CN208809832U - Rabbling mechanism on vanadium material batch mixer - Google Patents
Rabbling mechanism on vanadium material batch mixer Download PDFInfo
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- CN208809832U CN208809832U CN201821518658.1U CN201821518658U CN208809832U CN 208809832 U CN208809832 U CN 208809832U CN 201821518658 U CN201821518658 U CN 201821518658U CN 208809832 U CN208809832 U CN 208809832U
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- mixing arm
- linkage section
- terminal pad
- batch mixer
- mixing
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Abstract
The utility model relates to industrial special raw material hybrid technology fields, more particularly to being rabbling mechanism on a kind of vanadium material batch mixer, including driving motor, bearing, shaft coupling and mixing arm, driving motor is set to above bearing, the power output end of driving motor is connect with shaft one end, shaft passes through bearing, and the other end is connect with shaft coupling, is connected with mixing arm below shaft coupling.Mixing arm includes the first mixing arm and the second mixing arm, and the first mixing arm and the second mixing arm are oppositely arranged, and the brachium of the first mixing arm is greater than the brachium of the second mixing arm.The upper rabbling mechanism for solving existing batch mixer mostly uses double stirring arm configurations, when carrying out Stirring, due to two mixing arms be it is arranged symmetrically, once be only capable of generating single vortex, the limited problem of mixing effect when rotation.
Description
Technical field
The utility model relates to industrial special raw material hybrid technology fields, and in particular to be stirred on a kind of vanadium material batch mixer
Mechanism.
Background technique
In oxidation technique for producing vanadium, calcification baking is the core of technology after vanadium slag, lime are mixed, wherein calcium vanadium
Than be influence roasting conversion rate a key factor, vanadium slag, lime mixing situation have to the calcium vanadium ratio of material real reaction
It is direct influence, therefore it is vanadium slag, the full and uniform mixing of lime is particularly significant.
Existing batch mixer mostly uses single motor or more motors that single stirrer gear is driven unidirectionally to be stirred, and Chinese patent is " mixed
Material machine ", publication number CN207324555 U disclose a kind of batch mixer, are stirred using upper and lower two groups of rabbling mechanisms, position
Upper rabbling mechanism in top is double stirring arm configurations, when carrying out Stirring, due to two mixing arms be it is arranged symmetrically,
It is only capable of generating single vortex when primary rotation, mixing effect is limited.
Utility model content
The utility model mostly uses double stirring arm configurations for the upper rabbling mechanism of existing batch mixer, is carrying out Stirring
When, due to two mixing arms be it is arranged symmetrically, be only capable of generating single vortex when once rotating, the limited problem of mixing effect,
Rabbling mechanism on a kind of vanadium material batch mixer is provided.
The utility model solves above-mentioned technical problem, the technical solution adopted is that, rabbling mechanism includes on vanadium material batch mixer
Driving motor, bearing, shaft coupling and mixing arm, driving motor are set to above bearing, the power output end and shaft of driving motor
One end connection, shaft pass through bearing, and the other end is connect with shaft coupling, are connected with mixing arm below shaft coupling.Mixing arm includes the
One mixing arm and the second mixing arm, the first mixing arm and the second mixing arm are oppositely arranged, and the brachium of the first mixing arm is greater than the
The brachium of two mixing arms.
The purpose designed in this way is, by the way that the mixing arm being made of the first mixing arm and the second mixing arm is arranged, and
The brachium of first mixing arm is greater than the brachium of the second mixing arm, is allowed to form the stirring model of unsymmetric structure, in driving motor
When driving mixing arm rotation, by the stirring model of unsymmetric structure, the first mixing arm and the second mixing arm rotate to be formed in one
One outer two vortex, the raw material being allowed in batch mixer can be mixed more fully, so as to greatly improve the subsequent original
The roasting effect and roasting conversion rate of material, the upper rabbling mechanism for solving existing batch mixer mostly use double stirring arm configurations, into
When row Stirring, due to two mixing arms be it is arranged symmetrically, once rotate when be only capable of generating single vortex, mixing effect has
The problem of limit.
