CN208878386U - A kind of Chemical Manufacture stirring surge bunker - Google Patents
A kind of Chemical Manufacture stirring surge bunker Download PDFInfo
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- CN208878386U CN208878386U CN201821439791.8U CN201821439791U CN208878386U CN 208878386 U CN208878386 U CN 208878386U CN 201821439791 U CN201821439791 U CN 201821439791U CN 208878386 U CN208878386 U CN 208878386U
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- hopper
- thawing
- chemical manufacture
- tank body
- surge bunker
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Abstract
The utility model relates to a kind of Chemical Manufacture agitating devices, more particularly to Chemical Manufacture stirring surge bunker, buffering feeding device and thawing agitating device including connection, the buffering feeding device includes the double-layer hopper being sequentially communicated from the top down, Material collecting box for harvesting and control measuring bin, the double-layer hopper includes outer hopper and interior hopper, there are gap between two hoppers, the headwall of the interior hopper is equipped with multiple discharge holes, and the drive shaft and driving part for driving its rotation are connected with below interior hopper；The thawing agitating device includes enclosed thawing tank body and protrudes into the intracorporal agitating shaft of melting tank, inner cover is equipped in melting tank body, independent thawing heating chamber is formed between the inner cover and thawing tank body bottom plate, the overflow ducts mouth penetrated for agitating shaft is offered in inner cover, overflow guide pipe is connected in overflow ducts mouth, the overflow guide pipe is conical tube structure.Can inlet amount to raw material and fine degree control, and melt high-efficient.
Description
Technical field
The utility model relates to a kind of Chemical Manufacture agitating device, especially a kind of Chemical Manufacture stirring surge bunker.
Background technique
During Chemical Manufacture, needs constantly to carry out raw material addition and finished product output operation, form the stream of production
Journey constantly carries out with making production process streamlined, guarantees production efficiency.Traditional raw material addition manner is adding by bag for thick mad formula
Add, the fine degree of inlet amount and charging is unable to control.
And for the solid material that needs melt, the interior raw material being added of traditional thawing vat is not in addition to inlet amount and finely
Outside degree is controlled, melts the simple agitation that operation is also only simple heat treatment, cooperation agitating shaft, melt low efficiency；
And due to the stirring opportunity inaccuracy in melting process, it also will cause energy consumption waste, increase the overall cost of production.
Especially for the solid material charging movement in production procedure middle section, consider that raw material is fine and inlet amount it is same
When, more to consider the technical issues of solid material efficiently melts, it is therefore necessary to the setting stirring buffering equipment in production procedure,
To control feeding accuracy, improve and melt efficiency.
Utility model content
The goal of the invention of the utility model is: needing the solid material melted for addition in existing chemical production process
When, how to accurately control feeding accuracy and guarantee to melt efficiency, save the technical issues of production cost, it is raw to provide a kind of chemical industry
It produces with surge bunker is stirred, buffering feeding device controls the inlet amount and fine degree of raw material, guarantees product quality, is conducive to
Improve production efficiency；And melt agitating device and set inner cover in melting tank body, independent thawing heating chamber is formed, is gradually melted
The effect for passing through overflow guide pipe at the raw material of liquid, is supplied to the certain impact force of agitating shaft, is autonomously formed agitating shaft and stirs
It mixes, the validity of energy saving cost, stirring is guaranteed, and melts high-efficient.
