the cylinder 47 of switching mechanism is in stretching out state, make the pallet of transporting tire dolly 51 in wait, access state towards tire base 39, walking reducing motor 1 drives and is asking the idler assembly of tire base 39 to continue mobile along unloading tire suspension bracket walking beam 3, when tire base 39 contacts with the pallet of fortune tire dolly 51, stop mobile, lifting speed reduction motor 13 drives and is asking the idler assembly of tire base 39 vertically to decline, tire base 39 is placed on pocket 55, idler assembly continues to decline, while making to keep off roller 40 lower than 39 li of mouth upsides of tire base, stop, then the reducing motor 1 of walking drives idler assembly to move along unloading tire suspension bracket walking beam 3 directions away from tire base 39, now tire base 39 is placed on fortune tire dolly 51 completely, the cylinder 47 of flip portion is retracted, now tire base 39 levels are placed on fortune tire dolly 51, operator unclamps self-control holding screw 54, pull out latch 53, then the fortune tire dolly 51 that is holding in the palm tire base 39 rollover stand 45 of leaving behind, carrying roller 57 and gear roller 58 along bearing 59 move on ground, unloading tire device unloads tire work and completes.
In sum, content of the present utility model is not limited in the above-described embodiment, and those skilled in the art can propose other embodiment within technological guidance's thought of the present utility model, but within these embodiment are included in scope of the present utility model.
Claims (8)
1. a building machine for engineering tire unloads tire device, it is characterized in that: comprise support body, be packed in the walking beam (3) on support body, can be in the walking mechanism of the upper translation of walking beam (3), be fixed in walking mechanism and the elevating mechanism that can move up and down, be fixed in elevating mechanism movable end and for hold running tire base (39) rotatable mechaninism, can receive from tire base (39) the fortune tire dolly (51) of carrying for tire base (39) of rotatable mechaninism running and be arranged on walking beam (3) afterbody below and for the switching mechanism of the fortune tire dolly (51) that overturns, described fortune tire dolly (51) is slidably mounted on switching mechanism and by latch (53) and fixes, described rotatable mechaninism comprises rotation cylinder (26), rotation seat (34), be packed in two brackets (36) of rotation seat (34) both sides, upper end, be movably connected between two brackets (36) and for carrying the idler assembly (37) of tire base (39) and being packed in respectively two first gear rollers (40) on two brackets (36), described rotation cylinder (26) and rotation seat (34) are all hinged on the movable end of described elevating mechanism, the motion bar of this rotation cylinder (26) is also hinged by breeches joint (35) and rotation seat (34) one end, described idler assembly (37) comprises at least two group roller groups, every group of roller group include two can rotation roller, and every group of roller group is all hinged between two brackets (36).
2. according to building machine for engineering tire claimed in claim 1, unload tire device, it is characterized in that: described walking mechanism comprises walking reducing motor (1), driving pulley (4), driven pulley (5), the first Timing Belt (7), walking line slideway (8), walking straight-line guide rail slide block (10) and tripod (9), described walking reducing motor (1) and driven pulley (5) are arranged on respectively described walking beam (3) both upper ends thereof, described driving pulley (4) is affixed with described walking reducing motor (1) output shaft, between wherein said driving pulley (4) and driven pulley (5), by described the first Timing Belt (7), be in transmission connection, described tripod (9) upper end is fixed on the lower sideband of described the first Timing Belt (7), described walking line slideway (8) is fixed in described walking beam (3) one sides, described tripod (9) is also slidably connected on described walking line slideway (8) by described walking straight-line guide rail slide block (10), this tripod (9) can move horizontally along walking beam (3) under the drive of the first Timing Belt (7).
3. according to building machine for engineering tire claimed in claim 2, unload tire device, it is characterized in that: described elevating mechanism comprises lifting speed reduction motor (13), driving wheel (14), driven pulley (16), the second Timing Belt (15), nut seat (17), screw (20), leading screw (21), lifting line slideway (22), lifting straight-line guide rail slide block (24) and crane (23), described lifting speed reduction motor (13) is fixed on described tripod (9), described driving wheel (14) is affixed with described lifting speed reduction motor (13) output shaft, described driven pulley (16) is in transmission connection by the second Timing Belt (15) and described driving wheel (14), this driven pulley (16) is also affixed with described screw (20), described screw (20) is connected with described nut seat (17) by bearing, described nut seat (17) is fixed on described tripod (9), described leading screw (21) vertical successively through described driven pulley (16) and screw (20) affixed with described crane (23), wherein this leading screw (21) is in transmission connection with screw (20), described lifting line slideway (22) is fixed on described tripod (9), described crane (23) is slidably connected on described lifting line slideway (22) by described lifting straight-line guide rail slide block (24), this crane (23) can be with leading screw (21) vertical lifting motion under the driving of lifting speed reduction motor (13).
4. according to building machine for engineering tire claimed in claim 3, unload tire device, it is characterized in that: described rotation cylinder (26) and rotation seat (34) are all hinged on described crane (23).
