CN205815786U - A kind of lapping device of the high-purity oxalic acid as effective catalyst - Google Patents
A kind of lapping device of the high-purity oxalic acid as effective catalyst Download PDFInfo
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- CN205815786U CN205815786U CN201620650730.0U CN201620650730U CN205815786U CN 205815786 U CN205815786 U CN 205815786U CN 201620650730 U CN201620650730 U CN 201620650730U CN 205815786 U CN205815786 U CN 205815786U
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Abstract
This utility model relates to a kind of lapping device, particularly relates to the lapping device of a kind of high-purity oxalic acid as effective catalyst.The technical problems to be solved in the utility model be to provide a kind of time saving and energy saving when grinding, grinding effect good, grinding rate is used as the lapping device of high-purity oxalic acid of effective catalyst faster.In order to solve above-mentioned technical problem, this utility model provides the lapping device that such a is used as the high-purity oxalic acid of effective catalyst, includes electric pushrod, ceiling hold, left socle, fixed plate, heat lamp, right support, motor I, baking box, electrically-controlled valve I etc.；Ground is provided with right support and left socle, and right support is positioned at the right side of left socle, is sequentially provided with pole III, bearing block I and pole I on the left of right support from bottom to up, and pole III left end connects grinding case.This utility model has reached time saving and energy saving during grinding, grinding effect good, grinding rate beneficial effect faster.
Description
Technical field
This utility model relates to a kind of lapping device, particularly relates to the grinding of a kind of high-purity oxalic acid as effective catalyst
Device.
Background technology
Reactant chemical reaction rate (can improve and also can reduce) can be changed in chemical reaction and do not change chemistry and put down
Weighing apparatus, and the material that quality own and chemical property the most do not change before and after chemical reaction is catalyst.Catalyst is certainly
The composition of body, chemical property and quality before the reaction after do not change；The relation of it and reaction system is just as lock and key
Relation is the same, has the selectivity (or specificity) of height.
Oxalate has the strongest mating reaction, is another kind of metal-chelator in plant derived foods.When oxalic acid and some alkali
When earth metal element combines, its dissolubility is substantially reduced, as calcium oxalate is practically insoluble in water.Therefore the existence of oxalic acid is to necessary ore deposit
The biological effectiveness of matter has a significant impact；When oxalic acid is combined with some low transition metal elements, due to the mating reaction of oxalic acid,
Defining the coordination compound of solubility, its dissolubility is greatly increased.
High-purity oxalic acid powder will be lumpd by the time of tide, high-purity oxalic acid powder, thus affect using effect, so will be by caking
High-purity oxalic acid powder mull is broken.
The lapping device of the existing high-purity oxalic acid as effective catalyst exists wastes time and energy when grinding, grinding effect
Difference, the slower shortcoming of grinding rate, therefore need badly time saving and energy saving when research and development one is ground, grinding effect good, grinding rate is very fast
The lapping device of the high-purity oxalic acid as effective catalyst.
Utility model content
(1) to solve the technical problem that
When this utility model grinds to overcome the lapping device of the existing high-purity oxalic acid as effective catalyst to exist
Waste time and energy, grinding effect is poor, grinding rate is slower shortcoming, the technical problems to be solved in the utility model is to provide one and grinds
During mill time saving and energy saving, grinding effect good, grinding rate is used as the lapping device of high-purity oxalic acid of effective catalyst faster.
