CN106142404A - A kind of hydraulic vulcanizer for tyre - Google Patents
A kind of hydraulic vulcanizer for tyre Download PDFInfo
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- CN106142404A CN106142404A CN201510151095.1A CN201510151095A CN106142404A CN 106142404 A CN106142404 A CN 106142404A CN 201510151095 A CN201510151095 A CN 201510151095A CN 106142404 A CN106142404 A CN 106142404A
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Abstract
The present invention proposes a kind of hydraulic vulcanizer for tyre, including vulcanizing chamber, folding mould oil cylinder, base and the multiple guide pillars being installed on base, upper vulcanizing chamber includes hot plate, upper thermal insulation board and upper mainboard, lower vulcanizing chamber includes lower hot plate, lower thermal insulation board and lower mainboard, and vulcanizing chamber is provided with multiple integrated mechanisms locked mode, reinforcing and mode transfer function become one.Present invention only requires and this integrated mechanism is set can realize locked mode, reinforcing and three kinds of functions of mode transfer, thus the vulcanizing machine structure being greatly simplified, the equipment that increases is installed and service clearance, add power cylinder only to work when sulfuration is afterburning, then oil cylinder stroke is short, afterburning time is short, and mode transfer is by the relative motion realization opening mould assembling action and screw and screw mandrel；Locked mode is also to be realized by this integrated mechanism, eliminates lock ring of the prior art, is conducive to reducing the centre-to-centre spacing of bimodulus hydraulic pressure vulcanizing machine two mould, reduces complete machine floor space, increase service clearance, easy to maintenance.
Description
Technical field
The invention belongs to field of rubber machinery, be specifically related to tyre vulcanizer.
Background technology
Tyre vulcanizer has been last procedure device therefor of tire production; it it is the key equipment determining tire quality; the main structural components of tyre vulcanizer includes fuselage, upper vulcanizing chamber, lower vulcanizing chamber, boosting mechanism, mould adjusting mechanism, clamping mechanism, central authority and base; upper vulcanizing chamber includes that hot plate, upper thermal insulation board and upper mainboard, lower vulcanizing chamber include lower hot plate, lower thermal insulation board and lower mainboard.
In prior art, boosting mechanism, mould adjusting mechanism, clamping mechanism and central authority areIndependentFour modules arranged, boosting mechanism, mould adjusting mechanism and central authority concentrate on below floor installation face, cause in this part-structure part set, install and service clearance is little；The afterburning oil cylinder cylinder rod of boosting mechanism is connected with lower hot plate; the mode transfer oil cylinder cylinder rod of mould adjusting mechanism is also connected with lower hot plate simultaneously; lower hot plate can move up and down under the drive adding power cylinder and mode transfer oil cylinder; for meeting the requirement of mode transfer height; the cylinder rod stroke then adding power cylinder have to be larger than mode transfer height and adds force-stroke; cylinder rod stroke is big, then afterburning oil cylinder volume is big, causes afterburning time long；Clamping mechanism is rotated by the lock ring on vulcanizing chamber under air cylinder driven and realizes locked mode; lower vulcanizing chamber arranges lock ring and drives cylinder; make mould volume relatively big, and use this clamping mechanism to make centre-to-centre spacing between two moulds big on double mold vulcanizer, cause vulcanizer complete machine floor space big.
On the other hand, in order to improve tyre vulcanization quality, the upper hot plate of vulcanizer need to be improved, the depth of parallelism of lower hot plate and accuracy of alignment, and prior art vulcanizer, when for double mold vulcanizer, usually balance-type type structure, two mould i.e. is to be also secured on a upper mainboard, it is set on a guide upright post by the centre of mainboard on this and two moulds are guided, the double mold vulcanizer of this balance-type type structure, two moulds must be symmetrical arranged, and the tire of sulfuration same specification, to avoid the upper hot plate of both sides weight imbalance impact, the depth of parallelism of lower hot plate and accuracy of alignment, simultaneously, two moulds must work simultaneously, very flexible.
Summary of the invention
The present invention proposesA kind of hydraulic vulcanizer for tyre, prior art hydraulic tyre vulcanizing machine boosting mechanism, mould adjusting mechanism and clamping mechanism can be solvedIndependentArranging, install and service clearance is little, afterburning oil cylinder stroke is big, and afterburning time is long, by lock ring locked mode make bimodulus hydraulic pressure vulcanizing machine two mold center away from greatly, the problem that vulcanizer complete machine floor space is big.
