CN202316205U - Multi-station automatic tyre glue sprayer - Google Patents

Multi-station automatic tyre glue sprayer Download PDF

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Publication number
CN202316205U
CN202316205U CN2011204663246U CN201120466324U CN202316205U CN 202316205 U CN202316205 U CN 202316205U CN 2011204663246 U CN2011204663246 U CN 2011204663246U CN 201120466324 U CN201120466324 U CN 201120466324U CN 202316205 U CN202316205 U CN 202316205U
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CN
China
Prior art keywords
tire
nozzle
backstay
tyre
location
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Expired - Fee Related
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CN2011204663246U
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Chinese (zh)
Inventor
林万荣
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Individual
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Individual
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Publication date
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Priority to CN2011204663246U priority Critical patent/CN202316205U/en
Application granted granted Critical
Publication of CN202316205U publication Critical patent/CN202316205U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a multi-station automatic tyre glue sprayer. The multi-station automatic tyre glue sprayer mainly comprises a moveable multi-nozzle structure and a tyre positioning and rotating mechanism, wherein the multi-nozzle structure comprises a moveable base capable of moving back and forth, a nozzle positioning rod and a tyre positioning cantilever beam; one end of the nozzle positioning rod is fixedly connected with the moveable base; a plurality of nozzles are distributed on the positioning rod uniformly at intervals; the tyre positioning cantilever beam is positioned at the upper part of the nozzle positioning rod; and one end of the tyre positioning cantilever beam is fixedly connected with and positioned on the moveable base. The multi-station automatic tyre glue sprayer breaks through the bottleneck that the conventional glue sprayer can process only one tyre at each time and realizes multi-station process in one procedure. Compared with the conventional structure, the multi-station automatic tyre glue sprayer can increase the work efficiency in multiples and greatly save labor cost.

