CN204287147U - A kind of tire tilting examines machine outward - Google Patents
A kind of tire tilting examines machine outward Download PDFInfo
- Publication number
- CN204287147U CN204287147U CN201420763166.4U CN201420763166U CN204287147U CN 204287147 U CN204287147 U CN 204287147U CN 201420763166 U CN201420763166 U CN 201420763166U CN 204287147 U CN204287147 U CN 204287147U
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- tire
- roller
- outer inspection
- roll stand
- inspection platform
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Abstract
The utility model relates to the outer inspection machine of tire tilting, comprise tire conveying mechanism, First Transition roll stand and outer inspection platform, slope roller, turning device in fixed, second transition roll stand and outer inspection platform and portal frame lighting device, tire conveying mechanism be responsible for tire is fixed in after be transported on First Transition roll stand and outer inspection platform, after First Transition roll stand and outer inspection platform complete the detection of the one side of tire, tire is rolled on slope roller, by slope roller, tire is transported on surely middle turning device, overturn after during fixed middle turning device is fixed by tire, and the tire after upset is transported to the second transition roll stand and outer inspection platform, second transition roll stand and outer inspection platform complete the detection of the another side of tire, portal frame lighting device is used for providing light for detecting.It can realize tilting and examine outward, facilitates workman to detect, improves detection efficiency; Meanwhile, during tire can be made accurately to determine, accurately overturn, improve production efficiency, reduce labor strength.
Description
Technical field
The utility model belongs to tire testing technique field, relates to the outer inspection machine of a kind of tire, particularly relates to the outer inspection machine of a kind of tire tilting.
Background technology
In tire production, need to detect the outward appearance of tire.The detection of tire is carried out in outward appearance control laboratory, and the visual testing room due to tire is streamlined operation, and this just requires that tire is fast in detection hourly velocity, and efficiency is high, registration, easy to detect etc.But the structure of the outer inspection machine of current tire is simple, and detection speed is slow, also exists and detect dead point.Meanwhile, the outer inspection machine of existing tire makes workman detect inconvenience.Therefore, existing outer inspection machine has been difficult to the demand adapting to tire industry.
Summary of the invention
The utility model is intended to overcome the deficiencies in the prior art, provides a kind of tire tilting outer inspection machine, can realize tilting and examine outward, facilitate workman to detect, improve detection efficiency; Meanwhile, during tire is accurately determined, accurately overturn, improve production efficiency, reduce labor strength.
For this reason, the utility model provides following technical scheme: a kind of tire tilting examines machine outward, it comprises tire conveying mechanism, First Transition roll stand and outer inspection platform, slope roller, turning device in fixed, second transition roll stand and outer inspection platform and lay respectively at two portal frame lighting devices at described First Transition roll stand and outer inspection platform and the second transition roll stand and outer inspection platform place, described tire conveying mechanism be responsible for tire is fixed in after be transported on described First Transition roll stand and outer inspection platform, after described First Transition roll stand and outer inspection platform complete the detection of the one side of described tire, described tire is rolled on described slope roller, by described slope roller, described tire is transported on described fixed middle turning device, overturn after during described fixed middle turning device is fixed by described tire, and the described tire after upset is transported to described second transition roll stand and outer inspection platform, second transition roll stand and outer inspection platform complete the detection of the another side of described tire, described portal frame lighting device is used for providing light for detecting.
Further, wherein, described tire conveying mechanism comprises support and determines seat with the tire being arranged in described support front, described support is provided with multiple travelling belt carrying roller and belt-driven motor and belt-driven roller, described multiple travelling belt carrying roller supports travelling belt and described travelling belt is set on described belt-driven roller and driven voller, the output shaft of described belt-driven motor is connected with drive sprocket, described belt-driven roller is provided with driven sprocket, described drive sprocket and described driven sprocket are connected by chain thus make described belt-driven motor that described belt-driven roller can be driven to rotate, and then drive described travelling belt to rotate.
