CN205868646U - Flush coater in centralized automatic tire - Google Patents
Flush coater in centralized automatic tire Download PDFInfo
- Publication number
- CN205868646U CN205868646U CN201620017986.8U CN201620017986U CN205868646U CN 205868646 U CN205868646 U CN 205868646U CN 201620017986 U CN201620017986 U CN 201620017986U CN 205868646 U CN205868646 U CN 205868646U
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- China
- Prior art keywords
- tire
- spraying
- cylinder
- jaw
- lower jaw
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Abstract
The utility model discloses a flush coater in centralized automatic tire, it includes platform truck conveyor, last child mechanism, left side tilting mechanism, spraying host computer, right side tilting mechanism, lower child mechanism, platform truck conveyor and last child mechanism, left side tilting mechanism, spraying host computer, right side tilting mechanism, lower child mechanism become two -layer arranging from top to bottom to it arranges to become a style of calligraphy, platform truck conveyor carries green tire to unloading the position of a foetus and location, goes up child mechanism and snatchs green tire and carry to the tilting mechanism of left side on, level up the state of placing by left side tilting mechanism with the upset of the green tire of vertical state to deliver to on the spraying host computer, the clamping jaw of spraying host computer is with green tire grasping child lip position, and is motionless behind the lower clamping jaw grasping, and upper clamping jaw promotes, and teamwork opens the flat green tire who collapses that lies down along the axial expansion, and the spray gun carries out the spraying to the green tire inboard, and then child and dress child down. The utility model discloses centralized, automatic, spray the isolating agent with green tire is inside expeditiously, guaranteed that green tire has a not adhesion of good mobility with the capsule when vulcanizing, separate the operator in by traditional artifical brush isolating agent simultaneously and release, avoided coating atomizing dust to influence the healthy of operator.
Description
Technical field
The present invention relates to spraying field in a kind of tire, particularly relate to flush coater in a kind of centralized automatization tire.
Background technology
According to all-steel radial tyre structural manufacturing process requirement, vulcanizer, before vulcanizing the fetus of forming, needs
Artificial one layer of interleaving agent of painting outside vulcanizer capsule, prevents capsule and fetus bonding.Existing situation is vulcanisation operation work hands
Work at brush interleaving agent, frequency be every four hours once, each about 15 minutes, the easy skewness of interleaving agent, production efficiency
Low.
In view of above situation, the invention discloses flush coater implementation method and machine in a kind of centralized automatization tire
Structure, has centrality high, and automatization is high, simple in construction, and efficiency is high, the advantage of spraying effect uniform and smooth, it is achieved green tire carries
With the full automation within spray of tire.
Summary of the invention
It is an object of the invention to provide flush coater in a kind of Full-automatic tire, the tire before entering vulcanization process is concentrated into
Row interleaving agent sprays, thus cancels vulcanization process artificial brush interleaving agent.On the one hand improve production efficiency, minimizing is wasted, simultaneously
Avoiding the potential safety hazard existed during artificial brush interleaving agent, on the other hand flush coater is more evenly distributed and puts in place, spraying effect is more
Uniform and smooth.
In order to realize above-mentioned purpose, present invention employs following technical scheme:
The present invention is flush coater in a kind of centralized automatization tire, and it includes chassis conveyer device, upper mechanism for tire, left side
Switching mechanism, spraying main frame, right side-overturn rotation mechanism, lower mechanism for tire；It is characterized in that: described chassis conveyer device and upper tire machine
Structure, left side-turning rotation mechanism, spraying main frame, right side-overturn rotation mechanism, lower mechanism for tire become upper and lower two-layer to arrange, and become yi word pattern to arrange；
Described upper mechanism for tire is positioned at the front surface of chassis conveyer device, and its lower right-hand side is provided with left side-turning rotation mechanism；Described
Spraying main frame position is arranged on the middle part of flush coater in centralized automatization, and left front end docks with left side-turning rotation mechanism, rear end and
Right side-overturn rotation mechanism docks mutually；Described lower mechanism for tire and upper mechanism for tire are symmetrically distributed in the both sides of spraying main frame.
