CN208679076U - Pelletizer for alkaline battery particulate material - Google Patents
Pelletizer for alkaline battery particulate material Download PDFInfo
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- CN208679076U CN208679076U CN201821371927.6U CN201821371927U CN208679076U CN 208679076 U CN208679076 U CN 208679076U CN 201821371927 U CN201821371927 U CN 201821371927U CN 208679076 U CN208679076 U CN 208679076U
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- strainer
- shell
- pelletizer
- extrusion granulation
- driving device
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Abstract
The utility model discloses a kind of pelletizers, especially disclose a kind of pelletizer for alkaline battery particulate material, belong to alkaline battery production equipment design and manufacturing technology field.A kind of pelletizer for alkaline battery particulate material that can effectively improve granulation efficiency is provided.The pelletizer includes driving device and shell; the pelletizer further includes at least one set of strainer extrusion granulation mechanism; the strainer extrusion granulation mechanism is arranged in the shell, and the power output end of the driving device is connect with the strainer extrusion granulation mechanism；Granule materials are squeezed under the action of the driving force that the driving device exports by the strainer extrusion granulation mechanism into shell intracorporal sheet material.
Description
Technical field
The utility model relates to a kind of pelletizers to belong to more particularly, to a kind of pelletizer for alkaline battery particulate material
In alkaline battery production equipment design and manufacturing technology field.
Background technique
During alkaline battery is manufactured, the quality and battery performance superiority and inferiority of anode mixture have direct relation.
Anode mixture manufacturing process is by the manganese dioxide of different proportion, graphite, KOH solution and other additive mixing, tabletting, makes
The process of grain.The three group grooved rolls that two-by-two cooperate of the current prilling granulator all using sequence setting from top to bottom are mutual
The mode for squeezing sheet mixture is granulated, and the groove portion size of three groups of grooved rolls is sequentially reduced from top to bottom, the piece after tabletting
Shape mixture is fallen from the grooved roll position of engagement of the top, after the extruding of grooved roll three times, completes granulation process.This
Space is larger, structure is complicated needed for the prilling granulator of kind structure, is not easy to repair, granulation efficiency is lower.
Utility model content
The technical problem to be solved by the utility model is to provide it is a kind of can effectively improve granulation efficiency for alkaline electro
The pelletizer of pond particulate material.
Used technical solution is to solve above-mentioned technical problem: a kind of pelletizer for alkaline battery particulate material,
Including driving device and shell, the pelletizer further includes at least one set of strainer extrusion granulation mechanism, and the strainer squeezes
Granulating mechanism is arranged in the shell, and the power output end of the driving device and the strainer extrusion granulation mechanism connect
It connects；The driving force exported into the intracorporal sheet material of shell by the strainer extrusion granulation mechanism in the driving device
Granule materials are squeezed under effect.
Further, the strainer extrusion granulation mechanism includes compression assemblies and screen assemblies, the screening group
Part is mounted on the lower section of the compression assemblies by the shell, and the compression assemblies pass through the power positioned at hull outside
Input terminal is connect with the driving device；Material squeezes in pelletization, and sheet material is by the compression assemblies in institute
It states and produces the granule materials with the screen assemblies mutual extrusion under the driving of the driving force of driving device output.
The preferred mode of the above solution is that the compression assemblies include pressure ram, mounting disc and drive shaft, described is squeezed
Compression bar is circumferentially mounted on the outside of the drive shaft by the mounting disc, and the compression assemblies pass through the driving
Axis is connect with the driving device, and the compression assemblies pass through the pressure ram and the screen assemblies mutual extrusion
Produce the granule materials.
Further, the quantity along the pressure ram of week arrangement is 6-8 part.
The preferred mode of the above solution is that the screen assemblies include filter screen, fixed strain axis and active volume mandrel,
The fixed strain axis and the active volume mandrel are separately mounted on the shell on the outside of the compression assemblies along axial direction, institute
The one end for stating filter screen is wrapped on the fixed strain axis, and the other end cigarette of the filter screen is rolled tightly in the activity
On axis.
