CN102152431A - Vulcanizer for molding tires by cold turning - Google Patents
Vulcanizer for molding tires by cold turning Download PDFInfo
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- CN102152431A CN102152431A CN2011101106902A CN201110110690A CN102152431A CN 102152431 A CN102152431 A CN 102152431A CN 2011101106902 A CN2011101106902 A CN 2011101106902A CN 201110110690 A CN201110110690 A CN 201110110690A CN 102152431 A CN102152431 A CN 102152431A
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Abstract
The invention discloses a vulcanizer for molding tires by cold turning, which comprises a base, a vulcanizing chamber arranged on the base, a cylinder cover and a movable fastener, wherein the cylinder cover can be moveably arranged on the vulcanizing chamber; the movable fastener fastens the cylinder cover on the vulcanizing chamber; a control mechanism for controlling the opening and closing of the cylinder cover is arranged on the vulcanizing chamber; a fixing ring for fixing tire sleeve outside is arranged in the vulcanizing chamber; a moveable mold which is fitted with the outer side of the tire and moves towards the fixing ring is arranged in the vulcanizing chamber; and the base is provided with a hydraulic travel mechanism for controlling the movement of the moveable mold. The vulcanizer has the advantages that: the dismantling and fixing of a steel ring and an envelope are not required in the vulcanizing process of the tire; the vulcanizing process is simple; working efficiency is improved; production cost is reduced; inward restriction forces generated by the moveable mold are all the same; and thus, the quality of the finished products are relatively stable.
Description
Technical field
The present invention relates to the tyre rebuilding manufacturing equipment, relate in particular to the cold type vulcanizer of translating into of a kind of tire.
Background technology
Tyre rebuilding is meant experience wear or other reasons damaged the tire that loses serviceability, makes it to have again the process of serviceability through overhauling processing.Existing tyre rebuilding is generally taked traditional hot retreading method and prevulcanization retreading technology, and (curing temperature is about 100 ℃ during because of renovation, so claim low temperature tyre retreading method again), because the pressure of producing prevulcanized tire tread rubber is much larger than the pressure of producing the hot retreading tread rubber, so the retreads that adopt the prevulcanization retreading explained hereafter to come out are comparatively attractive in appearance, the anti-puncture of tyre surface, wear-resisting, simultaneously tire vulcanizes at low temperatures, and is little to the carcass extent of damage, heat distortion amount is little, thereby can increase the renovation number of times of tire greatly; Therefore, present domestic tyre rebuilding form is substantially by with the hot retreading method serving as main changing into based on the prevulcanization retreading method.
Existing prevulcanization retreading technology is as follows: carcass is repaired the inner curing bag of the pressure tread rubber strip form of polishing-cover-fill-vulcanize-take out inner curing bag---finished product, wherein sulfuration process adopts sulfurizing pot vulcanization usually, promptly pre-renovation carcass must be inlayed fixed steelring at the interior ring of curing bag before entering sulfurizing pot vulcanization, envelope on the carcass outer cover, make envelope produce inside restraining force in sulfidation, carcass covers that pressure that the needed applying power when sending vulcanizing tank to behind the tread rubber strip form and carrying out cryogenic vulcanization of pressing can rely on the water that charges in the inner curing bag or water vapour outwards expands and the inside restraining force of carcass outer envelope cover generation realizes like this; Existing this prevulcanization retreading technology, pre-renovation carcass need install and fix the processing step of steel ring and envelope before sulfuration, need remove the processing step of fixed steelring and envelope after sulfuration, the sulfuration process step that makes prevulcanization retreading technology is comparatively complicated and then reduce production efficiency, improve production cost; The dynamics of workman when the ladle cover envelope is all inconsistent simultaneously, the inside restraining force that envelope is produced in sulfidation is also inconsistent, thereby carcass is covered press when sending vulcanizing tank to behind the tread rubber strip form and carrying out cryogenic vulcanization needed applying power also unlikely, finally cause the end product quality instability.
Summary of the invention
The purpose of this invention is to provide the cold type vulcanizer of translating into of a kind of tire, comparatively complicated with the sulfuration process step because of prevulcanization retreading technology in the solution prior art, production efficiency is low, production cost height, end product quality problem of unstable.