To achieve the goals above, the technical solution adopted in the utility model are as follows:
A kind of Chemical Manufacture stirring surge bunker, buffering feeding device and thawing agitating device including connection are described slow
Rushing feeding device includes the double-layer hopper being sequentially communicated from the top down, Material collecting box for harvesting and control measuring bin, and the double-layer hopper includes outer
Hopper and interior hopper, there are gaps between two hoppers, and the headwall of the interior hopper is equipped with multiple discharge holes, in interior hopper
Lower section be connected with drive its rotation drive shaft and driving part, the sealed bottom of the interior hopper, the outer hopper bottom with
Material collecting box for harvesting connection；The thawing agitating device includes enclosed thawing tank body and protrudes into the intracorporal agitating shaft of melting tank, is being melted
Change and be equipped with inner cover in tank body, independent thawing heating chamber is formed between the inner cover and thawing tank body bottom plate, in inner cover
On offer the overflow ducts mouth penetrated for agitating shaft, overflow guide pipe, the overflow guide pipe are connected in overflow ducts mouth
Outlet for conical tube structure, the buffering feeding device extremely melts in heating chamber.
Double-layer hopper is arranged in the buffering feeding device of stirring surge bunker setting, and interior hopper is realized by drive shaft and rotated,
The fineness for guaranteeing raw material, controls the inlet amount and fine degree of raw material, guarantees product quality, is conducive to improve production effect
Rate；And melt agitating device and set inner cover in melting tank body, independent thawing heating chamber is formed, the original of liquid is gradually melted into
Material passes through the effect of overflow guide pipe, is supplied to the certain impact force of agitating shaft, agitating shaft is made to be autonomously formed stirring, energy saving
The validity of cost, stirring is guaranteed, and melts being passed through to melt in heating chamber by the raw material of buffering feeding device screening
Change, melts high-efficient.
As a preferred embodiment of the present invention, it is additionally provided with the positive pressure tracheae being connected in outer hopper, and is connected to collection
Negative pressure tracheae in hopper.The positive pressure gas pipe being connected to outer hopper is arranged for blowing off the raw material being adhered on interior hopper wall
The negative pressure tracheae being connected to in Material collecting box for harvesting, the negative-pressure sucking formed in Material collecting box for harvesting, convenient for by the raw material after outer hopper Inside sifter
It is spare in quick sucking Material collecting box for harvesting, manpower maintenance and cleaning works amount are saved, efficiency of gathering materials is improved.
As a preferred embodiment of the present invention, the outer hopper and interior hopper are inverted conical shape structure, two hoppers
Arranged concentric is additionally provided with the sliding pearl of multiple rotations between interior hopper and outer hopper, and is correspondingly provided in interior hopper and outer hopper
Sliding-rail groove.It is correspondingly arranged sliding-rail groove in interior hopper and outer hopper and rotates sliding pearl, is conducive to interior hopper and stablizes rotation in outer hopper
Turn, and can be reduced loss of the pivoting friction to hopper.
As a preferred embodiment of the present invention, the drive shaft is rotation apical axis, and the rotation apical axis is from interior hopper
Bottom extends in interior hopper, and rotation apical axis can be moved along interior hopper axis direction.It rotates apical axis and drives interior hopper rotation, and
Rotation apical axis can protrude into interior hopper, the raw material to agglomerate in interior hopper or the raw material being adhered on interior hopper wall can be stirred it is scattered,
Guarantee fed filtration efficiency.
As a preferred embodiment of the present invention, the end that the rotation apical axis protrudes into interior hopper is also connected with liftout bucket, institute
Liftout bucket is stated to be arranged concentrically with interior hopper.Liftout bucket is set in rotation apical axis end, by liftout bucket by the raw material in interior hopper
Stir scattered, more can guarantee and stir scattered efficiency and validity.
As a preferred embodiment of the present invention, the control measuring bin is equipped with the amount of showing window, and the amount of the showing window is strip
Glass window is equipped with the amount of showing scale on the amount of showing window.The amount of showing window can axially be arranged along control measuring bin, be also convenient for by the amount of showing scale
Material quantity in observation control measuring bin.
As a preferred embodiment of the present invention, the inner cover be cabochon structure, cambered surface highest point substantially with thawing
Tank body center line is overlapped, and the cambered surface extreme higher position of inner cover is arranged in the overflow ducts mouth.Inner cover is designed to cabochon knot
Structure, and overflow ducts mouth is arranged in the cambered surface extreme higher position of inner cover, flows convenient for the thaw cycle of solid material, also can will
Raw material after thawing is flowed out from the overflow ducts mouth of capping highest point, and then is entered and accelerated outflow in overflow guide pipe, to stirring
Axis generates impulse force.
As a preferred embodiment of the present invention, the inner wall of the overflow guide pipe is equipped with diversion trench, the diversion trench
Twist arrange.The diversion trench of helix shape enables the liquid charging stock melted to spin up in overflow guide pipe.
As a preferred embodiment of the present invention, the opening of placement agitating shaft is correspondingly provided on the top cover for melting tank body,
And the limiting component of limitation agitating shaft swing position is equipped in opening.Limitation agitating shaft swings position on the top cover for melting tank body
The limiting component set limits the amplitude peak of stirring.
As a preferred embodiment of the present invention, the limiting component is limit elastic sleeve, and the limit elastic sleeve includes
Cylinder is equipped with multiple elastic bearing pieces on the inner wall of cylinder.The inner hole of cylinder is agitating shaft access opening, and is set on cylinder inboard wall
The elastic bearing piece set while capable of limiting to the position of agitating shaft, plays certain buffer protection and the work back to power
With so that stirring action is more lasting and laborsaving.
As a preferred embodiment of the present invention, discharge nozzle, the entrance of the discharge nozzle are equipped on melting tank wall
It is positioned close to melt the position of tank body top cover.The entrance of discharge nozzle is positioned close to melt the position of tank body top cover, is convenient for
Liquid after output thawing completely.
In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are:
1, the buffering feeding device of the surge bunker controls the inlet amount and fine degree of raw material, guarantees product matter
Amount is conducive to improve production efficiency；And melt agitating device and set inner cover in melting tank body, independent thawing heating chamber is formed,
The raw material for being gradually melted into liquid passes through the effect of overflow guide pipe, is supplied to the certain impact force of agitating shaft, makes agitating shaft certainly
Dominant shape is guaranteed at stirring, the validity of energy saving cost, stirring, melts high-efficient；
2, the positive pressure gas pipe being connected to outer hopper is arranged and is gathering materials for blowing off the raw material being adhered on interior hopper wall
The negative pressure tracheae of case connection, the negative-pressure sucking formed in Material collecting box for harvesting, convenient for quickly sucking the raw material after outer hopper Inside sifter
It is spare in Material collecting box for harvesting, manpower maintenance and cleaning works amount are saved, efficiency of gathering materials is improved；
3, it is correspondingly arranged sliding-rail groove in interior hopper and outer hopper and rotates sliding pearl, is conducive to interior hopper and stablizes in outer hopper
Rotation, and can be reduced loss of the pivoting friction to hopper；
4, rotation apical axis drives interior hopper rotation, and rotating apical axis can protrude into interior hopper, can will agglomerate in interior hopper
Raw material or the raw material being adhered on interior hopper wall stir scattered, guarantee fed filtration efficiency；
5, inner cover is designed to cabochon structure, and overflow ducts mouth is arranged in the cambered surface extreme higher position of inner cover, just
It flows, the raw material after thawing can also be flowed out from the overflow ducts mouth of capping highest point, in turn in the thaw cycle of solid material
Into outflow is accelerated in overflow guide pipe, impulse force is generated to agitating shaft；The diversion trench of helix shape, so that the liquid melted is former
Material can be spun up in overflow guide pipe；
6, the limiting component that agitating shaft swing position is limited on the top cover for melting tank body, limits the amplitude peak of stirring,
The inner hole of the cylinder of limiting component is agitating shaft access opening, and the elastic bearing piece being arranged on cylinder inboard wall, can be to agitating shaft
While position is limited, play the role of certain buffer protection and back to power so that stirring action it is more lasting and
It is laborsaving.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model Chemical Manufacture stirring surge bunker.
Fig. 2 is the cross-sectional view of overflow guide pipe in Fig. 1.
