CN204183919U - A kind of tyre surface deviation-rectifying system of tire - Google Patents
A kind of tyre surface deviation-rectifying system of tire Download PDFInfo
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- CN204183919U CN204183919U CN201420660255.6U CN201420660255U CN204183919U CN 204183919 U CN204183919 U CN 204183919U CN 201420660255 U CN201420660255 U CN 201420660255U CN 204183919 U CN204183919 U CN 204183919U
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- correcting device
- deviation correcting
- tyre surface
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Abstract
The utility model provides a kind of tyre surface deviation-rectifying system of tire, and it makes tyre surface rectify a deviation fast, accurately, not affect the production of subsequent tyre, ensure that the production efficiency of tire, the quality of production.It comprises deviation correcting device, feeding device, it is characterized in that: described deviation correcting device is independently arranged in the front portion of described feeding device, it also comprises external CCD camera lens, described CCD camera lens is towards the conveying rear end of described deviation correcting device, the control section of the correction electricity cylinder of the detection feedback signal access deviation correcting device of described CCD camera lens, the top transport portion of described deviation correcting device is supported on can perpendicular to the line slideway of tyre surface throughput direction motion, the output of the electric cylinder of described correction connects the top transport portion of described deviation correcting device by syndeton, the direction of motion of the output of the electric cylinder of described correction is parallel to described line slideway.
Description
Technical field
The utility model relates to the technical field of Tire production, is specially a kind of tyre surface deviation-rectifying system of tire.
Background technology
Existing tyre surface deviation correcting device is that deviation-rectifying system and feed template mix at tyre building machine type of service, mechanism is complicated, heavy, because deviation correcting device and feed are one, so tyre surface can only be rectified a deviation when tyre surface is fitted on drum, and the speed of tyre surface when rectifying a deviation can not be too fast, the correction of correction excessive velocities tyre surface does not reach effect, and speed slows the efficiency that certainly will affect tyre surface laminating, and it makes existing tyre surface deviation correcting device have impact on the production efficiency of whole tire.
Summary of the invention
For the problems referred to above, the utility model provides a kind of tyre surface deviation-rectifying system of tire, and it makes tyre surface rectify a deviation fast, accurately, not affect the production of subsequent tyre, ensure that the production efficiency of tire, the quality of production.
A kind of tyre surface deviation-rectifying system of tire, its technical scheme is such: it comprises deviation correcting device, feeding device, it is characterized in that: described deviation correcting device is independently arranged in the front portion of described feeding device, it also comprises external CCD camera lens, described CCD camera lens is towards the conveying rear end of described deviation correcting device, the control section of the correction electricity cylinder of the detection feedback signal access deviation correcting device of described CCD camera lens, the top transport portion of described deviation correcting device is supported on can perpendicular to the line slideway of tyre surface throughput direction motion, the output of the electric cylinder of described correction connects the top transport portion of described deviation correcting device by syndeton, the direction of motion of the output of the electric cylinder of described correction is parallel to described line slideway.
It is further characterized in that:
When the tyre surface transmitting power source of described deviation correcting device, feeding device is respectively two motors, guarantee the start and stop simultaneously of two motors and rotating speed is identical all the time;
Described deviation correcting device, when the tyre surface transmitting power source of feeding device is same motor, the turning cylinder concave portion of described feeding device is set with feed synchronous pulley, a wherein turning cylinder of described deviation correcting device is ball spline shaft, described ball spline shaft is anchored on the top transfer gantry of the both sides of the top transport portion of described deviation correcting device respectively, the side corresponding to described feed synchronous pulley of described ball spline shaft protrudes from the top transfer gantry of this side, the projection of described ball spline shaft is set with splined shaft bearing sleeve, described splined shaft bearing sleeve be axially fastenedly connected correction synchronous pulley, described splined shaft bearing sleeve, the central axes of correction synchronous pulley, Timing Belt connects described feed synchronous pulley, correction synchronous pulley, the axially inner side of described splined shaft bearing sleeve, the outer end in the axially outside of correction synchronous pulley is furnished with rotary positioning structure respectively, described rotary positioning structure limits described splined shaft bearing sleeve, the axial location of correction synchronous pulley, when guaranteeing electric cylinder action, described splined shaft bearing sleeve, the axial location of correction synchronous pulley is fixed,
Described rotary positioning structure can be multi-directional ball, bearing, guarantees only to intervene with the generation position of fixed described splined shaft bearing sleeve, correction synchronous pulley in the axial direction;
Described CCD camera lens is by the bearing of support installing in described feeding device;
The center of the top transport portion of described deviation correcting device is supported on can perpendicular to the line slideway of tyre surface throughput direction motion, and described line slideway is at least two, the base arrangement that all linear guide bearings are fixing in position.
