CN208664106U - A kind of blender of macromolecule membrane material raw material - Google Patents
A kind of blender of macromolecule membrane material raw material Download PDFInfo
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- CN208664106U CN208664106U CN201821338655.XU CN201821338655U CN208664106U CN 208664106 U CN208664106 U CN 208664106U CN 201821338655 U CN201821338655 U CN 201821338655U CN 208664106 U CN208664106 U CN 208664106U
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Abstract
The utility model provides a kind of blender of macromolecule membrane material raw material, belongs to raw material hybrid technology field.A kind of blender of macromolecule membrane material raw material is provided with the rabbling mechanism for stirring raw material including chassis and the staving being fixed on chassis in staving；Staving top is provided with bung, is fixed with escape pipe in the middle part of bung, is provided with filter screen on escape pipe；Staving side wall upper part is installed with one for adding the addition mechanism one and several addition mechanisms two for being used to add liquid additive of powdered additive；Addition mechanism one can make powdered additive full of entire staving, and addition mechanism two can be ejected to liquid additive is fog-like in staving；Fixed case is fixed on chassis, the top of fixed case is provided with for the feeding mechanism to staving uniform feeding；It is provided on bung for falling stock dispersion in the intracorporal decentralized institution of bucket.The utility model has the advantages that raw material mixing efficiency is high, is uniformly mixed.
Description
Technical field
The utility model belongs to raw material hybrid technology field, especially a kind of blender of macromolecule membrane material raw material.
Background technique
Common mixing machine be divided into gas and low-viscosity (mobile) liquid mixer, medium-high viscosity liquid and paste mixing machinery,
Four major class of thermoplastic mixing machine, powdery and particulate solid material mixing machinery, compounding substances are particle, powder or molten
Liquid.
Partly plastic powder is had in mixed process to be sticky on the inner wall of mixing and blending machine, causes waste of raw materials,
In the manufacturing process of macromolecule membrane material raw material, raw material needs while three kinds of particle, powder and solution substances, traditional stirring is added
Machine is not able to satisfy such stirring demand.
Further, since the amount of additive is less, need to stir longer time in adding procedure, can be just that additive is complete
In the feed, the time that this process is spent is longer for complete uniform mixing, if mixing time shortens, be easy to cause mixing uneven
The problem of.
Utility model content
The purpose of this utility model is the presence of the above problem in view of the prior art, proposes a kind of macromolecule membrane material raw material
Blender, solve the problems, such as that raw material mixing efficiency is slow, mixing is non-uniform.
The purpose of this utility model can be realized by the following technical scheme:
A kind of blender of macromolecule membrane material raw material, including chassis and the staving being fixed on chassis, which is characterized in that institute
The rabbling mechanism for stirring raw material is provided in the staving stated；Staving top is provided with bung, is fixed with outlet in the middle part of bung
It manages, is provided with filter screen on escape pipe；Staving side wall upper part is installed with one for adding the addition mechanism one of powdered additive
With several for adding the addition mechanism two of liquid additive；Addition mechanism one can make powdered additive be full of entire staving,
Addition mechanism two can be ejected to liquid additive is fog-like in staving；Fixed case is fixed on the chassis, fixed case
Top is provided with for the feeding mechanism to staving uniform feeding；It is provided on bung for falling stock dispersion in staving
Decentralized institution.
Working principle of the utility model is: powdered additive is added by adding mechanism one, and make powdered
Additive is dispersed in staving, is begun through feeding mechanism at this time and is fed, feeding mechanism into material, fall first
On decentralized institution, material is dispersed in staving by decentralized institution, when material is fallen from decentralized institution, powdered additive is uniformly attached
On the surface of material；After material is added to preset amount, start rabbling mechanism, is that material starts uniform rolling, starting adds at this time
Add mechanism two, liquid additive made uniformly to be attached to the top layer of material, and is constantly that raw material or more stirs under rabbling mechanism,
It is uniform to be allowed to spraying.
