CN203330364U - Crystallizer device for continuously pouring two guide plate slabs - Google Patents
Crystallizer device for continuously pouring two guide plate slabs Download PDFInfo
- Publication number
- CN203330364U CN203330364U CN2013201873909U CN201320187390U CN203330364U CN 203330364 U CN203330364 U CN 203330364U CN 2013201873909 U CN2013201873909 U CN 2013201873909U CN 201320187390 U CN201320187390 U CN 201320187390U CN 203330364 U CN203330364 U CN 203330364U
- Authority
- CN
- China
- Prior art keywords
- assembling
- frame
- copper coin
- outer arc
- arc frame
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- Forms Removed On Construction Sites Or Auxiliary Members Thereof (AREA)
Abstract
The utility model relates to a crystallizer device for continuously pouring two guide plate slabs. The crystallizer device comprises a frame assembly, a wide face copper plate assembly, a narrow face copper plate assembly, a middle inserting plate assembly, a width adjusting device, a clamping device and a foot roll assembly. The frame assembly comprises a left side frame, a right side frame, an inner arc frame and an outer arc frame. The left side frame is connected with the left side of the inner arc frame and the left side of the outer arc frame respectively, and the right side frame is connected with the right side of the inner arc frame and the right side of the outer arc frame respectively. The wide face copper plate assembly comprises an inner arc copper plate assembly and an outer arc copper plate assembly which are both provided with water channels. The outer arc copper plate assembly is connected with the inner side face of the outer arc frame, and the inner arc copper plate assembly is connected with the inner side face of the outer arc frame. The crystallizer device is an important composition device of a one-machine two-guide-plate-slab continuous casting machine, liquid steel is injected into two independent cavities of the device, after the working procedures of cooling, vibration demolding, throwing and the like are completed, continuous casting of the two guide plate slabs is achieved, production cost is low, and resources are saved.
Description
Technical field
The utility model relates to a kind of mould assembly for continuous pouring two stream slabs.
Background technology
The conventional panels billet crystallizer is generally assemblied by framework assembling, wide copper coin assembling, narrow copper plate assembling, Width adjusting device, clamping device, sufficient roller, be combined into a cavity by wide copper coin and narrow copper plate, first-class slab can only be produced during cast, two stream slabs can not be produced simultaneously.Its construction investment is large, production cost is high, it is dumb to produce, waste energy.
The utility model content
The technical problems to be solved in the utility model is to provide a kind of mould assembly for continuous pouring two stream slabs, by this device, can produce two stream slabs simultaneously.
The technical solution of the utility model is: a kind of mould assembly for continuous pouring two stream slabs is characterized in that: comprise framework assembling, wide copper coin assembling, narrow copper plate assembling, middle plate assembling, Width adjusting device, clamping device and the assembling of sufficient roller;
Described framework assembling comprises left side frame, right side frame, interior arc frame and outer arc frame, and wherein left side frame is connected with the left side of interior arc frame and outer arc frame respectively; Right side frame is connected with the right side of interior arc frame and outer arc frame respectively;
Described wide copper coin assembling comprises the assembling of inner arc copper coin and the assembling of outer arc copper coin that is equipped with tank, and wherein the assembling of outer arc copper coin is connected with outer arc frame medial surface, and the assembling of inner arc copper coin is connected with outer arc frame medial surface;
Described narrow copper plate assembling comprises left side copper coin assembling and the assembling of right side copper coin that is equipped with tank;
In the middle of described, the plate assembling comprises left side plate assembling and the assembling of right side plate that is equipped with tank, and wherein plate assembling in left side all is connected with outer arc frame with interior arc frame respectively with right side plate assembling top and bottom;
Described Width adjusting device comprises left side Width adjusting device and right side Width adjusting device, wherein left side Width adjusting device and right side Width adjusting device include the upper and lower two independent mechanisms of cover, every cover mechanism all is connected with motor, left side Width adjusting device one end is fixed on left side frame, the other end is connected with the assembling of left side copper coin, Width adjusting device one end in right side is fixed on right side frame, and the other end is connected with the assembling of right side copper coin;
