CN110302881A - A kind of production technology of anti-crack corrosive-proof plastic material - Google Patents
A kind of production technology of anti-crack corrosive-proof plastic material Download PDFInfo
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- CN110302881A CN110302881A CN201910581317.1A CN201910581317A CN110302881A CN 110302881 A CN110302881 A CN 110302881A CN 201910581317 A CN201910581317 A CN 201910581317A CN 110302881 A CN110302881 A CN 110302881A
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- coarse fodder
- fines
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- hammer
- coarse
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C1/00—Crushing or disintegrating by reciprocating members
- B02C1/14—Stamping mills
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/14—Disintegrating by mills having rotary beater elements ; Hammer mills with vertical rotor shaft, e.g. combined with sifting devices
- B02C13/16—Disintegrating by mills having rotary beater elements ; Hammer mills with vertical rotor shaft, e.g. combined with sifting devices with beaters hinged to the rotor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C21/00—Disintegrating plant with or without drying of the material
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- Food Science & Technology (AREA)
- Mechanical Engineering (AREA)
- Crushing And Pulverization Processes (AREA)
Abstract
A kind of production technology of anti-crack corrosive-proof plastic material, belongs to technical field of fire resistant material production.It is characterized in that it is characterized by comprising following steps: a. stock: preparing base-material according to following mass ratio and weigh: silicon carbide, 45-75 part；Aluminium oxide, 35-65 part；Boron carbide, 30-45 part；Andalusite, 15-20 part；Pink fused alumina, 15-20 part；10-25 parts of active micro silicon powder；Bentonite, 10-25 part；Explosion-proof fiber, 5-15 part；Prepare auxiliary material: concentration 2-2.5g/cm2Phosphate dihydrogen aluminum solution；The mass ratio of base-material and auxiliary material is 15-20:1；B. coarse crushing；C. conveying；D. fine crushing；E. the processing steps such as output.A kind of production technology of anti-crack corrosive-proof plastic material according to the present invention can carry out targetedly sub-material grinding and mixing fine grinding to raw material, effectively promote moldable thermal shock resistance and be not likely to produce crackle, extend service life.
Description
Technical field
The invention belongs to technical field of fire resistant material production, and in particular to a kind of production work of anti-crack corrosive-proof plastic material
Skill.
Background technique
Plastic refractory material be with the bonding agents such as granular and granular material and plastic clay and plasticizer after, add few
Measure moisture, be sufficiently kneaded composed by a kind of keep resistance to compared with the indefinite form of high plasticity in stiff mud paste and in a long time
Fiery material.
The main component of plastic refractory material is granular and powder-material, accounts for the 70% ~ 85% of total amount.It can be by the resistance to of various materials
Fiery raw material is made, and amorphous refractory is mainly used in the not direct various heating furnaces contacted with fusant.
Existing moldable the case where being easy to appear thermal shock resistance deficiency in use and being easy cracking, applicant is directed to
Above-mentioned technical problem develops a set of moldable production technology, and can raw material be carried out with targetedly sub-material grinding and mixing
Fine grinding effectively promotes moldable thermal shock resistance and is not likely to produce crackle, effectively extends service life.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of production technologies of anti-crack corrosive-proof plastic material, can be to original
Material carries out targetedly sub-material grinding and mixing fine grinding, effectively promotes moldable thermal shock resistance and is not likely to produce crackle, has
Effect extends service life.