Further, wherein, described First Transition roll stand is identical with outer inspection platform structure with described second transition roll stand with outer inspection platform, they all comprise transition roll stand, be arranged on the transition roller installing plate in described transition roll stand, be arranged on the multiple transition rollers on described transition roller installing plate, sloping platform formula rollover stand, upset cylinder, reducing motor, driven roller, plate received by free roll and tire, wherein, described multiple transition roller forms dip plane and is formed with multiple receiving mouth between them, described sloping platform formula rollover stand can be made up of by the roller that described receiving mouth is received multiple, described upset cylinder can drive described sloping platform formula rollover stand to overturn between obliquity and vertical position, described reducing motor drives described driven roller to rotate, be provided with tire between described driven roller and free roll and receive plate.
Again further, wherein, described slope roller comprises slope roller frame, block roller and slope roller plate, and described slope roller plate is positioned on described slope roller frame, and described block roller is positioned at the both sides of described slope roller plate.
Again further, wherein, described fixed middle turning device comprises bracing frame, support frame as described above is provided with promotion cylinder, frame in fixed, tire depression bar, rollover stand, upset motor, driving motor and multiple live-roller, wherein, described driving motor can drive described multiple live-roller to rotate and be formed with the rollover stand receiving mouth of rollover stand described in receivability between described multiple live-roller, the bottom of described rollover stand is provided with twist rollers and described rollover stand is provided with two vertical tracks and clamping cylinder, described vertical track is provided with the pinch roll that can be driven by described clamping cylinder, described fixed in chord position between described tire depression bar and described rollover stand and described fixed in be provided with opening in frame, described promotion cylinder can drive described tire depression bar, described upset motor drives described rollover stand to overturn between upright position and horizontal level by upset driving stem.
On the other hand, wherein, described portal frame lighting device comprises gantry frame, and the top of described gantry frame is connected with lampshade by lampshade web joint, is provided with illumination lamp in described lampshade.
The outer inspection platform of tire tilting described in the utility model outer inspection machine can be obliquely installed, thus can realize tilting and examine outward, facilitates workman to detect, improves detection efficiency.Meanwhile, the outer inspection machine of this tire tilting carry tire fixed in and turning device, automatically can realize the fixed neutralization upset of tire, make tire accurately calmly in, accurately overturn, improve production efficiency, reduce labor strength.
Accompanying drawing explanation
Fig. 1 is the axonometric drawing of the outer inspection machine of tire tilting of the present utility model.
Fig. 2 is the vertical view of the outer inspection machine of tire tilting of the present utility model.
Fig. 3 is the side view of the outer inspection machine of tire tilting of the present utility model.
Fig. 4 is the axonometric drawing of the tire conveying mechanism of the outer inspection machine of tire tilting of the present utility model.
Fig. 5 is the side view of the tire conveying mechanism of the outer inspection machine of tire tilting of the present utility model.
Fig. 6 is the First Transition roll stand of tire tilting of the present utility model outer inspection machine and the axonometric drawing of outer inspection platform.
Fig. 7 is the First Transition roll stand of tire tilting of the present utility model outer inspection machine and the vertical view of outer inspection platform.
Fig. 8 is the First Transition roll stand of tire tilting of the present utility model outer inspection machine and the side view of outer inspection platform.
Fig. 9 is the axonometric drawing of the slope roller of the outer inspection machine of tire tilting of the present utility model.
Figure 10 is the side view of the slope roller of the outer inspection machine of tire tilting of the present utility model.
Figure 11 is the axonometric drawing of the fixed middle turning device of the outer inspection machine of tire tilting of the present utility model.
Figure 12 is the side view of the fixed middle turning device of the outer inspection machine of tire tilting of the present utility model.
Figure 13 is the axonometric drawing of the portal frame lighting device of the outer inspection machine of tire tilting of the present utility model.
Embodiment
Describe embodiment of the present utility model in detail below in conjunction with accompanying drawing, the content of embodiment is not as the restriction to protection domain of the present utility model.