Described clamping device comprises left side clamping device and right side clamping device, wherein left side clamping device, right side clamping device includes the upper and lower two independent clamp mechanism that are arranged with the dish spring, the inner arc side of left side clamping device and right side clamping device all is connected with interior arc frame, the outer arc side all is connected with outer arc frame, clamping device is clamped in the assembling of left side copper coin, the assembling of right side copper coin, the assembling of left side plate and the assembling of right side plate between the assembling of inner arc copper coin and the assembling of outer arc copper coin, forms respectively left side cavity and right side cavity;
Described sufficient roller assembling is divided into wide sufficient roller assembling and narrow-face foot roller assembling, wherein wide sufficient roller assembling comprises the roller assembling of inner arc foot and the assembling of outer arc foot roller, and the narrow-face foot roller assembling comprises the sufficient roller assembling in left side, right side foot roller assembling, the sufficient roller assembling in middle left side and the foot roller assembling of middle right side; Described inner arc foot roller is mounted with in the inner arc base of frame, outer arc foot roller is mounted with arc frame bottom outside, the sufficient roller in left side is mounted with in left side copper coin assembling bottom, right side foot roller is mounted with in right side copper coin assembling bottom, the sufficient roller in middle left side is mounted with in left side plate assembling bottom, and middle right side foot roller is mounted with in right side plate assembling bottom.
Described outer arc copper coin assembling is bolted with outer arc frame medial surface, and the assembling of inner arc copper coin is bolted with outer arc frame medial surface;
The plate assembling of described left side is connected with interior arc frame, outer arc frame by bolt with right side plate assembling upper end, and plate assembling in left side is connected with interior arc frame, outer arc frame by bolt with right side plate assembling lower end;
Described left side Width adjusting device one end is bolted on left side frame, and Width adjusting device one end in right side is bolted on right side frame;
The copper coin assembling of described left side is connected by gudgeon with the left side Width adjusting device, and copper coin assembling in right side is connected by gudgeon with the right side Width adjusting device;
The assembling of described inner arc foot roller is bolted on the inner arc base of frame, the assembling of outer arc foot roller is bolted on the outer arc base of frame, the sufficient roller assembling in left side is bolted on copper coin assembling bottom, left side, right side foot roller assembling is bolted on copper coin assembling bottom, right side, the sufficient roller assembling in middle left side is bolted on plate assembling bottom, left side, and the foot roller assembling of middle right side is bolted on plate assembling bottom, right side.
Technique effect of the present utility model is:
The utility model is the important composition equipment of machine two stream slab casters, and molten steel injects two independent cavitys of this device, through operations such as supercooling, the vibration demoulding, throwings, realizes the continuous pouring to two stream slabs.The first-class conticaster of a relative machine is produced slab, utilize this device produce slab construction investment few, produce flexibly, production cost is low, economize on resources.
The accompanying drawing explanation
Fig. 1 is the utility model top view.
Fig. 2 is that Fig. 1 is along A-A directional profile figure.
Fig. 3 is that Fig. 1 is along B-B directional profile figure.
Reference numeral is:
1-left side frame, 2-left side clamping device, 3-left side Width adjusting device, the copper coin assembling of 4-left side, 5-outer arc frame, the copper coin assembling of 6-right side, 7-right side Width adjusting device, 8-right side clamping device, 9-right side frame, 10-interior arc frame, the plate assembling of 11-right side, the plate assembling of 12-left side, the foot roller assembling of 13-left side, the assembling of 14-inner arc foot roller, the sufficient roller assembling in 15-middle left side, 16-middle right side foot roller assembling, the foot roller assembling of 17-right side, the assembling of 18-outer arc foot roller, the assembling of 19-outer arc copper coin, the assembling of 20-inner arc copper coin, 21-left side cavity, 22-right side cavity, R-right side, L-left side, F-outer arc side, N-inner arc side, D-cast direction.
