CN205495941U - Corrosion -resistant formula rubber coating mechanism of machinery - Google Patents
Corrosion -resistant formula rubber coating mechanism of machinery Download PDFInfo
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- CN205495941U CN205495941U CN201620225963.6U CN201620225963U CN205495941U CN 205495941 U CN205495941 U CN 205495941U CN 201620225963 U CN201620225963 U CN 201620225963U CN 205495941 U CN205495941 U CN 205495941U
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- sizing material
- rubber
- jaw
- rubber parts
- support arm
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Abstract
The utility model discloses a corrosion -resistant formula rubber coating mechanism of machinery, gripper mechanism includes that the clamping jaw drives actuating cylinder and clamping jaw support arm, the middle part that the clamping jaw drove actuating cylinder is provided with pressing means, on the lower tip of two clamping jaw support arms respectively the symmetry be provided with two rubber spare locating levers, run through in one of them rubber spare locating lever and be provided with an afterbody confined sizing material injection pipe, the head of sizing material injection pipe is provided with the sizing material injector head, the parcel has or not spinning cloth on the sizing material injector head, sizing material injector head and sizing material injection pipe external diameter and rubber spare internal diameter phase -match, the afterbody of sizing material injection pipe is connected with actuating mechanism, and the connection of after section of sizing material injection pipe has the constant delivery pump machine that is used for extracting the sizing material agent, during the rubber coating, the clamping jaw drives actuating cylinder drive rubber spare locating lever and cliies rubber spare, actuating mechanism drive sizing material injection pipe removes to the inner chamber of rubber spare, the sizing material injector head sprays the sizing material and evenly cleans on the inner wall of rubber spare through the nonwoven gauze, its advantage is convenient operation, with low costs and spray evenly.
Description
Technical field
This utility model relates to a kind of rubber-coated mechanism, especially relates to a kind of mechanical corrosion-resistant formula rubber-coated mechanism.
Background technology
It is typically provided with metalwork at present inside the rubber parts of automobile chassis bush, in order to preferably rubber parts be vulcanized on metalwork, need gluing on the inwall of the rubber parts vulcanizated, existing gluing mode is mostly electric machine rotational axis formula gluing, is i.e. directly atomised on the inwall of rubber parts by sizing material by nozzle.This equipment gluing is used to there is following defect: 1. needing time due to gluing to be ejected on the inwall of rubber parts sizing material uniformly, therefore this is the highest to the requirement of nozzle and motor so that the Meteorological of equipment is the highest；2. due to the long-term inwall for rubber activator is ejected into rubber parts, therefore it is required that nozzle has good corrosion resistance, and high-end nozzle typically uses metal, and as ferrum, steel etc. are made, life-time service activator is serious to its damage, corrosion-resistant；The most existing nozzle often exist the injection of injection uneven and dead band less than problem.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of easy to operate, low cost and sprays uniform mechanical corrosion-resistant formula rubber-coated mechanism.
nullThe technical scheme that the above-mentioned technical problem of this utility model solution is used is: a kind of mechanical corrosion-resistant formula rubber-coated mechanism，Including mounting and fixing support、Rubber-coated mechanism、For clamping the clip claw mechanism of rubber parts、For preventing pressing mechanism that described rubber parts moves up and down and for the drive mechanism driving described rubber-coated mechanism horizontal reciprocating to move，Described clip claw mechanism includes that the jaw being horizontally set on described mounting and fixing support drives cylinder and is vertically arranged in the jaw support arm that described jaw drives the two ends of cylinder，Described jaw drives the middle part of cylinder to be provided with described pressing mechanism，It is respectively symmetrically on the bottom of two described jaw support arms and is provided with two rubber parts location bars extended internally，It is provided through, in one of them described rubber parts location bar, the sizing material playpipe that an afterbody is closed，The head of described sizing material playpipe is provided with sizing material injector head，It is enclosed with nonwoven gauze on described sizing material injector head，The external diameter of described sizing material injector head and described sizing material playpipe matches with the internal diameter of described rubber parts，The afterbody of described sizing material playpipe is connected with described drive mechanism，And the afterbody connection of described sizing material playpipe has the dosing pump machine for extracting sizing material agent；During gluing, described jaw drives the rubber parts that the bar cramp residence, rubber parts location described in air cylinder driven is stated, described pressing mechanism moves down pushes down described rubber parts, described drive mechanism drive described in sizing material playpipe move to the inner chamber of described rubber parts, the described sizing material described in the injection of sizing material injector head and by the described uniform wiping of nonwoven gauze on the inwall of described rubber parts.
