CN102269558B - Tyre vulcanizer accuracy detector - Google Patents
Tyre vulcanizer accuracy detector Download PDFInfo
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- CN102269558B CN102269558B CN 201110204051 CN201110204051A CN102269558B CN 102269558 B CN102269558 B CN 102269558B CN 201110204051 CN201110204051 CN 201110204051 CN 201110204051 A CN201110204051 A CN 201110204051A CN 102269558 B CN102269558 B CN 102269558B
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Abstract
The invention discloses a tyre vulcanizer accuracy detector, which comprises a centering substrate, a deep groove ball bearing, an operating platform and an admeasuring apparatus bracket, wherein the deep groove ball bearing is arranged on the centering substrate; an outer ring of the deep groove ball bearing is fixed with the centering substrate; the operating platform covers the deep groove ball bearing; an inner ring of the deep groove ball bearing is fixed with the operating platform; and the admeasuring apparatus bracket is fixed on the operating platform and is used for accommodating an admeasuring apparatus for detecting accuracy. The invention has the advantages that: the tyre vulcanizer accuracy detector can identify the tyre vulcanizer and mold assembly accuracy, control the tyre vulcanizer and mold assembly accuracy and keep the uniformity, the dynamic balance and the stability of appearance quality of tyres.
Description
[technical field]
The present invention relates to pick-up unit, specifically relate to precision detector of tire vulcanizer.
[background technology]
Existing tyre vulcanizer generally all comprises up and down hot plate, upper lower fetal pleuron, mechanical arm, and the vulcanizer mold that assembles above.No. 200920025220.4 patent discloses a kind of Size Radial Tire Curing Press, as shown in Figure 1, comprise base 12, the mechanical pivot arm that is formed by column 2, pivot arm 3, upper hot plate 4, epipleural 5, machinery pivot arm lift cylinder 1, Mode-locking oil cylinder, the central authority that is formed by center oil cylinder 13, capsule clamping mechanism 7, aluminium base 6, and the vulcanizing chamber that is formed by clamp ring 8, heating plate 9, lower hot plate 11, lower side panel 10, locking pivoted arm, segmented mold 14, the arm only of sliding.
The precision of vulcanizer and the sulfurizing mould assembly precision on vulcanizer has very important impact to the quality of homogeneity, transient equilibrium and tire appearance of the tire of sulfuration therein, and the vulcanizer accuracy detection is had any problem at present, basic according to range estimation, the assembly precision of sulfurizing mould on vulcanizer just can't detect at all, thereby precision can not effectively be controlled, and the quality of homogeneity, transient equilibrium and the tire appearance of tire is produced adverse influence.
[summary of the invention]
Technical matters to be solved by this invention is to provide a kind of precision detector of tire vulcanizer simply and easily.
The present invention solves the problems of the technologies described above by the following technical programs: a kind of precision detector of tire vulcanizer, pedestal, deep groove ball bearing, operating platform in comprising surely, and measuring instrument support, described deep groove ball bearing is placed on surely middle pedestal, the outer ring of deep groove ball bearing is fixed with fixed middle pedestal, described operating platform covers on deep groove ball bearing, inner ring and the operating platform of deep groove ball bearing are fixed, described measuring instrument support is fixed on operating platform, and the surveying instrument that is used for carrying out accuracy detection is arranged on the measuring instrument support.
This invention can further be specially:
described fixed middle pedestal consists of by the concentric disk in two of up and down is one-body molded, described lower disc center has threaded hole, the center of described upper disk has through hole, the diameter of described through hole is less than the diameter of threaded hole, upper end-face edge at threaded hole forms a rib, the center of described upper disk also is recessed to form a groove downwards, the diameter of described through hole is less than the diameter of groove, the bottom surface of groove forms the mounting table of an annular, the position of described mounting table proximate recesses sidewall arranges a location boss, described deep groove ball bearing be placed on described fixed on the mounting table of groove of pedestal, and the positioning boss on mounting table snaps in the corresponding detent that arranges in bottom, deep groove ball bearing outer ring.
The diameter of the lower disc of described fixed middle pedestal is less than the diameter of upper disk, and the part of the outstanding lower disc of the periphery of upper disk is as an annular hand grip.
The upper end external corners camber of described annular hand grip.
Described fixed in the screw thread of threaded hole at lower disc center of pedestal adopt trapezoidal right-hand thread.
