CN207941965U - Cast slag chain-drive section vibrated system - Google Patents
Cast slag chain-drive section vibrated system Download PDFInfo
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- CN207941965U CN207941965U CN201820102735.9U CN201820102735U CN207941965U CN 207941965 U CN207941965 U CN 207941965U CN 201820102735 U CN201820102735 U CN 201820102735U CN 207941965 U CN207941965 U CN 207941965U
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Abstract
The utility model discloses a kind of casting slag chain-drive section vibrated systems, including supporting fixed plate, there are two the holder being oppositely arranged and great wheel assembling mechanisms for the side fixation of support fixed plate surface, the top of two holders is mounted with bearing block, rotation axis is installed between two bearing blocks, it is arranged in the middle part of rotation axis and is fixed with beater, one end of rotation axis is mounted with touching lever.The effect that the utility model passes through runner and touching lever, realize the reciprocating rotation of touching lever, beater reciprocating is driven to realize the rapping to slag ingot in casting slag dies cavity by touching lever, so that slag ingot after cooling can be quickly detached from from mold, the omission of slag ingot will not be caused, working efficiency is improved.
Description
Technical field
The utility model belongs to casting field, is related to a kind of casting slag chain-drive section vibrated system.
Background technology
Casting of the slag machine for copper ashes or lead skim is cast, casting slag machine after stove outflow by copper ashes or lead skim by passing through chute
It is flowed into the casting slag dies cavity on casting slag machine from pour point, casting slag dies cavity is fixed on chain transport machine, casts slag dies cavity
Interior slag charge is gradually exported from pour point by being transported to slag ingot behind air-cooled and water cooling region by the chain transport machine on casting slag machine, then is arranged
Go out, since slag charge after casting in casting slag dies cavity when being discharged, often due to the effect between slag ingot and casting slag dies cavity
Power makes slag ingot not have weight to be automatically drained out completely, causes the omission of slag ingot, needs manually to discharge in subsequent handling, without
Working efficiency is influenced, and increases working strength.
Utility model content
The purpose of this utility model is to provide a kind of casting slag chain-drive section vibrated system, which passes through runner and touching lever
Effect, realizes the reciprocating rotation of touching lever, drives beater reciprocating to be realized to slag ingot in casting slag dies cavity by touching lever
Rapping will not cause the omission of slag ingot so that slag ingot after cooling can be quickly detached from from mold, improve work effect
Rate.
The purpose of this utility model can be achieved through the following technical solutions：
Slag chain-drive section vibrated system, including support fixed plate are cast, supports fixed plate surface side to fix and is set there are two opposite
The top of the holder and great wheel assembling mechanism set, two holders is mounted with bearing block, is equipped with and turns between two bearing blocks
Moving axis, rotation axis middle part, which is arranged, is fixed with beater, and one end of rotation axis is mounted with touching lever；
The great wheel assembling mechanism includes supporting table and is mounted on the power transmission shaft on supporting table top, power transmission
One end of axis connects motor, and the other end is fixedly connected with runner, is engaged on runner and be equipped with chain, and casting slag mould is welded on chain
Has inner cavity.
Further, the holder includes that support tube side wall is fixed in the support tube being fixed in support fixed plate and inclination
The reinforced pipe of lower end, fixed angle is 40-60 degree between reinforced pipe and support tube, and support fixed plate is fixed in the bottom end of reinforced pipe
The sidewall upper on surface, support tube is fixed with diagonal brace channel steel, and the top end face of diagonal brace channel steel and the top end face of support tube are in same water
In plane, the supporting steel plate being fixed between the top end face of diagonal brace channel steel and the top end face of support tube, bearing block is mounted on
The surface of supporting steel plate.
Further, the runner includes round fixation steel plate, and the surface avris of round fixation steel plate, which is angularly provided with, to be prolonged
The strip through-hole of avris is extended to, the driver plate perpendicular with round fixation steel plate, chain drive are welded in item row through-hole
It is installed on one end of several driver plates；The surface middle part of round fixation steel plate is provided with several positioning through hole, and runner is worn by screw
Cross the end face that positioning through hole is fixed on power transmission shaft.
Further, the beater include three be equally spaced and be oppositely arranged in the vibrating rod being distributed vertically, shake
The top for making bar is provided with and is fixed in rotation axis across the first installation through-hole by rotation axis with the first installation through-hole, vibrating rod,
The bottom end of vibrating rod is vertically bent into rapping block, and one end of rapping block is welded with the round steel in horizontal distribution, round steel with shake
It is perpendicular to make bar, while reinforcing rib is fixedly connected between the side wall of rapping block and the wall outer surface of round steel；Three rapping blocks
Bottom be connected and fixed by junction steel plate.
