CN109517733A - A kind of synthetic resin preparation process - Google Patents
A kind of synthetic resin preparation process Download PDFInfo
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- CN109517733A CN109517733A CN201811350223.5A CN201811350223A CN109517733A CN 109517733 A CN109517733 A CN 109517733A CN 201811350223 A CN201811350223 A CN 201811350223A CN 109517733 A CN109517733 A CN 109517733A
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- reaction kettle
- synthetic resin
- spring
- plate
- heating
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M41/00—Means for regulation, monitoring, measurement or control, e.g. flow regulation
- C12M41/12—Means for regulation, monitoring, measurement or control, e.g. flow regulation of temperature
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M27/00—Means for mixing, agitating or circulating fluids in the vessel
- C12M27/02—Stirrer or mobile mixing elements
Abstract
The invention belongs to synthetic resin preparation technical field, specifically a kind of synthetic resin preparation process, the technique uses reaction kettle, and reaction kettle includes reaction kettle body；It further include driving unit, No.1 agitating unit, swing unit and controller.On the one hand the technique, by the way that the reaction temperature of synthetic resin is maintained 200-220 DEG C, and is sufficiently stirred resin raw material, to improve the preparation efficiency of synthetic resin；On the other hand, the effect by common aerobic bacteria and high temperature resistant aerobic bacteria in aerobic environment generates heat and carbon dioxide gas, so that synthetic resin is adequately and uniformly synthesized, to improve the preparation effect of synthetic resin.
Description
Technical field
The invention belongs to synthetic resin preparation technical field, specifically a kind of synthetic resin preparation process.
Background technique
Synthetic resin is a kind of artificial synthesized a kind of high molecular polymer, is consolidated for what thick liquid or heating can soften
Body usually has the temperature range of melting or softening, under external force can be in Plastic Flow state, certain properties and day when heated
Right resin is similar, and the most important application of synthetic resin is manufacture plastics, has for easy to process and improvement performance, Chang Tianjia auxiliary agent
When be also directly used in the synonym for shaping, therefore being often plastics, due to synthetic resin compare with other competitive materials have it is bright
Aobvious performance and cost advantage, application also penetrate into national economy various aspects.
Also occur a kind of technical solution of the patent about synthetic resin preparation process, such as application number in the prior art
A kind of highly effective reaction kettle of synthetic resin is disclosed for 2016205509101 Chinese patent, including reaction kettle body, is stirred
The driving motor of axis, agitating paddle and driving agitating shaft rotation is mixed, driving motor is mounted on the There of reaction kettle body, and drives
The main shaft and stirring axis connection, agitating shaft of motor are located in reaction kettle body, and agitating paddle is mounted on agitating shaft, and agitating paddle is outer
Multiple side wall scraper plates are installed, the diameter of circumference is identical as reaction kettle body intracavity diameter where side wall scraper plate, is stirring on circumference
The bottom of axis is additionally provided with bottom scraper plate, the bottom surface of bottom scraper plate and reaction kettle body bottom lumen contact, at the bottom of reaction kettle body
Portion is provided with delivery pipe.
A kind of highly effective reaction kettle of synthetic resin of the technical solution, can be stirred resin raw material.But it should
In technical solution, to the unevenness that is stirred of raw material, and raw material uneven heating is even, to influence the production effect of synthetic resin；
Meanwhile the preparation efficiency of synthetic resin is low；So that the technical solution is restricted.
Summary of the invention
In order to make up for the deficiencies of the prior art, uneven resin raw material stirring, uneven heating and synthetic resin preparation effect are solved
The low problem of rate；The invention proposes a kind of synthetic resin preparation processes.