The head of described rubber parts location bar is provided with the chamfering that the end with described rubber parts matches.Can preferably rubber parts be carried out spacing, prevent rubber parts from rocking.
Described drive mechanism includes mechanical linkage, drive cylinder and support arm, the bottom of described support arm is connected with the bottom one of the jaw support arm being provided with described sizing material playpipe, described jaw support arm intersects with described support arm and has angle, described driving cylinder it is provided through on described support arm, described driving cylinder includes promoting piston rod, it is provided with screw thread on described promotion piston rod, the afterbody of described mechanical linkage is fixed on the afterbody of described sizing material playpipe, the screwed hole matched with the described screw thread promoting piston rod it is provided with on described mechanical linkage.During work, drive air cylinder driven to promote piston rod to stretch into and be fixed on mechanical linkage, drive air cylinder driven to promote piston rod back to move and drive sizing material playpipe to stretch in rubber parts, it is achieved coating technique；Support arm supports the balance driving cylinder to ensure to drive cylinder.
Being provided with two guide posts, the described support arm described in guide post insertion on described mechanical linkage, and be provided with linear bearing between described guide post and described support arm, two described guide posts lay respectively at the described both sides up and down driving cylinder.Guide post serves the effect making driving air cylinder driven sizing material playpipe even running.
Described pressing mechanism include vertically being fixedly installed on described jaw drive cylinder middle part by air cylinder, described being provided with by the bottom of air cylinder is fixed head for pin described rubber parts.
Described is fixed on the bottom of head the groove being provided with circular arc or triangle, and described groove matches with the outer ring of described rubber parts.The groove of circular arc or triangle adds the contact area being fixed head with rubber parts outer wall, can preferably push down rubber parts.
Described jaw drives and is provided with jaw connecting plate between cylinder and described jaw support arm, and described jaw connecting plate one end is fixed on described jaw and drives on the piston rod of cylinder, and the other end of described jaw connecting plate is fixing with described jaw support arm to be connected.
Described mounting and fixing support includes horizontally disposed fixed transverse rod and is vertically arranged in the column at described fixed transverse rod two ends, and described jaw drives cylinder to be arranged on described fixed transverse rod, and the lower bottom of described fixed transverse rod is fixed by locating dowel.
Compared with prior art, the utility model has the advantage of that this utility model is when gluing, jaw drives air cylinder driven rubber parts location bar cramp to live rubber parts, pressing mechanism moves down pushes down rubber parts, drive mechanism drives sizing material playpipe to move to the inner chamber of rubber parts, and sizing material injector head injection sizing material also passes through the uniform wiping of nonwoven gauze on the inwall of rubber parts；Compared to traditional electric machine rotational axis formula gluing, this utility model is by being injected in sizing material in nonwoven gauze of sizing material injector head timing, make in nonwoven gauze containing enough sizing materials, owing to the external diameter of sizing material injector head and sizing material playpipe matches with the internal diameter of rubber parts, therefore can ensure that the sizing material even application in nonwoven gauze is on the inwall of rubber parts；Owing to by nonwoven gauze wiping gluing, reducing and sizing material playpipe and the requirement of sizing material injector head, sizing material playpipe and sizing material injector head used plastic material, compared to metal material corrosion resistance and good, low cost.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model (one)；
Fig. 2 is structural representation of the present utility model (two)；
Fig. 3 is sectional view when drive mechanism of the present utility model and the non-gluing of rubber-coated mechanism；
Fig. 4 is sectional view when drive mechanism of the present utility model and rubber-coated mechanism gluing.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, this utility model is described in further detail.