Technical scheme of the present invention is such: the cold type vulcanizer of translating into of a kind of tire, comprise base and vulcanizing chamber, and this vulcanizing chamber is located on this base; Also include and movablely be covered on the cylinder cap on the above-mentioned vulcanizing chamber and this cylinder cap is fastened on movable button component on the above-mentioned vulcanizing chamber, the controlling organization that the above-mentioned cylinder cap of control opens and closes is installed on the above-mentioned vulcanizing chamber, be provided with the water supply tire in the above-mentioned vulcanizing chamber and be fixed in its outer retainer ring, be provided with in the above-mentioned vulcanizing chamber that lateral surface with carcass matches, and the movable mold that can move to above-mentioned retainer ring, and above-mentioned base is provided with the hydraulic pressure travel mechanism that the above-mentioned movable film of control moves.
Above-mentioned movable button component comprises Fixing clamp-seat and movable collar, above-mentioned movable collar is movably installed in the upper side of above-mentioned cylinder cap in rotating mode, the outer shroud of above-mentioned movable collar convexes with fixture block, the said fixing deck is fixed on the lateral surface of above-mentioned vulcanizing chamber, and be concaved with on the said fixing deck for above-mentioned fixture block and embed fixing recess, the hydraulic control that the above-mentioned movable collar of control rotates is installed on the above-mentioned cylinder cap.
The upper side of above-mentioned cylinder cap is concaved with for the movable short slot that embeds of above-mentioned movable collar, and above-mentioned fixture block stretches out outside the above-mentioned short slot; Above-mentioned hydraulic control is a hydraulic cylinder, and the cylinder body of above-mentioned hydraulic cylinder is packed on the above-mentioned cylinder cap, and the free end of the piston rod of above-mentioned hydraulic cylinder is fixedlyed connected with above-mentioned movable collar.
Above-mentioned hydraulic pressure travel mechanism comprises hydraulic cylinder, connecting rod and push rod, the cylinder body of above-mentioned hydraulic cylinder is packed on the above-mentioned base, one end of the free end of the piston rod of above-mentioned hydraulic cylinder and above-mentioned connecting rod is fixed together, the other end of above-mentioned connecting rod extends upwardly to outside the above-mentioned vulcanizing chamber, and be movably articulated on the lateral surface of above-mentioned vulcanizing chamber, one end of above-mentioned push rod is movably articulated on the above-mentioned connecting rod, the other end activity of above-mentioned push rod is stretched in the above-mentioned vulcanizing chamber, fixedlys connected with above-mentioned movable mold.
Be provided with in the above-mentioned vulcanizing chamber and be arranged with outside the said fixing ring, and the backing plate that matches of the external diameter of its external diameter and carcass, and above-mentioned movable film is located at outside this backing plate.
Above-mentioned controlling organization comprises hydraulic cylinder and connecting rod, above-mentioned connecting rod is located at the top of above-mentioned cylinder cap, and an end of above-mentioned connecting rod is provided with first linking arm that is connected with above-mentioned cylinder cap, the other end of above-mentioned connecting rod is provided with the one end fixedlys connected with above-mentioned vulcanizing chamber, second linking arm that the other end of the other end and above-mentioned connecting rod is movably hinged, the cylinder body of above-mentioned hydraulic cylinder is packed on above-mentioned second linking arm, and the free end of the piston rod of above-mentioned hydraulic cylinder is fixedlyed connected with a certain position between the above-mentioned connecting rod two ends.
The crane mechanism that carcass can be hung in or hangs out above-mentioned vulcanizing chamber is installed on the lateral surface of above-mentioned vulcanizing chamber.
Above-mentioned controlling organization also comprises rotating mechanism, above-mentioned rotating mechanism comprises erection support, turning cylinder and shaft seat, above-mentioned erection support is fixedly mounted on the lateral wall of above-mentioned vulcanizing chamber, above-mentioned shaft seat is installed on the above-mentioned erection support, above-mentioned turning cylinder rotatably is installed in the above-mentioned shaft seat, above-mentioned second linking arm stretches in the above-mentioned shaft seat fixedlys connected with first end of above-mentioned turning cylinder, and above-mentioned erection support is provided with the rotating control assembly that the above-mentioned turning cylinder of control rotates.
