CN209363582U - A kind of continuously casting discharging traction setting - Google Patents
A kind of continuously casting discharging traction setting Download PDFInfo
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- CN209363582U CN209363582U CN201921126836.0U CN201921126836U CN209363582U CN 209363582 U CN209363582 U CN 209363582U CN 201921126836 U CN201921126836 U CN 201921126836U CN 209363582 U CN209363582 U CN 209363582U
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- traction
- traction roller
- pedestal
- support bar
- push rod
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Abstract
The utility model discloses a kind of continuously castings to be fixedly installed on pedestal (2) with discharging traction setting, including power box (1), traction component and pedestal (2), power box (1), traction component；The traction component includes several groups traction roller group, traction roller group includes top traction roller (3) and lower part traction roller (4), the axis of the axis of top traction roller (3) and lower part traction roller (4) is arranged in parallel and is arranged in parallel with pedestal (2) upper surface, and the axis of top traction roller (3) is vertically arranged with plane where the axis of lower part traction roller (4) with pedestal (2) upper surface；Traction component further includes several spaced support bar groups, and support bar group includes two vertical support rods (5), and vertical support rod (5) is fixedly connected perpendicular to pedestal (2) upper surface and with pedestal (2).The utility model has the advantage of it can overcome the disadvantages of the prior art, novelty reasonable in design.
Description
Technical field
The utility model relates to a kind of discharging traction settings of continuously casting, belong to the field of metal processing.
Background technique
Continuously casting is a kind of advanced casting method, and principle is constantly to pour into one kind and be called knot molten metal
In particulate metal type of brilliant device, the casting of (crust) is solidified, is continuously pulled out from the other end of crystallizer, it can get
The casting of arbitrarily long or specific length.In the prior art, conducting copper carries out production system generally in the form of continuously casting
It makes.When conducting copper discharges from mould casting, need to lead copper bar from the traction of the discharge port of crystallizer using pulling equipment
Out.In the copper bar casting of different-thickness size, the discharging open height of crystallizer is different, existing pulling equipment, it has not been convenient to adjust
Whole traction hight and distracted position, the discharging traction that can not adapt to the copper bar casting of different-thickness size are required, are affected out
That expects is reliable.
Utility model content
The technical solution of the utility model is for existing in the prior art: " in the copper bar casting of different-thickness size,
The discharging open height of crystallizer is different, existing pulling equipment, it has not been convenient to adjust traction hight and distracted position, can not adapt to
Different-thickness size copper bar casting discharging draw require, affect the reliable of discharging " deficiency, a kind of continuously casting is provided
With discharging traction setting.
In order to solve the above technical problems, the technical scheme adopted by the utility model is that, a kind of continuously casting discharging traction
Setting, including power box, traction component and pedestal, power box, traction component are fixedly installed on pedestal；The draw groups
Part includes several groups traction roller group, and traction roller group includes top traction roller and lower part traction roller, and the axis of top traction roller is under
The axis of portion's traction roller is arranged in parallel and is arranged in parallel with base upper surface, the axis of top traction roller and the axis of lower part traction roller
Plane where line is vertically arranged with base upper surface；Traction component further includes several spaced support bar groups, support bar group
Including two vertical support rods, vertical support rod is fixedly connected perpendicular to base upper surface and with pedestal；The traction roller group is set
It is placed between two groups of adjacent support bar groups, the both ends of top traction roller are rotatably connected to upper slider, upper slider position respectively
It is slidably connected between two adjacent vertical support rods and with vertical support rod；The both ends of the lower part traction roller rotate respectively
It is connected with lower slider, lower slider is slidably connected between two adjacent vertical support rods and with vertical support rod；It is described
The power output end and top traction roller of power box, lower part, which are drawn, passes through Universal drive axis connection between roll end.
In the technical solution of the application, by the top traction roller of traction roller group, lower part traction roller to casting and forming
Conducting copper is squeezed, and is drawn conducting copper from crystallizer discharge port by the rotation of top traction roller, lower part traction roller
Conducting copper is drawn out, prevents the conducting copper of casting and forming from influencing in the accumulation of crystallizer discharge port subsequent continuous
Casting.Support adjusts the pulling equipment of top traction roller, lower part traction roller in compared with the existing technology, leads top in the application
Pick-up roll, lower part traction roller are slideably positioned between two groups of support bar groups, so that top traction roller, lower part traction roller can pass through
Sliding adjustment height, so that pulling equipment can be suitable for different-thickness size preferably with crystallizer discharge port centering
Discharging draw operations when copper bar is cast.Universal drive shaft used herein passes top traction roller, lower part traction roller
Dynamic, after top traction roller, lower part traction roller are mobile, rotation transmission is still may be implemented in universal drive shaft.