In order to solve the above technical problems, the technical scheme is that providing a kind of production of anti-crack corrosive-proof plastic material
Technique, it is characterised in that include the following steps:
A. it stocks up: preparing base-material according to following mass ratio and weigh:
45-75 parts of silicon carbide；
35-65 parts of aluminium oxide；
30-45 parts of boron carbide；
15-20 parts of andalusite；
15-20 parts of pink fused alumina；
10-25 parts of active micro silicon powder；
10-25 parts of bentonite；
5-15 parts of explosion-proof fiber；
Prepare auxiliary material: concentration 2-2.5g/cm2Phosphate dihydrogen aluminum solution；
The mass ratio of base-material and auxiliary material is 15-20:1；
B. coarse crushing: silicon carbide, aluminium oxide, boron carbide, andalusite and pink fused alumina are passed through into different coarse fodders respectively and divide conveyer belt
It conveys in the broken cover of rotation of each coarse fodder crushing function group, while starting rotary drive motor order rotates broken cover rotation,
When starting tooth band driving motor band movable tooth band sliding tooth wheel rotation, tooth band drives gear that can drive passive tooth by annular tooth band
Wheel rotation then drives drag-line to move up and down, it is broken that drag-line is able to drive coarse fodder so that drag-line runner be driven to rotate around transmission shaft
Material hammer moves up and down in the broken cover of rotation, hammers grinding material；Each material by coarse crushing along by coarse fodder charging divide mouth and
The coarse fodder hole that gathers materials enters coarse fodder and gathers materials in pedestal, and by being discharged after the screening of coarse fodder sieve by coarse fodder discharge port, falls into slope
The front end of formula conveyer；
C. conveying: by ramp type conveyer by the coarse fodder of silicon carbide, aluminium oxide, boron carbide, andalusite and pink fused alumina from fines
The fines feed inlet of crusher is put into fines casing, at the same time, active micro silicon powder, explosion-proof fiber is synchronous with auxiliary material logical
Fines feed inlet is crossed to put into fines casing；
D. fine crushing: conical sub-material lid of the material launched from fines feed inlet by the fines crushing function group of topmost is equal
Even whereabouts starts revolving sleeve driving motor, drives the rotation of fines sliding tooth wheel, and then drive ring gear and revolving sleeve
It is rotated around fines rotary shaft；At the same time, start fines rotary drive motor, enable fines rotary shaft rotate, fines rotary shaft
Band movable eccentric wheel rotates synchronously, and then beats barrel by eccentric wheel track drive and back and forth be pierced by and bounce back from material outlet is beaten, completion pair
Material is hammered into material cake, and including interior bullet hammer under the elastic force effect of bullet hammer spring, it is pierced by the open end in interior bullet hammer channel always
The inner wall of revolving sleeve is pushed against, and smashes material cake in rotary course, realizes sufficiently mixing and being crushed for various materials；
E. export: the mixing and breaking up Jing Guo each fines crushing function group obtains final finished, and finished product is passed through defeated at material
Band output is sent to be packed.
Preferably, production equipment used in technique includes coarse fodder crusher and fines crusher, on the top of coarse fodder crusher
Coarse fodder feed inlet is opened up, opens up coarse fodder discharge port in the lower part of coarse fodder crusher；The top of fines crusher open up fines into
Material mouth opens up fines discharge port in the lower part of fines crusher；The coarse fodder discharge port is connected fines by ramp type conveyer
Feed inlet；It is arranged to expect conveyer belt below fines discharge port.
Preferably, the coarse fodder crusher includes coarse fodder casing, and coarse fodder is arranged in coarse fodder casing and gathers materials pedestal and at least
Three groups of coarse fodder crushing function groups；Gather materials in coarse fodder and opens up three or more coarse fodders on pedestal and gather materials hole；Gather materials in pedestal in coarse fodder
Coarse fodder collecting bin is set, and the coarse fodder gathers materials the equal connection coarse fodder collecting bin in hole；Every group of coarse fodder crushing function group includes bell shape rotation
Turn broken cover, coarse fodder particle hammer and coarse fodder and divide conveyer belt, ring rotation guide rail, the rotation are set in the gather materials periphery in hole of coarse fodder
At least three swing rollers are arranged in the lower part of broken cover, and the swing roller is arranged in ring rotation guide rail；It is broken in rotation
Annular external tooth torus is set on the periphery wall of cover, rotary drive motor, the rotation drive are set on the gather materials top of pedestal of coarse fodder
Installation coarse fodder drives gear on the motor shaft of dynamic motor, and the coarse fodder driving gear is meshed with annular external tooth torus；The rotation
Turn driving motor and be able to drive coarse fodder driving gear engagement ring shape external tooth torus rotation, the broken cover of rotation is then driven to surround axis
Line rotation；Coarse fodder charging is opened up in the upper end of the broken cover of rotation and divides mouth, is opened up coarse fodder discharging in the lower end of the broken cover of rotation and is divided mouth,
Coarse fodder discharging divides mouth and the coarse fodder hole that gathers materials to be oppositely arranged；The coarse fodder divides conveyer belt after coarse fodder feed inlet from top pair
Quasi- coarse fodder charging divides mouth；In the broken cover of rotation, the top of the coarse fodder particle hammer passes through drag-line for the coarse fodder particle hammer setting
Binder hammers lifting power plant into shape, and material hammer lifting power plant can draw coarse fodder particle hammer in the broken cover of rotation by drag-line
It moves up and down；The coarse fodder particle hammer is in spindle, the setting grinding particle ring on the periphery wall of coarse fodder particle hammer；
The material hammer lifting power plant includes lifting power plant mounting rack, left live-roller and right live-roller, and the lifting is dynamic
The top of coarse fodder casing is arranged in power device mounting rack；Annular tooth band is set on the live-roller of left and right；Between left and right live-roller
Coarse fodder casing on installation tooth band driving motor, installation tooth band drives gear, the tooth band driving on tooth band driving motor
Gear and the intermeshing of annular tooth band are driven；At least three transmission shafts, the transmission are installed on lifting power plant mounting rack
Driven gear is set on axis and drag-line runner, the driven gear are meshed with annular tooth band；On the outer wheel face of drag-line runner
Drag-line fixed pin is set, and the drag-line fixed pin is connected and fixed the upper end of drag-line；When tooth band driving motor band movable tooth band sliding tooth
When wheel rotates, tooth band drives gear that can drive driven gear rotation by annular tooth band, to drive drag-line runner around biography
Moving axis rotation, then drives drag-line to move up and down, and drag-line is able to drive coarse fodder particle hammer and moves up and down in the broken cover of rotation, hammers into shape
Hit grinding material.