The degree of depth of the groove of described fixed middle pedestal is less than the height of described deep groove ball bearing, pedestal during described ditch ball bearing exceeds surely, described operating platform ringwise, the annular edge bottom surface is recessed to form an annular groove downwards, the position of described annular groove bottom surface next-door neighbour's madial wall arranges a location boss, the annular groove of described operating platform covers on described deep groove ball bearing, and the positioning boss of annular groove snaps in the corresponding detent that arranges in deep groove ball bearing inner ring top.
The width of the poor annular groove less than operating platform of described deep groove ball bearing internal-and external diameter forms a rotary handle at the lateral wall of described annular groove.
Described measuring instrument support comprises pedestal, the first joint, second joint, and first stationary fixture, the second stationary fixture, the 3rd stationary fixture, described pedestal is fixed on the surface of described operating platform, described the first joint is fixed on pedestal by the first stationary fixture, described second joint is fixed on the first joint by the second stationary fixture, and the surveying instrument that is used for carrying out accuracy detection is fixed on second joint by the 3rd stationary fixture.
The structure of described the second stationary fixture and the 3rd stationary fixture is identical, comprises respectively stop sleeve, clamp, support column, and bolt;
Described stop sleeve side opening is provided with two relative holes, and the line in the center of circle in two holes is perpendicular to the axis of stop sleeve;
Described clamp is U-shaped, and clamp bottom offers holes for clamping, offers respectively a through hole on the two side, and the line between the center of circle of two through holes is perpendicular to the axis of through hole, and the diameter of through hole is less than the diameter of stop sleeve;
One end of described support column offers a hole, and on the diameter in the hole of this support column and stop sleeve, the diameter in hole is identical, and the axis in the hole of this support column is perpendicular to the axis of support column, and the other end side opening of support column is provided with screw;
The holes for clamping of the clamp of described the second stationary fixture is enclosed within on the first joint, the end that support column has a hole passes successively that to insert stop sleeve after two through holes of clamp inner, the hole of support column is aimed at the hole of stop sleeve, in the hole of the support column after the second joint insertion is aimed at and the hole of stop sleeve, bolt screws in the screw of support column, the two side of clamp sticks together, and clamps tightly the first joint;
The holes for clamping of the clamp of described the 3rd stationary fixture is enclosed within on second joint, the end that support column has a hole passes successively that to insert stop sleeve after two through holes of clamp inner, the hole of support column is aimed at the hole of stop sleeve, the surveying instrument that is used for carrying out accuracy detection inserts in the hole of the hole of the support column after aiming at and stop sleeve, bolt screws in the screw of support column, the two side of clamp sticks together, and clamps tightly second joint.
Described the first stationary fixture comprises the second clamp and the second bolt, described the second clamp is U-shaped, offer holes for clamping bottom the second clamp, offer respectively a through hole on the two side, line between the center of circle of two through holes is perpendicular to the axis of through hole, offer screw on described pedestal, the second bolt of the first stationary fixture screws in the screw of pedestal after passing through hole on the second clamp of the first stationary fixture, and the holes for clamping on the second clamp of the first stationary fixture is enclosed within the bottom in the first joint.
Advantage of the present invention is: can identify tyre vulcanizer and die assembly precision, control tyre vulcanizer and die assembly precision, keep the stable of tyre evenness, transient equilibrium and exterior quality.
[description of drawings]
Fig. 1 is existing a kind of tyre vulcanizer structural representation.
Fig. 2 is the fixed middle pedestal cut-open view of precision detector of tire vulcanizer of the present invention.
Fig. 3 is the deep groove ball bearing front view of precision detector of tire vulcanizer of the present invention.
Fig. 4 is the operating platform front view of precision detector of tire vulcanizer of the present invention, and its left one side of something is analysed and observe.
Fig. 5 is the measuring instrument support front view of precision detector of tire vulcanizer of the present invention.
Fig. 6 is the stereographic map of the second stationary fixture in the present invention.
[embodiment]
The invention will be further described in conjunction with the embodiments with reference to the accompanying drawings, can be implemented so that those skilled in the art can better understand the present invention also, but illustrated embodiment is not as a limitation of the invention.
See also Fig. 2 to Fig. 5, pedestal 1, deep groove ball bearing 2, operating platform 3 during precision detector of tire vulcanizer of the present invention comprises surely, and measuring instrument support 4.