For solving above-mentioned technical problem, the technical scheme is that a kind of hydraulic pressure vulcanizing machine, including vulcanizing chamber, folding mould oil cylinder, base and the multiple guide pillars being installed on base, described vulcanizing chamber includes vulcanizing chamber and lower vulcanizing chamber, described upper vulcanizing chamber includes hot plate, upper thermal insulation board and upper mainboard, described lower vulcanizing chamber includes lower hot plate, lower thermal insulation board and lower mainboard, and described vulcanizing chamber is provided with multiple integrated mechanisms locked mode, reinforcing and mode transfer function become one.
In the inventive solutions, following additional technical feature is also included:
Described lower vulcanizing chamber is fixed on described guide pillar, and described upper vulcanizing chamber is driven realization to open mould assembling action by described folding mould oil cylinder.
Each described integrated mechanism includes adding power cylinder, screw and the screw mandrel coordinated with screw, the described cylinder body adding power cylinder is installed on described lower mainboard, it is provided with screw installing hole on described upper mainboard and makes its lower end and the described cylinder rod upper end adding power cylinder connect as one to realize the driver part of locked mode for driving described screw mandrel to rotate at locked mode and Afterburning condition, described screw is installed in rotation on described upper mainboard in described screw installing hole, and described screw has and limits the limiting section that its most described upper mainboard moves up and down；The driver part for driving the described screw of multiple described integrated mechanism to interlock with the rotation and drive mechanism it is additionally provided with on described upper mainboard.
The described cylinder rod upper end adding power cylinder is installed with lower connecting portion and the described cylinder rod upper end necking part with described lower connecting portion that is connected, and the outer circumference surface of described lower connecting portion is laid with spline tooth；The lower end of described screw mandrel is installed with connecting portion, and described upper connecting portion has storage tank, the spline that the notch periphery of described storage tank passes for described spline tooth at corresponding laying.
Each described integrated mechanism includes adding power cylinder, screw and the screw mandrel coordinated with screw, the described cylinder body adding power cylinder is installed on described upper mainboard, it is provided with screw installing hole on described lower mainboard and makes its upper end and the described cylinder rod lower end adding power cylinder connect as one to realize the driver part of locked mode for driving described screw mandrel to rotate at locked mode and Afterburning condition, described screw is installed in rotation on described lower mainboard in described screw installing hole, and described screw has and limits the limiting section that its most described lower mainboard moves up and down；The driver part for driving the described screw of multiple described integrated mechanism to interlock with the rotation and drive mechanism it is additionally provided with on described lower mainboard.
The described cylinder rod lower end adding power cylinder is installed with connecting portion and the described cylinder rod lower end necking part with described upper connecting portion that is connected, and the outer circumference surface of described upper connecting portion is laid with spline tooth；The upper end of described screw mandrel is installed with lower connecting portion, and described lower connecting portion has storage tank, the spline that the notch periphery of described storage tank passes for described spline tooth at corresponding laying.
Each described integrated mechanism includes adding power cylinder, locked mode bar, screw and the screw mandrel coordinated with screw, described locked mode bar is vertically installed on described upper mainboard, it is provided with screw installing hole on described lower mainboard, described screw is installed in rotation on described lower mainboard in described screw installing hole, and described screw has and limits the limiting section that its most described lower mainboard moves up and down, the described power cylinder that adds is between described locked mode bar and described screw mandrel, and its cylinder body is fixed on the upper end of described screw mandrel；It is additionally provided with on described lower mainboard and rotates and make its cylinder rod upper end and described locked mode bar lower end connect as one to realize the driver part of locked mode for driving described screw mandrel to rotate at locked mode and Afterburning condition and then add power cylinder described in driving, and for driving the driver part and drive mechanism that the described screw of multiple described integrated mechanism interlocks with the rotation.
The described cylinder rod upper end adding power cylinder is installed with lower connecting portion and the described cylinder rod upper end necking part with described lower connecting portion that is connected, and the outer circumference surface of described lower connecting portion is laid with spline tooth；The lower end of described locked mode bar has storage tank, the spline that the notch periphery of described storage tank passes for described spline tooth at corresponding laying.
The number of multiple described integrated mechanisms is preferably 3, distribution triangular in shape.