Optimization, above-mentioned continuously casting is arranged with discharging traction, is provided with lateral branch between two adjacent support bar groups
Strut, transverse support bar are vertically arranged with vertical support rod, and the both ends of transverse support bar and two adjacent vertical support rods are solid
Fixed connection.
In the application, the vertical support rod of two adjacent two support bar groups is supported by transverse support bar, is improved
The fix tightly soundness of vertical support rod provides good support for the sliding of top traction roller, lower part traction roller.
Optimization, the discharging traction setting of above-mentioned continuously casting, support bar group further includes several tie-struts, tie-strut
Both ends pass through same support bar group two vertical support rods and end fixed by nut.
In the application, the middle section of two vertical support rods of same support bar group is supported using tie-strut, is prevented
Card resistance occurs because the spacing of two vertical support rods changes when traction roller, the sliding of lower part traction roller on top.
Optimization, above-mentioned continuously casting is arranged with discharging traction, it is provided with a top push rod in the transverse support bar,
Top push rod is threaded rod and to be vertically arranged with base upper surface, top push rod pass through transverse support bar and with transverse support bar spiral shell
Line connection；A top rotation seat is provided in the upper slider, the end of top push rod and top rotation seat are rotatablely connected.
In the application, the length that top push rod passes through transverse support bar can be adjusted after the rotation of top push rod, so that
It is mobile that top push rod can push upper slider, and then adjusts the height of top traction roller in turn.
Optimization, the discharging traction setting of above-mentioned continuously casting is provided with lower part between the lower slider and pedestal and pushes away
Bar and lower sleeve portion, lower part push rod are threaded rod and are vertically arranged with base upper surface that it is sliding that lower sleeve portion is fixedly connected on lower part
On block, one end of lower part push rod is connect with base rotation, and the other end of lower part push rod is plugged in lower sleeve portion and covers with lower part
Cylinder is threadedly coupled.
In the application, the entire length of lower part push rod and lower sleeve portion can be adjusted by pivot bottom push rod, and then adjust
The height of whole lower slider, so that the both ends height of lower part traction roller is adjusted.
Optimize, the traction setting that discharges of above-mentioned continuously casting, the top rotation seat is including a rotating casing and admittedly
Determine flange, mounting flange is fixedly installed in the end outer surface of rotating casing and is bolted with upper slider；It is described
Top push rod is plugged in rotating casing and is rotatablely connected with rotating casing, is provided with a tabletting in rotating casing, tabletting exists
Sliding, the end of top push rod are contacted with tabletting in rotating casing, and pressure spring is provided between tabletting and upper slider.
When conducting copper finished product discharges out of crystallizer discharge port, conducting copper finished product also maintains higher temperature,
The resistance to deformation intensity of conducting copper finished product is lower at this time, is easily deformed or surface easy damaged.In the application, pass through top push rod
Rotation so that top push rod pushes tabletting to squeeze upper slider, the pressure spring between tabletting and upper slider can pass through pressure
The elastic shrinkage and elasticity of spring restore adjustment lower part traction roller to conducting copper extruding force, prevent lower part traction roller to conducting copper
Extruding force is excessive to lead to conducting copper surface damage or deformation.
Optimization, above-mentioned continuously casting is arranged with discharging traction, and anti-rotation protrusion is provided on the side surface of the tabletting, is turned
The anti-rotation sliding slot with the setting of anti-rotation male cooperation is provided on dynamic internal surface of casing, anti-rotation sliding slot is along rotating casing length extension side
To setting.
Anti-rotation protrusion and rotating casing inner surface in the application, when top push rod pushes tabletting, on the side surface of tabletting
Anti-rotation sliding slot be slidably matched, prevent from distorting because tabletting rotates the influence for causing pressure spring by rotary force.
Optimization, the discharging traction setting of above-mentioned continuously casting, the side of the side surface upper and lower part sliding block of the upper slider
It is respectively arranged with slide protrusion on surface, the sliding sliding slot being equipped with slide protrusion is provided in vertical support rod, slides
Sliding slot is arranged along vertical support pole length extending direction.
In the application, the slide protrusion that slides through of upper slider, lower slider and vertical support rod is oriented to and is limited
Upper slider processed, the glide direction of lower slider prevent from being detached from connecing when upper slider, lower slider sliding with vertical support rod
Touching.