Described fixed middle pedestal 1 consists of by the concentric disk in two of up and down is one-body molded, the diameter of described lower disc is less than the diameter of upper disk, the part of the outstanding lower disc of the periphery of upper disk is as an annular hand grip 101, described lower disc center has threaded hole 102, diameter and the external thread shape of the central cylinder of the vulcanizer of the corresponding precision to be measured of the diameter of described threaded hole 102 and screw thread form.In the present embodiment, the screw thread of described threaded hole 102 adopts trapezoidal right-hand thread.The center of described upper disk also has through hole 104, the diameter of described through hole 104 is less than the diameter of threaded hole 102, thereby the upper end-face edge at threaded hole 102 forms a rib 106, when pedestal 1 is spun on the central cylinder of vulcanizer by threaded hole 102 in surely, be screwed into to a certain degree, described rib 106 is against on central cylinder, has controlled the installation lower position of fixed middle pedestal 1.The center of described upper disk also is recessed to form a groove 108 downwards, the diameter of described through hole 104 is less than the diameter of groove 108, the bottom surface of groove 108 forms the mounting table 109 of an annular, the position of described mounting table 109 proximate recesses 108 sidewalls arranges a location boss 1092, and described groove 108 sidewall tops are also the upper end external corners camber of annular hand grip 101.The annular hand grip 101 of this arc is convenient to install and unload this instrument for testing precision on central cylinder.
The structure of described deep groove ball bearing 2 adopts existing common deep groove ball bearing.Deep groove ball bearing 2 be placed on described fixed on the mounting table 109 of groove 108 of pedestal 1, and the positioning boss on mounting table 109 1092 snaps in the corresponding detent (not shown) that arrange in deep groove ball bearing 2 outer rings bottoms, thus with the outer ring of deep groove ball bearing 2 with fixed in pedestal 1 be fixed together.The degree of depth of groove 108 is less than the height of described deep groove ball bearing 2, and therefore, ditch ball bearing 2 is given prominence to the fixed middle certain height of pedestal 1.
Described operating platform 3 ringwise, the annular edge bottom surface is recessed to form an annular groove 32 downwards, the position of described annular groove 32 bottom surfaces next-door neighbour's madial walls arranges a location boss 322.The annular groove 32 of described operating platform 3 covers on described deep groove ball bearing 2, the positioning boss 322 of annular groove 32 snaps in the deep groove ball bearing 2 corresponding detent (not shown) that arrange in inner ring top, thereby inner ring and the operating platform 3 of deep groove ball bearing 2 is fixed together.The width of the poor annular groove 32 less than operating platform 3 of deep groove ball bearing 2 internal-and external diameters, so the lateral wall of annular groove 32 forms a rotary handle 324.
Described measuring instrument support 4 comprises pedestal 42, the first joint 44, second joint 46, and the first stationary fixture 43, the second stationary fixture 45, the 3rd stationary fixture 47.
Described pedestal 42 is the magnetic pedestal of tool in the present embodiment, can be adsorbed on by force the surface of the operating platform 3 that steel makes.Described pedestal 42 also can be other structures, is provided with external thread as the bottom of pedestal 42, is processed with screw on operating platform 3, and the screw that pedestal 42 bottoms are screwed on operating platforms 3 also can be fixed on pedestal 42 upper surface of operating platform 3.Can also adopt following structure: offer at least 2 through holes in pedestal 42 bottom surfaces, the screw with the through hole equal number is offered in corresponding position on operating platform 3, the through hole that uses the screw of respective amount to pass pedestal 42 bottom surfaces screws in the screw on operating platform 3, also pedestal 42 can be fixed on the upper surface of operating platform 3.Described pedestal 42 also can adopt existing other modes with the fixed form of operating platform 3.
Described the first joint 44 is fixed on pedestal 42 by the first stationary fixture 43, and described second joint 46 is fixed on the first joint 44 by the second stationary fixture 45, and the surveying instrument 5 that accuracy detection needs is fixed on second joint 46 by the 3rd stationary fixture 47.
The structure of described the second stationary fixture 45 and the 3rd stationary fixture 47 is identical, and only the structure with the second stationary fixture 45 describes.See also Fig. 6, described the second stationary fixture 45 comprises stop sleeve 452, clamp 454, support column 456, and bolt 458.
Described stop sleeve 452 side openings are provided with the line in the center of circle in relative 4522, two holes 4522, two holes perpendicular to the axis of stop sleeve 452.
Described clamp 454 roughly is U-shaped, clamp 454 bottoms offer holes for clamping 4542, offer respectively line between the center of circle of 4544, two through holes 4544 of a through hole on the two side perpendicular to the axis of through hole 4544, the diameter of through hole 4544 is less than the diameter of stop sleeve 452.