Described vulcanizer is double mold vulcanizer, and described base is provided with described vulcanizing chamber, described folding mould oil cylinder and described guide pillar that two sets individually control.
The present invention is integrated with locked mode, reinforcing and the integrated mechanism of mode transfer function by being arranged on vulcanizing chamber setting, only needing, this integrated mechanism is set and can realize locked mode, reinforcing and three kinds of functions of mode transfer, thus the vulcanizing machine structure being greatly simplified, the equipment that increases is installed and service clearance, add power cylinder only to work when sulfuration is afterburning, then oil cylinder stroke is short, and afterburning time is short, and mode transfer is by the relative motion realization opening mould assembling action and screw and screw mandrel；Locked mode is also to be realized by this integrated mechanism, eliminates lock ring of the prior art, then, when it is bimodulus hydraulic pressure vulcanizing machine, be conducive to reducing the centre-to-centre spacing of two moulds, reduce vulcanizer complete machine floor space；Decrease institute's installing component quantity below lower vulcanizing chamber, only need central authority still to keep constant, increase service clearance, easy to maintenance.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below by embodiment or description of the prior art required use attachedFigureBe briefly described, it should be apparent that, below describe in attachedFigureIt is some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to attached according to theseFigureObtain the attached of otherFigure。
Figure1 is thisInventionA kind of structural representation of hydraulic vulcanizer for tyre embodiment oneFigure；
Figure2 areFigureThe vertical view of 1Figure；
Figure3 is the structural representation of integrated mechanism in embodiment oneFigure；
Figure4 illustrate with adding power cylinder attachment structure for screw mandrel in embodiment oneFigure；
Figure5 is when vulcanizer is structural representation during double mold vulcanizer in embodiment oneFigure；
Figure6 areFigureThe vertical view of 5Figure；
Figure7 is the structural representation of integrated mechanism in embodiment twoFigure；
Figure8 is the structural representation of integrated mechanism in embodiment threeFigure。
Detailed description of the invention
Below in conjunction with attachedFigureWith detailed description of the invention, the present invention is described in further details.
Embodiment one
ReferenceFigure1 toFigure3, the hydraulic pressure vulcanizing machine that the present embodiment is a kind of, including vulcanizing chamber, folding mould oil cylinder 10, base 120 and the multiple guide pillars 110 being installed on base 120, vulcanizing chamber includes vulcanizing chamber 20 and lower vulcanizing chamber 30, upper vulcanizing chamber 20 includes hot plate 21, upper thermal insulation board 22 and upper mainboard 23, lower vulcanizing chamber 30 includes lower hot plate 31, lower thermal insulation board 32 and lower mainboard 33, and vulcanizing chamber is provided with multiple integrated mechanisms locked mode, reinforcing and mode transfer function become one.
Upper hot plate 21 and the accuracy of alignment of lower hot plate 31 during for improving matched moulds, and then raising vulcanized quality, lower vulcanizing chamber 30 is preferably fixedly installed by the present embodiment, vulcanizing chamber 30 is i.e. descended to maintain static, and upper vulcanizing chamber 20 is driven realization to open mould assembling action by folding mould oil cylinder 10, in the present embodiment, the lower mainboard 33 of lower vulcanizing chamber 30 is connected on guide pillar about, so that lower vulcanizing chamber 30 is fixed.The scheme that in the most compared to existing technology, upper vulcanizing chamber and lower vulcanizing chamber all move, uses the scheme that only side vulcanizing chamber moves, it is possible to be greatly improved hot plate 21 and the accuracy of alignment of lower hot plate 31.Mode transfer is the mould size variation caused that varied in size by tire specification, mould the most upper and lower vulcanizing chamber 20,30 spacing that varies in size is different, the position that then can adjust vulcanizing chamber 20 or lower vulcanizing chamber 30 realizes, owing to the mould assembling action of opening of vulcanizer is typically to be completed by upper vulcanizing chamber 20, the most preferably go up vulcanizing chamber 20 to have floated folding mould and mode transfer, i.e. ensure that lower vulcanizing chamber 30 maintains static.