Description

A kind of multistation automatic tire glue sprayer
Technical field
The present invention relates to a kind of automatic glue-spraying machine, particularly a kind of multistation automatic tire glue sprayer.
Background technology
In the middle of going, pricked the phenomenon of leaking for reducing automobile, motorcycle tyre, traditional technology is the leakproofing material at the inboard spraying of tire one deck high resiliency high viscosity, at this; For realizing the spray process of this layer leakproofing material; Some special-purpose tyre glue-jetting machines have appearred, like patent ZL200820154250.0, ZL200920078393.2; But because of being subject to the limitation of each self-structure; Each processing of above glue sprayer all can only be processed a tire, and inefficiency can't satisfy the demand of actual processing at all.
Summary of the invention
To the problems referred to above, the present invention has designed a kind of multistation automatic tire glue sprayer, and its operation can realize the spray process of a plurality of tires, can significantly improve operating efficiency, satisfies the demand in market.
For realizing above-mentioned purpose, the present invention adopts following technical scheme:
A kind of multistation automatic tire glue sprayer is characterized in that: mainly include a packaged type multiinjector structure and tire positioning rotating mechanism; Wherein the multiinjector structure comprises sliding seat, nozzle backstay and the overarm of tire location that can move back and forth; Said nozzle backstay one end and sliding seat are connected, the even plurality of nozzles that is being provided with spaced apart on the backstay; The location overarm of said tire is positioned at nozzle backstay top, and the one of which end is connected equally and is positioned on the sliding seat.
Above-mentioned sliding seat is installed on the reciprocating device, said reciprocating device comprise a slide rail be positioned at the slide plate that is used for the geocoded activity seat on the slide rail, said slide plate connects a screw rod, the end of screw rod connects a stepper motor.
Above-mentioned tire positioning rotating mechanism is over against the moving direction setting of said packaged type multiinjector structure; When packaged type multiinjector structure moved to extreme position forward, nozzle backstay on it and the overarm of tire location can be stretched in the tire positioning rotating mechanism fully.
Above-mentioned tire positioning rotating mechanism comprises a support; Being provided with on the support can be by the location tumbler of power motor drive; Said location tumbler comprises that some phase countershafts center is around the linking arm that distributes, and all connects an arc enclasped plate through some oil cylinders on each linking arm.
Under original state, packaged type multiinjector structure is positioned at the outside of tire positioning rotating mechanism, and each enclasped plate of location tumbler contracts in not having and is in expansion state.When starting working; First-selection hangs on a plurality of tires in the overarm of tire location according to nozzle location, then starts stepper motor, drives screw rod and rotates; And then the drive slide plate moves relative to the tire positioning rotating mechanism along slide rail; At this moment, be positioned at the same moved further of sliding seat on the slide plate, feasible nozzle backstay and the overarm of tire location that is connected with sliding seat progressively is deep into the tire positioning rotating mechanism; This process moves to extreme position up to slide plate, and this moment, the overarm of nozzle backstay and tire location was positioned at the tire positioning rotating mechanism fully.
Afterwards, start the oil cylinder on each linking arm, the piston rod of oil cylinder stretches out to drive in each enclasped plate and contracts; This process each tire in the overarm of tire location is embraced by enclasped plate fully, and afterwards, the medial surface that each nozzle is opened corresponding tire sprays the glue operation; Locate tumbler simultaneously and under the effect of power motor, drive each tire and rotate synchronously, make all angles of the medial surface of tire all can effectively be sprayed glue, at this; General operation is then closed shower nozzle as long as tumbler turns over 360 ° and can accomplish whole spray glue process, stops power motor; And each oil cylinder piston bar of linking arm is bounced back, each enclasped plate is opened again and is resetted, meanwhile; The stepper motor counter-rotating drives the screw rod counter-rotating, makes the nozzle backstay of multiinjector structure, the overarm of tire location withdraw from the tire positioning rotating mechanism gradually and realize cooling with the tire that processes; Return to original state up to all parts, accomplish the time processing process.
The present invention has broken through the bottleneck that existing glue sprayer once can only be processed a tire, has realized the multistation processing of an operation, compares existing structure, can promote operating efficiency at double, saves labour turnover greatly.
Description of drawings
Fig. 1, stereochemical structure decomposing schematic representation of the present invention;
Fig. 2, stereochemical structure of the present invention combination sketch map.
The specific embodiment
As illustrated in fig. 1 and 2, a kind of multistation automatic tire glue sprayer mainly includes a packaged type multiinjector structure 1 and tire positioning rotating mechanism 2.
Wherein multiinjector structure 1 comprises sliding seat 11, nozzle backstay 12 and the tire location overarm 13 that can move back and forth.Wherein sliding seat 11 is installed on the reciprocating device; In the present embodiment; Reciprocating device comprises a slide rail 141 and is positioned at the slide plate 142 that is used for geocoded activity seat 11 on the slide rail, said slide plate 142 connections one screw rod 143, and the end of screw rod 143 connects a stepper motor 144; In use, the rotation of screw rod 143 can drive slide plate 142 and moves along slide rail 141.
Said nozzle backstay 12 1 ends and sliding seat 11 are connected, and the even plurality of nozzles 121 that is being provided with spaced apart on the backstay 12 adopts eight in this embodiment, in the middle of reality, set as required.Said tire location overarm 13 is positioned at nozzle backstay 12 tops, and the one of which end is connected equally and is positioned on the sliding seat 11 and its maintenance synchronization action.
Said tire positioning rotating mechanism 2 is over against the moving direction setting of said packaged type multiinjector structure 1; When packaged type multiinjector structure 1 moved to extreme position forward, the nozzle backstay 12 on it can stretch in the tire positioning rotating mechanism 2 with tire location overarm 13 fully.
Said tire positioning rotating mechanism 2 comprises a support 21; Being provided with on the support 21 can be by the location tumbler 23 of power motor 22 drives; Said location tumbler 23 comprises some phase countershafts center around the linking arm 231 that distributes, and at this, the linking arm 231 in the present embodiment is four; In the middle of reality, linking arm 231 numbers are not no less than two and get final product.All connect an arc enclasped plate 233 on each linking arm 231 through some oil cylinders 232.
Under original state, packaged type multiinjector structure 1 is positioned at the outside of tire positioning rotating mechanism 2, and each enclasped plate 233 of location tumbler 23 contracts in not having and is in expansion state.When starting working; First-selection is located a plurality of tires in the overarm 13 in tire according to nozzle 121 hung, then starts stepper motor 144, drives screw rod 143 and rotates; And then drive slide plate 142 moves relative to tire positioning rotating mechanism 2 along slide rail 141; At this moment, be positioned at the sliding seat 11 same moved further on the slide plate 142, the feasible nozzle backstay 12 that is connected with sliding seat 11 progressively is deep into tire positioning rotating mechanism 2 with tire location overarm 13; This process moves to extreme position up to slide plate 142, and this moment, nozzle backstay 12 was positioned at tire positioning rotating mechanism 2 fully with tire location overarm 13.
Afterwards, start the oil cylinder 232 on each linking arm 231, the piston rod 2321 of oil cylinder 232 stretches out to drive in each enclasped plate 233 and contracts; This process each tire in tire location overarm 13 is embraced by enclasped plate 233 fully, and afterwards, the medial surface that each nozzle 121 is opened corresponding tire sprays the glue operation; Locate tumbler 23 simultaneously and under the effect of power motor 22, drive each tire and rotate synchronously, make all angles of the medial surface of tire all can effectively be sprayed glue, at this; General operation is then closed shower nozzle 121 as long as tumbler 23 turns over 360 ° and can accomplish whole spray glue process, stops power motor 22; And each oil cylinder 232 piston rods 2321 of linking arm 231 are bounced back; Each enclasped plate 233 is opened again and is resetted, meanwhile, and stepper motor 144 counter-rotatings; Drive screw rod 143 counter-rotatings; Make nozzle backstay 12, the overarm 12 of tire location of multiinjector structure 1 withdraw from tire positioning rotating mechanism 2 gradually and realize cooling, return to original state, accomplish the time processing process up to all parts with the tire that processes.
To sum up, the present invention has broken through the bottleneck that existing glue sprayer once can only be processed a tire, has realized the multistation processing of an operation, compares existing structure, can promote operating efficiency at double, saves labour turnover greatly.