Above-mentioned rotating control assembly comprises two rod oil cylinders that go out, rack and pinion, above-mentioned erection support is provided with above-mentioned vulcanizing chamber is vertical, be respectively equipped with first installing plate and second installing plate that mutual opposition is provided with on the one side two ends of above-mentioned erection support, above-mentioned pair goes out rod oil cylinder and is embedded between above-mentioned first installing plate and above-mentioned second installing plate, and the free end of above-mentioned two two-piston bars that go out rod oil cylinder correspondence respectively is packed on above-mentioned first installing plate and second installing plate, above-mentioned tooth bar is fixedly mounted on the lateral surface of above-mentioned two cylinder bodies that go out rod oil cylinder, said gear is meshing with each other with above-mentioned tooth bar and is connected, second end of above-mentioned turning cylinder stretches out outside the above-mentioned erection support, fixedlys connected with said gear.
Be provided with in the above-mentioned shaft seat and be fixed in the outer fairlead of above-mentioned turning cylinder.
After adopting technique scheme, the cold type vulcanizer of translating into of tire of the present invention, during use, earlier the outside is covered and be pressed with tread rubber strip form, inside is filled with the carcass of curing bag and puts into vulcanizing chamber, and carcass is fixed in the vulcanizing chamber by retainer ring, by controlling organization cylinder cap is covered on the vulcanizing chamber again, and cylinder cap is fastened on the vulcanizing chamber by the movable button component, and then movable mold is moved and be pressed in outside the tyre surface of carcass by hydraulic pressure travel mechanism, in curing bag, charge into compressed air at last, carcass is expanded, this moment, the curing bag of carcass inside was fixed on the retainer ring, the outer ring of carcass is attached on the movable mold tightly, movable film is produced inside restraining force is arranged, be that carcass covers and presses when sending vulcanizing chamber to behind the tread rubber strip form and carrying out cryogenic vulcanization needed applying power to rely on to charge in the inner curing bag that compressed-air actuated pressure outwards expands and the inside restraining force of movable mold generation realizes, then carcass need not to carry out the step of fixed disassembly steel ring and envelope again in the vulcanization process process, make vulcanization process comparatively simple, increase work efficiency, reduce production costs, and the inside restraining force that movable film produces is all identical, thereby makes end product quality comparatively stable.
Description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 is the cut-away view of A-A among Fig. 1;
Fig. 3 is a vertical view of the present invention;
Fig. 4 is the cut-away view (omitting crane mechanism and controlling organization) of A-A among Fig. 2;
Fig. 5 is the cut-away view (omitting crane mechanism and controlling organization) of B-B among Fig. 2.
Among the figure:
Base 1 vulcanizing chamber 2
Fixing clamp-seat 41 recesses 411
Piston rod 432 hydraulic pressure travel mechanisms 5
Piston rod 512 connecting rods 52
Piston rod 612 connecting rods 62
First linking arm, 621 second linking arms 622
Turning cylinder 632 shaft seats 633
634 pairs on bearing goes out rod oil cylinder 635
Tooth bar 636 gears 637
First installing plate, 638 second installing plates 639
Crane mechanism 7 fairleads 8
The specific embodiment
The cold type vulcanizer of translating into of a kind of tire of the present invention, shown in Fig. 1-5, comprise base 1, be located at the vulcanizing chamber 2 on the base 1, removable cover is located at the cylinder cap 3 on this vulcanizing chamber 2, and cylinder cap 3 is fastened on movable button component 4 on the vulcanizing chamber 2, be provided with the water supply tire in this vulcanizing chamber 2 and be fixed in its outer retainer ring 21, match with lateral surface with carcass, and can be to the retainer ring 21 movable movable mold 22 that move, the backing plate 23 that the external diameter of intrinsic its external diameter of these retainer ring 21 overcoats and carcass matches, and this movable mold 22 is located at outside this backing plate 23, this base 1 is provided with the hydraulic pressure travel mechanism 5 that control activity film 22 moves, and application cylider cover 3 is installed on this vulcanizing chamber 2 covers the controlling organization 6 that is located on the vulcanizing chamber 2.