Preferably, coarse fodder vibrating screen is set in coarse fodder collecting bin, and the coarse fodder vibrating screen includes coarse fodder sieve and vibration
The periphery of motor, the coarse fodder sieve is mounted on the middle part of coarse fodder collecting bin by vibrating spring, and vibrating motor is able to drive partially
The rotation of heart thumb wheel is to drive coarse fodder screen cloth vibrating screen material；It is intended to via the material that coarse fodder feed opening is fallen through coarse fodder sieve
It is discharged after screening by coarse fodder discharge port.
Preferably, the fines crusher includes fines casing, and the fines casing is columnar tank body；In fines machine
At least two groups fines crushing function group is arranged in upper right in shell and lower sequence；Every group of fines crushing function group includes the installation of fines group
Seat, the fines group mounting base are mounted on the inner wall of fines casing by installing arm, are formed under fines between each installing arm
Material divides hole；In the lower part of fines group mounting base setting driving storehouse；Bearing rotating seat is installed in the central part of fines group mounting base,
The lower part of fines rotary shaft is passed through connects fines rotary drive motor, the fines rotary drive motor after bearing rotary seat
Setting is in driving storehouse；The upper end of fines rotary shaft is hingedly installed by conical sub-material lid；The lower part of the cone sub-material lid connects
Cylinder-shaped revolving sleeve is connect, disc cylinder bottom is set in the bottom of revolving sleeve, ring gear is set in the bottom at cylinder bottom,
It driving and revolving sleeve driving motor is set in storehouse, installation fines drives gear on the motor shaft of the revolving sleeve driving motor,
The fines driving gear is meshed with ring gear；When revolving sleeve driving motor drives the rotation of fines sliding tooth wheel,
Ring gear can be driven to rotate around fines rotary shaft and revolving sleeve in turn；From top to bottom by thin in revolving sleeve
Material partition is separated at least three fines sub-material storehouses, is set with eccentric wheel in the fines rotary shaft in each fines sub-material storehouse, described
Circular offset wheel track is arranged in the periphery lower part of eccentric wheel, and the orlop or silo roof in fines sub-material storehouse are radial around fines rotary shaft
Barrel guide rail is beaten in setting at least two, is beaten barrel beating setting in barrel guide rail, is arranged in the periphery in fines sub-material storehouse and beats material
The corresponding material of beating of cylinder quantity and position exports；The top for beating barrel opens up arc chute, beats barrel and is inserted by sliding slot
On the eccentric wheel track below eccentric wheel；The fines rotary shaft is able to drive eccentric wheel synchronous rotation when rotating, then pass through
Eccentric wheel track drive beats barrel and is back and forth pierced by and bounces back from material outlet is beaten, and completes the hammering to material.
Preferably, the interior bullet hammer channel for beating setting open at one end in barrel, the open end court in the interior bullet hammer channel
To the side for deviating from fines rotary shaft；One end of interior bullet hammer spring is arranged in the closed end in bullet hammer channel inside, and the interior bullet hammers bullet into shape
The other end of spring connects interior bullet hammer, and the open end that interior bullet hammer is pierced by interior bullet hammer channel pushes against the inner wall of revolving sleeve.