The utility model has the advantage of it can overcome the disadvantages of the prior art, novelty reasonable in design.The application's
In technical solution, the conducting copper of casting and forming is squeezed by the top traction roller of traction roller group, lower part traction roller,
And conducting copper leads conducting copper from the pull-out of crystallizer discharge port by the rotation of top traction roller, lower part traction roller
Draw, prevents the conducting copper of casting and forming from influencing subsequent continuously casting in the accumulation of crystallizer discharge port.Relative to existing skill
Support adjusts the pulling equipment of top traction roller, lower part traction roller in art, slides top traction roller, lower part traction roller in the application
It is dynamic to be set between two groups of support bar groups, so that top traction roller, lower part traction roller can adjust height by sliding, so that
Obtaining pulling equipment can be preferably with crystallizer discharge port centering, and discharging when being suitable for the copper bar casting of different-thickness size is led
Draw operation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the side structure diagram of the utility model；
Fig. 3 is the A-A cross-sectional view of Fig. 2；
Fig. 4 is the B-B cross-sectional view of Fig. 2；
Fig. 5 is enlarged drawing at the C of Fig. 2；
Fig. 6 is enlarged drawing at the D of Fig. 4.
Specific embodiment
The technical characterstic of the utility model is further described with specific embodiment with reference to the accompanying drawing.
As shown, the utility model is a kind of discharging traction setting of continuously casting, including power box 1, draw groups
Part and pedestal 2, power box 1, traction component are fixedly installed on pedestal 2；The traction component includes several groups traction roller group,
Traction roller group includes top traction roller 3 and lower part traction roller 4, and the axis of top traction roller 3 is parallel with the axis of lower part traction roller 4
It is arranged and is arranged in parallel with 2 upper surface of pedestal, plane and bottom where the axis of top traction roller 3 and the axis of lower part traction roller 4
2 upper surfaces of seat are vertically arranged；Traction component further includes several spaced support bar groups, and support bar group includes two vertical branch
Strut 5, vertical support rod 5 are fixedly connected perpendicular to 2 upper surface of pedestal and with pedestal 2；The traction roller group is set to adjacent
Between two groups of support bar groups, the both ends of top traction roller 3 are rotatably connected to upper slider 6 respectively, and upper slider 6 is located at adjacent
It is slidably connected between two vertical support rods 5 and with vertical support rod 5；The both ends of the lower part traction roller 4 are rotatablely connected respectively
There is lower slider 7, lower slider 7 is slidably connected between two adjacent vertical support rods 5 and with vertical support rod 5；It is described
It is connected between the power output end and top traction roller 3 of power box 1,4 end of lower part traction roller by universal drive shaft 22.
In the technical solution of the application, by the top traction roller 3 of traction roller group, lower part traction roller 4 to casting and forming
Conducting copper squeezed, and by top traction roller 3, lower part traction roller 4 rotation by conducting copper from crystallizer discharge
Mouth is pulled out and is drawn to conducting copper, prevents the conducting copper of casting and forming from influencing in the accumulation of crystallizer discharge port subsequent
Continuously casting.Support adjusts the pulling equipment of top traction roller 3, lower part traction roller 4 in compared with the existing technology, will in the application
Top traction roller 3, lower part traction roller 4 are slideably positioned between two groups of support bar groups, so that top traction roller 3, lower part traction roller 4
It can be by sliding adjustment height, so that pulling equipment can be suitable for difference preferably with crystallizer discharge port centering
Discharging draw operations when the copper bar casting of thickness.
It is provided with transverse support bar 8 between two adjacent support bar groups, transverse support bar 8 is vertical with vertical support rod 5
Setting, the both ends of transverse support bar 8 are fixedly connected with two adjacent vertical support rods 5.
In the application, the vertical support rod 5 of two adjacent two support bar groups is supported by transverse support bar 8, is improved
The fix tightly soundness of vertical support rod 5, for the sliding of top traction roller 3, lower part traction roller 4 provides good support.
Support bar group further includes several tie-struts 9, and the both ends of tie-strut 9 pass through two of same support bar group vertically
Support rod 5 and end is fixed by nut.
In the application, the middle section of two vertical support rods 5 of same support bar group is supported using tie-strut 9, is prevented
Card resistance only occurs because the spacing of two vertical support rods 5 changes when top traction roller 3, lower part traction roller 4 are slided.