Described chassis conveyer device includes chassis, guiding mechanism, unloads the fetus position, transition 1# position, transition 2# position, the dress fetus position；
Described guiding mechanism is arranged on chassis conveyer device foremost；Described chassis is positioned at the unloading inside the fetus position of guiding mechanism；
Described transition 1# position and transition 2# position are sequentially arranged in the rear unloading the fetus position, become a word laterally to arrange；The described dress fetus position is even
It is connected to the rear of transition 2# position, is positioned at the rightmost side of chassis conveyer device.
Described transition 1# position includes carrying motor, rubber drive wheels, positioning cylinder, positioning compression idler wheel mechanism；Described
Conveying motor be arranged on the right side rearmost of transition 1# position；Described rubber drive wheels is connected with conveying motor by belt；
Described positioning cylinder is positioned at the left side of transition 1# position, and hinged with positioning compression idler wheel mechanism.
Described upper mechanism for tire includes bracket upright post, moving beam, L-type tire gripping mechanism；Described moving beam is arranged on
In bracket upright post；Described L-type tire gripping mechanism is slidably connected on moving beam.
Described L-type tire gripping mechanism includes strap brake cylinder, catching tire cylinder；Described catching tire cylinder is connected to strap brake gas
The bottom of cylinder.
Described left side-turning rotation mechanism includes band guiderail base, frame support, upset cylinder, torr mechanism for tire, electronic roller；
Described band guiderail base is positioned at the bottom of left side-turning rotation mechanism；Described frame support is mobily connected in band guiderail base
On；Described upset cylinder end is hinged on the lower end of frame support, and upper end is hinged with torr mechanism for tire；Described torr mechanism for tire
On be arranged symmetrically with electronic roller.
Described right side-overturn rotation mechanism is arranged symmetrically with left side-turning rotation mechanism, and version is consistent.
Described spraying main frame includes spraying transmission platform, upper gripper jaw device, lower jaw spray equipment；Described upper gripper jaw dress
Setting in the side of spraying transmission platform, and become to align layout up and down with lower jaw spray equipment；Described lower jaw spray equipment
It is positioned at the side, center of spraying transmission platform.
Described spraying transmission platform includes electromotive roller cartridge module, electronic roller bracket, guide rail, mobile cylinder；Described electricity
The action roller cartridge module both sides at spraying transmission platform the most in a symmetrical arrangement；Described electronic roller bracket upper end connects electronic roller
Assembly, electronic roller bracket lower end is socketed with slide；Described mobile cylinder one end is fixed on spraying transmission platform, one end
It is connected with electronic roller bracket.
Described lower jaw spray equipment includes that lower jaw base, lower jaw carriage, jaw rise cylinder, spraying rotates
Lifting motor, lower jaw support plate, lower jaw, jaw cylinder, spray gun in motor, spraying；Described lower jaw carriage Moveable-jacket
It is connected on lower jaw base；Described jaw rises the body of cylinder and becomes to be symmetrically and fixedly mounted to end before and after lower jaw carriage
On face, jaw rises the expansion link of cylinder and is connected with lower jaw support plate；Described spraying electric rotating machine install spray gun just under
Side；The upper lifting motor of described spraying is arranged on the lower section of lower jaw support plate；Described lower jaw is fixed on jaw cylinder；Described
Jaw cylinder become 120 ° to be distributed on lower jaw support plate upper surface；Described spray gun is positioned at the center of lower jaw spray equipment
Between.The lifting of spray gun and be rotated through encoder control, can be precisely controlled spray gun lifting distance and the anglec of rotation, the spray of another spray gun
Firing angle degree and spray speed also scalable, it is ensured that spraying effect uniform and smooth.