Compared with prior art, the beneficial effects of the present invention are:
A kind of production technology of anti-crack corrosive-proof plastic material according to the present invention can carry out targetedly sub-material to raw material
Grinding and mixing fine grinding enable each component sufficiently combine by the distinctive mixing method rubbing material knocking and then crushing again at cake
Together, it effectively promotes moldable thermal shock resistance and is not likely to produce crackle, extend service life.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the structural schematic diagram of coarse fodder crusher；
Fig. 3 is the structural schematic diagram of coarse fodder crushing function group；
Fig. 4 is the structural schematic diagram of fines crusher；
Fig. 5 is the structural schematic diagram of fines crushing function group；
In figure: 1, coarse fodder crushing function group: 1.1, drag-line；1.2, coarse fodder charging divides mouth；1.3, the broken cover of rotation；1.4, coarse fodder is broken
Material hammer；1.5, rotary drive motor；1.6, coarse fodder discharging divides mouth；1.7, particle ring is ground；1.8, annular external tooth torus；1.9, ring
Shape rotary rail；1.10, swing roller；1.11, infundibulate backgauge；1.12, coarse fodder drives gear；
2, material hammer lifting power plant: 2.1, left live-roller；2.2, right live-roller；2.3, annular tooth band；2.4, transmission shaft；2.5,
Drag-line runner；2.6, tooth band drives gear；2.7, tooth band driving motor；2.8, right live-roller；
3, coarse fodder vibrating screen: 3.1, vibrating motor；3.2, vibrating spring；3.3, coarse fodder sieve；
4, fines crushing function group: 4.1, fines rotary shaft；4.2, conical sub-material lid；4.3, eccentric wheel；4.4, barrel is beaten；
4.5, interior bullet hammers spring into shape；4.6, material outlet is beaten；4.7, interior bullet hammer；4.8, bearing rotary seat；4.9, installing arm；4.10, fines group
Mounting base；4.11, storehouse is driven；4.12, fines rotary drive motor；4.13, revolving sleeve driving motor；4.14, fines drives
Gear；4.15, ring gear；4.16, revolving sleeve；
5, coarse fodder feed inlet；6, coarse fodder divides conveyer belt；7, coarse fodder casing；
8, coarse fodder gathers materials pedestal: 8.1, coarse fodder gathers materials hole；
9, coarse fodder feed inlet；10, ramp type conveyer；11, at material conveyer belt；12, fines discharge port；13, fines casing；14,
Fines feed inlet.
Specific embodiment
Present invention is further described in detail with specific embodiment with reference to the accompanying drawing.
A kind of full-automatic production process of anti-crack corrosive-proof plastic material of the present invention includes the following steps:
A. it stocks up: preparing base-material according to following mass ratio and weigh:
45-75 parts of silicon carbide；
35-65 parts of aluminium oxide；
30-45 parts of boron carbide；
15-20 parts of andalusite；
15-20 parts of pink fused alumina；
10-25 parts of active micro silicon powder；
10-25 parts of bentonite；
5-15 parts of explosion-proof fiber；
The specific embodiment of base-material proportion see the table below:
Prepare auxiliary material: concentration 2-2.5g/cm2Phosphate dihydrogen aluminum solution.
The mass ratio of base-material and auxiliary material is 15-20:1.
B. it is defeated that silicon carbide, aluminium oxide, boron carbide, andalusite and pink fused alumina coarse crushing: are passed through into different coarse fodder point respectively
It send in the broken cover of rotation for conveying each coarse fodder crushing function group, starting rotary drive motor, which enables, rotates the same of broken cover rotation
When, when starting tooth band driving motor band movable tooth band sliding tooth wheel rotates, tooth band drives gear that can drive quilt by annular tooth band
Moving gear rotation then drives drag-line to move up and down, drag-line is able to drive slightly so that drag-line runner be driven to rotate around transmission shaft
Material particle hammer moves up and down in the broken cover of rotation, hammers grinding material；Each material by coarse crushing is along by coarse fodder charging point
Mouthful and the coarse fodder hole that gathers materials enter coarse fodder and gather materials in pedestal, and by being discharged after the screening of coarse fodder sieve by coarse fodder discharge port, fall into
The front end of ramp type conveyer；
C. conveying: by ramp type conveyer by the coarse fodder of silicon carbide, aluminium oxide, boron carbide, andalusite and pink fused alumina from fines
The fines feed inlet of crusher is put into fines casing, at the same time, active micro silicon powder, explosion-proof fiber is synchronous with auxiliary material logical
Fines feed inlet is crossed to put into fines casing；
D. fine crushing: conical sub-material lid of the material launched from fines feed inlet by the fines crushing function group of topmost is equal
Even whereabouts starts revolving sleeve driving motor, drives the rotation of fines sliding tooth wheel, and then drive ring gear and revolving sleeve
It is rotated around fines rotary shaft；At the same time, start fines rotary drive motor, enable fines rotary shaft rotate, fines rotary shaft
Band movable eccentric wheel rotates synchronously, and then beats barrel by eccentric wheel track drive and back and forth be pierced by and bounce back from material outlet is beaten, completion pair
Material is hammered into material cake, and including interior bullet hammer under the elastic force effect of bullet hammer spring, it is pierced by the open end in interior bullet hammer channel always
The inner wall of revolving sleeve is pushed against, and smashes material cake in rotary course, realizes sufficiently mixing and being crushed for various materials；
E. export: the mixing and breaking up Jing Guo each fines crushing function group obtains final finished, and finished product is passed through defeated at material
Band output is sent to be packed.