Further, the top of the touching lever is provided with the second installation through-hole, and touching lever passes through the second installation logical by rotation axis
Hole is fixed in rotation axis, and the bottom end two side of touching lever is welded and fixed there are two the clamping plate being oppositely arranged, two clamping plates it
Between be mounted with shaft, be arranged in shaft and be fixed with directive wheel, the side wall of the side wall of directive wheel and driver plate in collision process
Collision connects.
The beneficial effects of the utility model：
The utility model realizes the reciprocating rotation of touching lever by the effect of runner and touching lever, and beater is driven by touching lever
Reciprocating realizes the rapping to mold in casting slag dies cavity, so that slag ingot after cooling can be quickly from mold
It is detached from, the omission of slag ingot will not be caused, improve working efficiency.
The beater of the utility model is set there are three the vibrating rod being equally spaced, and the bottom of vibrating rod is connected by junction steel plate
Fixation is connect, three vibrating rods act on simultaneously so that the action intensity bigger of beater, it will not be due to collision in collision process
Momentum causes greatly the damage of beater.
The touching lever end of the utility model is equipped with directive wheel, is acted on by the driver plate of directive wheel and runner, realizes touching lever
Reciprocating rotation, in touching lever and driver plate mechanism, due to the guiding role of directive wheel so that touching lever is made with driver plate
Used time can smoothly rotate so that the reciprocating rotation of touching lever is balanced.
Description of the drawings
In order to facilitate the understanding of those skilled in the art, the utility model will be further described below with reference to the accompanying drawings.
Fig. 1 is that the utility model casts slag chain-drive section vibrated system structural schematic diagram；
Fig. 2 is that the utility model casts slag chain-drive section vibrated system structural schematic diagram；
Fig. 3 is that the utility model casts slag chain-drive section vibrated system structural schematic diagram；
Fig. 4 is the utility model great wheel assembling mechanism structural schematic diagram；
Fig. 5 is the utility model supporting structure schematic diagram；
Fig. 6 is the utility model supporting structure schematic diagram；
Fig. 7 is the utility model rotaring wheel structure schematic diagram；
Fig. 8 is the utility model rotaring wheel structure schematic diagram；
Fig. 9 is the utility model fixation steel plate structural schematic diagram；
Figure 10 is that the utility model casts slag chain-drive section vibrated system partial structural diagram；
Figure 11 is that the utility model casts slag chain-drive section vibrated system partial structural diagram；
Figure 12 is the utility model beater structural schematic diagram；
Figure 13 is the utility model touching lever structural schematic diagram；
Figure 14 is the partial structural diagram of Figure 13；
Figure 15 is that the utility model casts slag chain-drive section vibrated system rapping process partial structural diagram；
Figure 16 is that the utility model casts slag chain-drive section vibrated system rapping process partial structural diagram.
Specific implementation mode
Slag chain-drive section vibrated system is cast, as shown in Figure 1, Figure 2 and Figure 3, including support fixed plate, support fixed plate surface one
There are two the holders 1 being oppositely arranged and great wheel assembling mechanism 2, the top of two holders 1 to be mounted with bearing block 3 for side fixation,
Rotation axis 4 is installed, 4 middle part of rotation axis, which is arranged, is fixed with beater 5, and one end installation of rotation axis 4 is solid between two bearing blocks 3
Surely there is touching lever 6；
As shown in figure 4, the great wheel assembling mechanism 2 is including supporting table 21 and is mounted on the dynamic of 21 top of supporting table
One end of power transmission shafr 22, power transmission shaft 22 connects motor, and the other end is fixedly connected with runner 23, peace is engaged on runner 23
Equipped with chain 7, casting slag dies cavity 8 is welded on chain 7；
As shown in Figure 5 and Figure 6, the holder 1 includes that the support tube 11 being fixed in support fixed plate and inclination are fixed on
The reinforced pipe 12 of 11 side wall lower ends of support tube, fixed angle is 40-60 degree between reinforced pipe 12 and support tube 11, reinforced pipe 12
The fixed plate surface of support is fixed in bottom end, and the sidewall upper of support tube 11 is fixed with diagonal brace channel steel 13, the top of diagonal brace channel steel 13