The utility model relates to the outer inspection machine of a kind of tire tilting, can realize tilting and examine outward, facilitate workman to detect, improve detection efficiency; Meanwhile, during tire is accurately determined, accurately overturn, improve production efficiency, reduce labor strength.
As Figure 1-3, tire tilting of the present utility model outer inspection machine comprises tire conveying mechanism 1, First Transition roll stand and outer inspection platform 2, slope roller 3, fixed middle turning device 4, second transition roll stand and outer inspection platform 5 and lays respectively at two portal frame lighting devices 6 at described First Transition roll stand and outer inspection platform 2 and the second transition roll stand and outer inspection platform 5 place.Wherein, described tire conveying mechanism 1 be responsible for tire is fixed in after be transported on described First Transition roll stand and outer inspection platform 2.After described First Transition roll stand and outer inspection platform 2 complete the detection of the one side of described tire, described tire is rolled on described slope roller 3.By described slope roller 3, described tire is transported on described fixed middle turning device 4.Overturn after during described fixed middle turning device 4 is fixed by described tire, and the described tire after upset is transported to described second transition roll stand and outer inspection platform 5.Second transition roll stand and outer inspection platform 5 complete the detection of the another side of described tire.Meanwhile, described portal frame lighting device 6 is for providing light for detecting.
As shown in Figures 4 and 5, seat 1.2 determined by the tire that described tire conveying mechanism 1 comprises support 1.1 and is arranged in described support 1.1 front.During described tire is fixed seat 1.2 be responsible for tire to carry out fixed in, to guarantee that tire can correctly be positioned on First Transition roll stand described later and outer inspection platform 2 after being carried by described tire conveying mechanism 1.Described support 1.1 is provided with multiple travelling belt carrying roller 1.3 and belt-driven motor 1.5 and belt-driven roller 1.8.Described belt-driven roller 1.8 is positioned at the upper end of described support 1.1, and meanwhile, the lower end of described support 1.1 is also provided with not shown driven voller.Described multiple travelling belt carrying roller 1.3 is responsible for supporting travelling belt 1.4 and described travelling belt 1.4 is set on described belt-driven roller 1.8 and driven voller.The output shaft of described belt-driven motor 1.5 is connected with drive sprocket 1.6.Described belt-driven roller 1.8 is provided with driven sprocket 1.7.Described drive sprocket 1.6 and described driven sprocket 1.7 are connected by chain thus make described belt-driven motor 1.5 that described belt-driven roller 1.8 can be driven to rotate, and then drive described travelling belt 1.4 to rotate.The rotation of described travelling belt 1.4 drives the tire be located thereon, thus realizes the conveying of tire.
In the utility model, described First Transition roll stand is identical with outer inspection platform 5 structure with described second transition roll stand with outer inspection platform 2.In order to simplify, only introduce their structure here in detail for described First Transition roll stand and outer inspection platform 2.As shown in figs 6-8, described First Transition roll stand and outer inspection platform 2 comprise transition roll stand 2.1, the transition roller installing plate 2.2 be arranged in described transition roll stand 2.1, the multiple transition rollers 2.3 be arranged on described transition roller installing plate 2.2, sloping platform formula rollover stand 2.5, upset cylinder 2.6, reducing motor 2.7, driven roller 2.8, free roll 2.9 and tire receive plate 2.10.Wherein, described multiple transition roller 2.3 forms dip plane and is formed with multiple receiving mouth 2.4 between them.Described sloping platform formula rollover stand 2.5 can be made up of by the roller that described receiving mouth 2.4 is received multiple.Preferably, described roller comprises long roller, central roll and short roller, thus can overturn the tire of different size.Described upset cylinder 2.6 can drive described sloping platform formula rollover stand 2.5 to overturn between obliquity and vertical position.Described reducing motor 2.7 drives described driven roller 2.8 to rotate.Be provided with tire between described driven roller 2.8 and free roll 2.9 and receive plate 2.10.Carry the tire of coming to enter on described multiple transition roller 2.3 by described tire conveying mechanism 1, advance under the rolling of described multiple transition roller 2.3.Meanwhile, described sloping platform formula rollover stand 2.5 is in obliquity, that is, its multiple roller is arranged in described multiple receiving mouth 2.4.When described tire enters on described sloping platform formula rollover stand 2.5, stopped by described sloping platform formula rollover stand 2.5, thus fixed thereon.Now, described sloping platform formula rollover stand 2.5 is in obliquity, and workman need not bend over just can check tire, facilitates detection.After detection, drive described sloping platform formula rollover stand 2.5 to overturn by described upset cylinder 2.6, thus be turned to vertical position.Now, tire lands under gravity, drops in described tire receptacle 2.10.And roll on described slope roller 3 under the effect of described driven roller 2.8 and free roll 2.9.