(2) technical scheme
In order to solve above-mentioned technical problem, this utility model provides such a and is used as the high-purity oxalic acid of effective catalyst
Lapping device, include electric pushrod, ceiling hold, left socle, fixed plate, heat lamp, right support, motor I, baking box, electrically-controlled valve
I, feed hopper I, electrically-controlled valve II, discharge nozzle, abrasive roller I, motor II, pole I, bevel gear I, electrically-controlled valve III, feed hopper II, cone
Gear III, bull stick II, bearing block II, pole II, bevel gear IV, discharge bucket, electrically-controlled valve IV, abrasive roller II, grinding case, cone tooth
Wheel II, bull stick I, bearing block I, pole III and motor III；Ground is provided with right support and left socle, and right support is positioned at left socle
Right side, is sequentially provided with pole III, bearing block I and pole I from bottom to up on the left of right support, pole III left end connects grinding case,
Grinding and be provided with feed hopper II on the left of box top, feed hopper II is provided with electrically-controlled valve II, grinds case bottom left and is provided with discharge bucket, goes out
Hopper is provided with electrically-controlled valve IV, and bearing block I is provided with in the middle of bull stick I, bull stick I and is provided with bevel gear II, and bull stick I left end stretches into grinding
In case, bull stick I left end connects abrasive roller I, and pole I left end connects has motor II, motor II lower end to be provided with bevel gear I, cone
Gear I engages with bevel gear II, is sequentially provided with motor I, bearing block II and pole II on the right side of left socle from top to bottom, and motor I is right
Side is provided with baking box, and baking box crown center is provided with feed hopper I, and feed hopper I is provided with electrically-controlled valve I, and baking box bottom right is provided with discharging
Pipe, discharge nozzle is positioned at the surface of feed hopper II, and discharge nozzle is provided with electrically-controlled valve III, is provided with bull stick II, bull stick on the right side of bearing block I
Being provided with bevel gear III in the middle of II, bull stick II right-hand member stretches into grinding case, and bull stick II right-hand member connects abrasive roller II, pole II right-hand member
Connecting has motor III, motor III upper end to be provided with bevel gear IV, and bevel gear IV engages with bevel gear III, is above the ground provided with topmast
Frame, ceiling hold bottom left is provided with electric pushrod, and electric pushrod lower end connects has fixed plate, fixed plate to be positioned at just going up of baking box
Side, is provided with heat lamp bottom fixed plate.
Preferably, also including filter screen, grind bottom portion and be provided with filter screen, filter screen is positioned at the surface of discharge bucket.
Preferably, also including vibrating motor, baking box bottom left is provided with vibrating motor.
Preferably, ceiling hold, left socle and right support material are Q235 steel.
Operation principle: be first turned on electrically-controlled valve I, joins in baking box by high-purity oxalic acid powder from feed hopper I, is then shut off
Electrically-controlled valve I, then starts motor I and drives baking box to rotate, thus in will driving baking box, the high-purity oxalic acid powder of caking rotates, with
Time open heat lamp, and start electric pushrod elongation, thus fixed plate will be driven to move downward, thus heat lamp will be driven downward
Motion, when heat lamp is moved downwardly to correct position, electric pushrod stops elongation, thus will carry out the baking box rotated
Heating, thus the high-purity oxalic acid powder of caking in the baking box rotated will be heated, thus the height of caking will be made
Pure oxalic acid powder heats evenly, and after the high-purity oxalic acid powder of caking is heated to a certain degree, and discharge nozzle is positioned at charging
During the surface of bucket II, motor I quits work, and is then shut off heat lamp, starts electric pushrod simultaneously and shortens, thus will drive solid
Determining plate to move upward, thus heat lamp will be driven to move upward, when heat lamp moves upward to initial position, electric pushrod stops
Shorten, then open electrically-controlled valve III, open electrically-controlled valve II simultaneously, then in baking box, the high-purity oxalic acid powder of caking will pass through discharging
Pipe enters in grinding case by feed hopper II again, when high-purity oxalic acid powder all of in baking box enters in grinding case, with
Time close electrically-controlled valve III and electrically-controlled valve II, then start motor II band dynamic bevel gear I and rotate clockwise, thus will band mantle tooth
Wheel II rotates clockwise, thus bull stick I will be driven to rotate clockwise, thus abrasive roller I will be driven to rotate clockwise, with
Shi Qidong motor III band dynamic bevel gear IV rotates counterclockwise, thus will rotate counterclockwise by band dynamic bevel gear III, thus will carry
Dynamic bull stick II rotates counterclockwise, thus abrasive roller II will be driven to rotate counterclockwise, thus abrasive roller I and abrasive roller II
The high-purity oxalic acid powder lumpd in grinding case will be ground, thus the high-purity oxalic acid powder mull of caking is become tiny
High-purity oxalic acid powder, thus preferably use, after in grinding case, high-purity oxalic acid powder mull completes, motor II and motor III are same
Time quit work, then open electrically-controlled valve IV, ground high-purity oxalic acid powder be flowed in specified containers by discharge bucket.
Because also including filter screen, grinding bottom portion and being provided with filter screen, filter screen is positioned at the surface of discharge bucket, so when grinding
When the high-purity oxalic acid powder of milled is flowed in specified containers by discharge bucket, thus oarse-grained high-purity oxalic acid will be filtered out
Powder.
Because also including vibrating motor, baking box bottom left is provided with vibrating motor, so when the height that will lump in baking box
Pure oxalic acid powder be flowed into grinding case in time, Vibration on Start-up motor work, thus will effectively prevent caking high-purity oxalic acid
Discharge nozzle is blocked by powder.