In the utility model, addition mechanism one can make powdered additive full of entire staving, make to expect the process in whereabouts
In uniform attaching powder additive, liquid additive ejection fog-like can make liquid additive uniform by addition mechanism two
It is attached to the most upper epidermis of material, under being stirred continuously of rabbling mechanism, loading and unloading are constantly replaced, and continuous attaching liq adds
Add agent, liquid additive is enable efficiently to be blended in material, improves mixing efficiency.
The mesh of filter screen can allow air to flow out, and powdery granule stays in staving, while can allow extraneous powder
Dirt can not enter in staving, guarantee that bucket is intracorporal clean.Raw material in the utility model is plastic grain raw material.
In the blender of above-mentioned macromolecule membrane material raw material, the rabbling mechanism includes two agitating shafts, two stirrings
Cylinder, shaft, first motor, one, two gear two of gear, gear three and gear four, two agitating shaft parallel rotations are arranged in bucket
In body, two mixing drums are coaxially fixed on one by one on two agitating shafts, and mixing drum outer ring has screw thread one, and mixing drum inner ring has
With the screw thread two of one counterturn of screw thread, squeezing passage is formed between two mixing drums, squeezing passage can will stick into the raw material of block
It squeezes broken；The first motor is fixed on the base, and the output shaft of first motor is horizontally disposed, and the gear one is coaxially fixed
On the output shaft of first motor, two gears two are coaxially fixed on the lower end of two agitating shafts respectively, and the shaft is fixed
On pedestal, gear three is coaxially fixed on the top of shaft, and gear San Tong method is engaged with two gears two, and gear four is coaxially solid
It is scheduled on the lower part of shaft, and gear four is engaged with gear one.
First motor starting, band moving gear one rotate, and gear one is rotated with moving gear four, and gear four is with three turns of moving gear
Dynamic, gear San Tong method drives two gears two to rotate, and two gears two drive two agitating shaft rotations respectively, and agitating shaft, which drives, to be connected
A mixing drum rotation, two agitators are reversely rotated；
Mixing drum rotation, is delivered up raw material constantly by the screw thread one outside agitator, inside mixing drum
Screw thread two convey raw material constantly downwards, make raw material formed circulation, do not stop on rolling up and down, accelerate the stirring of raw material,
Mixing drum can be rotated forward by first motor, can also be inverted by first motor；The squeezing passage energy of two stirring cylinder parts
Make to be bonded to block-like material extruding into particle, prevents raw material from stirring uneven.Two built-in agitators can be stirred with height
Efficiency is mixed, while the total amount and mixing speed of stirring raw material can be improved.
In the blender of above-mentioned macromolecule membrane material raw material, the screw pitch of the screw thread one is 20-25cm, screw thread two
Screw pitch is 30-35cm.Screw thread one is in the outside of stirring, and raw material is in whipping process in uphill process, uphill process
Due to the characteristic of raw material, can be sunk due to gravity, the rising by the lesser acceleration of screw thread one of screw pitch to raw material, and spiral shell
Line two makes raw material sink, and the feeding speed of raw material blanking speed and outer ring raw material that inner ring can be made by lesser screw pitch maintains an equal level.
In the blender of above-mentioned macromolecule membrane material raw material, the addition mechanism one includes powder inlet pipe and fixing pipe one,
The powder inlet pipe is fixed on staving, and one end of powder inlet pipe is air inlet one, and the other end of powder inlet pipe is meal outlet, meal outlet
Place is fixed with export box, exports the flabellum being provided in box for breaing up powder；Check valve is additionally provided on the export box
One；The fixing pipe one is fixed on powder inlet pipe vertically, and one upper end of fixing pipe is the installation for installing powder state additive bottle
The external cladding of seat one, the powder inlet pipe and fixing pipe one is provided with heating layer for heating.Powder state additive bottle is pacified
In mounting base one, then in one air inlet of air inlet, blow into the additive in powder state additive bottle in cabinet, powder inlet pipe with
The external cladding of fixing pipe one is provided with heating layer for heating, prevents powder state additive from making moist, cannot be loosened, Bu Nengshi
Powder state additive is full of a whole cabinet.Being provided with the flabellum for breaing up powder in export box can be such that the powder sprayed is broken up
It opens, it is easier to be full of a whole cabinet, check valve one can prevent raw material from back flowing into powder inlet pipe.