As shown in Figure 1, the production technology for the anti-crack corrosive-proof plastic material that production technology of the present invention is related to, including coarse fodder
Crusher and fines crusher open up coarse fodder feed inlet on the top of coarse fodder crusher, open up slightly in the lower part of coarse fodder crusher
Expect discharge port；Fines feed inlet is opened up on the top of fines crusher, opens up fines discharge port in the lower part of fines crusher；Institute
It states coarse fodder discharge port and fines feed inlet is connected by ramp type conveyer.It is arranged to expect conveyer belt below fines discharge port.
As shown in Fig. 2, the coarse fodder crusher includes coarse fodder casing, coarse fodder is set in coarse fodder casing and is gathered materials pedestal and extremely
Few three groups of coarse fodder crushing function groups；Gather materials in coarse fodder and opens up three or more coarse fodders on pedestal and gather materials hole；Gather materials pedestal in coarse fodder
Interior setting coarse fodder collecting bin, the coarse fodder gather materials the equal connection coarse fodder collecting bin in hole.
As shown in figure 3, every group of coarse fodder crushing function group includes that the broken cover of bell shape rotation, coarse fodder particle hammer and coarse fodder point are defeated
Band is sent, ring rotation guide rail, at least three rotation of lower part setting of the broken cover of rotation are set in the gather materials periphery in hole of coarse fodder
Idler wheel, the swing roller are arranged in ring rotation guide rail；Annular external tooth torus is set on the periphery wall of the broken cover of rotation,
Rotary drive motor is set on the gather materials top of pedestal of coarse fodder, coarse fodder sliding tooth is installed on the motor shaft of the rotary drive motor
Wheel, the coarse fodder driving gear are meshed with annular external tooth torus；The rotary drive motor is able to drive coarse fodder driving gear
Annular external gear ring rotation is engaged, the broken cover of rotation is then driven to surround central axes rotation；It is opened up in the upper end of the broken cover of rotation
Coarse fodder charging divides mouth, opens up coarse fodder discharging in the lower end of the broken cover of rotation and divides mouth, and the coarse fodder discharging divides mouth and coarse fodder to gather materials hole
It is oppositely arranged；Infundibulate blocking material ring is set in the lower inner wall of the broken cover of rotation, the infundibulate blocking material ring can block rotation
Turn the seam that broken cover and coarse fodder gather materials between hole and ring rotation guide rail.After the coarse fodder divides conveyer belt to pass through coarse fodder feed inlet
Divide mouth from top alignment coarse fodder charging；The coarse fodder particle hammer setting is in the broken cover of rotation, the top of the coarse fodder particle hammer
Lifting power plant is hammered into shape by drag-line binder, and material hammer lifting power plant can be drawn coarse fodder particle hammer by drag-line and rotated
It is moved up and down in broken cover.The coarse fodder particle hammer is in spindle, the setting grinding particle ring on the periphery wall of coarse fodder particle hammer.
As shown in Fig. 2, the material hammer lifting power plant includes lifting power plant mounting rack, left live-roller and right transmission
The top of coarse fodder casing is arranged in roller, the lifting power plant mounting rack；Annular tooth band is set on the live-roller of left and right；?
Tooth band driving motor is installed, installation tooth band sliding tooth on the tooth band driving motor on the coarse fodder casing between left and right live-roller
Wheel, the tooth band driving gear and the intermeshing of annular tooth band are driven；At least three are installed on lifting power plant mounting rack
Transmission shaft is set with driven gear on the transmission shaft and drag-line runner, the driven gear is meshed with annular tooth band；In drag-line
Drag-line fixed pin is set on the outer wheel face of runner, and the drag-line fixed pin is connected and fixed the upper end of drag-line；When tooth band driving motor
When band movable tooth band sliding tooth wheel rotates, tooth band drives gear that can drive driven gear rotation by annular tooth band, to drive
Drag-line runner is rotated around transmission shaft, then drag-line is driven to move up and down, and it is broken in rotation that drag-line is able to drive coarse fodder particle hammer
It is moved up and down in cover, hammers grinding material.
Coarse fodder vibrating screen is set in coarse fodder collecting bin, and the coarse fodder vibrating screen includes coarse fodder sieve and vibrating motor, institute
The periphery for stating coarse fodder sieve is mounted on the middle part of coarse fodder collecting bin by vibrating spring, and vibrating motor is able to drive eccentric thumb wheel rotation
Turn to drive coarse fodder screen cloth vibrating screen material；Via the material that coarse fodder feed opening is fallen be intended to after the screening by coarse fodder sieve by
The discharge of coarse fodder discharge port.