Claims (4)

1. a multistation automatic tire glue sprayer is characterized in that: mainly include a packaged type multiinjector structure and tire positioning rotating mechanism; Wherein the multiinjector structure comprises sliding seat, nozzle backstay and the overarm of tire location that can move back and forth; Said nozzle backstay one end and sliding seat are connected, the even plurality of nozzles that is being provided with spaced apart on the backstay; The location overarm of said tire is positioned at nozzle backstay top, and the one of which end is connected equally and is positioned on the sliding seat.
2. tyre glue-jetting machine as claimed in claim 1; It is characterized in that: said sliding seat is installed on the reciprocating device; Said reciprocating device comprise a slide rail be positioned at the slide plate that is used for the geocoded activity seat on the slide rail, said slide plate connects a screw rod, the end of screw rod connects a stepper motor.
3. according to claim 1 or claim 2 tyre glue-jetting machine; It is characterized in that: said tire positioning rotating mechanism is over against the moving direction setting of said packaged type multiinjector structure; When packaged type multiinjector structure moved to extreme position forward, nozzle backstay on it and the overarm of tire location can be stretched in the tire positioning rotating mechanism fully.
4. tyre glue-jetting machine as claimed in claim 3; It is characterized in that: said tire positioning rotating mechanism comprises a support; Being provided with on the support can be by the location tumbler of power motor drive; Said location tumbler comprises that some phase countershafts center is around the linking arm that distributes, and all connects an arc enclasped plate through some oil cylinders on each linking arm.
CN2011204663246U 2011-11-22 2011-11-22 Multi-station automatic tyre glue sprayer Expired - Fee Related CN202316205U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2011204663246U CN202316205U (en) 2011-11-22 2011-11-22 Multi-station automatic tyre glue sprayer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2011204663246U CN202316205U (en) 2011-11-22 2011-11-22 Multi-station automatic tyre glue sprayer

Publications (1)

Publication Number Publication Date
CN202316205U true CN202316205U (en) 2012-07-11

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN2011204663246U Expired - Fee Related CN202316205U (en) 2011-11-22 2011-11-22 Multi-station automatic tyre glue sprayer

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102784736A (en) * 2011-11-22 2012-11-21 林万荣 Multistation automatic tyre glue sprayer
TWI638734B (en) 2016-07-26 2018-10-21 黃鴻翔 Anti-puncture tires and anti-puncture glue manufacturing method

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102784736A (en) * 2011-11-22 2012-11-21 林万荣 Multistation automatic tyre glue sprayer
CN102784736B (en) * 2011-11-22 2014-08-13 林万荣 Multistation automatic tyre glue sprayer
TWI638734B (en) 2016-07-26 2018-10-21 黃鴻翔 Anti-puncture tires and anti-puncture glue manufacturing method

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C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20120711

Termination date: 20121122