In the blender of above-mentioned macromolecule membrane material raw material, if the addition mechanism two includes several inlet tubes and solid
Determine pipe two, the inlet tube is uniformly distributed circumferentially fixed on bucket outer wall, and the fixing pipe two is fixed on inlet tube vertically,
The mounting base two for installing liquid additive bottle is installed in the fixing pipe two, described inlet tube one end is air inlet
Two, the inlet tube other end is liquid outlet, is fixed with atomizer at liquid outlet.Liquid additive bottle is mounted on installation
On seat two, then in two air inlet of air inlet, sprays liquid additive from atomizer, be sprayed at liquid additive uniformly
On raw material.
In the blender of above-mentioned macromolecule membrane material raw material, air pump and heater box are installed in the fixed case, it is described
Air pump be connected with heater box by conduit one, heater box is connected by conduit two with the air inlet of powder inlet pipe, and heater box is led to
Conduit three is crossed to be connected with the air inlet of inlet tube.After air pump starting, inflate air in heater box, after being air-dried, so
After be delivered in powder inlet pipe or inlet tube, be added into additive in staving.
In the blender of above-mentioned macromolecule membrane material raw material, the feeding mechanism includes loading hopper, feeding cylinder, charging
Pipe, charging axle and third motor, the feeding cylinder are horizontally installed on the top of fixed case and staving, and the feed pipe is fixed
On the bung of staving, the upper end of feed pipe is connected with feeding cylinder；The charging axle is rotatably arranged in feeding cylinder, described
Third motor is fixed on fixed case, and the output shaft of third motor is horizontally disposed, and the output shaft and charging axle box of third motor connect
It connects simultaneously its rotation of energy band, the loading hopper and is fixed on the top of feeding cylinder.
To carrying out throwing raw materials in loading hopper, by charging axle at the uniform velocity to being fed in cabinet.The speed that raw material enters
Degree is slower, prevents raw material while largely entering in cabinet, additive cannot be stained on the surface of raw material.
In the blender of above-mentioned macromolecule membrane material raw material, the decentralized institution includes dispersion impeller, fixed underpan, gear
Five, gear six, rotating cylinder and the second motor, second motor are fixed on bung, the output shaft of the second motor straight down,
The fixed underpan is fixed on bung lower part, offers through-hole in the middle part of fixed underpan, offers on fixed underpan several in week
To the opening one of array arrangement, the drum rotation is arranged inside bung, and the dispersion impeller is fixed on rotating cylinder, dispersion
Disk is located in fixed underpan, and dispersion impeller is annular in shape, and several openings two in circumferential array arrangement are offered on the dispersion impeller,
Opening one can be Chong Die with opening two；The gear five is coaxially fixed on rotating cylinder, and the gear six is coaxially fixed on second
On the output shaft of motor, and gear five is engaged with gear six.
The rotation of second motor, band moving gear six rotate, and gear six is rotated with moving gear five, and drives drum rotation, rotating cylinder
Dispersion impeller rotation is driven, raw material can be received on dispersion impeller；And drive raw material to be rotated, the opening one on dispersible tablet with open
When mouth two is overlapped, raw material is fallen from opening one and opening two, and when opening one is with two dislocation of opening, the raw material in dispersion impeller is not
It can be fallen from above, make raw material after a part that falls, stop a bit of time, so that raw material is clung part in dropping process and add
Add agent, after falling band staving bottom, the mixing velocity of raw material is improved in the additive reprecipitation part to raw material surface of control.