As shown in figure 4, the fines crusher includes fines casing, the fines casing is columnar tank body；Thin
Expect that at least two groups fines crushing function group is arranged in upper right and lower sequence in casing.
As shown in figure 5, every group of fines crushing function group includes fines group mounting base, the fines group mounting base passes through installation
Arm is mounted on the inner wall of fines casing, is formed fines blanking between each installing arm and is divided hole；In the lower part of fines group mounting base
Setting driving storehouse；Bearing rotating seat is installed in the central part of fines group mounting base, the lower part of fines rotary shaft is passed through across axis
Fines rotary drive motor is connected after holding rotating seat, the fines rotary drive motor setting is in driving storehouse；Fines rotary shaft
Upper end conical sub-material lid is hingedly installed；The lower part of the cone sub-material lid connects cylinder-shaped revolving sleeve, expects in rotation
Disc cylinder bottom is arranged in the bottom of cylinder, ring gear is arranged in the bottom at cylinder bottom, setting revolving sleeve drives in driving storehouse
Motor, installation fines drives gear on the motor shaft of the revolving sleeve driving motor, in the fines driving gear and annular
Gear is meshed；When revolving sleeve driving motor drives the rotation of fines sliding tooth wheel, ring gear can be driven to enclose in turn
It is rotated around fines rotary shaft and revolving sleeve；At least three fineves are from top to bottom separated by fines partition in revolving sleeve
Sub-material storehouse, is set with eccentric wheel in the fines rotary shaft in each fines sub-material storehouse, and the periphery lower part of the eccentric wheel is arranged round
Eccentric wheel track, orlop or silo roof in fines sub-material storehouse beat barrel guide rail around the radial setting at least two of fines rotary shaft,
Beat barrel beating in barrel guide rail setting, the periphery setting in fines sub-material storehouse with beat barrel quantity and position is corresponding beats material
Outlet；The top for beating barrel opens up arc chute, beats on the eccentric wheel track that barrel is inserted into below eccentric wheel by sliding slot；
The fines rotary shaft is able to drive eccentric wheel synchronous rotation when rotating, then beat barrel by eccentric wheel track drive and expect from beating
Mouth is back and forth pierced by and bounces back, and completes the hammering to material.
The interior bullet hammer channel for beating setting open at one end in barrel, the open end in the interior bullet hammer channel face away from carefully
Expect the side of rotary shaft；One end of interior bullet hammer spring is arranged in the closed end in bullet hammer channel inside, and the interior bullet hammers the another of spring into shape
End connects interior bullet hammer, and the open end that interior bullet hammer is pierced by interior bullet hammer channel pushes against the inner wall of revolving sleeve.
The above described is only a preferred embodiment of the present invention, being not that the invention has other forms of limitations, appoint
What those skilled in the art changed or be modified as possibly also with the technology contents of the disclosure above equivalent variations etc.
Imitate embodiment.Without departing from the technical solutions of the present invention, to the above embodiments according to the technical essence of the invention
Any simple modification, equivalent variations and remodeling, still fall within the protection scope of technical solution of the present invention.
Claims (6)
1. a kind of production technology of anti-crack corrosive-proof plastic material, it is characterised in that include the following steps:
A. it stocks up: preparing base-material according to following mass ratio and weigh:
45-75 parts of silicon carbide；
35-65 parts of aluminium oxide；
30-45 parts of boron carbide；
15-20 parts of andalusite；
15-20 parts of pink fused alumina；
10-25 parts of active micro silicon powder；
10-25 parts of bentonite；
5-15 parts of explosion-proof fiber；
Prepare auxiliary material: concentration 2-2.5g/cm2Phosphate dihydrogen aluminum solution；
The mass ratio of base-material and auxiliary material is 15-20:1；
B. coarse crushing: silicon carbide, aluminium oxide, boron carbide, andalusite and pink fused alumina are passed through into different coarse fodders respectively and divide conveyer belt
It conveys in the broken cover of rotation of each coarse fodder crushing function group, while starting rotary drive motor order rotates broken cover rotation,
When starting tooth band driving motor band movable tooth band sliding tooth wheel rotation, tooth band drives gear that can drive passive tooth by annular tooth band
Wheel rotation then drives drag-line to move up and down, it is broken that drag-line is able to drive coarse fodder so that drag-line runner be driven to rotate around transmission shaft
Material hammer moves up and down in the broken cover of rotation, hammers grinding material；Each material by coarse crushing along by coarse fodder charging divide mouth and
The coarse fodder hole that gathers materials enters coarse fodder and gathers materials in pedestal, and by being discharged after the screening of coarse fodder sieve by coarse fodder discharge port, falls into slope
The front end of formula conveyer；
C. conveying: by ramp type conveyer by the coarse fodder of silicon carbide, aluminium oxide, boron carbide, andalusite and pink fused alumina from fines
The fines feed inlet of crusher is put into fines casing, at the same time, active micro silicon powder, explosion-proof fiber is synchronous with auxiliary material logical