Optionally, mixing arm upper end is connected with terminal pad, and terminal pad is in circular ring structure, is provided with fixation hole in terminal pad,
Terminal pad is connect by passing through the bolt of fixation hole with shaft coupling.
Optionally, mixing arm lower part is provided with stirring blade, and stirring blade includes egative film, connection sheet and riser, on egative film
It is provided with the first connecting hole, the second connecting hole is provided in connection sheet, connection sheet is covered on egative film, and is connected by passing through first
The bolt for connecing hole and the second connecting hole is connect with egative film, and riser is set in connection sheet, and vertical with connection sheet.
The purpose designed in this way is, the stirring blade being made of egative film, connection sheet and riser is arranged in mixing arm lower part,
Egative film and connection sheet form a class and stir vane, and when mixing arm is rotated, class stirring vane can drive raw material nearby
Vortex is formed, eddy area is improved.
Meanwhile the riser vertical with connection sheet is set in connection sheet, so that when mixing arm is rotated, generation and class
The vertical vortex of vane, two vortex interactions are stirred, the raw material being allowed in batch mixer can be mixed more fully.
Optionally, the angle of riser and connection sheet short side is 20 °~30 °, guide groove is additionally provided on riser, guide groove inclines
The angle on tiltedly setting, guide groove and riser field side is 30 °~40 °.
The purpose designed in this way is, by oriented slot being arranged on riser convenient for the original in guidance rotating vortex
Material is moved along guide groove, and raw material is recycled up and down, is carried out three-dimensional stirring, is improved compounding effect.
Optionally, the first mixing arm is bending structure, and including the first linkage section and the second linkage section, the first linkage section one
End is connect with terminal pad, and the other end is connect diagonally downward and with the second linkage section far from terminal pad, and the second linkage section and first connects
The angle for connecing section is 100 °~120 °, the second linkage section towards terminal pad diagonally downward.Second mixing arm is bending structure, and is wrapped
Include third linkage section and the 4th linkage section, third linkage section one end is connect with terminal pad, the other end far from terminal pad diagonally downward
And connect with the 4th linkage section, the angle of the 4th linkage section and third linkage section is 140 °~150 °, and the 4th linkage section is towards even
Connect disk diagonally downward.The length of first mixing arm vertical projection is that the length ratio of the second mixing arm vertical projection is 1.5~2:1.
The purpose designed in this way is, by being respectively provided with the first mixing arm and the second mixing arm with the curved of different angle
Folded structure can further increase mixing effect compared with 90 ° of structures used in the prior art, when stirring, mixing arm and the original
The contact area of material, while to be formed upward a vortex and a downward vortex, raw material and can recycle up and down, into
The three-dimensional stirring of row, improves compounding effect.
Optionally, bearing is provided with bracket, gland, bearing block, packing gland, packing box, joint type forced filling oil cup, semi-convex
Edge shaft coupling and spheric roller bearing, half flange-face coupling is between shaft and driving motor power output end, half flange connection
Axis device lower part is socketed with bearing block, is covered with gland above bearing block, shaft be provided on bearing outlet packing gland and
Packing box, joint type forced filling oil cup and spheric roller bearing are arranged on bracket, and and shaft contacts.
The beneficial effects of the utility model include at least following one；
1, by the way that the mixing arm being made of the first mixing arm and the second mixing arm is arranged, and the brachium of the first mixing arm is big
It in the brachium of the second mixing arm, is allowed to form the stirring model of unsymmetric structure, when driving motor drives mixing arm rotation, lead to
The stirring model of unsymmetric structure is crossed, the first mixing arm and the second mixing arm rotate to form outer two vortex in one, are allowed to mixed
Raw material in material machine can be mixed more fully.