Because ceiling hold, left socle and right support material are Q235 steel, Q235 steel durable, wear-resistant, it is possible to make topmast
The service life of frame, left socle and right support is longer.
(3) beneficial effect
This utility model has reached time saving and energy saving during grinding, grinding effect good, grinding rate beneficial effect faster.
Accompanying drawing explanation
Fig. 1 is the first main TV structure schematic diagram of the present utility model.
Fig. 2 is the second of the present utility model main TV structure schematic diagram.
Fig. 3 is the third main TV structure schematic diagram of the present utility model.
Being labeled as in accompanying drawing: 1-electric pushrod, 2-ceiling hold, 3-left socle, 4-fixed plate, 5-heat lamp, 6-right support,
7-motor I, 8-baking box, 9-electrically-controlled valve I, 10-feed hopper I, 11-electrically-controlled valve II, 12-discharge nozzle, 13-abrasive roller I, 14-electricity
Machine II, 15-pole I, 16-bevel gear I, 17-electrically-controlled valve III, 18-feed hopper II, 19-bevel gear III, 20-bull stick II, 21-axle
Bearing II, 22-pole II, 23-bevel gear IV, 24-discharge bucket, 25-electrically-controlled valve IV, 26-abrasive roller II, 27-grinds case,
28-bevel gear II, 29-bull stick I, 30-bearing block I, 31-pole III, 32-ground, 33-motor III, 34-filter screen, 35-vibrates electricity
Machine.
Detailed description of the invention
With embodiment, this utility model is further described below in conjunction with the accompanying drawings.
Embodiment 1
The lapping device of a kind of high-purity oxalic acid as effective catalyst, as Figure 1-3, includes electric pushrod 1, top
Support 2, left socle 3, fixed plate 4, heat lamp 5, right support 6, motor I 7, baking box 8, electrically-controlled valve I 9, feed hopper I 10, electrically-controlled valve II
11, discharge nozzle 12, abrasive roller I 13, motor II 14, pole I 15, bevel gear I 16, electrically-controlled valve III 17, feed hopper II 18, cone tooth
Take turns III 19, bull stick II 20, bearing block II 21, pole II 22, bevel gear IV 23, discharge bucket 24, electrically-controlled valve IV 25, abrasive roller II
26, case 27, bevel gear II 28, bull stick I 29, bearing block I 30, pole III 31 and motor III 33 are ground；Ground 32 is provided with right
Frame 6 and left socle 3, right support 6 is positioned at the right side of left socle 3, is sequentially provided with pole III 31, axle on the left of right support 6 from bottom to up
Bearing I 30 and pole I 15, pole III 31 left end connects grinding case 27, grinds case 27 top left side and is provided with feed hopper II 18, enters
Hopper II 18 is provided with electrically-controlled valve II 11, grinds case 27 bottom left and is provided with discharge bucket 24, and discharge bucket 24 is provided with electrically-controlled valve IV
25, bearing block I 30 is provided with in the middle of bull stick I 29, bull stick I 29 and is provided with bevel gear II 28, and bull stick I 29 left end stretches into grinding case 27
In, bull stick I 29 left end connects abrasive roller I 13, and pole I 15 left end connects has motor II 14, motor II 14 lower end to be provided with cone
Gear I 16, bevel gear I 16 engages with bevel gear II 28, is sequentially provided with motor I 7, bearing block II on the right side of left socle 3 from top to bottom
21 and pole II 22, it is provided with baking box 8 on the right side of motor I 7, baking box 8 crown center is provided with feed hopper I 10, and feed hopper I 10 is provided with electricity
Control valve I 9, baking box 8 bottom right is provided with discharge nozzle 12, and discharge nozzle 12 is positioned at the surface of feed hopper II 18, and discharge nozzle 12 sets
Having electrically-controlled valve III 17, be provided with in the middle of bull stick II 20, bull stick II 20 and be provided with bevel gear III 19 on the right side of bearing block I 30, bull stick II 20 is right
End stretches into grinding case 27, and bull stick II 20 right-hand member connects abrasive roller II 26, and pole II 22 right-hand member connects motor III 33, motor
III 33 upper ends are provided with bevel gear IV 23, and bevel gear IV 23 engages with bevel gear III 19, and ground 32 is arranged over ceiling hold 2, topmast
Frame 2 bottom left is provided with electric pushrod 1, and electric pushrod 1 lower end connects has fixed plate 4, fixed plate 4 to be positioned at the surface of baking box 8,
Heat lamp 5 it is provided with bottom fixed plate 4.