Further, the screen assemblies further include sieve traction locking mechanism, the institute after the completion of filter screen tension
It states fixed strain axis and locking mechanism locking is drawn by the sieve.
The preferred mode of the above solution is that strainer extrusion granulation mechanism and driving device that the pelletizer includes are two
Group, driving device described in one group it is corresponding driving one group described in strainer extrusion granulation mechanism, strainer described in two groups squeeze
Granulating mechanism vertically sequence be arranged in the shell and sequential communication.
Further, strainer extrusion granulation mechanism described in two groups includes filter screen, above strainer described in one group
The mesh diameter of the filter screen of extrusion granulation mechanism is 1.58mm, and mesh wire diameter is φ 1.0mm；Strainer described in following set squeezes
The mesh diameter of the filter screen of granulating mechanism is 1.18mm, and mesh wire diameter is φ 0.64mm.
Further, being additionally provided with hopper at the top of the shell, discharging is additionally provided in the bottom of the shell
Mouthful.
The beneficial effects of the utility model are: the application is made by the way that at least one set of strainer extruding is arranged in existing shell
Grain mechanism, the power output end of driving device is connect with the strainer extrusion granulation mechanism, then in granulation process, is made
The work of the driving force exported into the intracorporal sheet material of shell by the strainer extrusion granulation mechanism in the driving device
Granule materials are squeezed under.In this way, due to can be straight by the mesh of strainer extrusion granulation mechanism by the granularity of manufacture particle
Diameter determines, the group number of strainer extrusion granulation mechanism that needs are arranged is determined so as to the partial size of particle as needed, in turn
Reach and complete to be granulated with the group number of least strainer extrusion granulation mechanism, both ensure that the partial size by manufacture particle reaches and want
It asks, and can significantly shorten granulation passage, achieve the purpose that significantly improve granulation efficiency.Further, by squeezing strainer
The improvement of granulating mechanism itself can also improve to greatest extent while effectively simplifying herein described granulator structure
Granulation efficiency.
Detailed description of the invention
Fig. 1 is three dimensional structure diagram of the utility model for the pelletizer of alkaline battery particulate material；
Fig. 2 be the utility model relates to strainer extrusion granulation mechanism three dimensional structure diagram.
In the figure, it is marked as driving device 1, shell 2, strainer extrusion granulation mechanism 3, compression assemblies 4, screen assemblies 5, extruding
Bar 6, mounting disc 7, drive shaft 8, filter screen 9, fixed strain axis 10, active volume mandrel 11, sieve traction locking mechanism 12, material
Bucket 13, discharge port 14.
Specific embodiment
As shown in Fig.1 and 2 ... provided by the present invention it is a kind of can effectively improve granulation efficiency for alkaline battery
The pelletizer of pellet.The pelletizer includes driving device 1 and shell 2, and the pelletizer further includes at least one set of strainer
Extrusion granulation mechanism 3, the strainer extrusion granulation mechanism 3 are arranged in the shell 2, the power of the driving device 1
Output end is connect with the strainer extrusion granulation mechanism 3；It is made into the sheet material in shell 2 by the strainer extruding
Grain mechanism 3 is squeezed into granule materials under the action of the driving force that the driving device 1 exports.The application passes through in existing shell
At least one set of strainer extrusion granulation mechanism 3 is set in body 2, the power output end of driving device 1 and the strainer extruding are made
Grain mechanism 3 connects, and then in granulation process, the sheet material entered in shell 2 is made to pass through the strainer Squeezinggranulator
Structure 3 is squeezed into granule materials under the action of the driving force that the driving device 1 exports.In this way, due to by the grain of manufacture particle
Degree can be determined by the mesh diameter of strainer extrusion granulation mechanism 3, be needed so as to the partial size of particle as needed to determine
The group number for the strainer extrusion granulation mechanism 3 to be arranged, and then reach and completed with the group number of least strainer extrusion granulation mechanism 3
It is granulated, not only ensure that the partial size by manufacture particle reached requirement, but also can significantly shorten granulation passage, and reached and significantly improve granulation
The purpose of efficiency.