The technical solution adopted by the present invention to solve the technical problems is: a kind of synthetic resin preparation work of the present invention
Skill, the technique the following steps are included:
S1: grinding block is slidably installed at the feed inlet of feed pipe in a kettle, and grinding block is located under crushing wheel
Side, grinds smashed resin raw material by the grinding block being slidably installed；
S2: on the basis of S1, being passed through air into reaction kettle body by aspiration pump, so that presenting in reaction kettle body aerobic
Environment, meanwhile, be added aerobic high temperature resistant bacterium and common aerobic bacteria into reaction kettle body, start reaction kettle so that resin raw material into
Row is stirred；Under the action of common aerobic bacteria and aerobic high temperature resistant bacterium, oxidation reaction is carried out to resin raw material, is generated big
Calorimetric amount and carbon dioxide gas accelerate synthetic resin preparation efficiency by carbon dioxide gas；It is common good after temperature increases
Oxygen bacterium is dead, and aerobic high temperature resistant bacterium continues oxidation reaction；
S3: on the basis of S2, heating reaction kettle body by heating tube, so that the intracorporal temperature of reaction kettle maintains
200-220℃；This temperature is the optimum temperature of synthetic resin preparation, can accelerate the preparation efficiency of synthetic resin；
S4: three are stirred ten minutes later in resin raw material, is cooled down by liquid nitrogen to reaction kettle, so that synthetic resin
Cooling, synthetic resin after cooling is taken from reaction kettle；
The reaction kettle that the present invention uses includes reaction kettle body；Further include driving unit, No.1 agitating unit, swing unit and
Controller；The controller is used to control the work of reaction kettle；Feed pipe, reaction kettle body bottom are equipped at the top of the reaction kettle body
Equipped with discharge nozzle；The side wall of the feed pipe is equipped with crushing teeth, and broken wheel is rotatably equipped at feed pipe, passes through crushing teeth
Mutual cooperation between broken wheel, realization are crushed synthetic resin；The driving unit is mounted on the lateral wall of reaction kettle body
On, driving unit includes clockwise and anticlockwise motor, No.1 spring and No.1 wheel；The clockwise and anticlockwise motor is fixedly mounted on reaction kettle body
On left side wall；The No.1 spring one end is connected on the output shaft of clockwise and anticlockwise motor, and the No.1 spring other end is rotatably installed in
On the left side wall of reaction kettle, No.1 spring surrounds "U" shaped；The quantity of the No.1 wheel is two, and No.1 wheel is rotated by shaft
It is mounted on the side wall of reaction kettle body, and two No.1 wheels, on same vertical line, two No.1 wheels cooperate so that No.1 spring is formed
"U" shaped, and two No.1 wheels are supported the turning point of the formed "U" shaped of No.1 spring；No.1 agitating unit position
In the inside of the formed "U" shaped of No.1 spring, and No.1 agitating unit is mounted on No.1 spring, and No.1 agitating unit includes
No.1 heating plate, No. two heating plates, fixed link, high temperature resistant air bag and lantern ring；No.1 heating plate end is arranged by lantern ring
On No.1 spring at a in horizontal direction, and the one side of No.1 heating plate is connected in reaction kettle side wall by electric heating wire
On；No. two heating plate ends are set at b on the No.1 spring in horizontal direction by lantern ring, and the one of No. two heating plates
Side is connected on the side wall of reaction kettle by electric heating wire, is driven No.1 spring to rotate clockwise by clockwise and anticlockwise motor, is made
It obtains No.1 heating plate and No. two heating plates is moved to side close to each other；The quantity of the high temperature resistant air bag is two, high temperature resistant gas
Capsule both ends pass through fixed link respectively and are connected in No.1 heating plate and No. two heating plates, and fixed link is made of aluminum alloy materials,
Aluminum alloy materials have excellent heating conduction, are moved, are made to side close to each other by No.1 heating plate and No. two heating plates
High temperature resistant air bag is squeezed outside air-blowing, the gas of bulging is used to assist the stirring of synthetic resin；The swing unit is located at
The two sides up and down of No.1 spring, swing unit is uniformly distributed on the two sides up and down of No.1 spring, and swing unit and one
The outer ring engaged transmission of number spring, passes through the mutual cooperation between No.1 spring and swing unit, realizes the swing to synthetic resin
Stirring.Synthetic resin is that a kind of production of synthetic resin exists in the prior art by artificial synthesized a kind of high molecular polymer
Device, but the process units Shortcomings of existing synthetic resin, on the one hand, existing synthetic resin device pair and raw material
It is stirred unevenness, to influence the quality of production of synthetic resin；On the other hand, life of the existing synthetic resin device in resin
During production, the heating on single direction only is carried out to raw material, so that raw material uneven heating is even, to influence the life of synthetic resin
Produce effect；The present invention passes through setting driving unit, No.1 agitating unit, swing unit and controller, on the one hand, passes through positive and negative rotation
Motor rotating forward and rotating backward, so that No.1 heating plate and No. two heating plates are respectively to the close to each other and side of being located remotely from each other
To movement, in No.1 heating plate and No. two heating plate side-to-side movements, the intracorporal raw material of reaction kettle is uniformly stirred；Together
When, No.1 heating plate and No. two heating plates are heated by electric heating wire, so that No.1 heating plate and No. two heating plates exist
Raw material is uniformly heated in side-to-side movement, to improve the production quality of synthetic resin；On the other hand, one is utilized
Power source realizes the movement of No.1 agitating unit and swing unit, and in the mutual cooperation of No.1 agitating unit and swing unit
Under, raw material in reaction kettle is sufficiently mixed, to improve the production efficiency of synthetic resin.
Firstly, raw material required for production resin is put into reaction kettle body from feed pipe, in raw material from feed pipe
By when, under the mutual cooperation between crushing teeth and broken wheel, raw material is crushed；Reaction kettle body is fallen on after raw material crushing
It is interior, at this point, driving clockwise and anticlockwise motor, clockwise and anticlockwise motor drive No.1 spring to rotate clockwise, on the one hand, due to No.1 heating plate
It is set at a on the No.1 spring in horizontal direction by lantern ring, No. two heating plates are set at b in horizontal direction by lantern ring
No.1 spring on so that No.1 heating plate and No. two heating plates are moved to side close to each other, and raw material is stirred, and
In No.1 heating plate and No. two heating plates are moved to side close to each other, high temperature resistant air bag is squeezed by fixed link,
High temperature resistant air bag is squeezed outside air-blowing, the stirring of the gas auxiliary material of bulging；Meanwhile No.1 is heated by electric heating wire
Plate and No. two heater plates carry out raw material equal in No.1 heating plate and No. two heating plates are moved to side close to each other
It is even heated, and since fixed link is made of aluminum alloy materials, aluminum alloy materials have excellent heating conduction, so that resistance to height
The gas of wet capsule bulging is hot gas, accelerates the production of synthetic resin；On the other hand, it is rotated clockwise, is made by No.1 spring
With the swing unit side oscillation to the right that No.1 spring engages at a, with No.1 spring engages at b swing unit side-sway to the left
It is dynamic, swing stirring is carried out to raw material by swing unit；When being driven in the reverse direction clockwise and anticlockwise motor, clockwise and anticlockwise motor drives No.1 bullet
Spring rotates counterclockwise, so that No.1 heating plate and No. two heating plates are moved to side is located remotely from each other, engages with No.1 spring at a
Swing unit side oscillation to the left, with the swing unit side oscillation to the right that No.1 spring engages at b, No.1 heating plate, No. two heating
Plate and swing unit are again stirring for raw material；Pass through the phase interworking between driving unit, No.1 agitating unit and swing unit
It closes, raw material is adequately and uniformly stirred；After the completion of production of resins to be synthesized, it is discharged from discharge nozzle.
Preferably, the swing unit includes sector gear and oscillating deck；The sector gear is rotatablely installed by shaft
On the side wall of reaction kettle, by the mutual cooperation between No.1 spring and sector gear, No.1 spring pivotal one is enclosed, so that fan-shaped
Gear rotation is primary；The oscillating rod is rotatably installed in the shaft of sector gear.The present invention is by setting swing unit to
Sector gear and oscillating deck, and No.1 spring pivotal one encloses, swing unit is swung once, so that oscillating deck swings raw material
Stirring, to improve the stirring efficiency of raw material.