Also including filter screen 34, grind and be provided with filter screen 34 bottom case 27, filter screen 34 is positioned at the surface of discharge bucket 24.
Also including vibrating motor 35, baking box 8 bottom left is provided with vibrating motor 35.
Ceiling hold 2, left socle 3 and right support 6 material are Q235 steel.
Operation principle: be first turned on electrically-controlled valve I 9, joins in baking box 8 by high-purity oxalic acid powder from feed hopper I 10, then
Close electrically-controlled valve I 9, then start motor I 7 and drive baking box 8 to rotate, thus the high-purity oxalic acid powder of caking in baking box 8 will be driven
End rotates, and opens heat lamp 5 simultaneously, and starts electric pushrod 1 and extend, thus fixed plate 4 will be driven to move downward, thus will
Driving heat lamp 5 to move downward, when heat lamp 5 is moved downwardly to correct position, electric pushrod 1 stops elongation, thus will align
Heat at the baking box 8 rotated, thus the high-purity oxalic acid powder of caking in the baking box 8 rotated will be heated,
Thus the high-purity oxalic acid powder of caking will be made to heat evenly, after the high-purity oxalic acid powder of caking is heated to a certain degree,
And when discharge nozzle 12 is positioned at the surface of feed hopper II 18, motor I 7 quits work, it is then shut off heat lamp 5, starts electricity simultaneously
Dynamic push rod 1 shortens, thus fixed plate 4 will be driven to move upward, thus heat lamp 5 will be driven to move upward, when heat lamp 5 upwards
When moving to initial position, electric pushrod 1 stops shortening, and then opens electrically-controlled valve III 17, opens electrically-controlled valve II 11 simultaneously, then bake
In case 8, the high-purity oxalic acid powder of caking will enter in grinding case 27 by feed hopper II 18 by discharge nozzle 12, when roasting again
Time in all of high-purity oxalic acid powder enters into grinding case 27 in case 8, simultaneously close off electrically-controlled valve III 17 and electrically-controlled valve II 11, then
Start motor II 14 band dynamic bevel gear I 16 to rotate clockwise, thus will rotate clockwise by band dynamic bevel gear II 28, thus will
Drive bull stick I 29 to rotate clockwise, thus abrasive roller I 13 will be driven to rotate clockwise, start motor III 33 simultaneously and drive
Bevel gear IV 23 rotates counterclockwise, thus will rotate counterclockwise by band dynamic bevel gear III 19, thus bull stick II 20 will be driven inverse
Hour hands rotate, thus abrasive roller II 26 will be driven to rotate counterclockwise, thus abrasive roller I 13 and abrasive roller II 26 will
The high-purity oxalic acid powder lumpd in grinding case 27 is ground, thus the high-purity oxalic acid powder mull of caking is become tiny height
Pure oxalic acid powder, thus preferably use, after in grinding case 27, high-purity oxalic acid powder mull completes, motor II 14 and motor III
33 quit work simultaneously, then open electrically-controlled valve IV 25, and by discharge bucket 24, ground high-purity oxalic acid powder is flowed into finger
In constant volume device.
Because also including filter screen 34, grinding and being provided with filter screen 34 bottom case 27, filter screen 34 is positioned at the surface of discharge bucket 24,
So when being flowed in specified containers by discharge bucket 24 by ground high-purity oxalic acid powder, thus big will be filtered out
The high-purity oxalic acid powder of grain.
Because also including vibrating motor 35, baking box 8 bottom left is provided with vibrating motor 35, so tying in by baking box 8
The high-purity oxalic acid powder of block be flowed into grinding case 27 in time, Vibration on Start-up motor 35 works, thus will effectively prevent caking
High-purity oxalic acid powder discharge nozzle 12 is blocked.
Because ceiling hold 2, left socle 3 and right support 6 material are Q235 steel, Q235 steel durable, wear-resistant, it is possible to make
The service life of ceiling hold 2, left socle 3 and right support 6 is longer.