Compared with prior art, such scheme has the advantage that
1. chassis conveyer device has guider and posting, and chassis accurate positioning is convenient, will not occur partially during conveying
Tiltedly；
2. the lower section of left side-turning rotation mechanism is equipped with band guiderail base, can make left side-turning rotation mechanism upper part shifted laterally,
Safety avoids the L-type tire gripping mechanism of mechanism for tire；
3. clasping tire lip position after upper gripper jaw and the expansion of lower jaw, lower jaw is motionless after clasping, and upper gripper jaw promotes, collaborative dynamic
The green tire making to stay lying low axially expands out, and makes spray area strengthen；
4. lifting distance and the anglec of rotation of spray gun accurately can be controlled by encoder, and the spray angle of spray gun and
Spray speed also scalable, it is ensured that spraying effect evenly exquisiteness puts in place so that spray liniment is more evenly distributed and puts in place, and spraying effect is more equal
Even and fine greasy.
Below in conjunction with the accompanying drawings with specific embodiment to further instruction of the present invention.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present invention；
Fig. 2 is overall structure front view of the present invention；
Fig. 3 is chassis transport conveyor constructions schematic diagram of the present invention；
Fig. 4 is close-up schematic view at A in Fig. 3；
Fig. 5 is mechanism for tire structural representation in the present invention；
Fig. 6 is close-up schematic view at B in Fig. 5；
Fig. 7 is left side-turning rotation mechanism structural representation of the present invention；
Fig. 8 is that the present invention sprays main machine structure schematic diagram；
Fig. 9 is that the present invention sprays transmission platform structural representation；
Figure 10 is jaw spray equipment structural representation under the present invention；
Detailed description of the invention
The present invention is further illustrated with specific embodiment below in conjunction with the accompanying drawings.
As it is shown in figure 1, flush coater in a kind of centralized automatization tire, it include chassis conveyer device 1, upper mechanism for tire 2,
Left side-turning rotation mechanism 3, spraying main frame 4, right side-overturn rotation mechanism 5, lower mechanism for tire 6；In conjunction with Fig. 2 overall structure front view, chassis is defeated
Device 1 is sent to become upper and lower two-layer with upper mechanism for tire 2, left side-turning rotation mechanism 3, spraying main frame 4, right side-overturn rotation mechanism 5, lower mechanism for tire 6
Arrange, and become yi word pattern to arrange；Upper mechanism for tire 2 is positioned at the front surface of chassis conveyer device 1, and its lower right-hand side is provided with a left side
Rollover rotation mechanism 3；4, main frame of spraying is arranged on the middle part of flush coater in centralized automatization, and left front end is made a connection with left side-turning
Structure 3 docks, and rear end is docked with right side-overturn rotation mechanism 5 phase；Lower mechanism for tire 6 and upper mechanism for tire 2 are symmetrically distributed in the two of spraying main frame 4
Side.
With reference to Fig. 3, it is shown that chassis conveyer device 1 structural representation of the present invention, chassis conveyer device 1 include chassis 11,
Guiding mechanism 12, unload the fetus position 13, transition 1# position 14, transition 2# position 15, dress the fetus position 16；Guiding mechanism 12 is arranged on chassis conveying dress
Put 1 foremost；Chassis 11 is positioned at the unloading inside the fetus position 13 of guiding mechanism 12；Position 15, transition 1# position 14 and transition 2# is sequentially arranged
At the rear unloading the fetus position 13, a word is become laterally to arrange；The dress fetus position 16 is connected to the rear of transition 2# position 15, is positioned at chassis conveying dress
Put the rightmost side of 1；Chassis conveyer device 1 is responsible for location and the conveying of green tire chassis 11.
With reference to Fig. 4, it is shown that close-up schematic view at A in Fig. 2, transition 1# position 14 includes carrying motor 141, rubber drives
Driving wheel 142, positioning cylinder 143, positioning compression idler wheel mechanism 144；The right side that conveying motor 141 is arranged on transition 1# position 14 is last
Side；Rubber drive wheels 142 is connected with conveying motor 141 by belt (not shown)；Positioning cylinder 143 is positioned at transition 1# position
The left side of 14, and hinged with positioning compression idler wheel mechanism 144.After the green tire unloaded on the fetus position 13 is crawled, by conveying
Empty station car 11 is clamped conveying and is arrived by the transition position, transition 2# position 15 below spraying main frame 4 by motor 141 and rubber drive wheels 142
Reach dress fetal position.