One end of described support column 456 offers a hole 4562, and on the diameter in hole 4562 and stop sleeve 452, the diameter in hole 4522 is identical, and the axis in this hole 4562 is perpendicular to the axis of support column 456, and the other end side opening of support column 456 is provided with the screw (not shown).
during installation, the holes for clamping 4542 of described clamp 454 is enclosed within on the first joint 44, the end that support column 456 has a hole 4562 passes the rear insertion stop sleeve of two through holes 4,544 452 inside of clamp 454 successively, hole 4562 is aimed at hole 4522, in hole 4562 and hole 4522 after second joint 46 insertions are aimed at, bolt 458 screws in the screw of support column 456, after screwing, the two side that is about to clamp 454 sticks together, clamp tightly the first joint 45, and second joint 46 is because the small relative motion between stop sleeve 452 and support column 456, also supported sleeve 452 is clamped in hole 4562 and hole 4522 tightly with support column 456.
Surveying instrument 5 is identical by the mode that the second stationary fixture 45 is fixed on the first joint 44 by mode and second joint 46 that the 3rd stationary fixture 47 is fixed on second joint 46, repeats no more.
The fixation principle of described the first stationary fixture 43 is identical with the 3rd stationary fixture 47 with the second stationary fixture 45, but structure is slightly different, and described the first stationary fixture 43 includes only clamp and bolt.The clamp 454 of the clamp of described the first stationary fixture 43 and the structure of bolt and the second stationary fixture 45 and the structure of bolt 458 are identical.Offer the screw (not shown) on described pedestal 42, the bolt of the first stationary fixture 43 screws in pedestal 42 after passing hole on the clamp of the first stationary fixture 43, and the holes for clamping on the clamp of the first stationary fixture 43 is enclosed within the bottom in the first joint 46.
During use, at first deep groove ball bearing 2 is placed on surely middle pedestal 1, make the outer ring of deep groove ball bearing 2 fixing with fixed middle pedestal 1, then operating platform 3 is covered on deep groove ball bearing 2, make inner ring and the operating platform 3 of deep groove ball bearing 2 fixing, surveying instrument 5 is arranged in the 3rd stationary fixture 47 of measuring instrument support 4.
This precision detector of tire vulcanizer can detect the right alignment of the depth of parallelism of the upper and lower hot plate of tyre vulcanizer, coaxial, mechanical arm, the precision after mould for tyre vulcanizer (segmented mold and two-half die) assembling.Concrete detection method is as follows:
A project: the upper and lower hot plate measurement of paralleism of vulcanizer
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjust surveying instrument, dial gauge (or other surveying instrument) gauge outfit position on upper and lower hot plate apart from 20cm place, edge, rotate a circle, measure and record the jerk value numerical value in a week.
B project: hot plate coaxality measurement on vulcanizer
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjust surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on upper hot plate center pit inboard, rotate a circle, measure and record the jerk value numerical value in a week.
C project: sulphur center mechanism coaxality measurement
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjust surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on the center-pole (rising to the height of typing tire) of central authority, rotate a circle, measure and record the jerk value numerical value in a week.
D project: sulphur center mechanism squareness measurement
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjust surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is solid on the central authority center-pole, ascending, descending central authority center-pole is measured and the Jumping in recording numerical quantity.
E project: vulcanization hand coaxality measurement
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjust surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on mechanical arm calvus outer rim dish (the simulation tire is being enclosed within the plate of the state on mechanical arm), rotate a circle, measure and the Jumping in recording numerical quantity.
F project: the coaxality measurement of sulfuration activating mold lower fetal pleuron assembling
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjusts surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on the mating surface of lower side panel outer rim, rotate a circle, measure and the Jumping in recording numerical quantity.
G project: the horizontal degree measurement of sulfuration activating mold lower fetal pleuron assembling
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjust surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on the steel ring and lower fetal pleuron mating surface of mould lower side panel, rotate a circle, measure and the Jumping in recording numerical quantity.
H project: the horizontal degree measurement that vulcanizes active die sleeve lower plate assembling
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjusts surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on the platform of die sleeve lower plate, rotate a circle, measure and the Jumping in recording numerical quantity.
I project: the coaxality measurement of sulfuration activating mold pattern block assembling
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjusts surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on the mating surface of pattern block and side plate, rotate a circle, measure and the Jumping in recording numerical quantity.