The specific embodiment
The utility model belongs to field of metallurgy, is specially adapted to machine two stream slab caster mould devices.
Referring to Fig. 1 to Fig. 3, the concrete structure of a kind of mould assembly for continuous pouring two stream slabs that the utility model relates to is:
Comprise framework assembling, wide copper coin assembling, narrow copper plate assembling, middle plate assembling, Width adjusting device, clamping device and the assembling of sufficient roller;
Described framework assembling comprises left side frame 1, right side frame 9, interior arc frame 10 and outer arc frame 5, and wherein left side frame 1 is connected with the left side of outer arc frame 5 with interior arc frame 10 respectively; Right side frame 9 is connected with the right side of outer arc frame 5 with interior arc frame 10 respectively;
Described wide copper coin assembling comprises the assembling 20 of inner arc copper coin and the outer arc copper coin assembling 19 that is equipped with tank, and wherein outer arc copper coin assembling 19 is connected with outer arc frame 5 medial surfaces, and inner arc copper coin assembling 20 is connected with interior arc frame 10 medial surfaces; Wide copper coin itself is provided with tank, is connected with cooling water and realizes cooling to wide of two stream slab.
Described narrow copper plate assembling comprises left side copper coin assembling 4 and the right side copper coin assembling 6 that is equipped with tank; Itself is provided with tank narrow copper plate, is connected with cooling water and realizes cooling to the slab leptoprosopy.
In the middle of described, plate assembling comprises left side plate assembling 12 and the right side plate assembling 11 that is equipped with tank, and wherein plate assembling 12 in left side is assembled 11 top and bottom with the right side plate and all is connected with outer arc frame 5 with interior arc frame 10 respectively; Copper coin itself in left side plate assembling and the assembling of right side plate is provided with tank, be connected with cooling water and realize cooling to the slab leptoprosopy, the position of middle plate assembling can, by online or offline mode manual adjustments of the prior art, change the size of cast width of plate slab.
Described Width adjusting device comprises left side Width adjusting device 3 and right side Width adjusting device 7, wherein left side Width adjusting device 3 and right side Width adjusting device 7 include the upper and lower two independent mechanisms of cover, every cover mechanism all is connected with motor, driven by motor, realize that online or off-line regulates the position of narrow copper plate assembling separately, automatically.Left side Width adjusting device 3 one ends are fixed on left side frame 1, and the other end is connected with left side copper coin assembling 4, realize the driving of 3 pairs of left side copper coin assemblings 4 of left side Width adjusting device, change the size of cast width of plate slab; Width adjusting device 7 one ends in right side are fixed on right side frame 9, and the other end is connected with right side copper coin assembling 6, realize the driving of 7 pairs of right side copper coin assemblings 6 of right side Width adjusting device, change the size of cast width of plate slab.
Described clamping device comprises left side clamping device 2 and right side clamping device 8, clamping device 2 wherein, right side clamping device 8 includes the upper and lower two independent clamp mechanism that are arranged with the dish spring, clamping device is opened by hydraulic power, the inner arc side of left side clamping device 2 and right side clamping device 8 all is connected with interior arc frame 10, the outer arc side all is connected with outer arc frame 5, clamping device is by left side copper coin assembling 4, right side copper coin assembling 6, left side plate assembling 12 and right side plate assembling 11 are clamped between the assembling 20 of inner arc copper coin and outer arc copper coin assembling 19, form respectively left side cavity 21 and right side cavity 22, to realize a crystallizer continuous pouring two stream slabs,
Described sufficient roller assembling is divided into wide sufficient roller assembling and narrow-face foot roller assembling, wherein wide sufficient roller assembling comprises the roller assembling 14 of inner arc foot and outer arc foot roller assembling 18, and the narrow-face foot roller assembling comprises the sufficient roller assembling 13 in left side, right side foot roller assembling 17, the sufficient roller assembling 15 in middle left side and middle right side foot roller assembling 16; Described inner arc foot roller assembling 14 is fixed on interior arc frame 10 bottoms, outer arc foot roller assembling 18 is fixed on outer arc frame 5 bottoms, the sufficient roller assembling 13 in left side is fixed on the left side copper coin and assembles 4 bottoms, right side foot roller assembling 17 is fixed on the right side copper coin and assembles 6 bottoms, the sufficient roller assembling 15 in middle left side is fixed on the left side plate and assembles 12 bottoms, and middle right side foot roller assembling 16 is fixed on the right side plate and assembles 11 bottoms.