As shown in Figures 9 and 10, described slope roller 3 comprises slope roller frame 3.1, block roller 3.2 and slope roller plate 3.3.Described slope roller plate 3.3 is positioned on described slope roller frame 3.1.Described block roller 3.2 is positioned at the both sides of described slope roller plate 3.3.Because described slope roller frame 3.1 tilts, therefore, the tire rolled into from described First Transition roll stand and outer inspection platform 2 can automatic transport thereon.Meanwhile, the block roller 3.2 of both sides can prevent tire from falling from described slope roller 3.Meanwhile, the block roller 3.2 of both sides plays the effect of correcting tire.
As shown in FIG. 11 and 12, described fixed middle turning device 4 comprises bracing frame 4.1.Support frame as described above 4.1 is provided with and promotes cylinder 4.2, fixed middle frame 4.3, tire depression bar 4.12, rollover stand 4.4, upset motor 4.9, driving motor 4.10 and multiple live-roller 4.11.Wherein, described driving motor 4.10 can drive described multiple live-roller 4.11 to rotate and be formed with the rollover stand receiving mouth 4.13 of rollover stand 4.4 described in receivability between described multiple live-roller 4.11.The bottom of described rollover stand 4.4 is provided with twist rollers 4.5 and described rollover stand 4.4 is provided with two vertical tracks 4.6 and not shown clamping cylinder.Described vertical track 4.6 is provided with the pinch roll 4.7 that can be driven by described clamping cylinder.Described fixed in frame 4.3 between described tire depression bar 4.12 and described rollover stand 4.4 and described fixed in be provided with opening in frame 4.3.Described promotion cylinder 4.2 can drive described tire depression bar 4.12.Described upset motor 4.9 drives described rollover stand 4.4 to overturn between upright position and horizontal level by upset driving stem 4.8.Time initial, described rollover stand 4.4 is in vertical position.Tire enters into described fixed frame 4.3 by described slope roller 3, can be parked in the described aperture position determining Zhong Jia 4.3 center under gravity.Now, described promotion cylinder 4.2 promotes described tire depression bar 4.12 and advances, thus is pressed on tire by described tire depression bar 4.12, and tire is close on described rollover stand 4.4.Now, the cylinder on described rollover stand 4.4 shrinks, and drives Timing Belt, steps up roller 4.7 and move down described in making, thus contraction clip bearing up pulley tire.Then, described upset motor 4.9 drives described rollover stand 4.4 to be turned to horizontal level from upright position by described upset driving stem 4.8, makes described rollover stand 4.4 be arranged in described rollover stand and receives mouth 4.13.At this moment, the another side of described tire upwards.Now, described in step up roller 4.7 and open, described driving motor 4.10 drives described live-roller 4.11 to rotate, thus drives described tire to move forward, and enters on described second transition roll stand and outer inspection platform 5.