Fines feed inlet is crossed to put into fines casing；
D. fine crushing: conical sub-material lid of the material launched from fines feed inlet by the fines crushing function group of topmost is equal
Even whereabouts starts revolving sleeve driving motor, drives the rotation of fines sliding tooth wheel, and then drive ring gear and revolving sleeve
It is rotated around fines rotary shaft；At the same time, start fines rotary drive motor, enable fines rotary shaft rotate, fines rotary shaft
Band movable eccentric wheel rotates synchronously, and then beats barrel by eccentric wheel track drive and back and forth be pierced by and bounce back from material outlet is beaten, completion pair
Material is hammered into material cake, and including interior bullet hammer under the elastic force effect of bullet hammer spring, it is pierced by the open end in interior bullet hammer channel always
The inner wall of revolving sleeve is pushed against, and smashes material cake in rotary course, realizes sufficiently mixing and being crushed for various materials；
E. export: the mixing and breaking up Jing Guo each fines crushing function group obtains final finished, and finished product is passed through defeated at material
Band output is sent to be packed.
2. a kind of production technology of anti-crack corrosive-proof plastic material according to claim 1, it is characterised in that raw used in technique
Producing equipment includes coarse fodder crusher and fines crusher, opens up coarse fodder feed inlet on the top of coarse fodder crusher, broken in coarse fodder
The lower part of machine opens up coarse fodder discharge port；Fines feed inlet is opened up on the top of fines crusher, is opened in the lower part of fines crusher
If fines discharge port；The coarse fodder discharge port is connected fines feed inlet by ramp type conveyer；In the lower section of fines discharge port
It is arranged to expect conveyer belt.
3. a kind of production technology of anti-crack corrosive-proof plastic material according to claim 2, it is characterised in that the coarse fodder is broken
Broken machine includes coarse fodder casing, and coarse fodder is arranged in coarse fodder casing and gathers materials pedestal and at least three groups of coarse fodder crushing function groups；In coarse fodder
Gather materials and opens up three or more coarse fodders on pedestal and gather materials hole；Gather materials in coarse fodder and coarse fodder collecting bin, the coarse fodder collection are set in pedestal
Expect the equal connection coarse fodder collecting bin in hole；Every group of coarse fodder crushing function group includes the broken cover of bell shape rotation, coarse fodder particle hammer and coarse fodder
Ring rotation guide rail, the lower part setting at least three of the broken cover of rotation is arranged in the gather materials periphery in hole of coarse fodder in point conveyer belt
Swing roller, the swing roller are arranged in ring rotation guide rail；Annular external tooth is set on the periphery wall of the broken cover of rotation
Torus is arranged rotary drive motor on the gather materials top of pedestal of coarse fodder, installs coarse fodder on the motor shaft of the rotary drive motor
Gear is driven, the coarse fodder driving gear is meshed with annular external tooth torus；The rotary drive motor is able to drive coarse fodder drive
Moving gear engages annular external gear ring rotation, and the broken cover of rotation is then driven to surround central axes rotation；In the upper of the broken cover of rotation
End opens up coarse fodder charging and divides mouth, opens up coarse fodder discharging in the lower end of the broken cover of rotation and divides mouth, the coarse fodder discharging divides mouth and coarse fodder
The hole that gathers materials is oppositely arranged；The coarse fodder, which is fed after dividing conveyer belt to pass through coarse fodder feed inlet from top alignment coarse fodder, divides mouth；It is described thick
The setting of particle hammer is expected in the broken cover of rotation, the top of the coarse fodder particle hammer hammers lifting power plant into shape by drag-line binder,
Material hammer lifting power plant can be drawn coarse fodder particle hammer by drag-line and be moved up and down in the broken cover of rotation；The coarse fodder particle
Hammer is in spindle, the setting grinding particle ring on the periphery wall of coarse fodder particle hammer；
The material hammer lifting power plant includes lifting power plant mounting rack, left live-roller and right live-roller, and the lifting is dynamic
The top of coarse fodder casing is arranged in power device mounting rack；Annular tooth band is set on the live-roller of left and right；Between left and right live-roller
Coarse fodder casing on installation tooth band driving motor, installation tooth band drives gear, the tooth band driving on tooth band driving motor
Gear and the intermeshing of annular tooth band are driven；At least three transmission shafts, the transmission are installed on lifting power plant mounting rack
Driven gear is set on axis and drag-line runner, the driven gear are meshed with annular tooth band；On the outer wheel face of drag-line runner
Drag-line fixed pin is set, and the drag-line fixed pin is connected and fixed the upper end of drag-line；When tooth band driving motor band movable tooth band sliding tooth
When wheel rotates, tooth band drives gear that can drive driven gear rotation by annular tooth band, to drive drag-line runner around biography
Moving axis rotation, then drives drag-line to move up and down, and drag-line is able to drive coarse fodder particle hammer and moves up and down in the broken cover of rotation, hammers into shape
Hit grinding material.