Outer arc copper coin assembling 19 in the utility model specifically can be bolted with outer arc frame 5 medial surfaces, and the assembling 20 of inner arc copper coin is bolted with interior arc frame 10 medial surfaces;
Described left side plate assembling 12 is assembled 11 upper ends with the right side plate and can be connected with interior arc frame 10, outer arc frame 5 by bolt, and left side plate assembling 12 is assembled 11 lower ends with the right side plate and can be connected with interior arc frame 10, outer arc frame 5 by bolt;
Described left side Width adjusting device 3 one ends can be bolted on left side frame 1, and Width adjusting device 7 one ends in right side can be bolted on right side frame 9;
Described left side copper coin assembling 4 can be connected by gudgeon with left side Width adjusting device 3, and right side copper coin assembling 6 can be connected by gudgeon with right side Width adjusting device 7;
Described inner arc foot roller assembling 14 can be bolted on interior arc frame 10 bottoms, outer arc foot roller assembling 18 can be bolted on outer arc frame 5 bottoms, the sufficient roller assembling 13 in left side can be bolted on the left side copper coin and assemble 4 bottoms, right side foot roller assembling 17 can be bolted on the right side copper coin and assemble 6 bottoms, the sufficient roller assembling 15 in middle left side can be bolted on the left side plate and assemble 12 bottoms, and middle right side foot roller assembling 16 can be bolted on the right side plate and assemble 11 bottoms.
The principle and the technique that realize continuous pouring two stream slabs by the utility model are:
Plate assembling in the middle of the utility model is provided with, become two independent cavitys with wide copper coin assembling with the narrow copper plate assembly, to realize a crystallizer continuous pouring two, flow slabs; The utility model and vibrating device are bolted, and by the vibration hydraulic oil cylinder driving, realize sine curve or non-sinusoidal cuve vibration; Plate assembling in the middle of of the present utility model, wide copper coin assembling and narrow copper plate assembling inside are connected with cooling water, are cooling water inlet and cooling backwater in fact, and water route corresponding to vibrating device connect automatically, and realization is cooling to two stream slabs.
Before watering steel, two dummy bar heads are imported to left side cavity 21 and right side cavity 22 inside from the bottom to top, then, two independent submersed nozzles are from top to bottom inserted in left side cavity 21 and right side cavity 22 respectively.While watering steel, molten steel is injected into respectively in left side cavity 21 and right side cavity 22 by two independent submersed nozzles, the cooling water assembled by wide copper coin assembling, narrow copper plate assembling, middle plate carries out cooling to molten steel, molten steel is at left side cavity 21 and the interior formation base of right side cavity 22 shell; Vibrating device drives crystallizer by certain curve vibration, and the base shell breaks away from copper coin; Pull out crystallizer by two cold drivings, realize continuous pouring two stream slabs.
The parts that the present embodiment does not describe in detail and structure belong to well-known components and common structure or the conventional means of the industry, here not narration one by one.