The top end face of face and support tube 11 is solid between the top end face and the top end face of support tube 11 of diagonal brace channel steel 13 in same level
Surely the supporting steel plate 14 having, bearing block 3 are mounted on the surface of supporting steel plate 14；
As shown in Figure 7, Figure 8 and Figure 9, the runner 23 includes round fixation steel plate 231, the table of round fixation steel plate 231
Face avris is angularly provided with the strip through-hole 232 for extending to avris, is welded in item row through-hole 232 and round fixation steel plate
231 perpendicular driver plates 233, chain 7 are driven the one end for being installed on several driver plates 233；The surface of round fixation steel plate 231
Middle part is provided with several positioning through hole, and runner 23 is fixed on the end face of power transmission shaft 22 by screw across positioning through hole；
As shown in Figure 10, Figure 11 and Figure 12, the beater 5 include three be equally spaced and be oppositely arranged in vertical point
The vibrating rod 51 of cloth, the top of vibrating rod 51 is provided with passes through the first installation with the first installation through-hole, vibrating rod 51 by rotation axis 4
Through-hole is fixed in rotation axis 4, and the bottom end of vibrating rod 51 is vertically bent into rapping block 52, and bending part is fillet, rapping block
52 one end is welded with the round steel 53 in horizontal distribution, and round steel 53 and vibrating rod 51 are perpendicular, while the side of rapping block 52
Reinforcing rib 54 is fixedly connected between wall and the wall outer surface of round steel 53；The bottom of three rapping blocks 52 passes through junction steel plate 55
It is connected and fixed, drives vibrating rod 51 to rotate simultaneously when rotation axis 4 rotates, due to the connection function of junction steel plate 55 so that three
A vibrating rod 51 moves simultaneously；
As shown in Figure 13 and Figure 14, the top of the touching lever 6 is provided with the second installation through-hole 63, and touching lever 6 is worn by rotation axis 4
It crosses the second installation through-hole 63 to be fixed in rotation axis 4, the angle between touching lever 6 and vibrating rod 51 is 30-45 degree, the bottom of touching lever 6
End two side is welded and fixed there are two the clamping plate 61 that is oppositely arranged, and shaft, shaft are mounted between two clamping plates 61
On be arranged and be fixed with directive wheel 62, the side wall of directive wheel 62 connects with the collision of the side wall of driver plate 233 in collision process；
It is described casting slag chain-drive section vibrated system the course of work be：
(1) directive wheel 62 of 6 one end of touching lever is pulled to and is connected with the side wall of driver plate 233, as shown in Figure 15, at this time
Rotation axis 4 is driven to rotate when touching lever 6 rotates, rotation axis 4 drives the vibrating rod 51 in beater 5 to rotate；
(2) rotation of control power transmission shaft 22 drives runner 23 to rotate, and drives chain 7 to rotate in 23 rotation process of runner,
Realize that the casting slag dies cavity 8 on chain 7 is rotated around runner 23 simultaneously, and the driver plate 233 on runner 23 rotates, and passes
It is collided with touching lever 6 when movable plate 233 rotates, pushes touching lever 6 to be rotated along the direction of runner 23, as shown in figure 16, touching lever 6 rotated
Rotation axis 4 is driven to rotate in journey, rotation axis 4 drives beater 5 to rotate, when touching lever 6 does not connect with driver plate 233, due to
The gravity of beater 5 makes touching lever 6 turn to directive wheel 62 to the direction of runner 23 and connect with the collision of driver plate 233, together
When beater 5 turned to rotation axis 4 and cast slag dies cavity 8 and collide；
(3) touching lever 6 is pushed to be rotated again along the direction of runner 23 when and then driver plate 233 rotates, 6 rotation process of touching lever
Middle drive rotation axis 4 rotates, and rotation axis 4 drives beater 5 to rotate far from casting slag dies cavity 8, until touching lever 6 and driver plate
233 when not connecting, since the gravity of beater 5 makes touching lever 6 turn to directive wheel 62 and transmission to the direction of runner 23
The collision of plate 233 connects, while beater 5 turns to rotation axis 4 and casts slag dies cavity 8 and collide, and so on beater 5
Being collided with several casting slag dies cavities 8 on chain repeatedly, realizes that the slag ingot cast in casting slag dies cavity 8 is completely exhausted out.