4. a kind of production technology of anti-crack corrosive-proof plastic material according to claim 3, it is characterised in that gather materials in coarse fodder
Coarse fodder vibrating screen is set in storehouse, and the coarse fodder vibrating screen includes coarse fodder sieve and vibrating motor, and the periphery of the coarse fodder sieve is logical
The middle part that vibrating spring is mounted on coarse fodder collecting bin is crossed, vibrating motor is able to drive eccentric thumb wheel rotation to drive coarse fodder sieve
Vibrating screen material；It is intended to be discharged after the screening by coarse fodder sieve by coarse fodder discharge port via the material that coarse fodder feed opening is fallen.
5. a kind of production technology of anti-crack corrosive-proof plastic material according to claim 4, it is characterised in that the fines is broken
Broken machine includes fines casing, and the fines casing is columnar tank body；The upper right in fines casing and lower sequence setting at least
Two groups of fines crushing function groups；Every group of fines crushing function group includes fines group mounting base, and the fines group mounting base passes through peace
Dress arm is mounted on the inner wall of fines casing, is formed fines blanking between each installing arm and is divided hole；Under fines group mounting base
Portion setting driving storehouse；Bearing rotating seat is installed in the central part of fines group mounting base, the lower part of fines rotary shaft pass through across
Fines rotary drive motor is connected after bearing rotary seat, the fines rotary drive motor setting is in driving storehouse；Fines rotation
The upper end of axis is hingedly installed by conical sub-material lid；The lower part of the cone sub-material lid connects cylinder-shaped revolving sleeve, is rotating
Disc cylinder bottom is arranged in the bottom of barrel, ring gear is arranged in the bottom at cylinder bottom, setting revolving sleeve drives in driving storehouse
Dynamic motor, installation fines drives gear, the fines driving gear and annular on the motor shaft of the revolving sleeve driving motor
Internal gear is meshed；When revolving sleeve driving motor drives the rotation of fines sliding tooth wheel, ring gear can be driven in turn
It is rotated around fines rotary shaft and revolving sleeve；At least three from top to bottom are separated into carefully by fines partition in revolving sleeve
Expect sub-material storehouse, eccentric wheel is set in the fines rotary shaft in each fines sub-material storehouse, circle is arranged in the periphery lower part of the eccentric wheel
Shape bias wheel track, orlop or silo roof in fines sub-material storehouse are beaten barrel around the radial setting at least two of fines rotary shaft and are led
Rail beats barrel beating in barrel guide rail setting, the periphery setting in fines sub-material storehouse with beat barrel quantity and position is corresponding
Beat material outlet；The top for beating barrel opens up arc chute, beats the eccentric wheel that barrel is inserted into below eccentric wheel by sliding slot
On rail；The fines rotary shaft is able to drive eccentric wheel synchronous rotation when rotating, then by eccentric wheel track drive beat barrel from
It beats material outlet to be back and forth pierced by and bounce back, completes the hammering to material.
6. a kind of production technology of anti-crack corrosive-proof plastic material according to claim 5, it is characterised in that described to beat barrel
The interior bullet of interior setting open at one end hammers channel into shape, and the open end in the interior bullet hammer channel faces away from the side of fines rotary shaft；?
The other end of one end of bullet hammer spring in the closed end setting in interior bullet hammer channel, the interior bullet hammer spring connects interior bullet hammer, interior bullet
The open end that hammer is pierced by interior bullet hammer channel pushes against the inner wall of revolving sleeve.
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| CN201910581317.1A CN110302881B (en) | 2019-06-29 | 2019-06-29 | Production process of crack-resistant wear-resistant plastic material |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114100774A (en) * | 2022-01-26 | 2022-03-01 | 徐州科星科技发展有限公司 | Automatic reducing mechanism of fodder preparation cereal raw materials for birds |
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| CN110302881B (en) | 2020-10-02 |
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