CN209222783U - Quick positioning mechanism for novel aluminum guide laser cleaning machine - Google Patents
Quick positioning mechanism for novel aluminum guide laser cleaning machine Download PDFInfo
- Publication number
- CN209222783U CN209222783U CN201821918450.9U CN201821918450U CN209222783U CN 209222783 U CN209222783 U CN 209222783U CN 201821918450 U CN201821918450 U CN 201821918450U CN 209222783 U CN209222783 U CN 209222783U
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- China
- Prior art keywords
- positioning mechanism
- bumper bracket
- carbon block
- anode carbon
- cleaning machine
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Abstract
The utility model discloses a kind of quick positioning mechanisms for novel aluminum guide laser cleaning machine, including positioning mechanism mounting rack, it is equipped on positioning mechanism mounting rack for limiting the buffering locator and the backstopping device assembly swung backward for limiting anode carbon block that anode carbon block is swung forward, buffering locator includes bumper bracket shaft, the buffer limit component being installed in rotation in bumper bracket shaft and the bumper bracket for driving buffer limit component to rotate drive cylinder, backstopping device assembly includes backstopping device shaft and the unidirectional position-limited rack that is installed in rotation in backstopping device shaft, bumper bracket shaft and backstopping device shaft are mounted on the top of positioning mechanism mounting rack along the longitudinal direction, buffer limit component and unidirectional position-limited rack can cooperate positioning anode carbon block.Using the above structure, the swing that can not only quickly limit anode carbon block, absorbs the impact of anode carbon block, reliably positioning anode carbon block, and is suitable for the anode carbon block of different size and height.
Description
Technical field
The utility model belongs to aluminum guide cleaning equipment technical field, and in particular to one kind is clear for novel aluminum guide laser
The quick positioning mechanism of washing machine.
Background technique
Aluminium is that current applications are very extensive, one of most economical applicable material.The yield and dosage of our times aluminium are only
Inferior to steel, become the second largest metal of mankind's application.Electrolytic aluminium is exactly the aluminium obtained by way of electrolysis.It is raw in electrolytic aluminium
In production, the anode used on electrolytic cell is made of aluminum guide, steel pawl and anode carbon block.Wherein, aluminum guide after long-term use,
Since the temperature of working environment is higher, lead to the surface oxidation situation especially severe of aluminum guide, such as without repair process, then not
It can investment electrolysis use.Aluminum guide volume itself is larger, thus not only the required range cleaned is wide for aluminum guide, but also oxide
The difficulty of removing is high, and due to the enormous amount of aluminum guide in electrolytic aluminium factory, can not be using manually to aluminum guide table
The oxide in face carries out physical removal.
The method that the cleaning way of existing aluminum guide oxide on surface generallys use chemical cleaning, can not only generate Industry Waste
Water causes environmental issue, and cleaning efficiency is also not ideal enough.Therefore, it has come into being a kind of quick using laser cleaning machine
The mode of aluminum guide is cleaned, not only cleaning efficiency is high, but also environment friendly and pollution-free.It is first before laser cleaning machine cleans aluminum guide
First need to limit the position of the anode carbon block of aluminum guide lower part, but since anode carbon block quality is big, the meeting after being limited by emergency stop
Appearance is swung in the front-back direction, and impact force is big, and existing positioning device is difficult to meet actual demand.Solution problem above, which becomes, to be worked as
It is engaged in anxious.
Utility model content
To solve the technical issues of being difficult to fast and reliable ground positioning anode carbon block, the utility model provides a kind of for novel
The quick positioning mechanism of aluminum guide laser cleaning machine.
To achieve the above object, technical solutions of the utility model are as follows:
A kind of quick positioning mechanism for novel aluminum guide laser cleaning machine, including positioning mechanism mounting rack, feature
It is: is equipped on the positioning mechanism mounting rack for limiting the buffering locator and be used for that anode carbon block is swung forward
The backstopping device assembly that limitation anode carbon block is swung backward, the buffering locator include bumper bracket shaft, are rotatably mounted
Buffer limit component in bumper bracket shaft and the bumper bracket for driving buffer limit component to rotate drive cylinder, described
Backstopping device assembly includes backstopping device shaft and the unidirectional position-limited rack that is installed in rotation in backstopping device shaft, and the bumper bracket turns
Axis and backstopping device shaft are mounted on the top of positioning mechanism mounting rack, the buffer limit component and unidirectional limit along the longitudinal direction
Frame can cooperate positioning anode carbon block.
Using the above structure, buffer limit component and unidirectional position-limited rack are all made of the mode of rotational installation, are limited by buffering
The cooperation of position component and unidirectional position-limited rack, can not only quickly limit the swing of anode carbon block, absorb rushing for anode carbon block
It hits, reliably positioning anode carbon block, and is suitable for the anode carbon block of different size and height.
As preferred: spring installation axle is coaxially installed in the outer end of bumper bracket driving cylinder piston rod, in the bullet
One end that spring installation axle is connected with bumper bracket driving cylinder piston rod is installed with fixed spring seat, on the buffer limit component
The movable spring seat that can be slided along spring installation axle is installed, is set with buffer spring in the spring installation axle, the buffering
One end of spring is abutted with fixed spring seat, and the other end is abutted with movable spring seat.Using the above structure, by the way that buffering elastic is arranged
Spring, when anode carbon block occurs to swing forward because of emergency stop limit, buffer limit component rotates under anode carbon block effect, leads to simultaneously
Flexible spring seat of making a living compresses buffer spring, using the effect of buffer spring starting energy-absorbing, substantially reduces and drives gas to bumper bracket
The impact of cylinder improves the stability and reliability of a whole set of buffering locator, also, after anode carbon block is stablized, buffering limit
Position component can under the drive of buffer spring elastic reset, reliably positioning anode carbon block.
As preferred: the buffer limit component includes baffle and the barrier driving frame being fixedly connected with baffle, the gear
Plate bogie includes connecting rod and two linking arms being oppositely arranged, and one end of the linking arm is solid with the both ends of connecting rod respectively
Fixed connection, the other end are fixedly connected with baffle, and the bumper bracket shaft is rotationally threaded through on two linking arms, the work
Flexible spring seat is mounted on the middle part of connecting rod.Using the above structure, the piston rod of bumper bracket driving cylinder drives spring installation axle,
Spring installation axle drives movable spring seat and barrier driving frame, and barrier driving frame drives baffle, and structure is simple, and design is reasonable, surely
It is fixed reliable.
As preferred: two interconnecting pieces outwardly protruded, two interconnecting piece difference being arranged in the side outer rim of the baffle
Close to the both ends of the baffle side outer rim, two linking arms are fixedly connected with corresponding interconnecting piece respectively.Using the above structure,
Convenient for the installation of linking arm.
As preferred: the linking arm is vertical with baffle.Using the above structure, conducive to the drive of bumper bracket driving cylinder
It is dynamic.
As preferred: the cylinder body of the bumper bracket driving cylinder is installed in rotation on positioning mechanism by cylinder mounting base
On mounting rack.Using the above structure, bumper bracket driving cylinder and buffering limiting component is made to form a two connecting rods cooperation.
As preferred: the unidirectional position-limited rack includes two and is oppositely arranged and is installed in rotation in backstopping device shaft
One end of cursor, two cursors is fixedly connected by connecting plate, and clump weight, two cursors are configured on the connecting plate
The other end be bent to form step limiting section, be provided at least in side outer rim of the step limiting section far from connecting plate
Two-stage outwardly protrudes the limited step to be formed.Using the above structure, when the anode carbon block of aluminum guide lower part passes through, rotation can be pushed
Arm has the side of step limiting section, and after anode carbon block passes through, cursor can turn round under the action of clump weight, Zhi Daoqi
Middle level-one limited step is abutted with anode carbon block, at this point, anode carbon block will not be sent out by this grade of limited step locking due to emergency stop
Raw swing backward, after the completion of aluminum guide cleaning, anode carbon block is moved forward, and is separated with limited step, at this point, cursor energy
Enough to continue revolution reset under the action of clump weight, step limiting section resets lofty perch, can be with the anode carbon block of next process
Contact；A whole set of backstopping device assembly uses pure mechanic structure, without additional power device, energy conservation and environmental protection, not only has unidirectional limit
Position, automatic rotary effect, and by the design of multistage limited step, can anode carbon block to different size and height into
Whereabouts are moved back, reliable and stable.
As preferred: the counterweight construction section and limited with step that the middle part bending formation of the cursor is connected with connecting plate
The connected limit installation section in portion, the counterweight construction section and step limiting section are towards the same side direction bending that section is mounted.
Using the above structure, make the center of gravity of clump weight lower, cursor has not only been made to be easier to turn round, but also be conducive to limited step and lock anode carbon
Block.
As preferred: the limited step includes supporting surface and lead-in chamfered, the supporting surface and Duan Ping is mounted
Row, the outer rim in lead-in chamfered self-supporting face extend obliquely to the outer rim of step limiting section.Using the above structure, limits at different levels
The structure of position step structure approximate unidirectional helical teeth in a row, can either unidirectionally limit, and play guiding function.
As preferred: being provided at least one reinforcing beam at the top of the positioning mechanism mounting rack, the reinforcing beam is equal
Between bumper bracket shaft and backstopping device shaft.Using the above structure, it can be improved the structural strength of positioning mechanism mounting rack.
Compared with prior art, the utility model has the beneficial effects that
Using the quick positioning mechanism provided by the utility model for novel aluminum guide laser cleaning machine, structure novel,
It is ingenious in design, the swing of anode carbon block can not only be quickly limited, absorbs the impact of anode carbon block, reliably positioning anode
Carbon block, and it is suitable for the anode carbon block of different size and height.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the use state diagram of the utility model；
Fig. 3 is the structural schematic diagram at the one of visual angle of buffering locator；
Fig. 4 is the structural schematic diagram at another visual angle of buffering locator；
Fig. 5 is the structural schematic diagram at the one of visual angle of backstopping device assembly；
Fig. 6 is the structural schematic diagram at another visual angle of backstopping device assembly.
Specific embodiment
The utility model is described in further detail with attached drawing with reference to embodiments.
As shown in Fig. 1~Fig. 6, a kind of quick positioning mechanism for novel aluminum guide laser cleaning machine, including localization machine
Structure mounting rack 300, it is fixed for limiting the buffering that anode carbon block A is swung forward to be equipped on the positioning mechanism mounting rack 300
Position device 200 and the backstopping device assembly 100 swung backward for limiting anode carbon block A.
Referring to Figure 1, Fig. 3 and Fig. 4, the buffering locator 200 include positioning mechanism mounting rack 300, bumper bracket turn
Axis 210, buffer limit component 220 and bumper bracket drive cylinder 230, and the bumper bracket shaft 210 and bumper bracket drive cylinder 230
It being installed on positioning mechanism mounting rack 300, the buffer limit component 220 is installed in rotation in bumper bracket shaft 210,
The bumper bracket driving cylinder 230 drives 230 piston of cylinder for driving buffer limit component 220 to rotate, in the bumper bracket
The outer end of bar is coaxially installed with spring installation axle 280, drives 230 piston rod phase of cylinder in the spring installation axle 280 and bumper bracket
One end even is installed with fixed spring seat 240, and being equipped on the buffer limit component 220 can be sliding along spring installation axle 280
Dynamic movable spring seat 250 is set with buffer spring 260 in the spring installation axle 280, one end of the buffer spring 260
It is abutted with fixed spring seat 240, the other end is abutted with movable spring seat 250.
Specifically, the both ends of bumper bracket shaft 210 are connect with the trunnion on positioning mechanism mounting rack 300 respectively, in institute
It states and cylinder mounting base 270 is installed on the cylinder body of bumper bracket driving cylinder 230, which passes through hinged mounting hole
271 is hinged with positioning mechanism mounting rack 300.
Fig. 3 and Fig. 4 are referred to, the buffer limit component 220 includes baffle 221 and the gear being fixedly connected with baffle 221
Plate bogie 222, the barrier driving frame 222 are installed in rotation in bumper bracket shaft 210, and with the movable spring seat
250 are connected.The barrier driving frame 222 includes connecting rod 222a and two linking arm 222b being oppositely arranged, the linking arm
One end of 222b is fixedly connected with the both ends of connecting rod 222a respectively, and the other end is fixedly connected with baffle 221, the bumper bracket
Shaft 210 is rotationally threaded through on two linking arm 222b, and the movable spring seat 250 is mounted in connecting rod 222a
Portion.Wherein, the linking arm 222b is vertical with baffle 221.
Further, two interconnecting piece 221a outwardly protruded, two connections are set in the side outer rim of the baffle 221
Portion 221a respectively close to the side outer rim of baffle 221 both ends, two linking arm 222b respectively with corresponding interconnecting piece 221a
It is fixedly connected.
Referring to Figure 1, Fig. 5 and Fig. 6, the backstopping device assembly 100 include backstopping device shaft 110 and are installed in rotation on
Unidirectional position-limited rack 120 in backstopping device shaft 110, the unidirectional position-limited rack 120 include two and are oppositely arranged and rotationally pacify
One end of cursor 121 in backstopping device shaft 110, two cursors 121 is fixedly connected by connecting plate 122, at this
Clump weight 123 is configured on connecting plate 122, the other end of two cursors 121 is bent to form step limiting section 124, in institute
It states step limiting section 124 and outwardly protrudes the limited step to be formed far from being provided at least two-stage in the side outer rim of connecting plate 122
125.Wherein, the both ends of backstopping device shaft 110 are connect with the trunnion on positioning mechanism mounting rack 300 respectively.
Refer to Fig. 5 and Fig. 6, the counterweight construction section that the middle part bending formation of the cursor 121 is connected with connecting plate 122
121a and limit installation the section 121b, the counterweight construction section 121a and step limiting section 124 that are connected with step limiting section 124 are equal
Towards the same side direction bending that section 121b is mounted.The both ends of the backstopping device shaft 110 are each passed through corresponding cursor
It is connect after 121 with the trunnion on positioning mechanism mounting rack 300.
The limited step 125 includes that supporting surface 125a and lead-in chamfered 125b, the supporting surface 125a and limit are pacified
Dress section 121b is parallel, and the outer rim of the lead-in chamfered 125b self-supporting face 125a extends obliquely to the outer of step limiting section 124
Edge.
Specifically, the width of the connecting plate 122 is greater than the width of cursor 121.One end of the cursor 121 is equal
With widening portion 126, the width of the widening portion 126 is equal to the width of connecting plate 122.The widening portion 126 is from corresponding
The side outer rim of cursor 121 outwardly protrudes, bending side of the protrusion direction of the widening portion 126 with step limiting section 124
To identical.
Referring to Figure 1,300 overall structure of positioning mechanism mounting rack is up big and down small, the bumper bracket shaft 210 and only
The top that device shaft 110 is mounted on positioning mechanism mounting rack 300 along the longitudinal direction is moved back, so that 220 He of buffer limit component
Unidirectional position-limited rack 120 can cooperate positioning anode carbon block A.For improve positioning mechanism mounting rack 300 structural strength, in localization machine
The top of structure mounting rack 300 is provided at least one reinforcing beam 310, and the reinforcing beam 310 is respectively positioned on bumper bracket shaft 210 and stops
It moves back between device shaft 110.
Fig. 2 is referred to, aluminum guide B is rod-like structure, and anode carbon block A is in rectangular parallelepiped structure, and aluminum guide B is located at anode carbon block
The top of A.
Referring to Figure 1~Fig. 6, firstly, the baffle 221 of buffer limit component 220 is in the case where bumper bracket driving cylinder 230 drives
It is in a vertical state, with blocking anode carbon block A, prevent it from passing through.When anode carbon block A initially enters quick positioning mechanism,
Anode carbon block A can push the side that cursor 121 has step limiting section 124, gear after anode carbon block A passes through and with setting
Plate 221 abuts, and cursor 121 can turn round under the action of clump weight 123, until wherein level-one limited step 125 and anode
Carbon block A is abutted, at this point, anode carbon block A cooperates locking by baffle 221 and limited step 125, will not only be swung forward, but also will not
It swings backward.
After the completion of aluminum guide B cleaning, the baffle 221 of buffer limit component 220 is in the case where bumper bracket driving cylinder 230 drives
In horizontality, anode carbon block A is unlocked, anode carbon block A can be moved forward together with aluminum guide B, anode carbon block A and limit
After step 125 separates, cursor 121 can continue revolution under the action of clump weight 123 and reset, and step limiting section 124 resets
Lofty perch can be contacted with the anode carbon block A of next process.
Finally, it should be noted that foregoing description is only the preferred embodiment of the utility model, the common skill of this field
Art personnel are under the enlightenment of the utility model, under the premise of without prejudice to the utility model aims and claim, can make
Multiple similar expressions, such transformation are each fallen within the protection scope of the utility model.
Claims (10)
1. a kind of quick positioning mechanism for novel aluminum guide laser cleaning machine, including positioning mechanism mounting rack (300), special
Sign is: the buffering positioning swung forward for limiting anode carbon block (A) is equipped on the positioning mechanism mounting rack (300)
Device (200) and the backstopping device assembly (100) swung backward for limiting anode carbon block (A), the buffering locator (200)
Including bumper bracket shaft (210), the buffer limit component (220) being installed in rotation on bumper bracket shaft (210) and use
In driving the bumper bracket of buffer limit component (220) rotation to drive cylinder (230), the backstopping device assembly (100) includes retaining
Device shaft (110) and the unidirectional position-limited rack (120) being installed in rotation on backstopping device shaft (110), the bumper bracket shaft
(210) and backstopping device shaft (110) is mounted on the tops of positioning mechanism mounting rack (300), the buffer limit along the longitudinal direction
Component (220) and unidirectional position-limited rack (120) can cooperate positioning anode carbon block (A).
2. the quick positioning mechanism according to claim 1 for novel aluminum guide laser cleaning machine, it is characterised in that:
The outer end of described bumper bracket driving cylinder (230) piston rod is coaxially installed with spring installation axle (280), in the spring installation axle
(280) one end being connected with bumper bracket driving cylinder (230) piston rod is installed with fixed spring seat (240), limits in the buffering
The movable spring seat (250) that can be slided along spring installation axle (280) is installed, in the spring installation axle on position component (220)
(280) buffer spring (260) are set on, one end of the buffer spring (260) is abutted with fixed spring seat (240), the other end
It is abutted with movable spring seat (250).
3. the quick positioning mechanism according to claim 2 for novel aluminum guide laser cleaning machine, it is characterised in that: institute
Stating buffer limit component (220) includes baffle (221) and the barrier driving frame (222) being fixedly connected with baffle (221), the gear
Plate bogie (222) includes connecting rod (222a) and two linking arms (222b) being oppositely arranged, the linking arm (222b)
One end is fixedly connected with the both ends of connecting rod (222a) respectively, and the other end is fixedly connected with baffle (221), and the bumper bracket turns
Axis (210) is rotationally threaded through on two linking arms (222b), and the movable spring seat (250) is mounted on connecting rod (222a)
Middle part.
4. the quick positioning mechanism according to claim 3 for novel aluminum guide laser cleaning machine, it is characterised in that: institute
Two interconnecting pieces (221a) outwardly protruded of setting, two interconnecting pieces (221a) in the side outer rim of baffle (221) are stated to lean on respectively
The both ends of nearly baffle (221) side outer rim, two linking arms (222b) are fixed with corresponding interconnecting piece (221a) respectively to be connected
It connects.
5. the quick positioning mechanism according to claim 3 for novel aluminum guide laser cleaning machine, it is characterised in that: institute
It is vertical with baffle (221) to state linking arm (222b).
6. the quick positioning mechanism according to claim 1 for novel aluminum guide laser cleaning machine, it is characterised in that: institute
The cylinder body for stating bumper bracket driving cylinder (230) is installed in rotation on positioning mechanism mounting rack by cylinder mounting base (270)
(300) on.
7. the quick positioning mechanism according to claim 1 for novel aluminum guide laser cleaning machine, it is characterised in that: institute
Stating unidirectional position-limited rack (120) includes two cursors for being oppositely arranged and being installed in rotation on backstopping device shaft (110)
(121), one end of two cursors (121) is fixedly connected by connecting plate (122), is matched on the connecting plate (122)
Pouring weight (123), the other end of two cursors (121) are bent to form step limiting section (124), in the step limiting section
(124) at least two-stage is provided in the side outer rim far from connecting plate (122) outwardly protrude the limited step to be formed (125).
8. the quick positioning mechanism according to claim 7 for novel aluminum guide laser cleaning machine, it is characterised in that: institute
State counterweight construction section (121a) that the middle part bending formation of cursor (121) is connected with connecting plate (122) and with step limiting section
(124) connected limit installation section (121b), the counterweight construction section (121a) and step limiting section (124) are towards limit installation
The same side direction bending of section (121b).
9. the quick positioning mechanism according to claim 8 for novel aluminum guide laser cleaning machine, it is characterised in that: institute
State limited step (125) include supporting surface (125a) and lead-in chamfered (125b), the supporting surface (125a) with limit installation
In parallel, the outer rim in lead-in chamfered (125b) self-supporting face (125a) extends obliquely to step limiting section to section (121b)
(124) outer rim.
10. the quick positioning mechanism according to claim 1 for novel aluminum guide laser cleaning machine, it is characterised in that:
It is provided at least one reinforcing beam (310) at the top of the positioning mechanism mounting rack (300), the equal position of the reinforcing beam (310)
Between bumper bracket shaft (210) and backstopping device shaft (110).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821918450.9U CN209222783U (en) | 2018-11-20 | 2018-11-20 | Quick positioning mechanism for novel aluminum guide laser cleaning machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821918450.9U CN209222783U (en) | 2018-11-20 | 2018-11-20 | Quick positioning mechanism for novel aluminum guide laser cleaning machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209222783U true CN209222783U (en) | 2019-08-09 |
Family
ID=67503730
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821918450.9U Expired - Fee Related CN209222783U (en) | 2018-11-20 | 2018-11-20 | Quick positioning mechanism for novel aluminum guide laser cleaning machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209222783U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111805293A (en) * | 2020-07-15 | 2020-10-23 | 重庆优实管业有限公司 | Cylinder installation mechanism in cutting equipment |
-
2018
- 2018-11-20 CN CN201821918450.9U patent/CN209222783U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111805293A (en) * | 2020-07-15 | 2020-10-23 | 重庆优实管业有限公司 | Cylinder installation mechanism in cutting equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190809 Termination date: 20201120 |
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| CF01 | Termination of patent right due to non-payment of annual fee |