2, the roasting effect and roasting conversion rate that subsequent raw material can be greatly improved, solve existing batch mixer on stir
It mixes mechanism and mostly uses double stirring arm configurations, when carrying out Stirring, since two mixing arms are arranged symmetrically, primary rotation
When be only capable of generating single vortex, the limited problem of mixing effect.
3, by counting using the calcium vanadium of mixture after application scheme than qualification rate by using the 89 of existing batch mixer
.44% it improves to 96 .32%.
4, about 20% is improved using roasting conversion rate overall effect after application scheme by statistics.
Detailed description of the invention
Fig. 1 is rabbling mechanism structural schematic diagram on vanadium material batch mixer；
Fig. 2 is rabbling mechanism structural schematic diagram on another vanadium material batch mixer；
Fig. 3 is the second mixing arm structural schematic diagram；
Fig. 4 is the first mixing arm structural schematic diagram；
Fig. 5 is terminal pad structural schematic diagram；
Fig. 6 is terminal pad and mixing arm structural schematic diagram；
Fig. 7 is egative film and connection sheet structural schematic diagram；
Fig. 8 is connection sheet and riser structural schematic diagram；
In the figure, it is marked as 1 be bearing, 2 be gland, 3 be bearing block, 4 be packing gland, 5 be packing box, 6 be shaft coupling,
7 for the first mixing arm, 701 be the first linkage section, 702 be the second linkage section, 8 be the second mixing arm, 801 be third linkage section,
802 be the 4th linkage section, 9 be stirring blade, 10 be round end flat key, 11 be shaft, 12 be joint type forced filling oil cup, 13 be semi-convex
Edge shaft coupling, 14 be spheric roller bearing, 15 be driving motor, 16 be mixing arm, 17 be terminal pad, 18 be fixation hole, 19 be
Egative film, 20 be connection sheet, 21 be the second connecting hole, 22 be riser, 23 be guide groove, 24 be bracket, 25 be the first connecting hole.
Specific embodiment
It is clear in order to enable the purpose of this utility model, technical solution and advantage to be more clear, below in conjunction with attached drawing and
The present invention will be further described in detail for embodiment.It should be appreciated that specific embodiment described herein is only used to
It explains the utility model, is not used to limit the utility model protection content.
Embodiment 1
As shown in Figure 1, Figure 2 and shown in Fig. 5, rabbling mechanism includes driving motor 15, bearing 1,6 and of shaft coupling on vanadium material batch mixer
Mixing arm 16, driving motor 15 are set to 1 top of bearing, and the power output end of driving motor 15 is connect with 11 one end of shaft, shaft
11 pass through bearing 1, and the other end is connect with shaft coupling 6, and mixing arm 16 is connected with below shaft coupling 6.Mixing arm 16 is stirred including first
Arm 7 and the second mixing arm 8 are mixed, the first mixing arm 7 and the second mixing arm 8 are oppositely arranged, and the brachium of the first mixing arm 7 is greater than the
The brachium of two mixing arms 8.
In use, the mixing arm that setting is made of the first mixing arm and the second mixing arm, and the brachium of the first mixing arm
Greater than the brachium of the second mixing arm, it is allowed to form the stirring model of unsymmetric structure, when driving motor drives mixing arm rotation,
By the stirring model of unsymmetric structure, the first mixing arm and the second mixing arm rotate to form outer two vortex in one, are allowed to
Raw material in batch mixer can be mixed more fully, so as to greatly improve the roasting effect and roasting of subsequent raw material
Conversion ratio, the upper rabbling mechanism for solving existing batch mixer mostly uses double stirring arm configurations, when carrying out Stirring, due to two
A mixing arm be it is arranged symmetrically, once rotate when be only capable of generating single vortex, the limited problem of mixing effect.
Embodiment 2
Based on embodiment 1, as shown in figure 5,16 upper end of mixing arm is connected with terminal pad 17, terminal pad 17 is in circular ring structure,
Fixation hole 18 is provided in terminal pad 17, terminal pad 17 is connect by passing through the bolt of fixation hole 18 with shaft coupling 6.Pass through statistics
About 20% is improved using roasting conversion rate overall effect after application scheme.By statistics using mixture after application scheme
Calcium vanadium than qualification rate by being improved using 89 .44% of existing batch mixer to 96 .32%.