Compared with prior art, the utility model has the advantage that
1, in the utility model, addition mechanism one can make powdered additive full of entire staving, make to expect the mistake in whereabouts
Liquid additive ejection fog-like can be made liquid additive equal by uniform attaching powder additive in journey, addition mechanism two
The even most upper epidermis for being attached to material, under being stirred continuously of rabbling mechanism, loading and unloading are constantly replaced, and continuous attaching liq
Additive enables liquid additive to be efficiently blended in material, improves mixing efficiency.
2, mixing drum rotates, and is delivered up raw material constantly by the screw thread one outside agitator, by mixing drum
The screw thread two in portion conveys raw material constantly downwards, make raw material formed circulation, do not stop on rolling up and down, accelerate stirring for raw material
It mixes, mixing drum can be rotated forward by first motor, can also be inverted by first motor；The squeezing passage of two stirring cylinder parts
Block-like material extruding can be made to be bonded into particle, prevent raw material from stirring uneven.Two built-in agitators can be the same as high
Stirring efficiency, while the total amount and mixing speed of stirring raw material can be improved.
3, when the opening one on dispersible tablet is Chong Die with opening two, raw material is fallen from opening one and opening two, is being open
One with two dislocation of opening when, the raw material in dispersion impeller cannot be fallen from above, made raw material after a part that falls, stopped a bit of
Time makes raw material cling portions additive in dropping process, after falling band staving bottom, the additive reprecipitation portion of control
Raw material surface is assigned to, the mixing velocity of raw material is improved.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model.
Fig. 2 is the enlarged drawing in Fig. 1 at A.
Fig. 3 is the schematic diagram of agitator in the utility model.
Fig. 4 is the schematic diagram in the utility model at dispersion impeller.
Fig. 5 is the schematic diagram of fixed underpan in the utility model.
In figure, 1, staving；2, bung；3, escape pipe；4, filter screen；5, fixed case；6, agitating shaft；7, mixing drum；7a, spiral shell
Line one；7b, screw thread two；8, shaft；9, first motor；10, gear one；11, gear two；12, gear three；13, gear four；14,
Powder inlet pipe；15, fixing pipe one；16, box is exported；17, flabellum；18, check valve one；19, mounting base one；20, inlet tube；21, solid
Determine pipe two；22, mounting base two；23, atomizer；24, air pump；25, heater box；26, loading hopper；27, feeding cylinder；28, into
Expects pipe；29, charging axle；30, third motor；31, dispersion impeller；31a, opening two；32, fixed underpan；32a, opening one；33, tooth
Wheel five；34, gear six；35, rotating cylinder；36, the second motor.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in Figures 1 to 5, a kind of blender of macromolecule membrane material raw material, including chassis and the bucket being fixed on chassis
Body 1 is provided with the rabbling mechanism for stirring raw material in staving 1；1 top of staving is provided with bung 2, is fixed in the middle part of bung 2
Escape pipe 3 is provided with filter screen 4 on escape pipe 3；1 side wall upper part of staving is installed with one for adding adding for powdered additive
Add mechanism one and several for adding the addition mechanism two of liquid additive；Addition mechanism one can make powdered additive full of whole
A staving 1, addition mechanism two can be ejected to liquid additive is fog-like in staving 1；Fixed case 5 is fixed on chassis, it is fixed
The top of case 5 is provided with for the feeding mechanism to 1 uniform feeding of staving；It is provided on bung 2 for falling stock dispersion
Decentralized institution in staving 1.
In the utility model, addition mechanism one can make powdered additive full of entire staving 1, make to expect the mistake in whereabouts
Liquid additive ejection fog-like can be made liquid additive equal by uniform attaching powder additive in journey, addition mechanism two
The even most upper epidermis for being attached to material, under being stirred continuously of rabbling mechanism, loading and unloading are constantly replaced, and continuous attaching liq
Additive enables liquid additive to be efficiently blended in material, improves mixing efficiency.