With reference to Fig. 5, it is shown that mechanism for tire structure 2 schematic diagram in the present invention, upper mechanism for tire 2 includes bracket upright post 21, moves
Crossbeam 22, L-type tire gripping mechanism 23, moving beam 22 is arranged in bracket upright post 21, and L-type tire gripping mechanism 23 is slidably connected at movement
On crossbeam.Showing in Fig. 5 close-up schematic view at B in conjunction with Fig. 6, L-type tire gripping mechanism 23 includes strap brake cylinder 231, grabs
Tire cylinder 232；Described catching tire cylinder 232 is connected to the bottom of strap brake cylinder 231.Moved by L-type tire gripping mechanism 23
Move left and right on dynamic crossbeam 22, strap brake cylinder 231 drive catching tire cylinder 232 to move up and down and green tire crawl is promoted to left side
On switching mechanism 3.
With reference to Fig. 7, it is shown that left side-turning rotation mechanism 3 structural representation of the present invention, left side-turning rotation mechanism 3 includes at the bottom of band guide rail
Seat 31, frame support 32, upset cylinder 33, torr mechanism for tire 34, electronic roller 35；Band guiderail base position 31 is in left side-turning rotation mechanism
The bottom of 3；Frame support 32 is mobily connected on band guiderail base 31；Upset cylinder 33 bottom is hinged on frame support 32
Lower end, upper end with torr mechanism for tire 34 be hinged；It has been arranged symmetrically with electronic roller 35 on torr mechanism for tire 34.Driven by upset cylinder 33
Dynamic torr mechanism for tire 34, overturns as lying status by the green tire of upright state, electronic roller 35 green tire is delivered to next work
Position；For avoiding L-type tire gripping mechanism 23, left side-turning rotation mechanism 3 passes through can shifted laterally on band guiderail base 31.Right side-overturn is made a connection
Structure 5 is arranged symmetrically with left side-turning rotation mechanism 3, and version is consistent, overturns the green tire of lying status for vertical state.
With reference to Fig. 8, it is shown that the present invention sprays main frame 4 structural representation, spraying main frame 4 include spraying transmission platform 41, on
Clamping jaw device 42, lower jaw spray equipment 43；Upper gripper jaw device 42 is positioned at the side of spraying transmission platform 41, and sprays with lower jaw
Device 43 becomes to align layout up and down；Lower jaw spray equipment 43 is positioned at the side, center of spraying transmission platform 41.
With reference to Fig. 9, it is shown that the present invention sprays transmission platform 41 structural representation, spraying transmission platform 41 includes electronic set of the rolls
Part 411, electronic roller bracket 412, guide rail 413, mobile cylinder 414；Electromotive roller cartridge module 411 is the most in a symmetrical arrangement in spraying
The both sides of transmission platform 41；Electronic roller 412 bracket upper end connect electromotive roller cartridge module 411, electronic roller bracket 412 lower end with lead
Rail 413 is slidably socketed；Mobile cylinder 414 one end is fixed on spraying transmission platform 41, and one end is connected with electronic roller bracket 412
Connect.Electronic roller bracket 412 can be driven to move forward and backward by mobile cylinder 414 telescopic action, and then driving electric roller component 411
Front axle moves, and carries out spray treatment adapting to various sizes of green tire.