After adopting structure of the present utility model, tyre surface is carried backward by the conveyer belt on deviation correcting device, by CCD Shot Detection tyre surface position, after the control section of electric cylinder of rectifying a deviation receives the detection feedback signal of CCD camera lens, error correct electricity cylinder carries out moving left and right correction, tyre surface is made to reach accurate correction, deviation correcting device and feeding device are separated, simplify the structure of deviation correcting device, thus also improve the efficiency of tyre surface laminating simultaneously, feeding device is entered after first having been rectified a deviation on deviation correcting device by tyre surface before tyre surface laminating, laminating is carried at a high speed by feeding device when fitting, tyre surface is made to rectify a deviation fast, accurately, do not affect the production of subsequent tyre, ensure that the production efficiency of tire, the quality of production.
Accompanying drawing explanation
Fig. 1 is main TV structure schematic diagram of the present utility model;
Fig. 2 is the top view structural representation (removing CCD camera lens) of specific embodiment of the utility model one;
Fig. 3 is the top view structural representation (removing CCD camera lens) of specific embodiment of the utility model two;
Title in figure corresponding to sequence number is as follows:
Deviation correcting device 1, feeding device 2, CCD camera lens 3, electric cylinder 4 of rectifying a deviation, top transport portion 5, line slideway 6, syndeton 7, support 8, base arrangement 9, feed synchronous pulley 10, ball spline shaft 11, top transfer gantry 12, splined shaft bearing sleeve 13, correction synchronous pulley 14, Timing Belt 15, rotary positioning structure 16, correction conveyer belt 17, feed conveyer belt 18, tyre surface 19.
Detailed description of the invention
A kind of tyre surface deviation-rectifying system of tire, see Fig. 1 ~ Fig. 3: it comprises deviation correcting device 1, feeding device 2, described deviation correcting device 1 is independently arranged in the front portion of described feeding device 2, it also comprises external CCD camera lens 3, described CCD camera lens 3 is towards the conveying rear end of described deviation correcting device 1, the control section of the correction electricity cylinder 4 of the detection feedback signal access deviation correcting device 1 of described CCD camera lens 3, the top transport portion 5 of described deviation correcting device 1 is supported on can perpendicular to the line slideway 6 of tyre surface throughput direction motion, the output of the electric cylinder of described correction 4 connects the top transport portion 5 of described deviation correcting device 1 by syndeton 7, the direction of motion of the output of the electric cylinder of described correction 4 is parallel to described line slideway 6, described CCD camera lens 3 is installed on the bearing of described feeding device 2 by support 8, the center of the top transport portion 5 of described deviation correcting device 1 is supported on can perpendicular to the line slideway 6 of tyre surface throughput direction motion, and wherein said line slideway 6 is at least two, and line slideway 6 is supported on the fixing base arrangement 9 in position.In figure, 17 for correction conveyer belt, 18 be feed conveyer belt, 19 be tyre surface.