Fig. 3 is the structural schematic diagram that elastic sleeve is limited in Fig. 1.
Fig. 4 is the structural schematic diagram that feeding device is buffered in Fig. 1.
Fig. 5 is the combination diagram of outer hopper and interior hopper in Fig. 4.
Fig. 6 is the structural schematic diagram of interior hopper in Fig. 4.
Fig. 7 is the structural schematic diagram in discharging control amount portion in Fig. 4.
Marked in the figure: 1- melts tank body, 2- inner cover, 3- limits elastic sleeve, 31- cylinder, 32- elasticity bearing piece, 33- stirring
Axis channel hole, 4- agitating shaft, 41- horizontal puddler, 42- gravity countersunk head, 5- limit handrail, 6- horizontal support, 7- vertical supports,
8- discharge nozzle, 9- overflow guide pipe, 91- diversion trench, 10- buffering feeding device, 1001- outer hopper, 1002- interior hopper,
10021- discharge hole, 10022- erecting bed, the sliding pearl sliding-rail groove of 10023-, 1003- liftout bucket, 1004- rotate apical axis, 1005- collection
Hopper, 1006- retarder, 1007- motor, 1008- control measuring bin, the 1009- amount of showing window, 1010- discharge nozzle, 1011- discharging control
Making sheet, 1012- limitation rotary head, 1013- bracket, 1014- rotate sliding pearl, 1015- connection shaft, 1015- positive pressure tracheae, 1016-
Negative pressure tracheae.
Specific embodiment
With reference to the accompanying drawing, the utility model is described in detail.
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only to explain this
Utility model is not used to limit the utility model.
Embodiment 1
As shown in Figures 1 to 7, the Chemical Manufacture of the present embodiment is with stirring surge bunker, the buffering feeding device including connection
10 and melt agitating device, the buffering feeding device 10 includes the double-layer hopper, the Material collecting box for harvesting 1005 that are sequentially communicated from the top down
With control measuring bin 1008, the double-layer hopper includes outer hopper 1001 and interior hopper 1002, there are gap between two hoppers,
The headwall of the interior hopper 1002 is equipped with multiple discharge holes 10021, and the drive for driving its rotation is connected with below interior hopper 1002
Moving axis and driving part, the sealed bottom of the interior hopper 1002, the bottom of the outer hopper 1001 are connected to Material collecting box for harvesting 1005；
The agitating device that melts includes enclosed thawing tank body 1 and protrudes into the agitating shaft 4 melted in tank body 1, is being melted in tank body 1
Equipped with inner cover 2, independent thawing heating chamber is formed between the inner cover 2 and thawing 1 bottom plate of tank body, is opened in inner cover 2
Equipped with the overflow ducts mouth penetrated for agitating shaft 4, overflow guide pipe 9 is connected in overflow ducts mouth, the overflow guide pipe 9 is
The outlet of conical tube structure, the buffering feeding device extremely melts in heating chamber.
Double-layer hopper is arranged in the buffering feeding device of the stirring surge bunker setting of the present embodiment, and interior hopper passes through drive shaft reality
It now rotates, guarantees the fineness of raw material, the inlet amount and fine degree of raw material are controlled, guarantee product quality, conducive to mentioning
High efficiency；And melt agitating device and set inner cover in melting tank body, independent thawing heating chamber is formed, is gradually melted into
The raw material of liquid passes through the effect of overflow guide pipe, is supplied to the certain impact force of agitating shaft, agitating shaft is made to be autonomously formed stirring,
The validity of energy saving cost, stirring is guaranteed, and will be passed through thawing heating chamber by the raw material of buffering feeding device screening
Inside melted, is melted high-efficient.
Further, it is additionally provided with the positive pressure tracheae 1016 being connected in outer hopper 1001, and is connected to Material collecting box for harvesting 1005
Interior negative pressure tracheae 1017.The positive pressure gas pipe being connected to outer hopper is arranged for blowing off the raw material being adhered on interior hopper wall
The negative pressure tracheae being connected to in Material collecting box for harvesting, the negative-pressure sucking formed in Material collecting box for harvesting, convenient for by the raw material after outer hopper Inside sifter
It is spare in quick sucking Material collecting box for harvesting, manpower maintenance and cleaning works amount are saved, efficiency of gathering materials is improved.
Embodiment 2
As shown in Figures 1 to 7, according to Chemical Manufacture described in embodiment 1 stirring surge bunker, the outer hopper of the present embodiment
1001 and interior hopper 1002 be inverted conical shape structure, and two hopper arranged concentrics.
As shown in Figures 2 and 3, the sliding pearl 1014 of multiple rotations is additionally provided between interior hopper 1002 and outer hopper 1001, and
It is correspondingly provided with sliding-rail groove in interior hopper 1002 and outer hopper 1001, i.e., sliding pearl mounting groove 10023, in the end of interior hopper 1002
It is correspondingly provided with the erecting bed 10022 for opening up sliding pearl mounting groove 10023.It is correspondingly arranged sliding-rail groove in interior hopper and outer hopper and turns
Dynamic sliding pearl, is conducive to interior hopper and stablizes rotation in outer hopper, and can be reduced loss of the pivoting friction to hopper.
One step of progress, the drive shaft are rotation apical axis 1004, and the rotation apical axis 1004 is from the bottom of interior hopper 1002
Portion extends in interior hopper 1002, and rotation apical axis 1004 can be moved along 1002 axis direction of interior hopper.It rotates in apical axis drive
Hopper rotation, and rotating apical axis can protrude into interior hopper, by the raw material to agglomerate in interior hopper or can be adhered on interior hopper wall
Raw material stir it is scattered, guarantee fed filtration efficiency.
Further, the end that the rotation apical axis 1004 protrudes into interior hopper 1002 is also connected with liftout bucket 1003, the top
Hopper 1003 is arranged concentrically with interior hopper 1002.In rotation apical axis end, liftout bucket is set, it will be in interior hopper by liftout bucket
Raw material stir scattered, more can guarantee and stirs scattered efficiency and validity.
Further, the driving part includes motor 1007 and retarder 1006, the rotation apical axis 1004 with subtract
The output end of fast device 1006 is connected.Retarder changes the rotation direction of motor, drives interior hopper rotation.
It further include bracket 1013 in the present embodiment, the Material collecting box for harvesting 1005 is mounted on bracket 1013, the control measuring bin
1008 are mounted on 1013 lower section of bracket.Bracket is set and places Material collecting box for harvesting, interior hopper and outer hopper, and in bracket positioned beneath control amount
Hopper forms the channel that raw material falls naturally, saves raw material and transmits power cost.
Further, the control measuring bin 1008 is equipped with the amount of showing window 1009, and the amount of the showing window 1009 is strip glass
Window is equipped with the amount of showing scale on the amount of showing window 1009.The amount of showing window can axially be arranged along control measuring bin, be also convenient for by the amount of showing scale
Material quantity in observation control measuring bin.
Further, the discharging control amount portion includes the discharging control panel that control 1008 outlet end of measuring bin is arranged in
1011, it further include the connection shaft 1015 being connected with discharging control panel 1011, the connection shaft 1015 stretches out control measuring bin
1008 end is also connected with limitation rotary head 1012, is connected with discharge nozzle 1010 after the control amount portion that discharges, the raw material after refinement is determined
Amount is transmitted in the thawing heating chamber for melting agitating device.Discharging control amount portion includes the discharging control panel at material controlling hopper outlet end,
And the limitation rotary head for rotating discharging control panel, and then the discharge velocity and load of feed change.