5. according to building machine for engineering tire claimed in claim 1, unload tire device, it is characterized in that: described switching mechanism comprises base plate (41), symmetry is arranged on two supporting legs (42) of described base plate (41) both sides, upper end, rollover stand (45) and two cylinders (47), described rollover stand (45) both sides by bearing hinge connection on two described supporting legs (42), two described cylinders (47) afterbody respectively motion bar upper by lower (46) hinged described base plates of a cylinder (41) and these two cylinders (47) is hinged with the ear seat on rollover stand (45) by an oscillating bearing (48) respectively, left and right, described rollover stand (45) inner side is respectively equipped with row and is convenient to transport the first carrying roller (49) that tire dolly (51) slides, in every row the first carrying roller (49), be all interval with a plurality of for transporting the second gear roller (50) that tire dolly (51) left and right is spacing and play the guiding role, four angle bar (56) are housed on described base plate (41), four angle bar (56), one group of groove track that forms fortune tire dolly (51) wheel between two wherein, on described fortune tire dolly (51) and rollover stand (45), be all processed with accordingly pin-and-hole, after slipping into rollover stand (45), can insert by latch (53) by fortune tire dolly (51) that pin-and-hole will be transported tire dolly (51) and rollover stand (45) is fixed, wherein said latch (53) is fixed on described rollover stand (45) by holding screw (54).
6. according to building machine for engineering tire claimed in claim 5, unload tire device, it is characterized in that: described base plate (41) both sides, upper end are also arranged with two bearings (59), bearing described in each (59) inner side is respectively provided with row and is convenient to transport the second carrying roller (57) that tire dolly (51) slides, in every row the second carrying roller (57), be all interval with a plurality of for transporting the 3rd gear roller (58) that tire dolly (51) left and right is spacing and play the guiding role, wherein the installation of every row the second carrying roller (57) and horizontal line group have angle and all to the side-lower away from rollover stand (45), are obliquely installed.
7. according to building machine for engineering tire claimed in claim 5, unload tire device, it is characterized in that: the lower end after described rollover stand (45) upset is provided with one for accepting the pocket (55) of tire base (39).
8. according to the building machine for engineering tire described in any one in claim 1-7, unload tire device, it is characterized in that: described rotation seat (34) bottom is provided with and is convenient to illuminating lamp (60) that tire base (39) inner side is observed near centre position place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420119747.4U CN203766045U (en) | 2014-03-17 | 2014-03-17 | Tire unloading device of engineering tire building machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420119747.4U CN203766045U (en) | 2014-03-17 | 2014-03-17 | Tire unloading device of engineering tire building machine |
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| Publication Number | Publication Date |
|---|---|
| CN203766045U true CN203766045U (en) | 2014-08-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420119747.4U Expired - Lifetime CN203766045U (en) | 2014-03-17 | 2014-03-17 | Tire unloading device of engineering tire building machine |
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| Country | Link |
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| CN (1) | CN203766045U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105346116A (en) * | 2015-11-26 | 2016-02-24 | 天津赛象科技股份有限公司 | Tire blank unloading device for tire industry forming machine |
| CN106142603A (en) * | 2015-04-04 | 2016-11-23 | 青岛软控机电工程有限公司 | Automatic tire demounting device |
| CN113103634A (en) * | 2021-04-02 | 2021-07-13 | 青岛万龙智控科技有限公司 | Motorcycle tyre final assembly method |
| CN113147063A (en) * | 2021-04-02 | 2021-07-23 | 青岛万龙智控科技有限公司 | Motorcycle tyre final assembly equipment |
| CN113232344A (en) * | 2021-04-02 | 2021-08-10 | 青岛万龙智控科技有限公司 | Motorcycle tyre dismounting method |
| CN114210672A (en) * | 2021-12-17 | 2022-03-22 | 湖北兴福电子材料有限公司 | Cleaning device and cleaning method for electronic-grade sulfuric acid tank car |
-
2014
- 2014-03-17 CN CN201420119747.4U patent/CN203766045U/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106142603A (en) * | 2015-04-04 | 2016-11-23 | 青岛软控机电工程有限公司 | Automatic tire demounting device |
| CN105346116A (en) * | 2015-11-26 | 2016-02-24 | 天津赛象科技股份有限公司 | Tire blank unloading device for tire industry forming machine |
| CN113103634A (en) * | 2021-04-02 | 2021-07-13 | 青岛万龙智控科技有限公司 | Motorcycle tyre final assembly method |
| CN113147063A (en) * | 2021-04-02 | 2021-07-23 | 青岛万龙智控科技有限公司 | Motorcycle tyre final assembly equipment |
| CN113232344A (en) * | 2021-04-02 | 2021-08-10 | 青岛万龙智控科技有限公司 | Motorcycle tyre dismounting method |
| CN114210672A (en) * | 2021-12-17 | 2022-03-22 | 湖北兴福电子材料有限公司 | Cleaning device and cleaning method for electronic-grade sulfuric acid tank car |
| CN114210672B (en) * | 2021-12-17 | 2023-08-25 | 湖北兴福电子材料股份有限公司 | Cleaning device and cleaning method for electronic grade sulfuric acid tank truck |
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