With reference to Figure 10, it is shown that jaw spray equipment 43 structural representation under the present invention, lower jaw spray equipment 43 includes
Lower jaw base 431, lower jaw carriage 432, jaw rise lifting motor in cylinder 433, spraying electric rotating machine 434, spraying
435, lower jaw support plate 436, lower jaw 437, jaw cylinder 438, spray gun 439；Lower jaw carriage 432 Moveable-jacket is connected on down
On jaw base 431；Jaw rises the body of cylinder 433 and becomes to be symmetrically and fixedly mounted to end face before and after lower jaw carriage 432
On, jaw rises the expansion link of cylinder 433 and is connected with lower jaw support plate 436；Spray gun 439 installed by spraying electric rotating machine 434
Underface；In spraying, lifting motor 435 is arranged on the lower section of lower jaw support plate 436；Lower jaw 437 is fixed on jaw cylinder 438；
Jaw cylinder 438 becomes 120 ° to be distributed on lower jaw support plate 436 upper surface；439 spray guns are just being positioned at lower jaw spray equipment 43
Middle.Being driven lower jaw 437 to clasp tire lip position after expanding by band guide rod jaw cylinder 438, lower jaw 437 is motionless after clasping,
Upper gripper jaw device 42 promotes, and the green tire that co-operating stays lying low axially expands out, and makes spray area strengthen, and interleaving agent divides
Cloth evenly puts in place, by controlling spraying electric rotating machine 434 lifting motor 435 upper with spraying essence by encoder (not shown)
Accurate spray gun 438 lifting distance and the anglec of rotation of controlling, the spray angle of spray gun 438 and spray speed also scalable, it is ensured that spraying effect
Uniform and smooth.
To sum up, the present invention implements to provide flush coater implementation method and mechanism in a kind of centralized automatization tire, has collection
Neutral high, automatization is high, simple in construction, and efficiency is high, the advantage of spraying effect uniform and smooth, it is achieved green tire conveying and spray of tire
Internal full automation, significant for improving the qualification rate producing finished product.
Simultaneously for one of ordinary skill in the art, according to the thought of the present invention, at detailed description of the invention and application model
Placing and all will change, in sum, this specification content should not be construed as limitation of the present invention.
Claims (10)
1. a flush coater in centralized automatization tire, it include chassis conveyer device, upper mechanism for tire, left side-turning rotation mechanism,
Spraying main frame, right side-overturn rotation mechanism, lower mechanism for tire；It is characterized in that: described chassis conveyer device and upper mechanism for tire, left side-turning
Rotation mechanism, spraying main frame, right side-overturn rotation mechanism, lower mechanism for tire become upper and lower two-layer to arrange, and become yi word pattern to arrange；Described upper tire
Mechanism is positioned at the front surface of chassis conveyer device, and its lower right-hand side is provided with left side-turning rotation mechanism；Described spraying main frame position
Being arranged on the middle part of flush coater in centralized automatization, and left front end docks with left side-turning rotation mechanism, makes a connection with right side-overturn in rear end
Structure docks mutually；Described lower mechanism for tire and upper mechanism for tire are symmetrically distributed in the both sides of spraying main frame.
Flush coater in one the most according to claim 1 centralized automatization tire, it is characterised in that: described chassis is defeated
Device is sent to include chassis, guiding mechanism, unload the fetus position, transition 1# position, transition 2# position, the dress fetus position；Described guiding mechanism is arranged on
Chassis conveyer device is foremost；Described chassis is positioned at the unloading inside the fetus position of guiding mechanism；Described transition 1# position and transition
2# position is sequentially arranged in the rear unloading the fetus position, becomes a word laterally to arrange；The described dress fetus position is connected to the rear of transition 2# position, position
The rightmost side in chassis conveyer device.
Flush coater in one the most according to claim 2 centralized automatization tire, it is characterised in that: described transition 1#
Position includes carrying motor, rubber drive wheels, positioning cylinder, positioning compression idler wheel mechanism；Described conveying motor is arranged on transition
The right side rearmost of 1# position；Described rubber drive wheels is connected with conveying motor by belt；Described positioning cylinder was positioned at
Cross the left side of 1# position, and hinged with positioning compression idler wheel mechanism.
Flush coater in one the most according to claim 1 centralized automatization tire, it is characterised in that: described upper tire machine
Structure includes bracket upright post, moving beam, L-type tire gripping mechanism；Described moving beam is arranged in bracket upright post；Described L-type
Tire gripping mechanism is slidably connected on moving beam.
Flush coater in one the most according to claim 4 centralized automatization tire, it is characterised in that: described L-type is grabbed
Mechanism for tire includes strap brake cylinder, catching tire cylinder；Described catching tire cylinder is connected to the bottom of strap brake cylinder.