Claims (2)
1. the mould assembly for continuous pouring two stream slabs, is characterized in that: comprise framework assembling, wide copper coin assembling, narrow copper plate assembling, middle plate assembling, Width adjusting device, clamping device and the assembling of sufficient roller;
Described framework assembling comprises left side frame (1), right side frame (9), interior arc frame (10) and outer arc frame (5), and wherein left side frame (1) is connected with the left side of outer arc frame (5) with interior arc frame (10) respectively; Right side frame (9) is connected with the right side of outer arc frame (5) with interior arc frame (10) respectively;
Described wide copper coin assembling comprises inner arc copper coin assembling (20) and the outer arc copper coin assembling (19) that is equipped with tank, wherein outer arc copper coin assembling (19) is connected with outer arc frame (5) medial surface, and inner arc copper coin assembling (20) is connected with interior arc frame (10) medial surface;
Described narrow copper plate assembling comprises left side copper coin assembling (4) and the right side copper coin assembling (6) that is equipped with tank;
In the middle of described, the plate assembling comprises left side plate assembling (12) and the right side plate assembling (11) that is equipped with tank, and wherein left side plate assembling (12) all is connected with outer arc frame (5) with interior arc frame (10) respectively with right side plate assembling (11) top and bottom;
Described Width adjusting device comprises left side Width adjusting device (3) and right side Width adjusting device (7), wherein left side Width adjusting device (3) and right side Width adjusting device (7) include the upper and lower two independent mechanisms of cover, every cover mechanism all is connected with motor, left side Width adjusting device (3) one ends are fixed on left side frame (1), the other end is connected with left side copper coin assembling (4), it is upper that Width adjusting device (7) one ends in right side are fixed on right side frame (9), and the other end is connected with right side copper coin assembling (6);
Described clamping device comprises left side clamping device (2) and right side clamping device (8), clamping device (2) wherein, right side clamping device (8) includes the upper and lower two independent clamp mechanism that are arranged with the dish spring, the inner arc side of left side clamping device (2) and right side clamping device (8) all is connected with interior arc frame (10), the outer arc side all is connected with outer arc frame (5), clamping device is by left side copper coin assembling (4), right side copper coin assembling (6), left side plate assembling (12) and right side plate assembling (11) are clamped between inner arc copper coin assembling (20) and outer arc copper coin assembling (19), form respectively left side cavity (21) and right side cavity (22),
Described sufficient roller assembling is divided into wide sufficient roller assembling and narrow-face foot roller assembling, wherein wide sufficient roller assembling comprises inner arc foot roller assembling (14) and outer arc foot roller assembling (18), and the narrow-face foot roller assembling comprises the sufficient roller assembling in left side (13), right side foot roller assembling (17), the middle sufficient roller assembling in left side (15) and middle right side foot roller assembling (16); Described inner arc foot roller assembling (14) is fixed on interior arc frame (10) bottom, outer arc foot roller assembling (18) is fixed on outer arc frame (5) bottom, the sufficient roller assembling in left side (13) is fixed on left side copper coin assembling (4) bottom, right side foot roller assembling (17) is fixed on right side copper coin assembling (6) bottom, the middle sufficient roller assembling in left side (15) is fixed on left side plate assembling (12) bottom, and middle right side foot roller assembling (16) is fixed on right side plate assembling (11) bottom.