nullEmbodiment: such as Fig. 1、Fig. 2、Shown in Fig. 3 and Fig. 4，A kind of mechanical corrosion-resistant formula rubber-coated mechanism，Including mounting and fixing support 1、Rubber-coated mechanism 2、For clamping the clip claw mechanism 4 of rubber parts 3、For preventing pressing mechanism 5 that rubber parts 3 moves up and down and for the drive mechanism 6 driving rubber-coated mechanism 2 horizontal reciprocating to move，Clip claw mechanism 4 includes that the jaw being horizontally set on mounting and fixing support 1 drives cylinder 41 and is vertically arranged in the jaw support arm 42 that jaw drives the two ends of cylinder 41，Jaw drives the middle part of cylinder 41 to be provided with pressing mechanism 5，It is respectively symmetrically on the bottom of two jaw support arms 42 and is provided with two rubber parts location bars 7 extended internally，It is provided through, in the bar 7 of one of them rubber parts location, the sizing material playpipe 8 that an afterbody is closed，The head of sizing material playpipe 8 is provided with sizing material injector head 9，Nonwoven gauze (not shown) it is enclosed with on sizing material injector head 9，The external diameter of sizing material injector head 9 and sizing material playpipe 8 matches with the internal diameter of rubber parts 3，The afterbody of sizing material playpipe 8 is connected with drive mechanism 6，And the afterbody connection of sizing material playpipe 8 has the dosing pump machine (not shown) for extracting sizing material agent；During gluing, jaw drives cylinder 41 to drive rubber parts location bar 7 to clamp rubber parts 3, pressing mechanism 5 moves down pushes down rubber parts 3, drive mechanism 6 drives sizing material playpipe 8 to move to the inner chamber of rubber parts 3, and sizing material injector head 9 sprays sizing material and by the uniform wiping of nonwoven gauze (not shown) on the inwall of rubber parts 3.
In this particular embodiment, the head of rubber parts location bar 7 is provided with the chamfering 10 that the end with rubber parts 3 matches.
In this particular embodiment, sizing material playpipe 8 is made up of Teflon material.
In this particular embodiment, drive mechanism 6 includes mechanical linkage 61, drives cylinder 62 and support arm 63, the bottom of support arm 63 is connected with the bottom one of the jaw support arm 42 being provided with sizing material playpipe 8, jaw support arm 42 intersects with support arm 63 and has angle, it is provided through on support arm 63 driving cylinder 62, cylinder 62 is driven to include promoting piston rod 621, promote and be provided with screw thread on piston rod 621, the afterbody of mechanical linkage 61 is fixed on the afterbody of sizing material playpipe 8, and mechanical linkage 61 is provided with and promotes the screwed hole 611 that the screw thread of piston rod 621 matches.
In this particular embodiment, mechanical linkage 61 being provided with two guide posts 64, guide post 64 inserts and is provided with linear bearing 65 between support arm 63, and guide post 64 and support arm 63, and two guide posts 64 lay respectively at the both sides up and down driving cylinder 62.
In this particular embodiment, pressing mechanism 5 include vertically being fixedly installed on jaw drive cylinder 41 middle part by air cylinder 51, be provided with by the bottom of air cylinder 51 and be fixed 52 for pin rubber parts 3.
In this particular embodiment, being fixed the groove 521 being provided with circular arc or triangle on the bottom of 52, groove 521 matches with the outer ring of rubber parts 3.
In this particular embodiment, jaw drives and is provided with jaw connecting plate 43 between cylinder 41 and jaw support arm 42, and jaw connecting plate 43 one end is fixed on jaw and drives on the piston rod of cylinder 41, and the other end of jaw connecting plate 43 is fixing with jaw support arm 42 to be connected.
In this particular embodiment, mounting and fixing support 1 includes horizontally disposed fixed transverse rod 11 and is vertically arranged in the column 12 at fixed transverse rod 11 two ends, and jaw drives cylinder 41 to be arranged on fixed transverse rod 11, and the lower bottom of fixed transverse rod 11 is fixed by locating dowel 13.