J project: the horizontal degree measurement of sulfuration two-half die bed die assembling
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjusts surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is on the cooperation plane of two-half die, rotate a circle, measure and the Jumping in recording numerical quantity.
K project: the coaxality measurement of the upper and lower die assembly of sulfuration two-half die
Precision detector of tire vulcanizer is positioned on the vulcanizer central cylinder, measuring instrument support 4 is placed on operating platform 3, and adjusts surveying instrument, dial gauge (or other measuring instrument) gauge outfit position is in the cooperation of two-half die, rotate a circle, measure and the Jumping in recording numerical quantity.
Claims (9)
1. precision detector of tire vulcanizer, pedestal in comprising surely, deep groove ball bearing, operating platform, and measuring instrument support, described deep groove ball bearing is placed on surely middle pedestal, the outer ring of deep groove ball bearing is fixed with fixed middle pedestal, described operating platform covers on deep groove ball bearing, inner ring and the operating platform of deep groove ball bearing are fixed, described measuring instrument support is fixed on operating platform, the surveying instrument that is used for carrying out accuracy detection is arranged on the measuring instrument support, it is characterized in that: described fixed middle pedestal consists of by the concentric disk in two of up and down is one-body molded, described lower disc center has threaded hole, the center of described upper disk has through hole, the diameter of described through hole is less than the diameter of threaded hole, upper end-face edge at threaded hole forms a rib, the center of described upper disk also is recessed to form a groove downwards, the diameter of described through hole is less than the diameter of groove, the bottom surface of groove forms the mounting table of an annular, the position of described mounting table proximate recesses sidewall arranges a location boss, described deep groove ball bearing be placed on described fixed on the mounting table of groove of pedestal, and the positioning boss on mounting table snaps in the corresponding detent that arranges in bottom, deep groove ball bearing outer ring.
2. precision detector of tire vulcanizer as claimed in claim 1 is characterized in that: described fixed in the diameter of lower disc of pedestal less than the diameter of upper disk, the part of the outstanding lower disc of the periphery of upper disk is as an annular hand grip.
3. precision detector of tire vulcanizer as claimed in claim 2, is characterized in that: the upper end external corners camber of described annular hand grip.
4. precision detector of tire vulcanizer as claimed in claim 1 is characterized in that: described fixed in the screw thread of threaded hole at lower disc center of pedestal adopt trapezoidal right-hand thread.
5. precision detector of tire vulcanizer as claimed in claim 1, it is characterized in that: the degree of depth of the groove of described fixed middle pedestal is less than the height of described deep groove ball bearing, pedestal during described ditch ball bearing exceeds surely, described operating platform ringwise, the annular edge bottom surface is recessed to form an annular groove downwards, the position of described annular groove bottom surface next-door neighbour's madial wall arranges a location boss, the annular groove of described operating platform covers on described deep groove ball bearing, and the positioning boss of annular groove snaps in the corresponding detent that arranges in deep groove ball bearing inner ring top.
6. precision detector of tire vulcanizer as claimed in claim 5 is characterized in that: the width of the poor annular groove less than operating platform of described deep groove ball bearing internal-and external diameter forms a rotary handle at the lateral wall of described annular groove.
7. precision detector of tire vulcanizer as described in claim 1 to 6 any one, it is characterized in that: described measuring instrument support comprises pedestal, the first joint, second joint, and first stationary fixture, the second stationary fixture, the 3rd stationary fixture, described pedestal is fixed on the surface of described operating platform, described the first joint is fixed on pedestal by the first stationary fixture, described second joint is fixed on the first joint by the second stationary fixture, and the surveying instrument that is used for carrying out accuracy detection is fixed on second joint by the 3rd stationary fixture.
8. precision detector of tire vulcanizer as claimed in claim 7, it is characterized in that: the structure of described the second stationary fixture and the 3rd stationary fixture is identical, comprises respectively stop sleeve, clamp, support column, and bolt;
Described stop sleeve side opening is provided with two relative holes, and the line in the center of circle in two holes is perpendicular to the axis of stop sleeve;
Described clamp is U-shaped, and clamp bottom offers holes for clamping, offers respectively a through hole on the two side, and the line between the center of circle of two through holes is perpendicular to the axis of through hole, and the diameter of through hole is less than the diameter of stop sleeve;
One end of described support column offers a hole, and on the diameter in the hole of this support column and stop sleeve, the diameter in hole is identical, and the axis in the hole of this support column is perpendicular to the axis of support column, and the other end side opening of support column is provided with screw;
The holes for clamping of the clamp of described the second stationary fixture is enclosed within on the first joint, the end that support column has a hole passes successively that to insert stop sleeve after two through holes of clamp inner, the hole of support column is aimed at the hole of stop sleeve, in the hole of the support column after the second joint insertion is aimed at and the hole of stop sleeve, bolt screws in the screw of support column, the two side of clamp sticks together, and clamps tightly the first joint;
The holes for clamping of the clamp of described the 3rd stationary fixture is enclosed within on second joint, the end that support column has a hole passes successively that to insert stop sleeve after two through holes of clamp inner, the hole of support column is aimed at the hole of stop sleeve, the surveying instrument that is used for carrying out accuracy detection inserts in the hole of the hole of the support column after aiming at and stop sleeve, bolt screws in the screw of support column, the two side of clamp sticks together, and clamps tightly second joint.