This movable button component 4 comprises Fixing clamp-seat 41 and movable collar 42, the upper side of cylinder cap 3 is concaved with for the movable collar 42 movable short slots 31 that embed, movable collar 42 movable embeddings in this short slot 31, and convex with the fixture block 421 that stretches into outside the short slot 31 on the outer shroud of movable collar 42, Fixing clamp-seat 41 is packed on the lateral surface of vulcanizing chamber 2, and be concaved with on the Fixing clamp-seat 41 for fixture block 421 tight fits and embed fixing recess 411, and, the hydraulic cylinder 43 that control activity collar 42 rotates is installed on the cylinder cap 3, the cylinder body 431 of hydraulic cylinder 43 is packed on the cylinder cap 3, the free end of the piston rod 432 of hydraulic cylinder 43 is fixedlyed connected with movable collar 42, and the travel distance that the impulse stroke of hydraulic cylinder 43 and fixture block 421 turn in the recess 411 is identical.During hydraulic cylinder 43 work, the piston rod 432 of hydraulic cylinder 43 stretches out, because movable collar 42 is a loop configuration, stretching out of the piston rod 432 of hydraulic cylinder 43 can be done motion counterclockwise by drive activity collar 42 like this, can drive fixture block 421 during the counterclockwise motion of movable collar 42 and snap in the recess 411, thereby movable button component 4 is locked cylinder cap 3 on vulcanizing chamber 2.Among the present invention, in order to make the sealed comparatively firm of cylinder cap 3 and vulcanizing chamber 2, can on cylinder cap 3, be provided with several fixture blocks 421, vulcanizing chamber 2 is provided with several and the Fixing clamp-seat 41 of each fixture block 421 corresponding setting, Fixing clamp-seat 41 is provided with for each fixture block 421 tight fit and embeds the recess of fixing 411, and the travel distance in the impulse stroke of hydraulic cylinder 43 and each recess 411 of the corresponding embedding of each fixture block 421 difference is identical.
This hydraulic pressure travel mechanism 5 comprises hydraulic cylinder 51, connecting rod 52 and push rod 53, wherein the cylinder body 511 of hydraulic cylinder 51 is packed on the base 1, the free end of the piston rod 512 of hydraulic cylinder 51 and an end of connecting rod 52 are fixed together, the other end of connecting rod 52 extends upwardly to outside the vulcanizing chamber 2, and be movably articulated on the lateral surface of vulcanizing chamber 2, one end of push rod 53 is movably articulated on the connecting rod 52, and movable hermetically the stretching in the vulcanizing chamber 2 of the other end of push rod 53 fixedlyed connected with the movable mold 22 in the vulcanizing chamber 2.When hydraulic pressure travel mechanism 5 worked, the piston rod 512 of hydraulic cylinder 51 stretched and makes inside and outside shift action through connecting rod 52 and push rod 53 drive movable mold 22 in vulcanizing chamber 2.
This controlling organization 6 comprises hydraulic cylinder 61, connecting rod 62 and rotating mechanism 63, wherein connecting rod 62 is located at the top of cylinder cap 3, and an end of connecting rod 62 is installed with first linking arm 621 of fixedlying connected with cylinder cap 3, the other end of connecting rod 62 is movably hinged with second linking arm 622, the cylinder body 611 of this hydraulic cylinder 61 is packed on second linking arm 622, and the free end of the piston rod 612 of hydraulic cylinder 61 is fixedlyed connected with a certain position between connecting rod 62 two ends.During hydraulic cylinder 61 work, the piston rod 612 flexible connecting rods 62 that can drive of hydraulic cylinder 61 rotate around an end that is movably hinged, thereby cylinder cap 3 on the vulcanizing chamber 2 is opened or closes.
This rotating mechanism 63 comprises erection support 631, turning cylinder 632 and shaft seat 633, wherein the screw that passes on left of erection support 631 is fixedly mounted on the lateral wall of vulcanizing chamber 2, shaft seat 633 is fixed on the upper surface of erection support 631, these turning cylinder 632 activities are inserted in this shaft seat 633, and be provided with the bearing 634 of supporting turning cylinder 632 in this shaft seat 633, and, first end of turning cylinder 632 is fixedlyed connected with the free end of second linking arm 622, second end of turning cylinder 632 stretches out the bottom surface of erection support 631, and erection support 631 is provided with the rotating control assembly that control turning cylinder 632 rotates; This rotating control assembly comprises two rod oil cylinders 635 that go out, tooth bar 636 and gear 637, be respectively equipped with first installing plate 638 and second installing plate 639 that mutual opposition is provided with on the two ends, right side of erection support 631, twoly go out rod oil cylinder 635 and be embedded between first installing plate 638 and second installing plate 639, and the free end of two two-piston bars that go out rod oil cylinder 635 correspondence respectively is packed on first installing plate 638 and second installing plate 639, tooth bar 636 is fixedly mounted on pair lateral surface of the cylinder body that goes out rod oil cylinder 635, and the teeth of tooth bar 636 are towards vulcanizing chamber 2, gear 637 is packed on second end of turning cylinder 632, and is meshing with each other with tooth bar 636 and is connected.During work, two cylinder bodies that go out rod oil cylinder 635 are made forward and backward rectilinear motion, two forward and backward rectilinear motions that go out rod oil cylinder 635 cylinder bodies can make cylinder body upper rack 636 driven gears 637 rotate, rotatablely moving of gear 637 can drive turning cylinder 632 rotations, the rotation of turning cylinder 632 can drive the rotation of second linking arm 622, the rotation of second linking arm 622 can drive cylinder cap 3 and rotate, be after cylinder cap 3 is opened, it is other by this rotating mechanism 63 cylinder cap 3 to be removed to vulcanizing chamber 2, like this, can make things convenient for carcass to put into or take out vulcanizing chamber 2.
The cold type vulcanizer of translating into of tire of the present invention also includes the crane mechanism 7 that carcass can be hung in or hang out vulcanizing chamber 2, and this crane mechanism 7 is installed on the lateral wall of vulcanizing chamber 2.The structure and the principle of crane mechanism are all identical in crane of the present invention mechanism 7 and the prior art, and the applicant will be not repeated at this.
The cold type vulcanizer of translating into of tire of the present invention is equipped with heater (not shown in the circle) on the bottom surface of cylinder cap 3 and the sidewall of vulcanizing chamber 2, can satisfy vulcanizing chamber 2 required temperature in sulfidation by this heater.Among the present invention, the structure of heater and install all identically on the vulcanizing chamber in the structure of heater and installation and the prior art on vulcanizing chamber 2 and the cylinder cap 3, the applicant will be not repeated at this.
The cold type vulcanizer of translating into of tire of the present invention, during use, by crane mechanism 7 its outside is covered and to be pressed with tread rubber strip form, the carcass that inside is filled with curing bag hangs in the vulcanizing chamber 2, and curing bag is fixed in outside the retainer ring 21, carcass is placed on the backing plate 23, by controlling organization 6 cylinder cap 3 is covered on the vulcanizing chamber 2 again, and cylinder cap 3 is locked on the vulcanizing chamber 2 by movable button component 4, and then make movable mold 22 outside retainer ring 21 moves and be pressed in the tyre surface of carcass by hydraulic pressure travel mechanism 5, in curing bag, charge into compressed air at last, carcass expands, this moment, the curing bag ring 21 that is fixed of carcass inside was fixing, the outer ring of carcass is attached on the movable mold 22 tightly, movable film 22 is produced inside restraining force is arranged, the upper surface of carcass and bottom surface are attached on cylinder cap 3 and the backing plate 23 tightly, can obtain carcass required temperature in sulfidation, and carcass is heated evenly, be that carcass covers to press and sends when vulcanizing in the vulcanizing chamber 2 needed applying power behind the tread rubber strip form to and can rely on and charge in the curing bag that compressed-air actuated pressure outwards expands and the inside restraining force of movable mold 22 generations realizes, then carcass need not to carry out the step of fixed disassembly steel ring and envelope again in the vulcanization process process, make vulcanization process comparatively simple, increase work efficiency, reduce production costs, and the inside restraining force that movable film 22 produces is all identical, being heated of carcass is comparatively even, thereby makes end product quality comparatively stable.The cold type vulcanizer of translating into of tire of the present invention, adopt this machine after, prevulcanization retreading technology is as follows: carcass is repaired the pressure tread rubber strip form of polishing-cover-fill, and inner curing bag-advancing the cold type vulcanizer of translating into of tire vulcanizes-takes out inner curing bag-finished product.The cold type vulcanizer of translating into of tire of the present invention owing to be provided with the backing plate 23 that matches with carcass normal diameter size in the vulcanizing chamber 2, can guarantee the size conforms standard of each tyre retreading goods like this by this backing plate 23.