The preferred embodiment in the utility model disclosed above is only intended to help to illustrate the utility model.Preferred embodiment is simultaneously
There is no the details that detailed descriptionthe is all, does not limit the specific implementation mode that the utility model is only described yet.Obviously, according to this theory
The content of bright book can make many modifications and variations.These embodiments are chosen and specifically described to this specification, is in order to preferably
The principles of the present invention and practical application are explained, to enable skilled artisan to be best understood by and utilize this
Utility model.The utility model is limited only by the claims and their full scope and equivalents.
Claims (5)
1. casting slag chain-drive section vibrated system, which is characterized in that including supporting fixed plate, fixed plate surface side is supported to be fixed with two
A holder (1) being oppositely arranged and great wheel assembling mechanism (2), the tops of two holders (1) are mounted with bearing block (3), and two
Rotation axis (4) is installed between a bearing block (3), is arranged in the middle part of rotation axis (4) and is fixed with beater (5), the one of rotation axis (4)
End is mounted with touching lever (6)；
The great wheel assembling mechanism (2) includes supporting table (21) and the power transmission shaft for being mounted on supporting table (21) top
(22), one end of power transmission shaft (22) connects motor, and the other end is fixedly connected with runner (23), installation is engaged on runner (23)
There is chain (7), casting slag dies cavity (8) is welded on chain (7).
2. casting slag chain-drive section vibrated system according to claim 1, which is characterized in that the holder (1) includes being fixed on
Support tube (11) and inclination in support fixed plate are fixed on the reinforced pipe (12) of support tube (11) side wall lower ends, reinforced pipe (12)
Fixed angle is 40-60 degree between support tube (11), and the fixed plate surface of support, support tube are fixed in the bottom end of reinforced pipe (12)
(11) sidewall upper is fixed with diagonal brace channel steel (13), and the top end face of diagonal brace channel steel (13) and the top end face of support tube (11) are same
On one horizontal plane, the supporting steel plate (14) being fixed between the top end face and the top end face of support tube (11) of diagonal brace channel steel (13),
Bearing block (3) is mounted on the surface of supporting steel plate (14).
3. casting slag chain-drive section vibrated system according to claim 1, which is characterized in that the runner (23) includes round solid
Determine steel plate (231), the surface avris of round fixation steel plate (231) is angularly provided with the strip through-hole (232) for extending to avris, item
The driver plate (233) perpendicular with round fixation steel plate (231), chain (7) transmission installation are welded in row through-hole (232)
One end in several driver plates (233)；The surface middle part of round fixation steel plate (231) is provided with several positioning through hole, runner (23)
The end face of power transmission shaft (22) is fixed on across positioning through hole by screw.
4. casting slag chain-drive section vibrated system according to claim 1, which is characterized in that the beater (5) includes three
Be equally spaced and be oppositely arranged in the vibrating rod (51) being distributed vertically, the top of vibrating rod (51) is provided with logical with the first installation
Hole, vibrating rod (51) are fixed on across the first installation through-hole in rotation axis (4) by rotation axis (4), the bottom end of vibrating rod (51)
It vertically is bent into rapping block (52), one end of rapping block (52) is welded with the round steel (53) in horizontal distribution, round steel (53)
It is perpendicular with vibrating rod (51), while being fixedly connected with and adding between the side wall of rapping block (52) and the wall outer surface of round steel (53)
Strengthening tendons (54)；The bottom of three rapping blocks (52) is connected and fixed by junction steel plate (55).
5. casting slag chain-drive section vibrated system according to claim 1, which is characterized in that the top of the touching lever (6) is provided with
Second installation through-hole (63), touching lever (6) are fixed in rotation axis (4) across the second installation through-hole (63) by rotation axis (4), are touched
The bottom end two side of bar (6) is welded and fixed there are two the clamping plate (61) that is oppositely arranged, is installed between two clamping plates (61) solid
Surely there is shaft, be arranged in shaft and be fixed with directive wheel (62), the side wall of directive wheel (62) and driver plate (233) in collision process
Side wall collision connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820102735.9U CN207941965U (en) | 2018-01-22 | 2018-01-22 | Cast slag chain-drive section vibrated system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820102735.9U CN207941965U (en) | 2018-01-22 | 2018-01-22 | Cast slag chain-drive section vibrated system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207941965U true CN207941965U (en) | 2018-10-09 |
Family
ID=63702204
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820102735.9U Active CN207941965U (en) | 2018-01-22 | 2018-01-22 | Cast slag chain-drive section vibrated system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207941965U (en) |
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2018
- 2018-01-22 CN CN201820102735.9U patent/CN207941965U/en active Active
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