Be provided with a top push rod 10 in the transverse support bar 8, top push rod 10 be threaded rod and with table on pedestal 2
Face is vertically arranged, and top push rod 10 passes through transverse support bar 8 and is threadedly coupled with transverse support bar 8；It is set in the upper slider 6
It is equipped with a top rotation seat, the end of top push rod 10 and top rotation seat are rotatablely connected.
In the application, top push rod 10 can adjust the length that top push rod 10 passes through transverse support bar 8 after rotating, in turn
Enable top push rod 10 to push upper slider 6 mobile, and then adjusts the height of top traction roller 3 in turn.
Lower part push rod 11 and lower sleeve portion 12 are provided between the lower slider 7 and pedestal 2, lower part push rod 11 is screw thread
Bar is simultaneously vertically arranged with 2 upper surface of pedestal, and lower sleeve portion 12 is fixedly connected in lower slider 7, one end of lower part push rod 11 with
Pedestal 2 is rotatablely connected, and the other end of lower part push rod 11 is plugged in lower sleeve portion 12 and is threadedly coupled with lower sleeve portion 12.
In the application, the entire length of lower part push rod 11 Yu lower sleeve portion 12 can be adjusted by pivot bottom push rod 11,
And then the height of lower slider 7 is adjusted, so that the both ends height of lower part traction roller 4 is adjusted.
The top rotation seat includes a rotating casing 13 and mounting flange 14, and mounting flange 14 is fixedly installed on rotation
It is bolted in the end outer surface of casing 13 and with upper slider 6；The top push rod 10 is plugged in rotating casing 13
It is interior and be rotatablely connected with rotating casing 13, a tabletting 15 is provided in rotating casing 13, tabletting 15 is sliding in rotating casing 13
Dynamic, the end of top push rod 10 is contacted with tabletting 15, and pressure spring 16 is provided between tabletting 15 and upper slider 6.
When conducting copper finished product discharges out of crystallizer discharge port, conducting copper finished product also maintains higher temperature,
The resistance to deformation intensity of conducting copper finished product is lower at this time, is easily deformed or surface easy damaged.In the application, pass through top push rod
10 rotation is so that top push rod 10 pushes tabletting 15 to squeeze upper slider 6, the pressure spring between tabletting 15 and upper slider 6
16, adjustment lower part traction roller 4 can be restored to conducting copper extruding force by the elastic shrinkage and elasticity of pressure spring 16, prevent lower part
Traction roller 4 is excessive to conducting copper extruding force to lead to conducting copper surface damage or deformation.
It is provided with anti-rotation protrusion 17 on the side surface of the tabletting 15, is provided on 13 inner surface of rotating casing convex with anti-rotation
The 17 anti-rotation sliding slots being equipped with are played, anti-rotation sliding slot is arranged along 13 length extending direction of rotating casing.
Anti-rotation protrusion 17 and turning set in the application, when top push rod 10 pushes tabletting 15, on the side surface of tabletting 15
The anti-rotation sliding slot of 13 inner surface of pipe is slidably matched, and prevents from turning round because tabletting 15 rotates the influence for causing pressure spring 16 by rotary force
It is bent.
It is respectively arranged with slide protrusion 18 on the side surface of the side surface upper and lower part sliding block 7 of the upper slider 6, vertically
It is provided with the sliding sliding slot being equipped with slide protrusion 18 on support rod 5, slides sliding slot along 5 length extension side of vertical support rod
To setting.
In the application, upper slider 6, lower slider 7 and the slide protrusion 18 that slides through of vertical support rod 5 are oriented to
And the glide direction of upper slider 6, lower slider 7 is limited, prevent upper slider 6, lower slider 7 to be detached from when sliding and vertical branch
The contact of strut 5.
Certainly, the above description is not intended to limit the present invention, and the utility model is also not limited to the example above, this
The those of ordinary skill of technical field, in the essential scope of the utility model, the variations, modifications, additions or substitutions made, all
It should belong to the protection scope of the utility model.