Flush coater in one the most according to claim 1 centralized automatization tire, it is characterised in that: described left side-turning
Rotation mechanism includes band guiderail base, frame support, upset cylinder, torr mechanism for tire, electronic roller；Described band guiderail base is positioned at
The bottom of left side-turning rotation mechanism；Described frame support is mobily connected on band guiderail base；At the bottom of described upset cylinder
End is hinged on the lower end of frame support, and upper end is hinged with torr mechanism for tire；It has been arranged symmetrically with electromotive roller on described torr mechanism for tire
Cylinder.
Flush coater in one the most according to claim 1 centralized automatization tire, it is characterised in that: described right side-overturn
Rotation mechanism is arranged symmetrically with left side-turning rotation mechanism, and version is consistent.
Flush coater in one the most according to claim 1 centralized automatization tire, it is characterised in that: described spraying master
Machine includes spraying transmission platform, upper gripper jaw device, lower jaw spray equipment；Described upper gripper jaw device is positioned at the one of spraying transmission platform
Side, and become to align layout up and down with lower jaw spray equipment；Described lower jaw spray equipment is positioned at the center of spraying transmission platform
Side.
Flush coater in one the most according to claim 7 centralized automatization tire, it is characterised in that: described spraying passes
Dynamic platform includes electromotive roller cartridge module, electronic roller bracket, guide rail, mobile cylinder；Described electromotive roller cartridge module becomes symmetrical respectively
It is arranged in the both sides of spraying transmission platform；Described electronic roller bracket upper end connects electromotive roller cartridge module, under electronic roller bracket
End is socketed with slide；Described mobile cylinder one end is fixed on spraying transmission platform, and one end is connected with electronic roller bracket
Connect.
Flush coater in one the most according to claim 8 centralized automatization tire, it is characterised in that: described lower folder
Pawl spray equipment include lower jaw base, lower jaw carriage, jaw rise cylinder, spraying electric rotating machine, spraying on lifting motor,
Lower jaw support plate, lower jaw, jaw cylinder, spray gun；Described lower jaw carriage Moveable-jacket is connected on lower jaw base；Institute
The jaw stated rises the body of cylinder and becomes to be symmetrically and fixedly mounted to before and after lower jaw carriage on end face, and jaw rises cylinder
Expansion link is connected with lower jaw support plate；The underface of spray gun installed by described spraying electric rotating machine；Described spraying rises electricity
Machine is arranged on the lower section of lower jaw support plate；Described lower jaw is fixed on jaw cylinder；Described jaw cylinder becomes 120 ° all
Cloth is on lower jaw support plate upper surface；Described spray gun is positioned at the middle of lower jaw spray equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620017986.8U CN205868646U (en) | 2016-01-11 | 2016-01-11 | Flush coater in centralized automatic tire |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620017986.8U CN205868646U (en) | 2016-01-11 | 2016-01-11 | Flush coater in centralized automatic tire |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205868646U true CN205868646U (en) | 2017-01-11 |
Family
ID=57687864
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620017986.8U Expired - Fee Related CN205868646U (en) | 2016-01-11 | 2016-01-11 | Flush coater in centralized automatic tire |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205868646U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111168894A (en) * | 2020-02-23 | 2020-05-19 | 杨松 | Waste heavy-duty tire casing crushing robot pre-finishing system |
| CN111318847A (en) * | 2020-03-25 | 2020-06-23 | 荆门诺恒科技有限公司 | Aeroengine experiment pulley and welding process |
-
2016
- 2016-01-11 CN CN201620017986.8U patent/CN205868646U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111168894A (en) * | 2020-02-23 | 2020-05-19 | 杨松 | Waste heavy-duty tire casing crushing robot pre-finishing system |
| CN111318847A (en) * | 2020-03-25 | 2020-06-23 | 荆门诺恒科技有限公司 | Aeroengine experiment pulley and welding process |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170111 Termination date: 20190111 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |