CN208878585U - A kind of agitating device of Activated Carbon Production - Google Patents
A kind of agitating device of Activated Carbon Production Download PDFInfo
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- CN208878585U CN208878585U CN201821476027.8U CN201821476027U CN208878585U CN 208878585 U CN208878585 U CN 208878585U CN 201821476027 U CN201821476027 U CN 201821476027U CN 208878585 U CN208878585 U CN 208878585U
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Abstract
The utility model discloses a kind of agitating devices of Activated Carbon Production, belong to active carbon production equipment field, including outer case and it is set to the intracorporal feeding mechanism of outer container and rabbling mechanism, feeding mechanism includes and in the raw material inlet pipe and activator inlet pipe of mirror setting, the lower end of two material inlet pipes is formed with the inclined tube section tilted down, it is equipped with two sides between the lower port of two material inlet pipes and respectively corresponds the thick partition for attaching two material inlet pipe lower ports, two material inlet pipes respectively connect an electrical-controlled lifting component；Rabbling mechanism includes stirred tank and the rotation axis on central axes in outer case, fixing sleeve is equipped with the material guiding plate between feeding mechanism and stirred tank in rotation axis, material guiding plate upper surface is from rounded face progressively lower to edge at center, and the lower port of two material inlet pipes is respectively positioned on the surface of material guiding plate；Rotation axis lower part is uniformly fixed with paddle along its border.The utility model improves the uniformity coefficient that activated carbon raw material is mixed with activator, and discharges and collect conveniently.
Description
Technical field
The utility model relates to active carbon production equipment fields, are specifically related to a kind of stirring dress of Activated Carbon Production
It sets.
Background technique
Active carbon is powdered or granular amorphous carbon, because microcrystalline carbon is irregular alignment in structure,
There are pore between interconnection, carbon tissue defects can be generated in activation, thus it have highly developed pore structure and
Huge specific surface area, adsorption capacity is strong, chemical stability is good, high mechanical strength, using easily being regenerated after failure the features such as.Activity
The primary raw material of charcoal almost can be all organic materials rich in carbon, such as coal, timber, shell, coconut husk, walnut shell, apricot shell, jujube
Shell etc..These carbonaceous materials are converted into active carbon by pyrolysis under high temperature and certain pressure in activation furnace.To work
When property carbon feedstock is activated, whether activator is uniformly adhered on activated carbon raw material, decides the work produced
Property charcoal performance, when traditional activator or activating solution and activated carbon raw material contact, mostly use pipeline spray gun spraying, this side greatly
Although method is simple, it is easy to require further improvement activator so that activator non-uniform situation occurs in attachment
With the reaction process of activated carbon raw material, the quality of production of active carbon activation is improved.
Utility model content
1. technical problems to be solved
The technical problem to be solved by the present invention is to provide a kind of agitating devices of Activated Carbon Production, can improve
The uniformity coefficient that activated carbon raw material is mixed with activator.
2. technical solution
To solve the above problems, the utility model adopts the following technical scheme:
A kind of agitating device of Activated Carbon Production, including soaring aloft in outer case above the ground and being set to inside outer case
Feeding mechanism and rabbling mechanism, be equipped with the support frame of support on the ground on the outside of the outer case；
The feeding mechanism includes raw material inlet pipe and activator inlet pipe opposite and in mirror setting, the raw material into
The upper end of pipe and activator inlet pipe both passes through at the top of outer case, and the lower end of the raw material inlet pipe and activator inlet pipe is formed with phase
To and the inclined tube section that tilts down, the lower port of the raw material inlet pipe and activator inlet pipe is vertical mouth, the raw material inlet pipe
The thick partition being fixed on outer case inner top surface, the two sides point of the thickness partition are equipped between the lower port of activator inlet pipe
Dui Ying not attach the lower port of raw material inlet pipe and activator inlet pipe, the raw material inlet pipe and activator inlet pipe respectively connect one it is automatically controlled
Lifting assembly, the electrical-controlled lifting component respectively drive moving up and down for raw material inlet pipe and activator inlet pipe；
The rabbling mechanism includes the stirred tank immediately below feeding mechanism and turn on central axes in outer case
Moving axis, the stirred tank are hemispherical, and the stirring trench bottom is fixed on outer case inner bottom surface, top surface week on the stirred tank
Circle is fixed with bore, and gradually wide block girth sheets, the close sticking type of upper top of the block girth sheets are fixed on outer case from the bottom to top
On inner wall；The rotation axis upper end sequentially passes through thick partition and outer case top surface and connects rotary electric machine, at the top of the outer case
It is equipped with bearing one for the position that rotation axis passes through, the rotation axis lower end is protruded into stirred tank, and is connected to and is stirred by bearing two
Trench bottom is mixed, fixing sleeve is equipped with the material guiding plate between at the top of feeding mechanism and stirred tank, the guide in the rotation axis
Disk upper surface is from progressively lower to edge rounded face at center, and the lower port of the raw material inlet pipe and activator inlet pipe is respectively positioned on
The surface of material guiding plate, the part that the rotation axis lower part is located in stirred tank are uniformly fixed with paddle along its border；It is described
It stirs trench bottom and is equipped with the discharge nozzle for being located at two outside of bearing, the discharge nozzle upper port is equipped with electric control valve, the rotation axis
Lower end is connected with lower surface by connecting rod and is attached at scraping wings in stirred tank on discharge nozzle upper port corresponding part side wall.
Further, the specific structure of the electrical-controlled lifting component are as follows: the upper end of the raw material inlet pipe and activator inlet pipe
Place side is arranged with movable block, and the movable block is arranged on outer case top surface, is equipped with outside being fixed below the movable block
Support plate on cabinet wall is equipped with the pneumatic cylinder being connected on movable block bottom surface, two pieces of supports in the support plate
The distance between the phase proximal end of plate material inlet pipe (raw material inlet pipe or activator inlet pipe) lower surface corresponding to its surface is not less than
The caliber of the material inlet pipe lower port.By the stretching or retraction of the piston rod of the corresponding side pneumatic cylinder of drive control, can directly push away
Dynamic movable block moves up and down, and so as to drive moving up or moving down for raw material inlet pipe and activator inlet pipe, structure combination is simple easy
Control, it is convenient to carry out；Support plate can reserve enough to the setting of the distance between corresponding material inlet pipe lower surface right above it
For the mobile space of raw material inlet pipe or activator inlet pipe.
Further, it is fixed with flange block on side external surface where the upper end of the raw material inlet pipe and activator inlet pipe,
Promotion slot compatible with flange block is equipped in the movable block, the flange block, which is located at, to be pushed in slot.Flange block and promotion slot
Be equipped with so that the connected relationship between movable block and corresponding material inlet pipe is more closely so that movable block on move down
Kinetic energy pushes the movement of raw material inlet pipe or activator inlet pipe in time.
Further, the limit guide rod for being held on movable block two sides, the limit are fixed on the outer case inner top surface
Height where the lower end of the guide rod of position is consistently lower than height where movable block upper surface.Limit guide rod can limit the lateral position of movable block
It sets, prevents movable block from shifting in the process of moving up and down and influence between corresponding material inlet pipe lower port and thick partition
Attaching relationship.
Further, side bottom where the lower port of the raw material inlet pipe and activator inlet pipe, which is fixed with, tilts down simultaneously
Extend to the striker plate of corresponding side support plate respective side.In raw material inlet pipe and activator inlet pipe blanking, material can be stopped
It raises, falls into material smoothly in stirred tank, advantageously reduce the waste of material.
Further, the raw material inlet pipe and activator inlet pipe upper port are equipped with loading hopper, the loading hopper bottom
The distance between portion and top surface in outer case are not less than the caliber of corresponding material inlet pipe lower port.Loading hopper can be convenient for active carbon
The dosing operation of raw material or activator, and in view of material inlet pipe needs to move up and down, then the High definition of loading hopper can be protected
Loading hopper is held to be always positioned above outer case.
Further, the thick diaphragm internal is hollow, and the position that the rotation axis passes through thick partition is equipped with bearing three.Because
Rotation axis is needed across thick partition, and the setting of the hollow structure and bearing three of thick partition can provide convenience for the rotation of rotation axis.
3. beneficial effect
(1) the utility model is equipped with feeding mechanism in the outer case, and feeding mechanism includes opposite and is arranged in mirror
Raw material inlet pipe and activator inlet pipe, the lower end of raw material inlet pipe and activator inlet pipe is formed with inclined tube that is opposite and tilting down
Section is equipped with two sides and respectively corresponds attaching raw material inlet pipe and activator inlet pipe between raw material inlet pipe and the lower port of activator inlet pipe
The thick partition of lower port, raw material inlet pipe and activator inlet pipe respectively connect an electrical-controlled lifting component.In application, with raw material inlet pipe and
The lower port bore of activator inlet pipe is basic data, and the height of raw material inlet pipe and activator inlet pipe is adjusted by electrical-controlled lifting component
Lower position, at this point, thick partition respective side can block the upper part of raw material inlet pipe and activator inlet pipe lower port, i.e., controllable original
The caliber size that material inlet pipe and activator inlet pipe lower port are used to effectively discharge, then activated carbon raw material and activator can be by certain ratios
The blanking velocity of example (ratio is adjustable) carries out blanking, so as to improve the uniformity coefficient that activated carbon raw material is mixed with activator.
(2) the utility model is equipped with rabbling mechanism in the outer case, and rabbling mechanism includes being set to immediately below feeding mechanism
Stirred tank and the rotation axis on central axes in outer case, in rotation axis fixing sleeve be equipped with positioned at feeding mechanism and stirred tank it
Between material guiding plate, material guiding plate upper surface be from progressively lower to edge rounded face at center, raw material inlet pipe and activator inlet pipe
Lower port is respectively positioned on the surface of material guiding plate.In application, the rotation of rotation axis can drive material guiding plate to rotate, activated carbon raw material and work
Agent is fallen from the lower port of raw material inlet pipe and activator inlet pipe respectively, is dropped down on material guiding plate, and the rotation of material guiding plate can be by work
Property carbon feedstock and activator are uniformly spread out along material guiding plate periphery, are mixed to can be further improved activated carbon raw material with activator
Uniformity coefficient.
(3) stirred tank of the utility model is hemispherical, and the part that rotation axis lower part is located in stirred tank is equal along its border
It is even to be fixed with paddle.In application, after activated carbon raw material and activator are fallen into stirred tank, paddle with rotation axis rotation
And rotate, the material in stirred tank can be mixed, improve the uniform journey that activated carbon raw material is mixed with activator again
Degree.
(4) the raw material inlet pipe of the utility model and the lower end of activator inlet pipe are formed with inclined tube that is opposite and tilting down
The lower port of section, raw material inlet pipe and activator inlet pipe is vertical mouth, is set between raw material inlet pipe and the lower port of activator inlet pipe
There are two sides to respectively correspond the thick partition for attaching raw material inlet pipe and activator inlet pipe lower port, raw material inlet pipe and activator inlet pipe
Lower port is only partially exposed, even if activated carbon raw material or activator can raise when blanking, also raw material inlet pipe more difficult to get access
With activator inlet pipe, it is located in outer case so that activated carbon raw material and activator are stablized, can avoid dissipating outside material causes material to damage
Consumption；Top surface border is fixed with bore gradually wide block girth sheets, the upper top of block girth sheets closely attaches from the bottom to top on stirred tank
Formula is fixed on outer case inner wall, and the activated carbon raw material and activator for not being directly entered stirred tank can be fallen on block girth sheets, most
Enter stirred tank along baffle circle eventually, to can ensure that material completely into stirred tank, can avoid the waste of material.
(5) the utility model is equipped with the discharge nozzle for being located at two outside of bearing in stirring trench bottom, and discharge nozzle upper port is equipped with
Electric control valve, rotation axis lower end are connected with lower surface by connecting rod and are attached at discharge nozzle upper port corresponding part side wall in stirred tank
On scraping wings.After opening electric control valve, the material in discharge nozzle area just above can smoothly enter into discharge nozzle, but still have few portion
Divide material that cannot be smoothly discharged, at this point, scraping wings is rotated with the rotation of rotation axis, aforementioned small part material can be smoothly pushed into
In discharge nozzle, related personnel only need to place rewinding container immediately below discharge nozzle and be collected, and the collection of discharging is more square
Just.
To sum up, the utility model successively can repeatedly improve the uniformity coefficient that activated carbon raw material is mixed with activator, make activity
Carbon feedstock is sufficiently mixed with activator；It can avoid material loss, and discharge and collect conveniently.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model, the lower port of raw material inlet pipe 3 and activator inlet pipe 4 shown in figure
Just it is attached to completely on thick partition 5；
Fig. 2 is the enlarged diagram of region A in Fig. 1；
Fig. 3 is the enlarged diagram of region B in Fig. 1；
Appended drawing reference: 1- outer case, 2- support frame, 3- raw material inlet pipe, 4- activator inlet pipe, 5- thickness partition, 6- stirred tank,
7- rotation axis, 8- block girth sheets, 9- bearing one, 10- bearing two, 11- material guiding plate, 12- paddle, 13- discharge nozzle, 14- are automatically controlled
Valve, 15- scraping wings, 16- movable block, 17- support plate, 18- pneumatic cylinder, 19- flange block, 20- push slot, and 21- limits guide rod,
22- striker plate, 23- loading hopper, 24- bearing three, 25- rotary electric machine.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
Embodiment
The agitating device of a kind of Activated Carbon Production as shown in Figure 1, including soaring aloft in outer case 1 above the ground and setting
Feeding mechanism and rabbling mechanism inside outer case 1 are equipped with the support frame 2 of support on the ground on the outside of the outer case 1；
The feeding mechanism includes raw material inlet pipe 3 and activator inlet pipe 4 opposite and in mirror setting, the raw material
The upper end of inlet pipe 3 and activator inlet pipe 4 both passes through at the top of outer case 1, and the lower end of the raw material inlet pipe 3 and activator inlet pipe 4 is equal
It is formed with inclined tube section that is opposite and tilting down, the lower port of the raw material inlet pipe 3 and activator inlet pipe 4 is vertical mouth, institute
State the thick partition 5 for being equipped with and being fixed on 1 inner top surface of outer case between raw material inlet pipe 3 and the lower port of activator inlet pipe 4, the thickness
The two sides of partition 5 respectively correspond the lower port for attaching raw material inlet pipe 3 and activator inlet pipe 4, the raw material inlet pipe 3 and activator
Respectively one electrical-controlled lifting component of connection, the electrical-controlled lifting component respectively drive raw material inlet pipe 3 and activator inlet pipe 4 to inlet pipe 4
It moves up and down；
The rabbling mechanism includes stirred tank 6 immediately below the feeding mechanism and on central axes in outer case 1
Rotation axis 7, the stirred tank 6 are hemispherical, and 6 bottom of stirred tank is fixed on 1 inner bottom surface of outer case, the stirred tank 6
Upper top surface border is fixed with bore, and gradually wide block girth sheets 8, the close sticking type of upper top of the block girth sheets 8 are solid from the bottom to top
It is scheduled on 1 inner wall of outer case；7 upper end of rotation axis sequentially passes through thick partition 5 and 1 top surface of outer case and connects rotary electric machine
25,1 top of outer case is equipped with bearing 1 for the position that rotation axis 7 passes through, and stirred tank 6 is protruded into 7 lower end of rotation axis
It is interior, and 6 bottom of stirred tank is connected to by bearing 2 10, fixing sleeve, which is equipped with, in the rotation axis 7 is located at feeding mechanism and stirring
Material guiding plate 11 between 6 top of slot, 11 upper surface of material guiding plate are from rounded face progressively lower to edge at center, the original
The lower port of material inlet pipe 3 and activator inlet pipe 4 is respectively positioned on the surface of material guiding plate 11, and 7 lower part of rotation axis is located at stirred tank 6
Interior part is uniformly fixed with paddle 12 along its border；6 bottom of stirred tank is equipped with the discharging for being located at 2 10 outside of bearing
Pipe 13,13 upper port of discharge nozzle are equipped with electric control valve 14, and 7 lower end of rotation axis is connected with lower surface by connecting rod and attaches
In the scraping wings 15 in stirred tank 6 on 13 upper port corresponding part side wall of discharge nozzle.
In the present embodiment, as shown in Figure 1, the specific structure of the electrical-controlled lifting component are as follows: the raw material inlet pipe 3 and work
Side where the upper end of agent inlet pipe 4 is arranged with movable block 16, and the movable block 16 is arranged on 1 top surface of outer case, the shifting
It is equipped with the support plate 17 being fixed on 1 inner wall of outer case below motion block 16, is equipped in the support plate 17 and is connected to movable block
Pneumatic cylinder 18 on 16 bottom surfaces, the phase proximal end of two pieces of support plates 17 and corresponding material inlet pipe right above it (raw material inlet pipe 3 or
Activator inlet pipe 4) the distance between lower surface is not less than the caliber of the material inlet pipe lower port.Pass through drive control corresponding side gas
The stretching or retraction of the piston rod of cylinder pressure 18, can push directly on moving up and down for movable block 16, so as to drive 3 He of raw material inlet pipe
Activator inlet pipe 4 moving up or moving down, and structure combination is simple and easy to control, convenient to carry out；The material corresponding to its surface of support plate 17
The setting of the distance between inlet pipe lower surface can reserve enough spaces mobile for raw material inlet pipe 3 or activator inlet pipe 4.
For the stability for improving the relationship that is connected between movable block 16 and corresponding material inlet pipe, as shown in Fig. 2, the raw material into
Flange block 19 is fixed with where the upper end of pipe 3 and activator inlet pipe 4 on side external surface, is equipped with and flange block in the movable block 16
19 compatible promotion slots 20, the flange block 19, which is located at, to be pushed in slot 20.Flange block 19 is equipped with promotion slot 20, is made
Obtain movable block 16 moves up and down the movement that can push raw material inlet pipe 3 or activator inlet pipe 4 in time.
To prevent raw material inlet pipe 3 and activator inlet pipe 4 from lateral deviation occurring in the process of moving up and down, such as Fig. 1 and Fig. 2 institute
Show, the limit guide rod 21 for being held on 16 two sides of movable block, 21 lower end of limit guide rod are fixed on 1 inner top surface of outer case
Place height is consistently lower than height where 16 upper surface of movable block.Limit guide rod 21 can limit the lateral position of movable block 16, prevent
Only movable block 16 shifts in the process of moving up and down and influences the patch between corresponding material inlet pipe lower port and thick partition 5
Attached relationship.
In view of activated carbon raw material and activator are when falling on material guiding plate 11, may raise, as shown in Figure 1, described
Side bottom where the lower port of raw material inlet pipe 3 and activator inlet pipe 4, which is fixed with, tilts down and extends to corresponding side support plate 17
The striker plate 22 of respective side.In raw material inlet pipe 3 and activator 4 blanking of inlet pipe, raising for material can be stopped, keep material smooth
It falls into stirred tank 6, advantageously reduces the waste of material.
In the present embodiment, as shown in Figure 1, the raw material inlet pipe 3 and 4 upper port of activator inlet pipe are equipped with loading hopper
23, the distance between 23 bottom of loading hopper and top surface in outer case 1 are not less than the caliber of corresponding material inlet pipe lower port.
Loading hopper 23 can consider that material inlet pipe needs to move up and down convenient for activated carbon raw material or the dosing operation of activator, then
The High definition of loading hopper 23 can keep loading hopper 23 to be always positioned at 1 top of outer case.
In the present embodiment, as shown in Figures 1 and 3,5 inner hollow of the thick partition, the rotation axis 7 pass through thick partition
5 position is equipped with bearing 3 24.Because rotation axis 7 is needed across thick partition 5, the hollow structure of thick partition 5 and bearing 3 24
Convenience can be provided for the rotation of rotation axis 7 by being arranged.
The specific mechanism of the agitating device of above-mentioned Activated Carbon Production are as follows:
(1) it feeds: understanding the mixed proportion of activated carbon raw material and activator, in advance with raw material inlet pipe 3 and activator inlet pipe 4
Lower port bore be basic data, the high and low position of raw material inlet pipe 3 and activator inlet pipe 4 is adjusted by electrical-controlled lifting component,
At this point, since partial occlusion of thick 5 respective side of partition to 4 lower port of raw material inlet pipe 3 and activator inlet pipe acts on, controllable original
The caliber size that material inlet pipe 3 and 4 lower port of activator inlet pipe are used to effectively discharge；Simultaneously respectively from raw material inlet pipe 3 and activator
Inlet pipe 4 launches activated carbon raw material and activator, activated carbon raw material and activator can (ratio is adjustable) by a certain percentage blanking
Speed carries out blanking, so as to improve the uniformity coefficient that activated carbon raw material is mixed with activator；
(2) guide: starting rotary electric machine 25, driving rotation axis 7 rotate, and material guiding plate 11 rotates with it, activated carbon raw material and
Activator is fallen from the lower port of raw material inlet pipe 3 and activator inlet pipe 4 respectively, is dropped down on material guiding plate 11, because of material guiding plate 11
Upper surface is can be by activated carbon raw material and activation with the rotation of material guiding plate 11 from rounded face progressively lower to edge at center
Agent is uniformly spread out along 11 periphery of material guiding plate, so as to improve the uniformity coefficient that activated carbon raw material is mixed with activator；
(3) it stirs and discharges: after activated feedstock and activator are uniformly spread out by material guiding plate 11, falling in stirred tank 6, stirring
Leaf 12 and scraping wings 15 are rotated with the rotation of rotation axis 7, are stirred to the material in stirred tank 6, are allowed to be sufficiently mixed, so
Electric control valve 14 is opened afterwards, and in the case where the rotation of scraping wings 15 pushes, material can be smoothly pushed into discharge nozzle 13, and then edge goes out
Expects pipe 13 is discharged, and related personnel only need to place rewinding container immediately below discharge nozzle 13 and be collected.
As shown in the above, the utility model successively can repeatedly improve the uniform journey that activated carbon raw material is mixed with activator
Degree, is sufficiently mixed activated carbon raw material with activator, and discharges and collect conveniently.
Those of ordinary skill in the art it should be appreciated that more than embodiment be intended merely to illustrate that this is practical new
Type, and be not used as the restriction to the utility model, as long as in the spirit of the utility model, to the above
Variation, the modification of embodiment will all be fallen in the scope of the claims of the utility model.
Claims (7)
1. a kind of agitating device of Activated Carbon Production, which is characterized in that including soaring aloft in outer case (1) above the ground and setting
The support frame of support on the ground is equipped on the outside of outer case (1) internal feeding mechanism and rabbling mechanism, the outer case
(2)；
The feeding mechanism includes raw material inlet pipe (3) and activator inlet pipe (4) opposite and in mirror setting, the raw material
The upper end of inlet pipe (3) and activator inlet pipe (4) both passes through at the top of outer case (1), the raw material inlet pipe (3) and activator inlet pipe
(4) lower end is formed with inclined tube section that is opposite and tilting down, the lower end of the raw material inlet pipe (3) and activator inlet pipe (4)
Mouth is vertical mouth, is equipped with and is fixed in outer case (1) between the raw material inlet pipe (3) and the lower port of activator inlet pipe (4)
Thick partition (5) on top surface, the two sides of the thickness partition (5), which respectively correspond, attaches raw material inlet pipe (3) and activator inlet pipe (4)
Lower port, each one electrical-controlled lifting component of connection of the raw material inlet pipe (3) and activator inlet pipe (4), the electrical-controlled lifting group
Part respectively drives moving up and down for raw material inlet pipe (3) and activator inlet pipe (4)；
The rabbling mechanism includes being set to the stirred tank (6) immediately below feeding mechanism and being set on outer case (1) interior central axes
Rotation axis (7), the stirred tank (6) are hemispherical, and stirred tank (6) bottom is fixed on outer case (1) inner bottom surface, described
Top surface border is fixed with bore gradually wide block girth sheets (8) from the bottom to top, the upper top of the block girth sheets (8) on stirred tank (6)
The close sticking type in portion is fixed on outer case inner wall；Rotation axis (7) upper end sequentially passes through thick partition (5) and outer case (1)
Top surface simultaneously connects rotary electric machine (25), is equipped with bearing one (9), institute for the position that rotation axis (7) passes through at the top of the outer case (1)
It states rotation axis (7) lower end to protrude into stirred tank (6), and stirred tank (6) bottom, the rotation axis is connected to by bearing two (10)
(7) fixing sleeve is equipped with the material guiding plate (11) between at the top of feeding mechanism and stirred tank (6), table on the material guiding plate (11) on
Face is from progressively lower to edge rounded face at center, and the lower port of the raw material inlet pipe (3) and activator inlet pipe (4) is respectively positioned on
The surface of material guiding plate (11), rotation axis (7) lower part, which is located at the part in stirred tank (6) and is uniformly fixed with along its border, to be stirred
Mix leaf (12)；Stirred tank (6) bottom is equipped with the discharge nozzle (13) being located on the outside of bearing two (10), on the discharge nozzle (13)
Port is equipped with electric control valve (14), and rotation axis (7) lower end is connected with lower surface by connecting rod and is attached in stirred tank (6)
Scraping wings (15) on expects pipe (13) upper port corresponding part side wall.
2. a kind of agitating device of Activated Carbon Production according to claim 1, which is characterized in that the electrical-controlled lifting group
The specific structure of part are as follows: side where the upper end of the raw material inlet pipe (3) and activator inlet pipe (4) is arranged with movable block (16),
The movable block (16) is arranged on outer case (1) top surface, is equipped with below the movable block (16) and is fixed on outer case (1) inner wall
On support plate (17), the pneumatic cylinder (18) being connected on movable block (16) bottom surface is installed on the support plate (17), two pieces
The phase proximal end of the support plate (17) is not less than the material inlet pipe to the distance between corresponding material inlet pipe lower surface right above it
The caliber of lower port.
3. a kind of agitating device of Activated Carbon Production according to claim 2, which is characterized in that the raw material inlet pipe
(3) and where the upper end of activator inlet pipe (4) be fixed with flange block (19) on side external surface, be equipped in the movable block (16) with
The compatible promotion slot (20) of flange block (19), the flange block (19), which is located at, to push in slot (20).
4. a kind of agitating device of Activated Carbon Production according to claim 2, which is characterized in that the outer case (1)
The limit guide rod (21) for being held on movable block (16) two sides, height where limit guide rod (21) lower end are fixed on inner top surface
Height consistently lower than where movable block (16) upper surface.
5. a kind of agitating device of Activated Carbon Production according to claim 2, which is characterized in that the raw material inlet pipe
(3) it is fixed with side bottom where the lower port of activator inlet pipe (4) and tilts down and extend to corresponding side support plate (17) phase
Answer the striker plate (22) of side.
6. a kind of agitating device of Activated Carbon Production according to claim 1, which is characterized in that the raw material inlet pipe
(3) it is equipped with loading hopper (23) with activator inlet pipe (4) upper port, on loading hopper (23) bottom and outer case (1)
The distance between top surface is not less than the caliber of corresponding material inlet pipe lower port.
7. a kind of agitating device of Activated Carbon Production according to claim 1, which is characterized in that the thickness partition (5)
Inner hollow, the position that the rotation axis (7) passes through thick partition (5) are equipped with bearing three (24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821476027.8U CN208878585U (en) | 2018-09-10 | 2018-09-10 | A kind of agitating device of Activated Carbon Production |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821476027.8U CN208878585U (en) | 2018-09-10 | 2018-09-10 | A kind of agitating device of Activated Carbon Production |
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| Publication Number | Publication Date |
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| CN208878585U true CN208878585U (en) | 2019-05-21 |
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| CN201821476027.8U Active CN208878585U (en) | 2018-09-10 | 2018-09-10 | A kind of agitating device of Activated Carbon Production |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110302723A (en) * | 2019-07-04 | 2019-10-08 | 安徽森普新型材料发展有限公司 | A kind of Compositional type polycarboxylate water-reducer charging gear |
| CN111137892A (en) * | 2019-11-21 | 2020-05-12 | 靖州县华荣活性炭有限责任公司 | Material device is mixed with sour to active carbon production |
| CN114180114A (en) * | 2021-11-02 | 2022-03-15 | 石家庄职业技术学院 | A measurement unloader for hydroxypropyl methyl cellulose |
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2018
- 2018-09-10 CN CN201821476027.8U patent/CN208878585U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110302723A (en) * | 2019-07-04 | 2019-10-08 | 安徽森普新型材料发展有限公司 | A kind of Compositional type polycarboxylate water-reducer charging gear |
| CN110302723B (en) * | 2019-07-04 | 2021-06-08 | 安徽森普新型材料发展有限公司 | Compound polycarboxylate water reducing agent feeder |
| CN111137892A (en) * | 2019-11-21 | 2020-05-12 | 靖州县华荣活性炭有限责任公司 | Material device is mixed with sour to active carbon production |
| CN114180114A (en) * | 2021-11-02 | 2022-03-15 | 石家庄职业技术学院 | A measurement unloader for hydroxypropyl methyl cellulose |
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