Specifically, asFigure1 toFigureShown in 3, in the present embodiment, each integrated mechanism includes adding power cylinder 40, screw 50 and coordinating the screw mandrel 60 installed with screw 50, and the cylinder body adding power cylinder 40 is installed on lower mainboard 33, and upper mainboard 23 is provided with screw installing hole 24 and driver part 70.Screw 50 is installed in rotation on upper mainboard 23 in screw installing hole 24, and screw 50 has and limits it and relatively go up the limiting section 51 that mainboard 23 moves up and down, i.e. screw 50 and be only capable of rotating relative to upper mainboard 23, it is impossible to move up and down；The driver part 80 for driving the screw 50 of multiple integrated mechanism to interlock with the rotation and drive mechanism 90 it is additionally provided with on upper mainboard 23, realize the linkage of multiple screw 50, and then realize the linkage of multiple screw mandrel 60, be conducive to upper hot plate 21 to keep level, and then improve the accuracy of alignment of itself and lower hot plate 31.
Use the hydraulic pressure vulcanizing machine that the present embodiment is a kind of, during matched moulds, upper vulcanizing chamber 20 moves down under the drive of folding mould oil cylinder 10, to its reach matched moulds with lower vulcanizing chamber 30 time, now driver part 70 drive screw mandrel 60 rotate make its lower end with add power cylinder 40 cylinder rod upper end connect as one and realize locked mode, and then pull on vulcanizing chamber 20 realize the reinforcing to vulcanizing chamber by screw mandrel 60 under the pulling force effect adding power cylinder 40, in the duty in addition to locked mode and reinforcing, when such as die sinking and matched moulds initial stage, driver part 70 drives screw mandrel 60 to make it separate with adding power cylinder 40 to opposite direction rotation.When needing mode transfer, folding mould oil cylinder 10 drives and removes mould on upper vulcanizing chamber 20, and after placing the mould of required specification, folding mould oil cylinder 10 drives upper vulcanizing chamber 20 to move down the mode transfer that put in place；Then, driver part 80 makes multiple screw 50 interlock with the rotation by drive mechanism 90, and then drives screw mandrel 60 to move up and down, and adjusting screw 60 puts in place to carry out locked mode.
Wherein, in the present embodiment, driver part 70 is cylinder, is arranged on mainboard 23, and its cylinder rod is connected by a crank with screw mandrel 60, and then screw mandrel 60 can be promoted to rotate；In the present embodiment, driver part 80 is motor, and drive mechanism 90 is chain-drive mechanism；Certainly, driver part 70, driver part 80 can also select other driver parts, drive mechanism 90 can also select other drive disk assemblies such as V belt translation, and this is not specifically limited by the present embodiment.
For the connection of screw mandrel 60 lower end with the cylinder rod upper end adding power cylinder 40, asFigure3 HesFigureShown in 4, the present embodiment is installed with in the cylinder rod upper end adding power cylinder 40 necking part 42 of lower connecting portion 41 and connected cylinder rod 40 upper end and its lower connecting portion 41, the outer circumference surface of lower connecting portion 41 is laid with spline tooth；The lower end of screw mandrel 60 is installed with connecting portion 61, and upper connecting portion 61 has storage tank 62, the spline that the notch periphery of storage tank 62 passes for spline tooth at corresponding laying.
When matched moulds, upper vulcanizing chamber 20 moves down under the drive of folding mould oil cylinder 10, the spline tooth of lower connecting portion 41 embeds in storage tank 62 along the spline of storage tank 62, then driver part 70 drives screw mandrel 60 to rotate the spline making connecting portion 61 storage tank 62 and the spline tooth dislocation of lower connecting portion 41 adding power cylinder 40, and then makes the lower end of screw mandrel 60 connect as one with the upper end adding power cylinder 40 to realize locked mode.
For further such that compact conformation, the cylinder body adding power cylinder 40 in the present embodiment is fixed on lower mainboard 33Following tableOn face, its cylinder rod is connected with screw mandrel 60 through lower mainboard 33 at locked mode and matched moulds state.
In the present embodiment, the number of multiple integrated mechanisms is preferably 3, distribution triangular in shape.So stagger setting so that vulcanizer compact overall structure, and broad view, it is simple to equipment is installed and maintenance.
Preferably, the present embodiment one hydraulic pressure vulcanizing machine is double mold vulcanizer, asFigure5 HesFigureShown in 6, vulcanizing chamber, folding mould oil cylinder and guide pillar that two sets individually control it is provided with on its base, respectively overlap vulcanizing chamber, folding mould oil cylinder and guide pillar individually to control, make two set vulcanizing chamber structures arrange flexibly, the tire of different size can be vulcanized simultaneously, both sides weight imbalance will not be caused due to both sides tire specification difference, it is prone to ensure hot plate, the depth of parallelism of lower hot plate and accuracy of alignment on the vulcanizing chamber of each side, and two set vulcanizing chamber without working simultaneously, motility is high, is conducive to saving production cost.