In No.1 spring rotates clockwise, oscillating deck side-sway to the right is driven with the sector gear that No.1 spring engages at a
It is dynamic, oscillating deck side oscillation to the left is driven with the sector gear that No.1 spring engages at b；In No.1 spring rotates counterclockwise, with a
The sector gear for locating the engagement of No.1 spring drives oscillating deck side oscillation to the left, drives with the sector gear that No.1 spring engages at b
Oscillating deck side oscillation to the right；It is swung by oscillating deck, swing stirring is carried out to raw material, to improve the stirring effect of raw material
Rate.
Preferably, the oscillating deck is made of swinging block, No.1 plate and elastic plate；The No.1 plate is rotatably installed in sector
In the shaft of gear；The swinging block is contacted with reaction kettle side wall, and the one side that swinging block is contacted with reaction kettle side wall is circular arc
Face；The elastic plate is equipped with No.1 chamber for connecting swinging block and No.1 plate, elastic plate；The No.1 chamber from middle part to
Two sides are gradually reduced, and are interconnected between adjacent No.1 chamber, are increased synthetic resin by elastic plate and are swung stirring range.The present invention
By the way that oscillating deck is set as swinging block, No.1 plate and elastic plate, on the one hand, since swinging block is contacted with the inner wall of reaction kettle body,
In the swing of oscillating deck, swinging block carries out scraper to the inner wall of reaction kettle body, and raw material is avoided to be adhered to the inner wall of reaction kettle body
On, the production quality of synthetic resin is influenced, to improve the production quality of synthetic resin；On the other hand, No.1 plate and swing
It is connected between block by elastic plate, in the swing process of swinging block, the stirring range to raw material is increased, to improve raw material
Mixing effect；Meanwhile the No.1 chamber being arranged in elastic plate, and No.1 chamber is gradually decreased from middle part to two sides, No.1 chamber
Room can generate gas in Tensile, and elastic plate is avoided to be broken when stretching, to improve the use of elastic plate
Service life.
Preferably, No. two chambers and No.1 hole are offered on the No.1 plate；The No.1 hole is mutually interconnected with No. two chambers
Logical, the side wall in No.1 hole is waveform；Rotation fan is rotatably equipped with by shaft in No. two chambers, by No.1 hole and is turned
Mutual cooperation between dynamic fan, for increasing the stirring of synthetic resin.The present invention is by being arranged the No.1 hole of wavy sidewalls and turning
Dynamic fan, by the No.1 hole of wavy sidewalls, increases the contact area between liquid charging stock, so that more power act on and turn
In dynamic fan, meanwhile, it avoids liquid charging stock from being adhered on the side wall in No.1 hole, using the rotation of rotation fan, liquid charging stock is carried out
It is stirred, to improve the production efficiency of synthetic resin.
Preferably, No. two agitating units are equipped in the reaction kettle；The quantity of No. two agitating units is two, and No. two are stirred
It mixes unit and is located at the left side of No.1 heating plate and the right side of No.1 spring, No. two agitating units are stirred for synthetic resin
It mixes, No. two agitating units include No.1 cylinder, swivel becket, No.1 axis, fixed plate and stirring rod；The No.1 cylinder is connected in instead
It answers on kettle inner wall；No.1 axis one end is connect by swivel becket with No.1 rotational cylinder, and the No.1 axis other end is rotatably installed in
On reaction kettle inner wall；The fixed plate is connected on reaction kettle side wall, and is set on No.1 axis, and the place of being arranged is threadedly coupled；Institute
Stirring rod is stated uniformly to be set on No.1 axis.The present invention is by setting No.1 cylinder, swivel becket, No.1 for No. two agitating units
Axis, fixed plate and stirring rod, on the one hand, the gas generated in elastic plate stretching is utilized, avoids increasing additional power
Source, to improve the utilization rate of resource；On the other hand, No.1 cylinder is transferred to by controlling gas, controls the up time of No.1 axis
Needle is rotated and is rotated counterclockwise, so that stirring rod adequately stirs raw material, to improve the production effect of synthetic resin
Rate.