Specific embodiment one: when the tyre surface transmitting power source of described deviation correcting device 1, feeding device 2 is respectively two motors, two motors are supported on corresponding transfer gantry structure respectively, and guarantee the start and stop simultaneously of two motors and rotating speed is identical all the time.
Specific embodiment two: described deviation correcting device 1, when the tyre surface transmitting power source of feeding device 2 is same motor, the turning cylinder concave portion of described feeding device 2 is set with feed synchronous pulley 10, a wherein turning cylinder of described deviation correcting device 1 is ball spline shaft 11, described ball spline shaft 11 is anchored on the top transfer gantry 12 of the both sides of the top transport portion 5 of described deviation correcting device 1 respectively, the side corresponding to described feed synchronous pulley 10 of described ball spline shaft 11 protrudes from the top transfer gantry 12 of this side, its projection is set with splined shaft bearing sleeve 13, described splined shaft bearing sleeve 13 be axially fastenedly connected correction synchronous pulley 14, described splined shaft bearing sleeve 13, the central axes of correction synchronous pulley 14, Timing Belt 15 connects described feed synchronous pulley 10, correction synchronous pulley 14, the axially inner side of described splined shaft bearing sleeve 13, the outer end in the axially outside of correction synchronous pulley 14 is furnished with rotary positioning structure 16 respectively, described rotary positioning structure 16 limits described splined shaft bearing sleeve 13, the axial location of correction synchronous pulley 14, when guaranteeing to rectify a deviation electric cylinder 4 action, described splined shaft bearing sleeve 13, the axial location of correction synchronous pulley 14 is fixed, rotary positioning structure 16 can be multi-directional ball, bearing, guarantees only to intervene with the generation position of fixed described splined shaft bearing sleeve, correction synchronous pulley in the axial direction.
The operation principle of specific embodiment two is as follows: the transporting velocity of deviation correcting device 1 when rectifying a deviation is consistent with the speed of feeding device 2, therefore adopts Timing Belt 15 that two devices are connected the speed sync of guarantee two mechanism.The feed synchronous pulley 10 of feeding device 2 and the correction synchronous pulley 14 of deviation correcting device 1 are on the same line, but deviation correcting device 2 will move left and right in correction process, in order to rectify a deviation when realizing conveying, therefore have employed ball spline and while correction, ensureing the speeds match with feeding device to realize deviation correcting device 1.Be fixed on by ball spline shaft 11 on deviation correcting device 1 and transmit transmitting power, be connected with the correction synchronous pulley 14 on deviation correcting device by splined shaft bearing sleeve 13, splined shaft bearing sleeve 13 is enclosed within ball spline shaft 11.Feeding device 2, when carrying, drives the correction synchronous pulley 14 on deviation correcting device 1 simultaneously, transmits power deviation correcting device 1 is carried together by ball spline.And ball spline shaft 11 is horizontally slipped in splined shaft bearing sleeve 13 by ball.Such splined shaft bearing sleeve 13 and correction synchronous pulley 14 are can not in movement on the axis at ball spline shaft 11.Ball spline shaft 11 is fixed on deviation correcting device 1 by 2, splined shaft bearing sleeve 13 is enclosed within ball spline shaft 11, if splined shaft bearing sleeve 13 is fixed again just defined location, splined shaft bearing sleeve 13 and ball spline shaft 11 will be caused to produce serious wear, suppress many bad phenomenon such as strength, non rotating, thus affect whole deviation correcting device.Therefore two rotating objects (as multi-directional ball, bearing etc.) can only be adopted to be limited on the both sides (axis of splined shaft) of splined shaft bearing sleeve 13 with correction synchronous pulley 14, and must not there be any contact in other orientation.
Above specific embodiment of the utility model has been described in detail, but content being only preferred embodiment of the present utility model, can not being considered to for limiting practical range of the present utility model.All equalizations done according to the utility model application range change and improve, and all should still belong within this patent covering scope.