Embodiment two
ReferenceFigure7, in the present embodiment, each described integrated mechanism includes adding power cylinder 40, screw 50 and the screw mandrel 60 coordinated with screw 50 equally, unlike embodiment one, the cylinder body adding power cylinder 40 in the present embodiment is installed on mainboard 23, and is provided with screw installing hole 34 and driver part 70 on lower mainboard 33；Screw 50 is installed in rotation on lower mainboard 33 in screw installing hole 34, and screw 50 has and limits its limiting section 51 relatively descending mainboard 33 to move up and down, i.e. screw 50 and be only capable of rotating relative to lower mainboard 33, it is impossible to move up and down；Equally, unlike embodiment one, for driving driver part 80 that the screw 50 of multiple integrated mechanism interlocks with the rotation and drive mechanism 90 to be arranged on lower mainboard 33 in the present embodiment.
Using the hydraulic pressure vulcanizing machine that the present embodiment is a kind of, integrated mechanism carries out the process of locked mode, reinforcing and mode transfer substantially with embodiment one.Specifically, during matched moulds, upper vulcanizing chamber 20 moves down under the drive of folding mould oil cylinder 10, to its reach matched moulds with lower vulcanizing chamber 30 time, now driver part 70 drive screw mandrel 60 rotate make its upper end with add power cylinder 40 cylinder rod lower end connect as one and realize locked mode, and then under the pulling force effect adding power cylinder 40, pull on vulcanizing chamber 20 by screw mandrel 60 realize the reinforcing to vulcanizing chamber；When the duty in addition to locked mode and reinforcing, such as die sinking and the matched moulds initial stage, driver part 70 drives screw mandrel 60 to make it separate with adding power cylinder 40 to opposite direction rotation.When needing mode transfer, folding mould oil cylinder 10 drives and removes mould on upper vulcanizing chamber 20, and after placing the mould of required specification, folding mould oil cylinder 10 drives upper vulcanizing chamber 20 to move down the mode transfer that put in place；Then, driver part 80 makes multiple screw 50 interlock with the rotation by drive mechanism 90, and then drives screw mandrel 60 to move up and down, and adjusting screw 60 puts in place to carry out locked mode.
In the present embodiment, add the power cylinder 40 connection with screw mandrel 60 still for be coordinated by spline tooth and spline, except for the difference that, the present embodiment is installed with in the cylinder rod lower end adding power cylinder 40 necking part 42 of connecting portion 41 and connected cylinder rod lower end and upper connecting portion 41, the outer circumference surface of upper connecting portion 41 is laid with spline tooth；The upper end of screw mandrel 60 is installed with lower connecting portion 61, and lower connecting portion 61 has storage tank 62, the spline that the notch periphery of storage tank 62 passes for spline tooth at corresponding laying.
Embodiment three
ReferenceFigure8, unlike embodiment one and embodiment two, in the present embodiment, each integrated mechanism includes adding power cylinder 40, locked mode bar 100, screw 50 and the screw mandrel 60 coordinated with screw 50, locked mode bar 100 is vertically installed on mainboard 23, it is provided with screw installing hole 34 on lower mainboard 33, screw 50 is installed in rotation on lower mainboard 33 in screw installing hole 34, and screw 50 has and limits its limiting section 51 relatively descending mainboard 33 to move up and down, adding power cylinder 40 between locked mode bar 400 and screw mandrel 60, its cylinder body is fixed on the upper end of screw mandrel 60；It is additionally provided with on lower mainboard 33 and adds power cylinder 40 and rotate and make its cylinder rod upper end and locked mode bar 100 lower end connect as one to realize the driver part 70 of locked mode for driving screw mandrel 60 to rotate at locked mode and Afterburning condition and then drive, and for driving the driver part 80 and drive mechanism 90 that the screw 50 of multiple integrated mechanism interlocks with the rotation.