Embodiment 3
As shown in Figures 1 to 7, according to embodiment 1 or Chemical Manufacture as described in example 2 stirring surge bunker, this implementation
The inner cover 2 of example is cabochon structure, and cambered surface highest point is substantially overlapped with thawing 1 center line of tank body, and the overflow ducts mouth is set
It sets in the cambered surface extreme higher position of inner cover 2.Inner cover is designed to cabochon structure, and inner cover is arranged in overflow ducts mouth
Cambered surface extreme higher position, convenient for packet oil film thaw cycle flow, also can by the packet oil film after thawing from capping highest point overflow
Passway outflow, and then enter and accelerate outflow in overflow guide pipe, impulse force is generated to agitating shaft.
Further, the inner wall of the overflow guide pipe 9 is equipped with diversion trench 91, the diversion trench 91 twist cloth
It sets.The diversion trench of helix shape enables the packet oil film liquid melted to spin up in overflow guide pipe.
Embodiment 4
As shown in Figures 1 to 7, according to Chemical Manufacture described in embodiment 3 stirring surge bunker, the present embodiment is in melting tank
It is correspondingly provided with the opening of placement agitating shaft 4 on the top cover of body 1, and is equipped with the limit of limitation 4 swing position of agitating shaft in opening
Component.The limiting component that agitating shaft swing position is limited on the top cover for melting tank body, limits the amplitude peak of stirring.
The limiting component of the present embodiment is limit elastic sleeve 3, and the limit elastic sleeve 3 includes cylinder 31, in cylinder 31
Inner wall is equipped with multiple elastic bearing pieces 32.The inner hole of cylinder is agitating shaft access opening 33, and the elasticity being arranged on cylinder inboard wall
Bearing piece while capable of limiting to the position of agitating shaft, plays the role of certain buffer protection and back to power, so that stirring
It is more lasting and laborsaving to mix movement.
Further, the stirring end of the agitating shaft 4 is also connected with gravity countersunk head 42, i.e. gravity countersunk head 42 is melting heating chamber
It is interior.Gravity countersunk head is arranged in the stirring end of agitating shaft, facilitates the position for stablizing agitating shaft, and is adapted to stirring solid-state or molten
The packet oil film of state.
Further, more transverse directions are equipped on the agitating shaft 4 being located between inner cover 2 and thawing 1 top cover of tank body to stir
Mix bar 41.Horizontal puddler on agitating shaft can accelerate to be located at inner cover and melt the liquid in rotation between tank body top cover, into one
Step guarantees to melt effect.
In the present embodiment, it is additionally provided with the support system to the limit of 4 top of agitating shaft, tank body is melted in the support system setting
On 1.
Specifically, the support system includes vertical supports 7 and horizontal support 6, and limit handrail is connected on horizontal support 6
5, the apical position of the limit handrail 5 and agitating shaft 4 is adapted.The apical position of limit handrail and agitating shaft is adapted and sets
Meter, avoids the scope of activities of agitating shaft excessive, guarantees effective stirring action.
Further, discharge nozzle 8 is equipped on melting 1 side wall of tank body, the entrance of the discharge nozzle 8 is positioned close to melt
The position of 1 top cover of tank body.The entrance of discharge nozzle is positioned close to melt the position of tank body top cover, after melting completely convenient for output
Liquid.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of Chemical Manufacture stirring surge bunker, which is characterized in that buffering feeding device and thawing stirring dress including connection
It sets, the buffering feeding device includes the double-layer hopper being sequentially communicated from the top down, Material collecting box for harvesting and control measuring bin, the double-deck material
Bucket includes outer hopper and interior hopper, and there are gap between two hoppers, the headwall of the interior hopper is equipped with multiple discharge holes,
The drive shaft and driving part for driving its rotation, the sealed bottom of the interior hopper, the outer hopper are connected with below interior hopper
Bottom be connected to Material collecting box for harvesting；The thawing agitating device includes enclosed thawing tank body and protrudes into the intracorporal stirring of melting tank
Axis is equipped with inner cover in melting tank body, forms independent thawing heating chamber between the inner cover and thawing tank body bottom plate,
The overflow ducts mouth penetrated for agitating shaft is offered in inner cover, and overflow guide pipe, the overflow are connected in overflow ducts mouth
Guide pipe is conical tube structure, in the outlet to thawing heating chamber of the buffering feeding device.