Embodiment 3
Based on embodiment 2, as shown in Figures 3 to 5,16 lower part of mixing arm is provided with stirring blade 9, and stirring blade 9 includes
Egative film 19, connection sheet 20 and riser 22 are provided with the first connecting hole 25 on egative film 19, are provided with the second connecting hole in connection sheet 20
21, connection sheet 20 is covered on egative film 19, and bolt and egative film 19 by passing through the first connecting hole 25 and the second connecting hole 21
Connection, riser 22 are set in connection sheet 20, and vertical with connection sheet 20.
In use, the stirring blade being made of egative film, connection sheet and riser, egative film and connection sheet are arranged in mixing arm lower part
A class stirring vane is formed, when mixing arm is rotated, class stirring vane can drive the vortex of raw material formation nearby, improve
Eddy area.The riser vertical with connection sheet is set in connection sheet, so that generating and stirring with class when mixing arm is rotated
The vertical vortex of vane, two vortex interactions, the raw material being allowed in batch mixer can be mixed more fully.
Embodiment 4
Based on embodiment 3, as shown in Figure 6 to 8, the angle of riser 22 and 20 short side of connection sheet is 20 °~30 °, riser
Guide groove 23 is additionally provided on 22, guide groove 23 is obliquely installed, and the angle on guide groove 23 and 22 sides of riser is 30 °.
It is moved convenient for the raw material in guidance rotating vortex along guide groove in use, oriented slot is arranged on riser
It is dynamic, raw material is recycled up and down, carries out three-dimensional stirring, improves compounding effect.
Embodiment 5
Based on embodiment 3, as shown in Figure 6 to 8, the angle of riser 22 and 20 short side of connection sheet is 20 °~30 °, riser
Guide groove 23 is additionally provided on 22, guide groove 23 is obliquely installed, and the angle on guide groove 23 and 22 sides of riser is 40 °.
It is moved convenient for the raw material in guidance rotating vortex along guide groove in use, oriented slot is arranged on riser
It is dynamic, raw material is recycled up and down, carries out three-dimensional stirring, improves compounding effect.
Embodiment 6
Based on embodiment 5, the first mixing arm 7 is bending structure, and including the first linkage section 701 and the second linkage section 702,
First linkage section, 701 one end is connect with terminal pad 17, and the other end connects diagonally downward and with the second linkage section 702 far from terminal pad 17
It connects, the angle of the second linkage section 702 and the first linkage section 701 is 100 °, and the second linkage section 702 is tilted towards towards terminal pad 17
Under.Second mixing arm 8 is bending structure, and including third linkage section 801 and the 4th linkage section 802,801 one end of third linkage section
It is connect with terminal pad 17, the other end is connect diagonally downward and with the 4th linkage section 802 far from terminal pad 17, the 4th linkage section 802
Angle with third linkage section 801 is 140 °, the 4th linkage section 802 towards terminal pad 17 diagonally downward.First mixing arm 7 is vertical
The length of projection is that the length ratio of 8 vertical projection of the second mixing arm is 1.5:1.
In use, the first mixing arm and the second mixing arm are respectively provided with the bending structure with different angle, compared with existing
When 90 ° of structures used in technology can further increase stirring, the contact area of mixing arm and raw material, while to be formed
One upward vortex and a downward vortex, raw material can recycle up and down, carry out three-dimensional stirring, improve compounding effect.