Use the hydraulic pressure vulcanizing machine that the present embodiment is a kind of, during matched moulds, upper vulcanizing chamber 20 moves down under the drive of folding mould oil cylinder 10, to its reach matched moulds with lower vulcanizing chamber 30 time, now driver part 70 drives screw mandrel 60 to rotate and then drives and adds power cylinder 40 and rotate and make cylinder rod upper end and locked mode bar 100 lower end connect as one to realize locked mode, and then pulls on vulcanizing chamber 20 by locked mode bar 100 under the pulling force effect adding power cylinder 40 and realize the reinforcing to vulcanizing chamber；When the duty in addition to locked mode and reinforcing, such as die sinking and the matched moulds initial stage, driver part 70 drives screw mandrel 60 to rotate to opposite direction and then drives and adds power cylinder 40 and rotate and make to add power cylinder 40 upper end and separate with locked mode bar 100.When needing mode transfer, folding mould oil cylinder 10 drives and removes mould on upper vulcanizing chamber 20, and after placing the mould of required specification, folding mould oil cylinder 10 drives upper vulcanizing chamber 20 to move down the mode transfer that put in place；Then, driver part 80 makes multiple screw 50 interlock with the rotation by drive mechanism 90, and then drives screw mandrel 60 to move up and down together with adding power cylinder 40, adjusting screw 60 and add power cylinder 40 and put in place to carry out locked mode.
In the present embodiment, the upper end of screw mandrel 60 and the cylinder body adding power cylinder 40 can be by welding or bolt is fastenedly connected, the connection of the cylinder rod upper end and locked mode bar 100 that add power cylinder 40 still uses the fit form of spline and spline, i.e. it is installed with the necking part 42 of lower connecting portion 41 and connected cylinder rod upper end and lower connecting portion 41 in the cylinder rod upper end adding power cylinder 40, the outer circumference surface of lower connecting portion 41 is laid with spline tooth；The lower end of locked mode bar 100 has storage tank 101, the spline that the notch periphery of storage tank 101 passes for spline tooth at corresponding laying.
The above; it it is only presently preferred embodiments of the present invention; it it is not the restriction that the present invention is made other form; any those skilled in the art are changed possibly also with the technology contents of the disclosure above or are modified as the equivalence enforcement of equivalent variations; but it is every without departing from technical solution of the present invention content; any simple modification, equivalent variations and the remodeling made above example according to the technical spirit of the present invention, still falls within the protection domain of technical solution of the present invention.
Claims (10)
1. a hydraulic pressure vulcanizing machine, including vulcanizing chamber, folding mould oil cylinder, base and the multiple guide pillars being installed on base, described vulcanizing chamber includes vulcanizing chamber and lower vulcanizing chamber, described upper vulcanizing chamber includes hot plate, upper thermal insulation board and upper mainboard, described lower vulcanizing chamber includes lower hot plate, lower thermal insulation board and lower mainboard, it is characterised in that: it is provided with multiple integrated mechanisms locked mode, reinforcing and mode transfer function become one on described vulcanizing chamber.
A kind of hydraulic pressure vulcanizing machine the most according to claim 1, it is characterised in that: described lower vulcanizing chamber is fixed on described guide pillar, and described upper vulcanizing chamber is driven realization to open mould assembling action by described folding mould oil cylinder.
A kind of hydraulic pressure vulcanizing machine the most according to claim 2, it is characterized in that: each described integrated mechanism includes adding power cylinder, screw and the screw mandrel coordinated with screw, the described cylinder body adding power cylinder is installed on described lower mainboard, it is provided with screw installing hole on described upper mainboard and makes its lower end and the described cylinder rod upper end adding power cylinder connect as one to realize the driver part of locked mode for driving described screw mandrel to rotate at locked mode and Afterburning condition, described screw is installed in rotation on described upper mainboard in described screw installing hole, and described screw has and limits the limiting section that its most described upper mainboard moves up and down；The driver part for driving the described screw of multiple described integrated mechanism to interlock with the rotation and drive mechanism it is additionally provided with on described upper mainboard.
A kind of hydraulic pressure vulcanizing machine the most according to claim 3, it is characterized in that: described in add the cylinder rod upper end of power cylinder and be installed with lower connecting portion and the described cylinder rod upper end necking part with described lower connecting portion that is connected, the outer circumference surface of described lower connecting portion is laid with spline tooth；The lower end of described screw mandrel is installed with connecting portion, and described upper connecting portion has storage tank, the spline that the notch periphery of described storage tank passes for described spline tooth at corresponding laying.