Tire is transported on the multiple transition rollers 2.3 on described second transition roll stand and outer inspection platform 5 by described multiple live-roller 4.11, advances under the rolling of described multiple transition roller 2.3.Meanwhile, described sloping platform formula rollover stand 2.5 is in obliquity, that is, its multiple roller is arranged in described multiple receiving mouth 2.4.When described tire enters on described sloping platform formula rollover stand 2.5, stopped by described sloping platform formula rollover stand 2.5, thus fixed thereon.Now, described sloping platform formula rollover stand 2.5 is in obliquity, and workman need not bend over just can check tire, facilitates detection.Herein, the detection of the another side of tire can be realized.After detection, drive described sloping platform formula rollover stand 2.5 to overturn by described upset cylinder 2.6, thus be turned to vertical position.Now, tire lands under gravity, drops in described tire receptacle 2.10, and is transferred out by tire under the effect of described driven roller 2.8 and free roll 2.9.
As shown in figure 13, described portal frame lighting device 6 comprises gantry frame 6.1.The top of described gantry frame 6.1 is connected with lampshade 6.3 by lampshade web joint 6.2.Illumination lamp is provided with in described lampshade 6.3.In testing process, due to rather dark, detection out of true being caused, by increasing described portal frame lighting device 6, facilitating workman to detect.
The content of embodiment is understood for the ease of those skilled in the art and uses the utility model and describe, and does not form the restriction to the utility model protection content.Those skilled in the art, after having read content of the present utility model, can carry out suitable amendment to the utility model.Protection content of the present utility model is as the criterion with the content of claim.When not departing from flesh and blood and the protection domain of claim, the various amendments carried out the utility model, change and replacement etc. are all within protection domain of the present utility model.
Claims (6)
1. a tire tilting examines machine outward, it comprises tire conveying mechanism (1), First Transition roll stand and outer inspection platform (2), slope roller (3), turning device (4) in fixed, second transition roll stand and outer inspection platform (5) and lay respectively at two portal frame lighting devices (6) at described First Transition roll stand and outer inspection platform (2) and the second transition roll stand and outer inspection platform (5) place, described tire conveying mechanism (1) be responsible for tire is fixed in after be transported on described First Transition roll stand and outer inspection platform (2), after described First Transition roll stand and outer inspection platform (2) complete the detection of the one side of described tire, described tire is rolled on described slope roller (3), by described slope roller (3), described tire is transported on described fixed middle turning device (4), overturn after during described fixed middle turning device (4) is fixed by described tire, and the described tire after upset is transported to described second transition roll stand and outer inspection platform (5), second transition roll stand and outer inspection platform (5) complete the detection of the another side of described tire, described portal frame lighting device (6) is for providing light for detecting.
2. tire tilting as claimed in claim 1 examines machine outward, wherein, seat (1.2) determined by the tire that described tire conveying mechanism (1) comprises support (1.1) and is arranged in described support (1.1) front, described support (1.1) is provided with multiple travelling belt carrying roller (1.3) and belt-driven motor (1.5) and belt-driven roller (1.8), described multiple travelling belt carrying roller (1.3) supports travelling belt (1.4) and described travelling belt (1.4) is set on described belt-driven roller (1.8) and driven voller, the output shaft of described belt-driven motor (1.5) is connected with drive sprocket (1.6), described belt-driven roller (1.8) is provided with driven sprocket (1.7), described drive sprocket (1.6) and described driven sprocket (1.7) are connected by chain thus make described belt-driven motor (1.5) that described belt-driven roller (1.8) can be driven to rotate, and then drive described travelling belt (1.4) to rotate.
3. tire tilting as claimed in claim 2 examines machine outward, wherein, described First Transition roll stand is identical with outer inspection platform (5) structure with described second transition roll stand with outer inspection platform (2), they all comprise transition roll stand (2.1), be arranged on the transition roller installing plate (2.2) on described transition roll stand (2.1), be arranged on the multiple transition rollers (2.3) on described transition roller installing plate (2.2), sloping platform formula rollover stand (2.5), upset cylinder (2.6), reducing motor (2.7), driven roller (2.8), plate (2.10) received by free roll (2.9) and tire, wherein, described multiple transition roller (2.3) forms dip plane and is formed with multiple receiving mouth (2.4) between them, described sloping platform formula rollover stand (2.5) can be made up of by the roller that described receiving mouth (2.4) is received multiple, described upset cylinder (2.6) can drive described sloping platform formula rollover stand (2.5) to overturn between obliquity and vertical position, described reducing motor (2.7) drives described driven roller (2.8) to rotate, be provided with tire between described driven roller (2.8) and free roll (2.9) and receive plate (2.10).