The mesh of filter screen 4 can allow air to flow out, and powdery granule stays in staving 1, while can allow extraneous
Dust can not enter in staving 1, guarantee clean in staving 1.Raw material in the utility model is plastic grain former material
Material.
Specifically, rabbling mechanism include two agitating shafts, 6, two mixing drums 7, shaft 8, first motor 9, gear 1,
Two gears 2 11, gear 3 12 and gear 4 13, two 6 parallel rotations of agitating shaft are arranged in staving 1, two mixing drums 7
It is coaxially fixed on two agitating shafts 6 one by one, 7 outer ring of mixing drum has one 7a of screw thread, and 7 inner ring of mixing drum has and screw thread one
Two 7b of screw thread of 7a counterturn forms squeezing passage between two mixing drums 7, and squeezing passage can squeeze the raw material for sticking into block
It is broken；First motor 9 is fixed on the base, and the output shaft of first motor 9 is horizontally disposed, and gear 1 is coaxially fixed on first motor
On 9 output shaft, two gears 2 11 are coaxially fixed on the lower end of two agitating shafts 6 respectively, and shaft 8 is fixed on the base, tooth
3 12 tops for being coaxially fixed on shaft 8 are taken turns, and gear 3 12 is engaged with two gears 2 11 simultaneously, gear 4 13 is coaxially fixed
In the lower part of shaft 8, and gear 4 13 is engaged with gear 1.
First motor 9 starts, and band moving gear 1 rotates, and one 10 band moving gear 4 13 of gear rotates, and gear 4 13 drives
Gear 3 12 rotates, and gear 3 12 drives two gears 2 11 to rotate simultaneously, and two gears 2 11 drive two agitating shafts 6 respectively
Rotation, agitating shaft 6, which drives, connects the rotation of mixing drum 7, and two agitators are reversely rotated；
Mixing drum 7 rotates, and is delivered up raw material constantly by one 7a of screw thread outside agitator, passes through mixing drum 7
Internal two 7b of screw thread conveys raw material constantly downwards, and raw material is made to form circulation, do not stop on rolling up and down, accelerate raw material
Stirring, mixing drum 7 can be rotated forward by first motor 9, can also be inverted by first motor 9；Two mixing drum 7
Squeezing passage can make to be bonded to block-like material extruding into particle, prevent raw material from stirring uneven.Two built-in agitators
Can be with high stirring efficiency, while the total amount and mixing speed of stirring raw material can be improved.
Specifically, the screw pitch of one 7a of screw thread is 20-25cm, the screw pitch of two 7b of screw thread is 30-35cm.One 7a of screw thread is in
The outside of stirring, characteristic of the raw material in whipping process in uphill process, uphill process due to raw material, can be due to gravity
The reason of sink, the rising to raw material is accelerated by lesser one 7a of screw thread of screw pitch, and two 7b of screw thread makes raw material sink, and can pass through
Lesser screw pitch makes the raw material blanking speed of inner ring and the feeding speed of outer ring raw material maintain an equal level.
Specifically, addition mechanism one includes powder inlet pipe 14 and fixing pipe 1, powder inlet pipe 14 is fixed on staving 1, into powder
One end of pipe 14 is air inlet one, and the other end of powder inlet pipe 14 is meal outlet, and export box 16 is fixed at meal outlet, exports box 16
Inside it is provided with the flabellum 17 for breaing up powder；Check valve 1 is additionally provided on export box 16；Fixing pipe 1 is fixed vertically
On powder inlet pipe 14, one 15 upper end of fixing pipe is the mounting base 1 for installing powder state additive bottle, powder inlet pipe 14 and fixation
The external cladding of pipe 1 is provided with heating layer for heating.Powder state additive bottle is mounted in mounting base 1, then
In one air inlet of air inlet, blow into the additive in powder state additive bottle in cabinet, the outside of powder inlet pipe 14 and fixing pipe 1
Cladding is provided with heating layer for heating, prevents powder state additive from making moist, cannot be loosened, cannot be that powder state additive is full of
A whole cabinet.Being provided with the flabellum 17 for breaing up powder in export box 16 can be such that the powder sprayed is broken up out, it is easier to
It is full of a whole cabinet, check valve 1 can prevent raw material from back flowing into powder inlet pipe 14.