A kind of hydraulic pressure vulcanizing machine the most according to claim 2, it is characterized in that: each described integrated mechanism includes adding power cylinder, screw and the screw mandrel coordinated with screw, the described cylinder body adding power cylinder is installed on described upper mainboard, it is provided with screw installing hole on described lower mainboard and makes its upper end and the described cylinder rod lower end adding power cylinder connect as one to realize the driver part of locked mode for driving described screw mandrel to rotate at locked mode and Afterburning condition, described screw is installed in rotation on described lower mainboard in described screw installing hole, and described screw has and limits the limiting section that its most described lower mainboard moves up and down；The driver part for driving the described screw of multiple described integrated mechanism to interlock with the rotation and drive mechanism it is additionally provided with on described lower mainboard.
A kind of hydraulic pressure vulcanizing machine the most according to claim 5, it is characterized in that: described in add the cylinder rod lower end of power cylinder and be installed with connecting portion and the described cylinder rod lower end necking part with described upper connecting portion that is connected, the outer circumference surface of described upper connecting portion is laid with spline tooth；The upper end of described screw mandrel is installed with lower connecting portion, and described lower connecting portion has storage tank, the spline that the notch periphery of described storage tank passes for described spline tooth at corresponding laying.
A kind of hydraulic pressure vulcanizing machine the most according to claim 2, it is characterized in that: each described integrated mechanism includes adding power cylinder, locked mode bar, screw and the screw mandrel coordinated with screw, described locked mode bar is vertically installed on described upper mainboard, it is provided with screw installing hole on described lower mainboard, described screw is installed in rotation on described lower mainboard in described screw installing hole, and described screw has and limits the limiting section that its most described lower mainboard moves up and down, the described power cylinder that adds is between described locked mode bar and described screw mandrel, and its cylinder body is fixed on the upper end of described screw mandrel；It is additionally provided with on described lower mainboard and rotates and make its cylinder rod upper end and described locked mode bar lower end connect as one to realize the driver part of locked mode for driving described screw mandrel to rotate at locked mode and Afterburning condition and then add power cylinder described in driving, and for driving the driver part and drive mechanism that the described screw of multiple described integrated mechanism interlocks with the rotation.
A kind of hydraulic pressure vulcanizing machine the most according to claim 7, it is characterized in that: described in add the cylinder rod upper end of power cylinder and be installed with lower connecting portion and the described cylinder rod upper end necking part with described lower connecting portion that is connected, the outer circumference surface of described lower connecting portion is laid with spline tooth；The lower end of described locked mode bar has storage tank, the spline that the notch periphery of described storage tank passes for described spline tooth at corresponding laying.
A kind of hydraulic pressure vulcanizing machine the most according to any one of claim 1 to 8, it is characterised in that: the number of multiple described integrated mechanisms is preferably 3, distribution triangular in shape.
A kind of hydraulic pressure vulcanizing machine the most according to claim 9, it is characterised in that: described vulcanizer is double mold vulcanizer, and described base is provided with described vulcanizing chamber, described folding mould oil cylinder and described guide pillar that two sets individually control.
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| CN201510151095.1A CN106142404A (en) | 2015-04-01 | 2015-04-01 | A kind of hydraulic vulcanizer for tyre |
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| CN201510151095.1A CN106142404A (en) | 2015-04-01 | 2015-04-01 | A kind of hydraulic vulcanizer for tyre |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109760242A (en) * | 2019-03-06 | 2019-05-17 | 青岛科技大学 | Ring, pedestal clamping method on hot plate of vulcanizer and tire-mold |
| CN110778132A (en) * | 2019-11-05 | 2020-02-11 | 安徽华宏机械设备有限公司 | Feeding equipment buries a installation device |
| CN114179406A (en) * | 2021-12-13 | 2022-03-15 | 山东豪迈机械科技股份有限公司 | Distance adjusting and locking device and tire vulcanizing machine comprising same |
| CN114179406B (en) * | 2021-12-13 | 2024-04-26 | 山东豪迈机械科技股份有限公司 | Distance adjusting and locking device and tire vulcanizing machine comprising same |
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| CN204673873U (en) * | 2015-04-01 | 2015-09-30 | 青岛软控机电工程有限公司 | A kind of hydraulic vulcanizer for tyre |
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Application publication date: 20161123 |