2. Chemical Manufacture according to claim 1 stirring surge bunker, which is characterized in that be additionally provided with and be connected in outer hopper
Positive pressure tracheae, and the negative pressure tracheae being connected in Material collecting box for harvesting.
3. Chemical Manufacture according to claim 2 stirring surge bunker, which is characterized in that the outer hopper and interior hopper are equal
For inverted conical shape structure, two hopper arranged concentrics are additionally provided with the sliding pearl of multiple rotations between interior hopper and outer hopper, and inside
Sliding-rail groove is correspondingly provided in hopper and outer hopper.
4. Chemical Manufacture according to claim 3 stirring surge bunker, which is characterized in that the drive shaft is rotation top
Axis, the rotation apical axis extend in interior hopper from the bottom of interior hopper, and rotation apical axis can be moved along interior hopper axis direction.
5. Chemical Manufacture according to claim 4 stirring surge bunker, which is characterized in that the control measuring bin, which is equipped with, to be shown
Window is measured, the amount of the showing window is strip glass window, and the amount of showing scale is equipped on the amount of showing window.
6. the stirring surge bunker of Chemical Manufacture described in one of -5 according to claim 1, which is characterized in that the inner cover is arc
Surface structure, cambered surface highest point are substantially overlapped with thawing tank body center line, and the cambered surface of inner cover is arranged in the overflow ducts mouth
Extreme higher position.
7. Chemical Manufacture according to claim 6 stirring surge bunker, which is characterized in that the inner wall of the overflow guide pipe
It is equipped with diversion trench, the diversion trench is twist arranged.
8. Chemical Manufacture according to claim 6 stirring surge bunker, which is characterized in that right on the top cover for melting tank body
It should be equipped with the opening of placement agitating shaft, and be equipped with the limiting component of limitation agitating shaft swing position in opening.
9. Chemical Manufacture according to claim 8 stirring surge bunker, which is characterized in that the limiting component is limit bullet
Power set, the limit elastic sleeve includes cylinder, and multiple elastic bearing pieces are equipped on the inner wall of cylinder.
10. the stirring surge bunker of the Chemical Manufacture according to one of claim 7-9, which is characterized in that on melting tank side
Wall is equipped with discharge nozzle, and the entrance of the discharge nozzle is positioned close to melt the position of tank body top cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821439791.8U CN208878386U (en) | 2018-09-04 | 2018-09-04 | A kind of Chemical Manufacture stirring surge bunker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821439791.8U CN208878386U (en) | 2018-09-04 | 2018-09-04 | A kind of Chemical Manufacture stirring surge bunker |
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| Publication Number | Publication Date |
|---|---|
| CN208878386U true CN208878386U (en) | 2019-05-21 |
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| CN201821439791.8U Active CN208878386U (en) | 2018-09-04 | 2018-09-04 | A kind of Chemical Manufacture stirring surge bunker |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110302697A (en) * | 2019-07-29 | 2019-10-08 | 蒙娜丽莎集团股份有限公司 | Taper bell jar and the wet process for having taper bell jar dry a glaze processing agitating device entirely |
| CN111266062A (en) * | 2019-06-26 | 2020-06-12 | 青岛高机科技有限公司 | Quantitative filling device for bottled activating agent |
-
2018
- 2018-09-04 CN CN201821439791.8U patent/CN208878386U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111266062A (en) * | 2019-06-26 | 2020-06-12 | 青岛高机科技有限公司 | Quantitative filling device for bottled activating agent |
| CN110302697A (en) * | 2019-07-29 | 2019-10-08 | 蒙娜丽莎集团股份有限公司 | Taper bell jar and the wet process for having taper bell jar dry a glaze processing agitating device entirely |
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