Specifically, addition mechanism two includes several inlet tubes 20 and several fixing pipes 2 21, inlet tube 20 is uniformly distributed circumferential solid
It is scheduled on 1 outer wall of staving, fixing pipe 2 21 is fixed on inlet tube 20 vertically, is installed in fixing pipe 2 21 for installing liquid
The mounting base 2 22 of additive bottle, 20 one end of inlet tube are air inlet two, and 20 other end of inlet tube is liquid outlet, are consolidated at liquid outlet
Surely there is atomizer 23.Liquid additive bottle is mounted in mounting base 2 22, then in two air inlet of air inlet, adds liquid
Agent is sprayed from atomizer 23, is sprayed at liquid additive uniformly on raw material.
Specifically, being installed with air pump 24 and heater box 25 in fixed case 5, air pump 24 passes through conduit one and 25 phase of heater box
Even, heater box 25 is connected by conduit two with the air inlet of powder inlet pipe 14, and heater box 25 passes through conduit three and inlet tube 20
Air inlet is connected.After air pump 24 starts, inflates air in heater box 25, after being air-dried, be then sent to powder inlet pipe
14 or inlet tube 20 in, be added into additive in staving 1.
Specifically, feeding mechanism includes loading hopper 26, feeding cylinder 27, feed pipe 28, charging axle 29 and third motor 30,
Feeding cylinder 27 is horizontally installed on the top of fixed case 5 Yu staving 1, and feed pipe 28 is fixed on the bung 2 of staving 1, feed pipe 28
Upper end be connected with feeding cylinder 27；Charging axle 29 is rotatably arranged in feeding cylinder 27, and third motor 30 is fixed on fixed case 5,
The output shaft of third motor 30 is horizontally disposed, and the output shaft of third motor 30 connect simultaneously its rotation of energy band with charging axle 29 casees, into
Funnel 26 is fixed on the top of feeding cylinder 27.
To carrying out throwing raw materials in loading hopper 26, by charging axle 29 at the uniform velocity to being fed in cabinet.Raw material enters
Speed it is slower, prevent raw material while largely entering in cabinet, additive cannot be stained on the surface of raw material.
Specifically, decentralized institution includes dispersion impeller 31, fixed underpan 32, gear 5 33, gear 6 34, rotating cylinder 35 and second
Motor 36, the second motor 36 are fixed on bung 2, and straight down, fixed underpan 32 is fixed on bucket to the output shaft of the second motor 36
2 lower part of lid offers through-hole in the middle part of fixed underpan 32, and several openings in circumferential array arrangement are offered on fixed underpan 32
One 32a, drum rotation are arranged inside bung 2, and dispersion impeller 31 is fixed on rotating cylinder, and dispersion impeller 31 is located in fixed underpan 32,
Dispersion impeller 31 is annular in shape, offers several two 31a of opening in circumferential array arrangement on dispersion impeller 31, one 32a of opening can with open
Mouth two 31a overlapping；Gear 5 33 is coaxially fixed on rotating cylinder 35, and gear 6 34 is coaxially fixed on the output shaft of the second motor 36
On, and gear 5 33 is engaged with gear 6 34.