Among the present invention, can in shaft seat 633, be provided with the fairlead 8 that is fixed in outside the turning cylinder 632, can play guide effect to turning cylinder 632 by this fairlead 8.
The foregoing description and graphic and non-limiting product form of the present invention and style, any person of an ordinary skill in the technical field all should be considered as not breaking away from patent category of the present invention to its suitable variation or modification of doing.
Claims (10)
1. the cold type vulcanizer of translating into of tire comprises base and vulcanizing chamber, and this vulcanizing chamber is located on this base; It is characterized in that: also include and movablely be covered on the cylinder cap on the above-mentioned vulcanizing chamber and this cylinder cap is fastened on movable button component on the above-mentioned vulcanizing chamber, the controlling organization that the above-mentioned cylinder cap lid of control opens and closes is installed on the above-mentioned vulcanizing chamber, be provided with the water supply tire in the above-mentioned vulcanizing chamber and be fixed in its outer retainer ring, be provided with in the above-mentioned vulcanizing chamber that lateral surface with carcass matches, and the movable mold that can move to above-mentioned retainer ring, and above-mentioned base is provided with the hydraulic pressure travel mechanism that the above-mentioned movable film of control moves.
2. the cold type vulcanizer of translating into of tire according to claim 1, it is characterized in that: above-mentioned movable button component comprises Fixing clamp-seat and movable collar, above-mentioned movable collar is movably installed in the upper side of above-mentioned cylinder cap in rotating mode, the outer shroud of above-mentioned movable collar convexes with fixture block, the said fixing deck is fixed on the lateral surface of above-mentioned vulcanizing chamber, and be concaved with on the said fixing deck for above-mentioned fixture block and embed fixing recess, the hydraulic control that the above-mentioned movable collar of control rotates is installed on the above-mentioned cylinder cap.
3. the cold type vulcanizer of translating into of tire according to claim 2 is characterized in that: the upper side of above-mentioned cylinder cap is concaved with for the movable short slot that embeds of above-mentioned movable collar, and above-mentioned fixture block stretches out outside the above-mentioned short slot; Above-mentioned hydraulic control is a hydraulic cylinder, and the cylinder body of above-mentioned hydraulic cylinder is packed on the above-mentioned cylinder cap, and the free end of the piston rod of above-mentioned hydraulic cylinder is fixedlyed connected with above-mentioned movable collar.
4. the cold type vulcanizer of translating into of tire according to claim 1, it is characterized in that: above-mentioned hydraulic pressure travel mechanism comprises hydraulic cylinder, connecting rod and push rod, the cylinder body of above-mentioned hydraulic cylinder is packed on the above-mentioned base, one end of the free end of the piston rod of above-mentioned hydraulic cylinder and above-mentioned connecting rod is fixed together, the other end of above-mentioned connecting rod extends upwardly to outside the above-mentioned vulcanizing chamber, and be movably articulated on the lateral surface of above-mentioned vulcanizing chamber, one end of above-mentioned push rod is movably articulated on the above-mentioned connecting rod, the other end activity of above-mentioned push rod is stretched in the above-mentioned vulcanizing chamber, fixedlys connected with above-mentioned movable mold.
5. the cold type vulcanizer of translating into of tire according to claim 1 is characterized in that: is provided with in the above-mentioned vulcanizing chamber and is arranged with outside the said fixing ring, and the backing plate that matches of the external diameter of its external diameter and carcass, and above-mentioned movable film is located at outside this backing plate.