4. tire tilting as claimed in claim 3 examines machine outward, wherein, described slope roller (3) comprises slope roller frame (3.1), block roller (3.2) and slope roller plate (3.3), described slope roller plate (3.3) is positioned on described slope roller frame (3.1), and described block roller (3.2) is positioned at the both sides of described slope roller plate (3.3).
5. tire tilting as claimed in claim 4 examines machine outward, wherein, described fixed middle turning device (4) comprises bracing frame (4.1), support frame as described above (4.1) is provided with and promotes cylinder (4.2), frame (4.3) in fixed, tire depression bar (4.12), rollover stand (4.4), upset motor (4.9), driving motor (4.10) and multiple live-roller (4.11), wherein, described driving motor (4.10) can drive described multiple live-roller (4.11) to rotate and be formed with rollover stand receiving mouth (4.13) of rollover stand described in receivability (4.4) between described multiple live-roller (4.11), the bottom of described rollover stand (4.4) is provided with twist rollers (4.5) and described rollover stand (4.4) is provided with two vertical tracks (4.6) and clamping cylinder, described vertical track (4.6) is provided with the pinch roll (4.7) that can be driven by described clamping cylinder, described fixed in frame (4.3) to be arranged between described tire depression bar (4.12) and described rollover stand (4.4) and describedly to determine frame (4.3) and be provided with opening, described promotion cylinder (4.2) can drive described tire depression bar (4.12), described upset motor (4.9) drives described rollover stand (4.4) to overturn between upright position and horizontal level by upset driving stem (4.8).
6. tire tilting as claimed in claim 5 examines machine outward, wherein, described portal frame lighting device (6) comprises gantry frame (6.1), the top of described gantry frame (6.1) is connected with lampshade (6.3) by lampshade web joint (6.2), and described lampshade is provided with illumination lamp in (6.3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420763166.4U CN204287147U (en) | 2014-12-09 | 2014-12-09 | A kind of tire tilting examines machine outward |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420763166.4U CN204287147U (en) | 2014-12-09 | 2014-12-09 | A kind of tire tilting examines machine outward |
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| Publication Number | Publication Date |
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| CN204287147U true CN204287147U (en) | 2015-04-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420763166.4U Active CN204287147U (en) | 2014-12-09 | 2014-12-09 | A kind of tire tilting examines machine outward |
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| CN (1) | CN204287147U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104944112A (en) * | 2015-06-30 | 2015-09-30 | 深圳市欣视景科技有限公司 | Goods transporting frame used for sorting device |
| CN108341263A (en) * | 2018-03-30 | 2018-07-31 | 海宁市睿创机械科技有限公司 | Tyre surface pick device |
| CN110104415A (en) * | 2019-05-09 | 2019-08-09 | 深圳仕上电子科技有限公司 | Overturn trolley |
-
2014
- 2014-12-09 CN CN201420763166.4U patent/CN204287147U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104944112A (en) * | 2015-06-30 | 2015-09-30 | 深圳市欣视景科技有限公司 | Goods transporting frame used for sorting device |
| CN108341263A (en) * | 2018-03-30 | 2018-07-31 | 海宁市睿创机械科技有限公司 | Tyre surface pick device |
| CN110104415A (en) * | 2019-05-09 | 2019-08-09 | 深圳仕上电子科技有限公司 | Overturn trolley |
| CN110104415B (en) * | 2019-05-09 | 2024-01-30 | 深圳仕上电子科技股份有限公司 | Turnover trolley |
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