The rotation of second motor 36, band moving gear 6 34 rotate, and 6 34 band moving gear 5 33 of gear rotates, and drives rotating cylinder 35
Rotation, rotating cylinder 35 drive dispersion impeller 31 to rotate, and can receive raw material on dispersion impeller 31；And raw material is driven to be rotated, dispersing
When one 32a of opening of on piece is Chong Die with two 31a of opening, raw material is fallen from two 31a of one 32a of opening and opening, in opening one
When 32a and two 31a of opening misplace, the raw material in dispersion impeller 31 cannot be fallen from above, made raw material after a part that falls, stopped
The a bit of time, raw material is made to cling portions additive in dropping process, after falling band 1 bottom of staving, the additive of control
Reprecipitation part to raw material surface, improves the mixing velocity of raw material.
Working principle of the utility model is: powdered additive is added by adding mechanism one, and make powdered
Additive is dispersed in staving 1, is begun through feeding mechanism at this time and is fed, feeding mechanism into material, fall first
On decentralized institution, material is dispersed in staving 1 by decentralized institution, when material is fallen from decentralized institution, powdered additive is equal
The even surface for being attached to material；After material is added to preset amount, start rabbling mechanism, is that material starts uniform rolling, opens at this time
Dynamic addition mechanism two, makes liquid additive uniformly be attached to the top layer of material, and be constantly raw material or more under rabbling mechanism
It stirs, it is uniform to be allowed to spraying.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (8)
1. a kind of blender of macromolecule membrane material raw material, including chassis and the staving being fixed on chassis, which is characterized in that described
Staving in be provided with rabbling mechanism for stirring raw material；Staving top is provided with bung, is fixed with escape pipe in the middle part of bung,
Filter screen is provided on escape pipe；If staving side wall upper part be installed with one for add powdered additive addition mechanism one and
Do the addition mechanism two for adding liquid additive；Addition mechanism one can make powdered additive full of entire staving, addition
Mechanism two can be ejected to liquid additive is fog-like in staving；Fixed case, the top of fixed case are fixed on the chassis
It is provided with for the feeding mechanism to staving uniform feeding；It is provided on bung for falling stock dispersion at intracorporal point of bucket
Dissipate mechanism.
2. a kind of blender of macromolecule membrane material raw material according to claim 1, which is characterized in that the rabbling mechanism
Including two agitating shafts, two mixing drums, shaft, first motor, one, two gear two of gear, gear three and gear four, two
Agitating shaft parallel rotation is arranged in staving, and two mixing drums are coaxially fixed on one by one on two agitating shafts, mixing drum outer ring tool
There is screw thread one, mixing drum inner ring has the screw thread two with one counterturn of screw thread, forms squeezing passage between two mixing drums, squeezes
Pressure passageway can squeeze the raw material for sticking into block broken；The first motor is fixed on the base, and the output shaft level of first motor is set
It sets, the gear one is coaxially fixed on the output shaft of first motor, and two gears two are coaxially fixed on two stirrings respectively
The lower end of axis, the shaft are fixed on the base, and gear three is coaxially fixed on the top of shaft, and gear San Tong method and two
Gear two engages, and gear four is coaxially fixed on the lower part of shaft, and gear four is engaged with gear one.
3. a kind of blender of macromolecule membrane material raw material according to claim 2, which is characterized in that the screw thread one
Screw pitch is 20-25cm, and the screw pitch of screw thread two is 30-35cm.
4. a kind of blender of macromolecule membrane material raw material according to claim 1, which is characterized in that the addition mechanism
One includes powder inlet pipe and fixing pipe one, and the powder inlet pipe is fixed on staving, and one end of powder inlet pipe is air inlet one, powder inlet pipe
The other end be meal outlet, export box is fixed at meal outlet, exports the flabellum being provided in box for breaing up powder；Described
Check valve one is additionally provided on export box；The fixing pipe one is fixed on powder inlet pipe vertically, one upper end of fixing pipe be for
Powder state additive bottle mounting base one is installed, the powder inlet pipe and the external cladding of fixing pipe one are provided with heating for heating
Layer.