6. the cold type vulcanizer of translating into of tire according to claim 1, it is characterized in that: above-mentioned controlling organization comprises hydraulic cylinder and connecting rod, above-mentioned connecting rod is located at the top of above-mentioned cylinder cap, and an end of above-mentioned connecting rod is provided with first linking arm that is connected with above-mentioned cylinder cap, the other end of above-mentioned connecting rod is provided with the one end fixedlys connected with above-mentioned vulcanizing chamber, second linking arm that the other end of the other end and above-mentioned connecting rod is movably hinged, the cylinder body of above-mentioned hydraulic cylinder is packed on above-mentioned second linking arm, and the free end of the piston rod of above-mentioned hydraulic cylinder is fixedlyed connected with a certain position between the above-mentioned connecting rod two ends.
7. the cold type vulcanizer of translating into of tire according to claim 6 is characterized in that: the crane mechanism that carcass can be hung in or hangs out above-mentioned vulcanizing chamber is installed on the lateral surface of above-mentioned vulcanizing chamber.
8. the cold type vulcanizer of translating into of tire according to claim 7, it is characterized in that: above-mentioned controlling organization also comprises rotating mechanism, above-mentioned rotating mechanism comprises erection support, turning cylinder and shaft seat, above-mentioned erection support is fixedly mounted on the lateral wall of above-mentioned vulcanizing chamber, above-mentioned shaft seat is installed on the above-mentioned erection support, above-mentioned turning cylinder rotatably is installed in the above-mentioned shaft seat, above-mentioned second linking arm stretches in the above-mentioned shaft seat fixedlys connected with first end of above-mentioned turning cylinder, and above-mentioned erection support is provided with the rotating control assembly that the above-mentioned turning cylinder of control rotates.
9. the cold type vulcanizer of translating into of tire according to claim 8, it is characterized in that: above-mentioned rotating control assembly comprises two rod oil cylinders that go out, rack and pinion, above-mentioned erection support is provided with above-mentioned vulcanizing chamber is vertical, be respectively equipped with first installing plate and second installing plate that mutual opposition is provided with on the one side two ends of above-mentioned erection support, above-mentioned pair goes out rod oil cylinder and is embedded between above-mentioned first installing plate and above-mentioned second installing plate, and the free end of above-mentioned two two-piston bars that go out rod oil cylinder correspondence respectively is packed on above-mentioned first installing plate and second installing plate, above-mentioned tooth bar is fixedly mounted on the lateral surface of above-mentioned two cylinder bodies that go out rod oil cylinder, said gear is meshing with each other with above-mentioned tooth bar and is connected, second end of above-mentioned turning cylinder stretches out outside the above-mentioned erection support, fixedlys connected with said gear.
10. the cold type vulcanizer of translating into of tire according to claim 9 is characterized in that: be provided with in the above-mentioned shaft seat and be fixed in the outer fairlead of above-mentioned turning cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101106902A CN102152431A (en) | 2011-04-28 | 2011-04-28 | Vulcanizer for molding tires by cold turning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011101106902A CN102152431A (en) | 2011-04-28 | 2011-04-28 | Vulcanizer for molding tires by cold turning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102152431A true CN102152431A (en) | 2011-08-17 |
Family
ID=44434256
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011101106902A Pending CN102152431A (en) | 2011-04-28 | 2011-04-28 | Vulcanizer for molding tires by cold turning |
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| Country | Link |
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| CN (1) | CN102152431A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104626894A (en) * | 2015-02-09 | 2015-05-20 | 杨海萍 | Tire polishing disassembling and assembling machine |
| CN112145149A (en) * | 2020-08-21 | 2020-12-29 | 中国地质大学（武汉） | Multiphase multi-field coupling transportation process simulation device for geothermal reservoir |
-
2011
- 2011-04-28 CN CN2011101106902A patent/CN102152431A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104626894A (en) * | 2015-02-09 | 2015-05-20 | 杨海萍 | Tire polishing disassembling and assembling machine |
| CN112145149A (en) * | 2020-08-21 | 2020-12-29 | 中国地质大学（武汉） | Multiphase multi-field coupling transportation process simulation device for geothermal reservoir |
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Application publication date: 20110817 |