In above embodiment, in order to realize that the smallest passage can quickly produce partial size and meet with optimal structure
It is required that particulate material, while simplify herein described strainer extrusion granulation mechanism 3 structure, facilitate installation, maintenance and maintenance, institute
The strainer extrusion granulation mechanism 3 stated includes compression assemblies 4 and screen assemblies 5, and the screen assemblies 5 pass through the shell 2
Be mounted on the lower section of the compression assemblies 4, the compression assemblies 4 by be located at the power intake outside shell 2 with it is described
Driving device 1 connect；Material squeezes in pelletization, and sheet material is by the compression assemblies 4 in the driving device 1
The granule materials are produced under the driving of the driving force of output with 5 mutual extrusion of screen assemblies.The extruding group
Part 4 includes pressure ram 6, mounting disc 7 and drive shaft 8, and the pressure ram 6 is circumferentially mounted on institute by the mounting disc 7
The outside of drive shaft 8 is stated, the compression assemblies 4 are connect by the drive shaft 8 with the driving device 1, described
Compression assemblies 4 produce the granule materials by the pressure ram 6 and 5 mutual extrusion of screen assemblies.Along all cloth
The quantity for the pressure ram 6 set be 6-10 part, preferably 8.The screen assemblies 5 include filter screen 9, fixed strain axis
10 and active volume mandrel 11, the fixed strain axis 10 and the active volume mandrel 11 along axial direction be separately mounted to it is described squeeze
On the shell 2 for pressing 4 outside of component, one end of the filter screen 9 is wrapped on the fixed strain axis 10, the filter screen 9
Other end cigarette on the active volume mandrel 11.The screen assemblies 5 further include sieve traction locking mechanism 12, mistake
The fixed strain axis 10 after the completion of strainer 9 tenses draws the locking of locking mechanism 12 by the sieve.In this way, filter screen
In use when discovery damage, unclamps sieve and draw locking mechanism 12, rotate the fixed strain axis 10 in back plate, filter screen
End with roller bearing rotate and on roller bearing, make translational motion positioned at the intracorporal sieve of shell, when broken parts are complete
It is after being removed housing cavity, it is on roller bearing and fixed, complete the quick-replaceable of filter screen.
Preferred embodiment in above scheme is that strainer extrusion granulation mechanism 3 and driving device 1 that the pelletizer includes are equal
It is strainer extrusion granulation mechanism 3 described in corresponding one group of the driving of driving device 1 described in two groups, one group, filter described in two groups
Net extrusion granulation mechanism 3 vertically sequence be arranged in the shell and sequential communication.The extruding of strainer described in two groups is made
Grain mechanism 3 includes filter screen 9, above the mesh diameter of filter screen 9 of strainer extrusion granulation mechanism 3 described in one group be
1.58mm, mesh wire diameter are φ 1.0mm；The mesh diameter of the filter screen 9 of strainer extrusion granulation mechanism 3 described in following set is
1.18mm, mesh wire diameter are φ 0.64mm.Be additionally provided with hopper 13 at the top of the shell 2, the bottom of the shell 2 also
It is provided with discharge port 14.
Claims (9)
1. a kind of pelletizer for alkaline battery particulate material, including driving device (1) and shell (2), it is characterised in that: described
Pelletizer further include at least one set of strainer extrusion granulation mechanism (3), the strainer extrusion granulation mechanism (3) is arranged in described
Shell (2) in, the power output end of the driving device (1) is connect with the strainer extrusion granulation mechanism (3)；Into shell
The driving force that sheet material in body (2) is exported by the strainer extrusion granulation mechanism (3) in the driving device (1)
Granule materials are squeezed under effect.