Embodiment 7
Based on embodiment 5, the first mixing arm 7 is bending structure, and including the first linkage section 701 and the second linkage section 702,
First linkage section, 701 one end is connect with terminal pad 17, and the other end connects diagonally downward and with the second linkage section 702 far from terminal pad 17
It connects, the angle of the second linkage section 702 and the first linkage section 701 is 120 °, and the second linkage section 702 is tilted towards towards terminal pad 17
Under.Second mixing arm 8 is bending structure, and including third linkage section 801 and the 4th linkage section 802,801 one end of third linkage section
It is connect with terminal pad 17, the other end is connect diagonally downward and with the 4th linkage section 802 far from terminal pad 17, the 4th linkage section 802
Angle with third linkage section 801 is 150 °, the 4th linkage section 802 towards terminal pad 17 diagonally downward.First mixing arm 7 is vertical
The length of projection is that the length ratio of 8 vertical projection of the second mixing arm is 2:1.
In use, the first mixing arm and the second mixing arm are respectively provided with the bending structure with different angle, compared with existing
When 90 ° of structures used in technology can further increase stirring, the contact area of mixing arm and raw material, while to be formed
One upward vortex and a downward vortex, raw material can recycle up and down, carry out three-dimensional stirring, improve compounding effect.
Embodiment 8
Based on embodiment 5, the first mixing arm 7 is bending structure, and including the first linkage section 701 and the second linkage section 702,
First linkage section, 701 one end is connect with terminal pad 17, and the other end connects diagonally downward and with the second linkage section 702 far from terminal pad 17
It connects, the angle of the second linkage section 702 and the first linkage section 701 is 110 °, and the second linkage section 702 is tilted towards towards terminal pad 17
Under.Second mixing arm 8 is bending structure, and including third linkage section 801 and the 4th linkage section 802,801 one end of third linkage section
It is connect with terminal pad 17, the other end is connect diagonally downward and with the 4th linkage section 802 far from terminal pad 17, the 4th linkage section 802
Angle with third linkage section 801 is 145 °, the 4th linkage section 802 towards terminal pad 17 diagonally downward.First mixing arm 7 is vertical
The length of projection is that the length ratio of 8 vertical projection of the second mixing arm is 1.9:1.
In use, the first mixing arm and the second mixing arm are respectively provided with the bending structure with different angle, compared with existing
When 90 ° of structures used in technology can further increase stirring, the contact area of mixing arm and raw material, while to be formed
One upward vortex and a downward vortex, raw material can recycle up and down, carry out three-dimensional stirring, improve compounding effect.
Embodiment 9
Based on embodiment 8, bearing 1 is provided with bracket 24, gland 2, bearing block 3, packing gland 4, packing box 5, joint type
Forced filling oil cup 12, half flange-face coupling 13 and spheric roller bearing 14, half flange-face coupling 13 are located at shaft 11 and driving motor
Between 15 power output ends, half flange-face coupling, 13 lower part is socketed with bearing block 3, and gland 2, shaft are covered with above bearing block 3
11 are provided with packing gland 4 and packing box 5 in the outlet of bearing 1, and joint type forced filling oil cup 12 and spheric roller bearing 14 are set
It sets on bracket 24, and is contacted with shaft 11, round end flat key 10 is provided on shaft coupling 6.
Claims (7)
1. rabbling mechanism on vanadium material batch mixer, it is characterised in that: including driving motor (15), bearing (1), shaft coupling (6) and stir
It mixes arm (16), the driving motor (15) is set to above bearing (1), the power output end and shaft (11) one of driving motor (15)
End connection, the shaft (11) pass through bearing (1), and the other end is connect with shaft coupling (6), are connected with below the shaft coupling (6)
Mixing arm (16)；
The mixing arm (16) includes the first mixing arm (7) and the second mixing arm (8), the first mixing arm (7) and the second mixing arm
(8) it is oppositely arranged, and the brachium of the first mixing arm (7) is greater than the brachium of the second mixing arm (8).
2. rabbling mechanism on vanadium material batch mixer according to claim 1, it is characterised in that: mixing arm (16) upper end connects
It is connected to terminal pad (17), terminal pad (17) is in circular ring structure, is provided with fixation hole (18) in terminal pad (17), and terminal pad (17) is logical
The bolt crossed across fixation hole (18) is connect with shaft coupling (6).