Claims (9)
- null1. a machinery corrosion-resistant formula rubber-coated mechanism，It is characterized in that including mounting and fixing support、Rubber-coated mechanism、For clamping the clip claw mechanism of rubber parts、For preventing pressing mechanism that described rubber parts moves up and down and for the drive mechanism driving described rubber-coated mechanism horizontal reciprocating to move，Described clip claw mechanism includes that the jaw being horizontally set on described mounting and fixing support drives cylinder and is vertically arranged in the jaw support arm that described jaw drives the two ends of cylinder，Described jaw drives the middle part of cylinder to be provided with described pressing mechanism，It is respectively symmetrically on the bottom of two described jaw support arms and is provided with two rubber parts location bars extended internally，It is provided through, in one of them described rubber parts location bar, the sizing material playpipe that an afterbody is closed，The head of described sizing material playpipe is provided with sizing material injector head，It is enclosed with nonwoven gauze on described sizing material injector head，The external diameter of described sizing material injector head and described sizing material playpipe matches with the internal diameter of described rubber parts，The afterbody of described sizing material playpipe is connected with described drive mechanism，And the afterbody connection of described sizing material playpipe has the dosing pump machine for extracting sizing material agent；During gluing, described jaw drives the rubber parts that the bar cramp residence, rubber parts location described in air cylinder driven is stated, described pressing mechanism moves down pushes down described rubber parts, described drive mechanism drive described in sizing material playpipe move to the inner chamber of described rubber parts, the described sizing material described in the injection of sizing material injector head and by the described uniform wiping of nonwoven gauze on the inwall of described rubber parts.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 1, it is characterised in that the head of described rubber parts location bar is provided with the chamfering that the end with described rubber parts matches.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 1, it is characterised in that described sizing material playpipe is made up of Teflon material.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 1, it is characterized in that described drive mechanism includes mechanical linkage, drive cylinder and support arm, the bottom of described support arm is connected with the bottom one of the jaw support arm being provided with described sizing material playpipe, described jaw support arm intersects with described support arm and has angle, described driving cylinder it is provided through on described support arm, described driving cylinder includes promoting piston rod, it is provided with screw thread on described promotion piston rod, the afterbody of described mechanical linkage is fixed on the afterbody of described sizing material playpipe, the screwed hole matched with the described screw thread promoting piston rod it is provided with on described mechanical linkage.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 4, it is characterized in that on described mechanical linkage, being provided with two guide posts, the described support arm described in guide post insertion, and it being provided with linear bearing between described guide post and described support arm, two described guide posts lay respectively at the described both sides up and down driving cylinder.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 1, it is characterized in that described pressing mechanism to include vertically being fixedly installed on described jaw drive the middle part of cylinder by air cylinder, described being provided with by the bottom of air cylinder is fixed head for pin described rubber parts.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 6, it is characterised in that described is fixed on the bottom of head the groove being provided with circular arc or triangle, and described groove matches with the outer ring of described rubber parts.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 1, it is characterized in that described jaw to drive between cylinder and described jaw support arm and be provided with jaw connecting plate, described jaw connecting plate one end is fixed on described jaw and drives on the piston rod of cylinder, and the other end of described jaw connecting plate is fixing with described jaw support arm to be connected.
- The mechanical corrosion-resistant formula rubber-coated mechanism of one the most according to claim 1, it is characterized in that described mounting and fixing support includes horizontally disposed fixed transverse rod and is vertically arranged in the column at described fixed transverse rod two ends, described jaw drives cylinder to be arranged on described fixed transverse rod, and the lower bottom of described fixed transverse rod is fixed by locating dowel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620225963.6U CN205495941U (en) | 2016-03-23 | 2016-03-23 | Corrosion -resistant formula rubber coating mechanism of machinery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620225963.6U CN205495941U (en) | 2016-03-23 | 2016-03-23 | Corrosion -resistant formula rubber coating mechanism of machinery |
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| Publication Number | Publication Date |
|---|---|
| CN205495941U true CN205495941U (en) | 2016-08-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620225963.6U Active CN205495941U (en) | 2016-03-23 | 2016-03-23 | Corrosion -resistant formula rubber coating mechanism of machinery |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106622877A (en) * | 2016-12-27 | 2017-05-10 | 哈尔滨工业大学 | Surface coating, polishing and wiping equipment |
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2016
- 2016-03-23 CN CN201620225963.6U patent/CN205495941U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106622877A (en) * | 2016-12-27 | 2017-05-10 | 哈尔滨工业大学 | Surface coating, polishing and wiping equipment |
| CN106622877B (en) * | 2016-12-27 | 2019-03-19 | 哈尔滨工业大学 | Surface, which applies to throw, wipes equipment |
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