9. precision detector of tire vulcanizer as claimed in claim 8, it is characterized in that: described the first stationary fixture comprises the second clamp and the second bolt, described the second clamp is U-shaped, offer holes for clamping bottom the second clamp, offer respectively a through hole on the two side, line between the center of circle of two through holes is perpendicular to the axis of through hole, offer screw on described pedestal, the second bolt of the first stationary fixture screws in the screw of pedestal after passing through hole on the second clamp of the first stationary fixture, holes for clamping on the second clamp of the first stationary fixture is enclosed within the bottom in the first joint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110204051 CN102269558B (en) | 2011-07-21 | 2011-07-21 | Tyre vulcanizer accuracy detector |
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|---|---|---|---|
| CN 201110204051 CN102269558B (en) | 2011-07-21 | 2011-07-21 | Tyre vulcanizer accuracy detector |
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| CN102269558A CN102269558A (en) | 2011-12-07 |
| CN102269558B true CN102269558B (en) | 2013-05-08 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104655083B (en) * | 2015-03-11 | 2017-12-01 | 青岛森麒麟轮胎股份有限公司 | Precision tester during capsule is fixed |
| CN108759633A (en) * | 2018-08-13 | 2018-11-06 | 上海宝骜工业技术服务有限公司 | A kind of roll shape profile measurer |
| CN109115091A (en) * | 2018-10-29 | 2019-01-01 | 苏州市职业大学 | It is a kind of for measuring the simple mechanism of carbon steel multi-diameter shaft verticality and concentricity |
| CN109774208B (en) * | 2019-03-28 | 2023-12-15 | 青岛海琅精密工业有限公司 | Tire segmented mold assembly precision detection gauge |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CH608874A5 (en) * | 1976-11-16 | 1979-01-31 | Meier Karl Tekusa | Stand having three hinges |
| DE19517218C1 (en) * | 1995-05-11 | 1996-07-18 | Uniroyal Englebert Gmbh | Tyre vulcanising mould cleaning process |
| JP2002503551A (en) * | 1998-02-20 | 2002-02-05 | ザ・グッドイヤー・タイヤ・アンド・ラバー・カンパニー | Robot type laser tire mold cleaning system and method of use |
| TW201028646A (en) * | 2009-01-16 | 2010-08-01 | Jun-Wei Fang | Concentric inclination measurement apparatus |
| CN202221294U (en) * | 2011-07-20 | 2012-05-16 | 安徽佳通乘用子午线轮胎有限公司 | Precision detector of tire vulcanizer |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CH549260A (en) * | 1973-05-04 | 1974-05-15 | Baitella Carlo | TRIPOD, IN PARTICULAR FOR LEVER GAUGE. |
-
2011
- 2011-07-21 CN CN 201110204051 patent/CN102269558B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CH608874A5 (en) * | 1976-11-16 | 1979-01-31 | Meier Karl Tekusa | Stand having three hinges |
| DE19517218C1 (en) * | 1995-05-11 | 1996-07-18 | Uniroyal Englebert Gmbh | Tyre vulcanising mould cleaning process |
| JP2002503551A (en) * | 1998-02-20 | 2002-02-05 | ザ・グッドイヤー・タイヤ・アンド・ラバー・カンパニー | Robot type laser tire mold cleaning system and method of use |
| TW201028646A (en) * | 2009-01-16 | 2010-08-01 | Jun-Wei Fang | Concentric inclination measurement apparatus |
| CN202221294U (en) * | 2011-07-20 | 2012-05-16 | 安徽佳通乘用子午线轮胎有限公司 | Precision detector of tire vulcanizer |
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| CN102269558A (en) | 2011-12-07 |
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