2. the pelletizer according to claim 1 for alkaline battery particulate material, it is characterised in that: the strainer squeezes
Granulating mechanism (3) includes compression assemblies (4) and screen assemblies (5), and the screen assemblies (5) are pacified by the shell (2)
Mounted in the lower section of the compression assemblies (4), the compression assemblies (4) by be located at shell (2) external power intake with
Driving device (1) connection；Material squeezes in pelletization, and sheet material is by the compression assemblies (4) described
The granule materials are produced with described screen assemblies (5) mutual extrusion under the driving of the driving force of driving device (1) output.
3. the pelletizer according to claim 2 for alkaline battery particulate material, it is characterised in that: the compression assemblies
It (4) include pressure ram (6), mounting disc (7) and drive shaft (8), the pressure ram (6) is by the mounting disc (7) along week
To the outside for being mounted on the drive shaft (8), the compression assemblies (4) pass through the drive shaft (8) and the driving
Device (1) connection, the compression assemblies (4) pass through the pressure ram (6) and described screen assemblies (5) the mutual extrusion system
Take the granule materials.
4. the pelletizer according to claim 3 for alkaline battery particulate material, it is characterised in that: described in week arrangement
The quantity of pressure ram (6) is 6-10 part.
5. being used for the pelletizer of alkaline battery particulate material according to any one of claim 2~4, it is characterised in that: institute
The screen assemblies (5) stated include filter screen (9), fixed strain axis (10) and active volume mandrel (11), the fixed strain axis
(10) it is separately mounted on the shell (2) on the outside of the compression assemblies (4) with the active volume mandrel (11) along axial direction, it is described
One end of filter screen (9) is wrapped on the fixed strain axis (10), and the other end cigarette of the filter screen (9) is described
On active volume mandrel (11).
6. the pelletizer according to claim 5 for alkaline battery particulate material, it is characterised in that: the screen assemblies
It (5) further include sieve traction locking mechanism (12), the fixed strain axis (10) after the completion of filter screen (9) tension passes through described
Sieve traction locking mechanism (12) locking.
7. the pelletizer according to claim 1 for alkaline battery particulate material, it is characterised in that: the pelletizer includes
Strainer extrusion granulation mechanism (3) and driving device (1) be driving device (1) described in two groups, one group it is corresponding driving one
The group strainer extrusion granulation mechanism (3), vertically sequence is arranged in institute for strainer extrusion granulation mechanism (3) described in two groups
The interior simultaneously sequential communication of the shell (2) stated.
8. the pelletizer according to claim 7 for alkaline battery particulate material, it is characterised in that: strainer described in two groups
Extrusion granulation mechanism (3) includes filter screen (9), above strainer extrusion granulation mechanism (3) described in one group filter screen (9)
Mesh diameter is 1.58mm, and mesh wire diameter is φ 1.0mm；The filter screen (9) of strainer extrusion granulation mechanism (3) described in following set
Mesh diameter be 1.18mm, mesh wire diameter be φ 0.64mm.
9. the pelletizer according to claim 1 for alkaline battery particulate material, it is characterised in that: in the shell (2)
Top be additionally provided with hopper (13), be additionally provided with discharge port (14) in the bottom of the shell (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821371927.6U CN208679076U (en) | 2018-08-23 | 2018-08-23 | Pelletizer for alkaline battery particulate material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821371927.6U CN208679076U (en) | 2018-08-23 | 2018-08-23 | Pelletizer for alkaline battery particulate material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208679076U true CN208679076U (en) | 2019-04-02 |
Family
ID=65886629
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821371927.6U Active CN208679076U (en) | 2018-08-23 | 2018-08-23 | Pelletizer for alkaline battery particulate material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208679076U (en) |
-
2018
- 2018-08-23 CN CN201821371927.6U patent/CN208679076U/en active Active
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