3. rabbling mechanism on vanadium material batch mixer according to claim 2, it is characterised in that: mixing arm (16) lower part is set
It is equipped with stirring blade (9), the stirring blade (9) includes egative film (19), connection sheet (20) and riser (22), the egative film (19)
On be provided with the first connecting hole (25), be provided with the second connecting hole (21) on the connection sheet (20), connection sheet (20) is covered on
On egative film (19), and the bolt by passing through the first connecting hole (25) and the second connecting hole (21) is connect with egative film (19), described
Riser (22) is set on connection sheet (20), and vertical with connection sheet (20).
4. rabbling mechanism on vanadium material batch mixer according to claim 3, it is characterised in that: the riser (22) and connection sheet
(20) angle of short side is 20 °~30 °, is additionally provided with guide groove (23) on the riser (22), and guide groove (23) is obliquely installed,
Guide groove (23) and the angle on riser (22) field side are 30 °~40 °.
5. rabbling mechanism on vanadium material batch mixer according to claim 4, it is characterised in that: first mixing arm (7) is
Bending structure, and including the first linkage section (701) and the second linkage section (702), described first linkage section (701) one end with connect
Disk (17) connection, the other end are connect diagonally downward and with the second linkage section (702) far from terminal pad (17), second linkage section
It (702) is 100 °~120 ° with the angle of the first linkage section (701), the second linkage section (702) is tilted towards towards terminal pad (17)
Under；
Second mixing arm (8) is bending structure, and including third linkage section (801) and the 4th linkage section (802), described the
Three linkage sections (801) one end is connect with terminal pad (17), the other end far from terminal pad (17) diagonally downward and with the 4th linkage section
(802) it connects, the angle of the 4th linkage section (802) and third linkage section (801) is 140 °~150 °, the 4th linkage section
(802) diagonally downward towards terminal pad (17).
6. rabbling mechanism on vanadium material batch mixer according to claim 5, it is characterised in that: first mixing arm (7) is perpendicular
It is 1.5~2:1 that the length for delivering directly shadow, which is the length ratio of the second mixing arm (8) vertical projection,.
7. rabbling mechanism on vanadium material batch mixer according to claim 1, it is characterised in that: the bearing (1) is provided with branch
Frame (24), gland (2), bearing block (3), packing gland (4), packing box (5), joint type forced filling oil cup (12), half flange shaft coupling
Device (13) and spheric roller bearing (14), half flange-face coupling (13) is located at shaft (11) and driving motor (15) power is defeated
Between outlet, half flange-face coupling (13) lower part is socketed with bearing block (3), is covered with gland (2) above bearing block (3), described
Shaft (11) is provided with packing gland (4) and packing box (5), the joint type forced filling oil cup (12) in bearing (1) outlet
It is arranged with spheric roller bearing (14) and is contacted on bracket (24), and with shaft (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821518658.1U CN208809832U (en) | 2018-09-17 | 2018-09-17 | Rabbling mechanism on vanadium material batch mixer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821518658.1U CN208809832U (en) | 2018-09-17 | 2018-09-17 | Rabbling mechanism on vanadium material batch mixer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208809832U true CN208809832U (en) | 2019-05-03 |
Family
ID=66277377
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821518658.1U Expired - Fee Related CN208809832U (en) | 2018-09-17 | 2018-09-17 | Rabbling mechanism on vanadium material batch mixer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208809832U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108905680A (en) * | 2018-09-17 | 2018-11-30 | 米易锦秀机械制造有限公司 | Rabbling mechanism on vanadium material batch mixer |
-
2018
- 2018-09-17 CN CN201821518658.1U patent/CN208809832U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108905680A (en) * | 2018-09-17 | 2018-11-30 | 米易锦秀机械制造有限公司 | Rabbling mechanism on vanadium material batch mixer |
| CN108905680B (en) * | 2018-09-17 | 2024-04-30 | 米易锦秀机械制造有限公司 | Stirring mechanism on vanadium material mixer |
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