Embodiment described above only have expressed preferred implementation of the present utility model, and it describes more concrete and detailed,
But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, common for this area
For technical staff, without departing from the inventive concept of the premise, it is also possible to making some deformation, improve and substitute, these are all
Belong to protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (4)
1. the lapping device of the high-purity oxalic acid being used as effective catalyst, it is characterised in that include electric pushrod (1), top
Support (2), left socle (3), fixed plate (4), heat lamp (5), right support (6), motor I (7), baking box (8), electrically-controlled valve I (9), enter
Hopper I (10), electrically-controlled valve II (11), discharge nozzle (12), abrasive roller I (13), motor II (14), pole I (15), bevel gear I
(16), electrically-controlled valve III (17), feed hopper II (18), bevel gear III (19), bull stick II (20), bearing block II (21), pole II
(22), bevel gear IV (23), discharge bucket (24), electrically-controlled valve IV (25), abrasive roller II (26), grinding case (27), bevel gear II
(28), bull stick I (29), bearing block I (30), pole III (31) and motor III (33)；Ground (32) is provided with right support (6) and a left side
Support (3), right support (6) is positioned at the right side of left socle (3), right support (6) left side be sequentially provided with from bottom to up pole III (31),
Bearing block I (30) and pole I (15), pole III (31) left end connects grinding case (27), grinds case (27) top left side and is provided with
Feed hopper II (18), feed hopper II (18) is provided with electrically-controlled valve II (11), grinds case (27) bottom left and is provided with discharge bucket (24),
Discharge bucket (24) is provided with electrically-controlled valve IV (25), and bearing block I (30) is provided with in the middle of bull stick I (29), bull stick I (29) and is provided with cone tooth
Wheel II (28), bull stick I (29) left end stretches in grinding case (27), and bull stick I (29) left end connects abrasive roller I (13), pole I
(15) left end connects has motor II (14), motor II (14) lower end to be provided with bevel gear I (16), bevel gear I (16) and bevel gear II
(28) engagement, left socle (3) right side is sequentially provided with motor I (7), bearing block II (21) and pole II (22), motor I from top to bottom
(7) right side is provided with baking box (8), and baking box (8) crown center is provided with feed hopper I (10), and feed hopper I (10) is provided with electrically-controlled valve I
(9), baking box (8) bottom right is provided with discharge nozzle (12), and discharge nozzle (12) is positioned at the surface of feed hopper II (18), discharge nozzle
(12) being provided with electrically-controlled valve III (17), bearing block I (30) right side is provided with in the middle of bull stick II (20), bull stick II (20) and is provided with bevel gear
III (19), bull stick II (20) right-hand member stretches into grinding case (27), and bull stick II (20) right-hand member connects abrasive roller II (26), pole II
(22) right-hand member connects has motor III (33), motor III (33) upper end to be provided with bevel gear IV (23), bevel gear IV (23) and bevel gear
III (19) engagement, ground (32) are arranged over ceiling hold (2), and ceiling hold (2) bottom left is provided with electric pushrod (1), electronic push away
Bar (1) lower end connects has fixed plate (4), fixed plate (4) to be positioned at the surface of baking box (8), and fixed plate (4) bottom is provided with heat lamp
(5)。
The lapping device of a kind of high-purity oxalic acid as effective catalyst the most according to claim 1, it is characterised in that also
Including filter screen (34), grind case (27) bottom and be provided with filter screen (34), filter screen (34) is positioned at the surface of discharge bucket (24).
The lapping device of a kind of high-purity oxalic acid as effective catalyst the most according to claim 1, it is characterised in that also
Including vibrating motor (35), baking box (8) bottom left is provided with vibrating motor (35).
The lapping device of a kind of high-purity oxalic acid as effective catalyst the most according to claim 1, it is characterised in that top
Support (2), left socle (3) and right support (6) material are Q235 steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620650730.0U CN205815786U (en) | 2016-06-24 | 2016-06-24 | A kind of lapping device of the high-purity oxalic acid as effective catalyst |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620650730.0U CN205815786U (en) | 2016-06-24 | 2016-06-24 | A kind of lapping device of the high-purity oxalic acid as effective catalyst |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205815786U true CN205815786U (en) | 2016-12-21 |
Family
ID=58145945
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620650730.0U Expired - Fee Related CN205815786U (en) | 2016-06-24 | 2016-06-24 | A kind of lapping device of the high-purity oxalic acid as effective catalyst |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205815786U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110657646A (en) * | 2019-10-18 | 2020-01-07 | 江西师范大学 | Novel high-efficient carbon black desiccator |
-
2016
- 2016-06-24 CN CN201620650730.0U patent/CN205815786U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110657646A (en) * | 2019-10-18 | 2020-01-07 | 江西师范大学 | Novel high-efficient carbon black desiccator |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161221 Termination date: 20170624 |