Claims (6)
1. the tyre surface deviation-rectifying system of a tire, it comprises deviation correcting device, feeding device, it is characterized in that: described deviation correcting device is independently arranged in the front portion of described feeding device, it also comprises external CCD camera lens, described CCD camera lens is towards the conveying rear end of described deviation correcting device, the control section of the correction electricity cylinder of the detection feedback signal access deviation correcting device of described CCD camera lens, the top transport portion of described deviation correcting device is supported on can perpendicular to the line slideway of tyre surface throughput direction motion, the output of the electric cylinder of described correction connects the top transport portion of described deviation correcting device by syndeton, the direction of motion of the output of the electric cylinder of described correction is parallel to described line slideway.
2. the tyre surface deviation-rectifying system of a kind of tire as claimed in claim 1, is characterized in that: when the tyre surface transmitting power source of described deviation correcting device, feeding device is respectively two motors, guarantees the start and stop simultaneously of two motors and rotating speed is identical all the time.
3. the tyre surface deviation-rectifying system of a kind of tire as claimed in claim 1, it is characterized in that: described deviation correcting device, when the tyre surface transmitting power source of feeding device is same motor, the turning cylinder concave portion of described feeding device is set with feed synchronous pulley, a wherein turning cylinder of described deviation correcting device is ball spline shaft, described ball spline shaft is anchored on the top transfer gantry of the both sides of the top transport portion of described deviation correcting device respectively, the side corresponding to described feed synchronous pulley of described ball spline shaft protrudes from the top transfer gantry of this side, the projection of described ball spline shaft is set with splined shaft bearing sleeve, described splined shaft bearing sleeve be axially fastenedly connected correction synchronous pulley, described splined shaft bearing sleeve, the central axes of correction synchronous pulley, Timing Belt connects described feed synchronous pulley, correction synchronous pulley, the axially inner side of described splined shaft bearing sleeve, the outer end in the axially outside of correction synchronous pulley is furnished with rotary positioning structure respectively, described rotary positioning structure limits described splined shaft bearing sleeve, the axial location of correction synchronous pulley, when guaranteeing electric cylinder action, described splined shaft bearing sleeve, the axial location of correction synchronous pulley is fixed.
4. the tyre surface deviation-rectifying system of a kind of tire as claimed in claim 3, is characterized in that: described rotary positioning structure can be multi-directional ball, bearing.
5. the tyre surface deviation-rectifying system of a kind of tire as claimed in claim 1, is characterized in that: described CCD camera lens is by the bearing of support installing in described feeding device.
6. the tyre surface deviation-rectifying system of a kind of tire as claimed in claim 1, it is characterized in that: the center of the top transport portion of described deviation correcting device is supported on can perpendicular to the line slideway of tyre surface throughput direction motion, described line slideway is at least two, the base arrangement that all linear guide bearings are fixing in position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420660255.6U CN204183919U (en) | 2014-11-06 | 2014-11-06 | A kind of tyre surface deviation-rectifying system of tire |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420660255.6U CN204183919U (en) | 2014-11-06 | 2014-11-06 | A kind of tyre surface deviation-rectifying system of tire |
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| Publication Number | Publication Date |
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| CN204183919U true CN204183919U (en) | 2015-03-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420660255.6U Active CN204183919U (en) | 2014-11-06 | 2014-11-06 | A kind of tyre surface deviation-rectifying system of tire |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104354310A (en) * | 2014-11-06 | 2015-02-18 | 萨驰华辰机械(苏州)有限公司 | Tread correction system for tires |
-
2014
- 2014-11-06 CN CN201420660255.6U patent/CN204183919U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104354310A (en) * | 2014-11-06 | 2015-02-18 | 萨驰华辰机械(苏州)有限公司 | Tread correction system for tires |
| CN104354310B (en) * | 2014-11-06 | 2017-01-25 | 萨驰华辰机械(苏州)有限公司 | Tread correction system for tires |
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