When the gas for generating No.1 chamber transfers to No.1 cylinder, No.1 cylinder is moved to close to No.1 axis side, by
In No.1 cylinder by swivel becket and No.1 axis connection, and fixed plate is threadedly coupled with the contact position of No.1 axis, No.1 axis up time
Needle rotation, so that stirring rod carries out stirring clockwise to raw material；When stopping conveying gas to No.1 cylinder, No.1
Cylinder is moved to far from No.1 axis side, and No.1 axis rotates counterclockwise, so that stirring rod carries out in counter clockwise direction raw material
Stirring；By the rotation of stirring rod clockwise and anticlockwise, raw material is adequately stirred.
Preferably, the both ends of the stirring rod are equipped with scraping block, and scraping block is used to carry out scraper cleaning to reaction kettle side wall.This hair
It is bright to avoid raw material from being adhered to reaction kettle body side wall by scraping block to the progress scraper cleaning of reaction kettle body side wall by setting scraping block
On, the production effect of synthetic resin is influenced, to improve the production effect of synthetic resin.
Beneficial effects of the present invention are as follows:
1. a kind of synthetic resin preparation process of the present invention, the technique on the one hand, by by the reaction of synthetic resin
Temperature maintains 200-220 DEG C, and resin raw material is sufficiently stirred, to improve the preparation efficiency of synthetic resin；Separately
On the one hand, the effect by common aerobic bacteria and high temperature resistant aerobic bacteria in aerobic environment generates heat and carbon dioxide gas,
So that synthetic resin is adequately and uniformly synthesized, to improve the preparation effect of synthetic resin.
2. a kind of synthetic resin preparation process of the present invention, which uses reaction kettle, and reaction kettle structure is simple, easy
In operation, resin raw material is swung into the power source generated in stirring and is utilized, avoids increasing additional power source, reduces the dress
The manufacturing cost set, while improving the utilization rate of resource.
3. a kind of synthetic resin preparation process of the present invention, which uses reaction kettle, and reaction kettle passes through positive and negative rotation
Motor rotating forward and rotating backward, so that No.1 heating plate and No. two heating plates are respectively to the close to each other and side of being located remotely from each other
To movement, in No.1 heating plate and No. two heating plate side-to-side movements, the intracorporal raw material of reaction kettle is uniformly stirred；Together
When, No.1 heating plate and No. two heating plates are heated by electric heating wire, so that No.1 heating plate and No. two heating plates exist
Raw material is uniformly heated in side-to-side movement, to improve the production quality of synthetic resin.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is process flow chart of the invention；
Fig. 2 is the main view of reaction kettle；
Fig. 3 is the partial enlarged view in Fig. 2 at A；
Fig. 4 is the partial enlarged view in Fig. 3 at B；
In figure: reaction kettle body 1, feed pipe 11, broken wheel 12, driving unit 2, clockwise and anticlockwise motor 21, No.1 spring 22, one
Number wheel 23, No.1 agitating unit 3, No.1 heating plate 31, No. two heating plates 32, fixed link 33, high temperature resistant air bags 34, swing unit
4, sector gear 41, oscillating deck 42, swinging block 421, No.1 plate 422, elastic plate 423,424, No. two chambers 425 of No.1 chamber,
No.1 hole 426, rotation fan 427, No. two agitating units 5, No.1 cylinder 51, No.1 axis 52, fixed plate 53, stirring rods 54, scraping block
55。
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
As shown in Figures 1 to 4, a kind of synthetic resin preparation process of the present invention, the technique the following steps are included:
S1: grinding block is slidably installed at the feed inlet of feed pipe in a kettle, and grinding block is located under crushing wheel
Side, grinds smashed resin raw material by the grinding block being slidably installed；
S2: on the basis of S1, being passed through air into reaction kettle body by aspiration pump, so that presenting in reaction kettle body aerobic
Environment, meanwhile, be added aerobic high temperature resistant bacterium and common aerobic bacteria into reaction kettle body, start reaction kettle so that resin raw material into