2. according to claim 1 for the mould assembly of continuous pouring two stream slabs, it is characterized in that:
Described outer arc copper coin assembling (19) is bolted with outer arc frame (5) medial surface, and inner arc copper coin assembling (20) is bolted with interior arc frame (10) medial surface;
Described left side plate assembling (12) is connected with interior arc frame (10), outer arc frame (5) by bolt with right side plate assembling (11) upper end, and left side plate assembling (12) is connected with interior arc frame (10), outer arc frame (5) by bolt with right side plate assembling (11) lower end;
It is upper that Width adjusting device (3) one ends in described left side are bolted on left side frame (1), and Width adjusting device (7) one ends in right side are bolted on right side frame (9);
Described left side copper coin assembling (4) is connected by gudgeon with left side Width adjusting device (3), and right side copper coin assembling (6) is connected by gudgeon with right side Width adjusting device (7);
Described inner arc foot roller assembling (14) is bolted on interior arc frame (10) bottom, outer arc foot roller assembling (18) is bolted on outer arc frame (5) bottom, the sufficient roller assembling in left side (13) is bolted on left side copper coin assembling (4) bottom, right side foot roller assembling (17) is bolted on right side copper coin assembling (6) bottom, the middle sufficient roller assembling in left side (15) is bolted on left side plate assembling (12) bottom, and middle right side foot roller assembling (16) is bolted on right side plate assembling (11) bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013201873909U CN203330364U (en) | 2013-04-15 | 2013-04-15 | Crystallizer device for continuously pouring two guide plate slabs |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013201873909U CN203330364U (en) | 2013-04-15 | 2013-04-15 | Crystallizer device for continuously pouring two guide plate slabs |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203330364U true CN203330364U (en) | 2013-12-11 |
Family
ID=49699064
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013201873909U Withdrawn - After Issue CN203330364U (en) | 2013-04-15 | 2013-04-15 | Crystallizer device for continuously pouring two guide plate slabs |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203330364U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103192040A (en) * | 2013-04-15 | 2013-07-10 | 中国重型机械研究院股份公司 | Crystallizer system for continuously casting double-flow plate blanks |
-
2013
- 2013-04-15 CN CN2013201873909U patent/CN203330364U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103192040A (en) * | 2013-04-15 | 2013-07-10 | 中国重型机械研究院股份公司 | Crystallizer system for continuously casting double-flow plate blanks |
| CN103192040B (en) * | 2013-04-15 | 2015-12-16 | 中国重型机械研究院股份公司 | A kind of crystallizer system flowing slab for continuous pouring two |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204735702U (en) | Three board die casting die structures of large -scale magnesium alloy parts center multiple feed | |
| CN103406512B (en) | Continuous cast mold automatic slag adding machine | |
| CN204338811U (en) | A kind of continuous casting two cold cooling sprinkling equipment being applicable to multibreak | |
| CN203330364U (en) | Crystallizer device for continuously pouring two guide plate slabs | |
| CN203330366U (en) | Double-vibration-unit hydraulic vibration device for crystallizer of arc-shaped slab continuous casting machine | |
| CN203599478U (en) | Sand core, metal die and metal casting equipment | |
| CN202606791U (en) | Casting die for bimetallic composite hammerhead of crusher | |
| CN202162337U (en) | Non-riser casting device for automotive wheel axle castings | |
| CN103192040B (en) | A kind of crystallizer system flowing slab for continuous pouring two | |
| CN214382922U (en) | Anti-bonding high-efficiency continuous casting machine | |
| CN202199766U (en) | Copper mould manufacturing device | |
| CN201493473U (en) | Production device for brake assisting cylinder sleeve | |
| CN206085297U (en) | Battery mould of prefabricated big wallboard | |
| CN214640088U (en) | Casting mould with adjusting mechanism | |
| CN101745618A (en) | Non-continuous water cooling device for aluminum alloy casting | |
| CN105128238B (en) | The portable casting machine of building heat preservation decoration flame-retardant composite board | |
| CN105174263B (en) | Continuous demolding mechanism and automatic casting molding assembly line comprising same | |
| CN110180992B (en) | Iron casting die easy and convenient to assemble | |
| CN107159860A (en) | Conticaster | |
| CN202655584U (en) | Crystallizer of hollow pipe billet | |
| CN204545381U (en) | Diving generator rotor cage bar Casting Equipment | |
| CN202263898U (en) | Metal die for casting aluminum alloy shell for gearbox grounding device of motor train unit | |
| CN201728350U (en) | Centrifuge runner driving device | |
| CN102699291B (en) | Crystallizer device for continuously casting hollow tube blanks | |
| CN204603246U (en) | A kind of continuous casting tundish transverse-moving mechanism |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131211 Effective date of abandoning: 20151216 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |