CN209062096U - A kind of ingot overturning catching device for ingot continuous casting line - Google Patents
A kind of ingot overturning catching device for ingot continuous casting line Download PDFInfo
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- CN209062096U CN209062096U CN201821781165.7U CN201821781165U CN209062096U CN 209062096 U CN209062096 U CN 209062096U CN 201821781165 U CN201821781165 U CN 201821781165U CN 209062096 U CN209062096 U CN 209062096U
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- ingot
- continuous casting
- overturning
- casting line
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Abstract
The utility model discloses a kind of ingot overturning catching devices for ingot continuous casting line stable and reliable in work, overturning is high-efficient, including turnover mechanism, carrier chain and Jie Ding mechanism, the turnover mechanism is set to the delivery end of continuous casting line, it is arranged below the discharge port of turnover mechanism therewith with suitable carrier chain, Jie Ding mechanism is set in the conveying frame of carrier chain, makes the dynamic cooperation of carrier chain and Jie Ding mechanism.The utility model is designed reasonably, structure is simple, compact, manufacturing cost is low, it is limited by space small, it is easy to use, the ingot overturning that can be suitably used for different-thickness accepts conveying, turnover mechanism, carrier chain and Jie Ding mechanism mutually interact, and do not interfere with each other, being capable of continual and steady splicing, it works continuously, it prevents ingot casting from falling to smash carrier chain or kick down from carrier chain and injure operator by a crashing object, greatly reduces ingot casting and convey accident rate, reduce repair and maintenance frequency, guarantee the safety and stability of ingot casting, continue Foundry Production, improves production efficiency.
Description
Technical field
The utility model belongs to ingot casting conveying equipment technical field, and in particular to a kind of stable and reliable in work, overturning efficiency
The high ingot overturning catching device for ingot continuous casting line.
Background technique
When shifting from the processing equipment of casting machine downstream, ingot casting can first fall to from the mold of casting machine defeated ingot casting
It send on machine, then is transferred to the processing equipment in downstream by conveyer conveying.In conveying transfer process need that ingot casting posture is made to be positive
It is reversed (i.e. greatly down) after the general ingot casting demoulding of current continuous casting machine, therefore when conveying to (i.e. big face-up)
It is conveyed again after needing to overturn ingot casting.There are two types of existing overturning modes: one is connect to be turned over turnover device realization after ingot
Turn, another kind is that the ingot casting of abjection is realized overturning export using sliding rail, and there are guide rail angle, very much not benefit is overturn which, it is small then
Unfavorable ingot casting export, needs separately with ingot device is pushed away, and above two mode is both needed to separately install equipment, and installation is also limited by space, turns over
Motion profile overturning unfavorable greatly when turning, also unfavorable ingot casting export need separately to complicate production line, after overturning with ingot device is pushed away
Carrying out pushing away ingot reduces the efficiency of the entire production line, overturns and pushes away ingot and be easy to produce the phenomenon that interfering, and operates with not side
Just.
On the other hand, ingot casting generallys use conveyer belt after overturning and is continuously conveyed, since ingot casting weight is big, ingot casting according to
Continue, for a long time fall on a conveyor by being self-possessed, can make that conveyer is smashed by ingot casting or ingot casting bounces from conveyer
It drops down on the ground and injures operator by a crashing object, cause ingot casting conveying accident rate high, be unfavorable for keeping the safety in production, moreover often overhauled
Also it is unfavorable for the stabilization of ingot casting, continues Foundry Production, finally also causes the low problem of production efficiency.
Therefore, a kind of ingot casting that can effectively accept after overturning is developed, and dress is accepted to the ingot overturning that ingot casting is transported through
Set is the key that solve the problems, such as.
Utility model content
The purpose of this utility model is that a kind of stable and reliable in work, overturning it is high-efficient be used for ingot continuous casting line
Ingot overturning catching device.
Purpose of the utility model is realized as follows: including turnover mechanism, carrier chain and Jie Ding mechanism, the tipper
Structure is set to the delivery end of continuous casting line, is arranged therewith with suitable carrier chain below the discharge port of turnover mechanism, connects ingot machine
Structure is set in the conveying frame of carrier chain, makes the dynamic cooperation of carrier chain and Jie Ding mechanism；Wherein, the turnover mechanism includes overturning
Support, guide wheel group and wheel carrier, the turning supporting seat are set to the lower section of the delivery end of continuous casting line in half-surrounded, are overturning
The medial surface of support is provided with the delivery end of continuous casting line with suitable wheel carrier, on the wheel carrier from bottom to top by wheel shaft
Several guide wheel groups are arranged in parallel；The Jie Ding mechanism includes connecing ingot arm, connecing ingot support, drive link, described to connect the setting of ingot support
It is described to connect the living hinge of ingot arm and be set to and connect on ingot support in the conveying frame middle and upper part of conveying linking material one end, make to connect ingot arm
Cooperation is moved with ingot support is connect, the upper end for connecing ingot arm is working end, connects the lower end connection drive link of ingot arm, and the driving connects
Bar connects power source.