Row is stirred；Under the action of common aerobic bacteria and aerobic high temperature resistant bacterium, oxidation reaction is carried out to resin raw material, is generated big
Calorimetric amount and carbon dioxide gas accelerate synthetic resin preparation efficiency by carbon dioxide gas；It is common good after temperature increases
Oxygen bacterium is dead, and aerobic high temperature resistant bacterium continues oxidation reaction；
S3: on the basis of S2, heating reaction kettle body by heating tube, so that the intracorporal temperature of reaction kettle maintains
200-220℃；This temperature is the optimum temperature of synthetic resin preparation, can accelerate the preparation efficiency of synthetic resin；
S4: three are stirred ten minutes later in resin raw material, is cooled down by liquid nitrogen to reaction kettle, so that synthetic resin
Cooling, synthetic resin after cooling is taken from reaction kettle；
The reaction kettle that the present invention uses includes reaction kettle body 1；Further include driving unit 2, No.1 agitating unit 3, swing list
Member 4 and controller；The controller is used to control the work of reaction kettle；Feed pipe 11, reaction are equipped at the top of the reaction kettle body 1
1 bottom of autoclave body is equipped with discharge nozzle；The side wall of the feed pipe 11 is equipped with crushing teeth, and is rotatably equipped at feed pipe 11 broken
Wheel 12, by the mutual cooperation between crushing teeth and broken wheel 12, realization is crushed synthetic resin；The driving unit 2 is installed
On the lateral wall of reaction kettle body 1, driving unit 2 includes clockwise and anticlockwise motor 21, No.1 spring 22 and No.1 wheel 23；It is described positive and negative
Rotating motor 21 is fixedly mounted on the left side wall of reaction kettle body 1；Described 22 one end of No.1 spring is connected in clockwise and anticlockwise motor 21
On output shaft, 22 other end of No.1 spring is rotatably installed on the left side wall of reaction kettle, and No.1 spring 22 surrounds "U" shaped；Institute
The quantity for stating No.1 wheel 23 is two, and No.1 wheel 23 is rotatably installed on the side wall of reaction kettle body 1 by shaft, and two No.1 wheels 23
On same vertical line, two No.1 wheels 23 cooperate so that No.1 spring 22 forms "U" shaped, and two No.1 wheels 23 are to No.1 spring
The turning point of 22 formed "U" shapeds is supported；The No.1 agitating unit 3 is located at the formed "U" shaped of No.1 spring 22
Inside, and No.1 agitating unit 3 is mounted on No.1 spring 22, No.1 agitating unit 3 include No.1 heating plate 31, two plus
Hot plate 32, fixed link 33, high temperature resistant air bag 34 and lantern ring；31 end of No.1 heating plate is set at a horizontal by lantern ring
On No.1 spring 22 on direction, and the one side of No.1 heating plate 31 is connected on reaction kettle side wall by electric heating wire；Institute
It states on the No.1 spring 22 that No. two 32 ends of heating plate are set at b in horizontal direction by lantern ring, and No. two heating plates 32
One side is connected on the side wall of reaction kettle by electric heating wire, drives No.1 spring 22 to turn clockwise by clockwise and anticlockwise motor 21
It is dynamic, so that No.1 heating plate 31 and No. two heating plates 32 are moved to side close to each other；The quantity of the high temperature resistant air bag 34 is
Two, 34 both ends of high temperature resistant air bag pass through fixed link 33 respectively and are connected in No.1 heating plate 31 and No. two heating plates 32, fixed link
33 are made of aluminum alloy materials, and aluminum alloy materials have excellent heating conduction, are heated by No.1 heating plate 31 and No. two
Plate 32 is moved to side close to each other, the outside air-blowing so that high temperature resistant air bag 34 is squeezed, and the gas of bulging is for assisting synthesis
The stirring of resin；The swing unit 4 is located at the two sides up and down of No.1 spring 22, and swing unit 4 is upper No.1 spring 22
It is uniformly distributed on lower two sides, and the outer ring of swing unit 4 and No.1 spring 22 engaged transmission, by No.1 spring 22 and swings
Mutual cooperation between unit 4 realizes that the swing to synthetic resin is stirred.Synthetic resin is by artificial synthesized a kind of polyphosphazene polymer