5. a kind of blender of macromolecule membrane material raw material according to claim 1, which is characterized in that the addition mechanism
Two include several inlet tubes and several fixing pipes two, and the inlet tube is uniformly distributed circumferentially fixed on bucket outer wall, and described consolidates
Determine pipe two to be fixed on inlet tube vertically, the mounting base for installing liquid additive bottle is installed in the fixing pipe two
Two, described inlet tube one end is air inlet two, and the inlet tube other end is liquid outlet, and atomization spray is fixed at liquid outlet
Head.
6. a kind of blender of macromolecule membrane material raw material according to claim 1, which is characterized in that in the fixed case
It is installed with air pump and heater box, the air pump is connected by conduit one with heater box, and heater box passes through conduit two and powder inlet pipe
Air inlet be connected, heater box is connected by conduit three with the air inlet of inlet tube.
7. a kind of blender of macromolecule membrane material raw material according to claim 1, which is characterized in that the feeding mechanism
Including loading hopper, feeding cylinder, feed pipe, charging axle and third motor, the feeding cylinder is horizontally installed on fixed case and bucket
The top of body, the feed pipe are fixed on the bung of staving, and the upper end of feed pipe is connected with feeding cylinder；The charging axle
It is rotatably arranged in feeding cylinder, the third motor is fixed on fixed case, and the output shaft of third motor is horizontally disposed, third
The output shaft of motor connect with charging axle box and energy band its rotate, the loading hopper is fixed on the top of feeding cylinder.
8. a kind of blender of macromolecule membrane material raw material according to claim 1, which is characterized in that the decentralized institution
Including dispersion impeller, fixed underpan, gear five, gear six, rotating cylinder and the second motor, second motor is fixed on bung,
Straight down, the fixed underpan is fixed on bung lower part to the output shaft of second motor, offers through-hole in the middle part of fixed underpan,
Several openings one in circumferential array arrangement are offered on fixed underpan, the drum rotation is arranged inside bung, described
Dispersion impeller be fixed on rotating cylinder, dispersion impeller is located in fixed underpan, and dispersion impeller is annular in shape, if offering on the dispersion impeller
The dry opening two in circumferential array arrangement, opening one can be Chong Die with opening two；The gear five is coaxially fixed on rotating cylinder, institute
The gear six stated coaxially is fixed on the output shaft of the second motor, and gear five is engaged with gear six.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821338655.XU CN208664106U (en) | 2018-08-20 | 2018-08-20 | A kind of blender of macromolecule membrane material raw material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821338655.XU CN208664106U (en) | 2018-08-20 | 2018-08-20 | A kind of blender of macromolecule membrane material raw material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208664106U true CN208664106U (en) | 2019-03-29 |
Family
ID=65837500
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821338655.XU Expired - Fee Related CN208664106U (en) | 2018-08-20 | 2018-08-20 | A kind of blender of macromolecule membrane material raw material |
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| Country | Link |
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| CN (1) | CN208664106U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112265173A (en) * | 2020-09-14 | 2021-01-26 | 谢海林 | A raw materials mixing stirring device for PVC plastics production |
| CN116371338A (en) * | 2023-05-05 | 2023-07-04 | 广州全系新材料股份有限公司 | Interfacial agent reaction device capable of continuous emulsification operation |
-
2018
- 2018-08-20 CN CN201821338655.XU patent/CN208664106U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112265173A (en) * | 2020-09-14 | 2021-01-26 | 谢海林 | A raw materials mixing stirring device for PVC plastics production |
| CN116371338A (en) * | 2023-05-05 | 2023-07-04 | 广州全系新材料股份有限公司 | Interfacial agent reaction device capable of continuous emulsification operation |
| CN116371338B (en) * | 2023-05-05 | 2024-02-06 | 广州全系新材料股份有限公司 | Interfacial agent reaction device capable of continuous emulsification operation |
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Granted publication date: 20190329 |