Claims (8)
1. a kind of discharging traction setting of continuously casting, it is characterised in that: including power box (1), traction component and pedestal
(2), power box (1), traction component are fixedly installed on pedestal (2)；The traction component includes several groups traction roller group, is led
Pick-up roll group includes top traction roller (3) and lower part traction roller (4), the axis and the axis of lower part traction roller (4) of top traction roller (3)
Line is arranged in parallel and is arranged in parallel with pedestal (2) upper surface, the axis of top traction roller (3) and the axis of lower part traction roller (4)
Place plane is vertically arranged with pedestal (2) upper surface；Traction component further includes several spaced support bar groups, support bar group
Including two vertical support rods (5), vertical support rod (5) is fixedly connected perpendicular to pedestal (2) upper surface and with pedestal (2)；Institute
It states traction roller group to be set between two groups of adjacent support bar groups, the both ends of top traction roller (3) are rotatably connected to top respectively
Sliding block (6), upper slider (6) are slidably connected between two adjacent vertical support rods (5) and with vertical support rod (5)；
The both ends of the lower part traction roller (4) are rotatably connected to lower slider (7) respectively, and two of lower slider (7) Yu Xianglin are vertical
It is slidably connected between support rod (5) and with vertical support rod (5)；The power output end of the power box (1) and top are drawn
It is connected between roller (3), lower part traction roller (4) end by universal drive shaft (22).
2. continuously casting according to claim 1 discharging traction setting, it is characterised in that: two adjacent support bar groups
Between be provided with transverse support bar (8), transverse support bar (8) is vertically arranged with vertical support rod (5), transverse support bar (8)
Both ends are fixedly connected with two adjacent vertical support rods (5).
3. continuously casting according to claim 1 discharging traction setting, it is characterised in that: support bar group further includes several
The both ends of tie-strut (9), tie-strut (9) pass through two vertical support rods (5) of same support bar group and end passes through
Nut is fixed.
4. continuously casting according to claim 2 discharging traction setting, it is characterised in that: the transverse support bar (8)
On be provided with a top push rod (10), top push rod (10) is threaded rod and is vertically arranged with pedestal (2) upper surface that top pushes away
Bar (10) passes through transverse support bar (8) and is threadedly coupled with transverse support bar (8)；One is provided on the upper slider (6)
Top rotation seat, the end of top push rod (10) and top rotation seat are rotatablely connected.
5. continuously casting according to claim 1 discharging traction setting, it is characterised in that: the lower slider (7) with
Be provided with lower part push rod (11) and lower sleeve portion (12) between pedestal (2), lower part push rod (11) be threaded rod and on pedestal (2)
Surface is vertically arranged, and lower sleeve portion (12) is fixedly connected on lower slider (7), one end and pedestal (2) of lower part push rod (11)
Rotation connection, the other end of lower part push rod (11) are plugged in lower sleeve portion (12) and are threadedly coupled with lower sleeve portion (12).
6. continuously casting according to claim 4 discharging traction setting, it is characterised in that: the top rotation seat includes
One rotating casing (13) and mounting flange (14), mounting flange (14) are fixedly installed on the end outer surface of rotating casing (13)
Above and with upper slider (6) it is bolted；The top push rod (10) is plugged in rotating casing (13) and and turning set
(13) rotation connection to be managed, a tabletting (15) is provided in rotating casing (13), tabletting (15) is slided in rotating casing (13),
The end of top push rod (10) is contacted with tabletting (15), and pressure spring (16) are provided between tabletting (15) and upper slider (6).
7. continuously casting according to claim 6 discharging traction setting, it is characterised in that: the side table of the tabletting (15)
It is provided with anti-rotation protrusion (17) on face, the anti-rotation being equipped with anti-rotation raised (17) is provided on rotating casing (13) inner surface
Sliding slot, anti-rotation sliding slot are arranged along rotating casing (13) length extending direction.
8. continuously casting according to claim 1 discharging traction setting, it is characterised in that: the upper slider (6)
Be respectively arranged on the side surface of side surface upper and lower part sliding block (7) slide protrusion (18), be provided in vertical support rod (5) with
The sliding sliding slot that slide protrusion (18) is equipped with, sliding sliding slot are arranged along vertical support rod (5) length extending direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921126836.0U CN209363582U (en) | 2019-07-17 | 2019-07-17 | A kind of continuously casting discharging traction setting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921126836.0U CN209363582U (en) | 2019-07-17 | 2019-07-17 | A kind of continuously casting discharging traction setting |
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| Publication Number | Publication Date |
|---|---|
| CN209363582U true CN209363582U (en) | 2019-09-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921126836.0U Active CN209363582U (en) | 2019-07-17 | 2019-07-17 | A kind of continuously casting discharging traction setting |
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| CN (1) | CN209363582U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110813509A (en) * | 2019-11-07 | 2020-02-21 | 南宁学院 | Material conveying mechanism |
-
2019
- 2019-07-17 CN CN201921126836.0U patent/CN209363582U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110813509A (en) * | 2019-11-07 | 2020-02-21 | 南宁学院 | Material conveying mechanism |
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