Compared with prior art, the utility model has following technical effect that
1, the utility model is designed reasonably, structure is simple, compact, and manufacturing cost is low, limited by space it is small, it is easy to use,
The ingot overturning that can be suitably used for different-thickness accepts conveying, and the movement using continuous casting line trussell is power, drives overturning
Ingot casting automatic turning is realized in mechanism operation, and turnover mechanism, carrier chain and Jie Ding mechanism mutually interact, do not interfere with each other, and is overturn
While being overturn and being oriented to ingot casting, also cooperation mold makes ingot casting generate rotation along reverses direction, and forms one for mechanism
Determine revolving speed, ingot casting is delivered to Jie Ding mechanism, Shi Jie ingot mechanism is in place to catch the ingot casting of overturning in place, and it is shifted
Onto junior's carrier chain；
2, the utility model can continual and steady splicing, work continuously, prevent ingot casting fall smash carrier chain or from
It is kicked down on carrier chain and injures operator by a crashing object, greatly reduced ingot casting and convey accident rate, reduce repair and maintenance frequency, ensure that ingot casting
Safety and stability continues Foundry Production, improves production efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram that ingot arm is connect in the utility model；
Fig. 3 is the location diagram that ingot arm and carrier chain are connect in the utility model；
Figure label: 1 ~ continuous casting line, 2 ~ ingot casting, 3 ~ turning supporting seat, 4 ~ guide wheel group, 5 ~ wheel carrier, 6 ~ stock guide, 7 ~ connect
Ingot arm, 8 ~ connect ingot support, 9 ~ drive link, 10 ~ anti-slipping mechanism, 11 ~ carrier chain, 12 ~ conveying frame.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings, but is not subject in any way to the utility model
Limitation is transformed or replaced based on any made by the utility model introduction, belongs to the protection scope of the utility model.
The ingot overturning catching device of ingot continuous casting line is used for as shown in attached drawing 1 ~ 3, including turnover mechanism, defeated
Chain 11 and Jie Ding mechanism are sent, the turnover mechanism is set to the delivery end of continuous casting line 1, below the discharge port of turnover mechanism
It is arranged therewith with suitable carrier chain 11, Jie Ding mechanism is set in the conveying frame 12 of carrier chain 11, is made carrier chain 11 and is connect ingot
The dynamic cooperation of mechanism；Wherein, the turnover mechanism includes turning supporting seat 3, guide wheel group 4 and wheel carrier 5, and the turning supporting seat 3 is wrapped in half
The lower section that shape is set to the delivery end of continuous casting line 1 is enclosed, is provided with and continuous casting line 1 in the medial surface of turning supporting seat 3
Several guide wheel groups 4 are arranged in parallel by wheel shaft on the wheel carrier 5 with suitable wheel carrier 5 in delivery end from bottom to top；It is described to connect ingot machine
Structure includes connecing ingot arm 7, connecing ingot support 8, drive link 9, the conveyer for connecing ingot support 8 and being set to 11 splicing one end of carrier chain
12 middle and upper part of frame, it is described to connect the living hinge of ingot arm 7 and be set to and connect on ingot support 8, make to connect ingot arm 7 and meets the dynamic cooperation of ingot support 8, institute
Stating and connecing the upper end of ingot arm 7 is working end, connects the lower end connection drive link 9 of ingot arm 7, and the drive link 9 connects power source.
Described connects ingot arm 7 in "U" shaped structure.
The upper surface of the working end for connecing ingot arm 7 is provided with anti-slipping mechanism 10, and the anti-slipping mechanism 10 is rubber pad
Or latticed lines.
The arc-shaped structure of wheel carrier 5, the both ends of wheel carrier 5 are respectively fixedly connected with turning supporting seat 3.
At least there are two guide wheels for each guide wheel group 4.
The discharge outlet of the turnover mechanism is provided with stock guide 6, the stock guide 6 is set to overturning by bracket
In the rack of support 3 or continuous casting line 1.
The carrier chain 11 includes left chain and right chain, and the left chain and right chain are symmetrically disposed on and connect the defeated of 7 two sides of ingot arm
It send in rack 12, forms a gap between left chain, right chain, connecing ingot arm 7 can rotate in the gap that left chain and right chain are formed.
Described connects ingot arm 7 and the living hinge setting of drive link 9.
Utility model works principle and the course of work: the ingot casting 2 cast in the mould is delivered to by continuous casting line 1
When delivery end, ingot casting 2 by self weight can fall disengaging mold downwards, during falling on guide wheel, the big face of ingot casting 2 with
Guide wheel group 4 contacts, and small area upward, realizes 2 automatic turning of ingot casting, and the guide wheel group 4 in 5 top of wheel carrier can block ingot casting
2, it is detached from ingot casting 2 gradually from mold, during disengaging, for ingot casting 2 under the guidance of guide wheel group 4, ingot casting 2 is molded promotion
Continue to move down, when ingot casting 2 is moved to the discharge outlet of turnover mechanism, ingot casting 2 then by etc. stay in connecing below discharge port
Ingot arm 7 is caught, and is transferred on carrier chain 11.
The ingot casting 2 being discharged from the discharge port of turnover mechanism, is first connect the working end of ingot arm 7 and is steadily accepted, and with connecing ingot
Arm 7 is rotated down, at this time due to the both ends of ingot casting 2 be on connecing ingot arm 7 it is hanging, and connecing ingot arm 7 is in left chain and right chain
At gap in move, therefore, when the working end for connecing ingot arm 7 is moved downward lower than carrier chain 11, the both ends of ingot casting 2 are then defeated
It send the left chain of chain 11, right chain to stop, so that ingot casting 2 is fallen on left chain, on right chain, You Zuolian, the conveying of right chain move away；When connecing ingot arm 7
Working end on ingot casting 2 be transported away after, the promotion of drive link 9 connects ingot arm 7 and continues to rotate, and makes the working end rotation for connecing ingot arm 7
It goes at the drop point of ingot casting 2, accepts next block casting ingot 2, so recycle, realize the lasting undertaking conveying of ingot casting 2.
Claims (8)
1. a kind of ingot overturning catching device for ingot continuous casting line, including turnover mechanism, carrier chain (11) and connect
Ingot mechanism, it is characterised in that: the turnover mechanism is set to the delivery end of continuous casting line (1), in the discharge port of turnover mechanism
Therewith with suitable carrier chain (11), Jie Ding mechanism is set in the conveying frame (12) of carrier chain (11), makes to convey for lower section setting
The dynamic cooperation of chain (11) and Jie Ding mechanism；Wherein, the turnover mechanism includes turning supporting seat (3), guide wheel group (4) and wheel carrier (5), institute
The lower section that turning supporting seat (3) are set to the delivery end of continuous casting line (1) in half-surrounded is stated, in the inside of turning supporting seat (3)
Face is provided with the delivery end of continuous casting line (1) with suitable wheel carrier (5), on the wheel carrier (5) from bottom to top by wheel shaft
Several guide wheel groups (4) are arranged in parallel；The Jie Ding mechanism includes connecing ingot arm (7), connecing ingot support (8), drive link (9), described
Conveying frame (12) middle and upper part that ingot support (8) is set to carrier chain (11) splicing one end is connect, it is described to connect ingot arm (7) living hinge
It is set to and connects on ingot support (8), make to connect ingot arm (7) and connect ingot support (8) dynamic cooperation, the upper end for connecing ingot arm (7) is work
End, connects lower end connection drive link (9) of ingot arm (7), and the drive link (9) connects power source.
2. the ingot overturning catching device according to claim 1 for ingot continuous casting line, it is characterised in that: institute
That states connects ingot arm (7) in "U" shaped structure.
3. the ingot overturning catching device according to claim 1 for ingot continuous casting line, it is characterised in that: institute
It states and connects the upper surface of the working end of ingot arm (7) and be provided with anti-slipping mechanism (10), and the anti-slipping mechanism (10) is rubber pad or net
Trellis lines.
4. the ingot overturning catching device according to claim 1 for ingot continuous casting line, it is characterised in that: institute
Wheel carrier (5) the arc-shaped structure stated, the both ends of wheel carrier (5) are respectively fixedly connected with turning supporting seat (3).
5. the ingot overturning catching device according to claim 1 for ingot continuous casting line, it is characterised in that: each
At least there are two guide wheels for a guide wheel group (4).
6. the ingot overturning catching device according to claim 1 for ingot continuous casting line, it is characterised in that:
The discharge outlet of the turnover mechanism is provided with stock guide (6), and the stock guide (6) is set to turning supporting seat by bracket
(3) or in the rack of continuous casting line (1).
7. the ingot overturning catching device according to claim 1 for ingot continuous casting line, it is characterised in that: institute
The carrier chain (11) stated includes left chain and right chain, and the left chain and right chain are symmetrically disposed on the conveying frame for connecing ingot arm (7) two sides
(12) on, a gap is formed between left chain, right chain, connecing ingot arm (7) can rotate in the gap that left chain and right chain are formed.
8. the ingot overturning catching device according to claim 1 for ingot continuous casting line, it is characterised in that: institute
Connect ingot arm (7) and drive link (9) stated are movably hinged setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821781165.7U CN209062096U (en) | 2018-10-31 | 2018-10-31 | A kind of ingot overturning catching device for ingot continuous casting line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821781165.7U CN209062096U (en) | 2018-10-31 | 2018-10-31 | A kind of ingot overturning catching device for ingot continuous casting line |
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| Publication Number | Publication Date |
|---|---|
| CN209062096U true CN209062096U (en) | 2019-07-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821781165.7U Active CN209062096U (en) | 2018-10-31 | 2018-10-31 | A kind of ingot overturning catching device for ingot continuous casting line |
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| CN (1) | CN209062096U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115194132A (en) * | 2022-06-10 | 2022-10-18 | 立中四通轻合金集团股份有限公司 | Automatic finishing system for Huafu ingots |
-
2018
- 2018-10-31 CN CN201821781165.7U patent/CN209062096U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115194132A (en) * | 2022-06-10 | 2022-10-18 | 立中四通轻合金集团股份有限公司 | Automatic finishing system for Huafu ingots |
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