Object is closed, a kind of process units of synthetic resin exists in the prior art, but the process units of existing synthetic resin exists not
Foot, on the one hand, existing synthetic resin device pair is stirred unevenness with raw material, to influence the production matter of synthetic resin
Amount；On the other hand, existing synthetic resin device only carries out adding on single direction to raw material in the production process of resin
Heat, so that raw material uneven heating is even, to influence the production effect of synthetic resin；The present invention passes through setting driving unit 2, No.1
Agitating unit 3, swing unit 4 and controller, on the one hand, rotating forward and rotating backward by clockwise and anticlockwise motor 21, so that
No.1 heating plate 31 and No. two heating plates 32 are respectively to close to each other and be located remotely from each other direction and move, in No.1 heating plate 31 and two
In number 32 side-to-side movement of heating plate, the raw material in reaction kettle body 1 is uniformly stirred；Meanwhile by electric heating wire to one
Number heating plate 31 and No. two heating plates 32 are heated, so that No.1 heating plate 31 and No. two heating plates 32 are right in side-to-side movement
Raw material is uniformly heated, to improve the production quality of synthetic resin；On the other hand, one is realized using a power source
The movement of number agitating unit 3 and swing unit 4, and under the mutual cooperation of No.1 agitating unit 3 and swing unit 4, to reaction
Raw material is sufficiently mixed in kettle, to improve the production efficiency of synthetic resin.
Firstly, raw material will put into reaction kettle body 1 from feed pipe 11 required for production resin, in raw material from feed pipe
When passing through in 11, under the mutual cooperation between crushing teeth and broken wheel 12, raw material is crushed；It is fallen on after raw material crushing anti-
It answers in autoclave body 1, at this point, driving clockwise and anticlockwise motor 21, clockwise and anticlockwise motor 21 drive No.1 spring 22 to rotate clockwise, on the one hand,
Since No.1 heating plate 31 is set at a on the No.1 spring 22 in horizontal direction by lantern ring, No. two heating plates 32 pass through set
Ring set is located at b on the No.1 spring 22 in horizontal direction, so that No.1 heating plate 31 and No. two heating plates 32 are to close to each other
Side movement, and raw material is stirred, and in No.1 heating plate 31 and No. two heating plates 32 are moved to side close to each other,
High temperature resistant air bag 34 is squeezed by fixed link 33, high temperature resistant air bag 34 is squeezed outside air-blowing, the gas auxiliary of bulging
The stirring of raw material；Meanwhile No.1 heating plate 31 and No. two heating plates 32 are heated by electric heating wire, in 31 He of No.1 heating plate
It during No. two heating plates 32 are moved to side close to each other, is uniformly heated to raw material, and since fixed link 33 is closed by aluminium
Golden material is made, and aluminum alloy materials have excellent heating conduction, so that the gas that high temperature resistant air bag 34 bloats is hot gas, accelerates
The production of synthetic resin；On the other hand, it is rotated clockwise by No.1 spring 22, so that with No.1 spring 22 engages at a pendulum
The side oscillation to the right of moving cell 4, the side oscillation to the left of swing unit 4 engaged with No.1 spring 22 at b pass through 4 pairs of originals of swing unit
Material carries out swing stirring；When being driven in the reverse direction clockwise and anticlockwise motor 21, clockwise and anticlockwise motor 21 drives No.1 spring 22 to rotate counterclockwise,
So that No.1 heating plate 31 and No. two heating plates 32 are moved to side is located remotely from each other, the swing list engaged with No.1 spring 22 at a
First 4 side oscillations to the left, the side oscillation to the right of swing unit 4 engaged with No.1 spring 22 at b, No.1 heating plate 31, two heating
Plate 32 and swing unit 4 are again stirring for raw material；By between driving unit 2, No.1 agitating unit 3 and swing unit 4
It cooperates, raw material is adequately and uniformly stirred；After the completion of production of resins to be synthesized, it is discharged from discharge nozzle.
As one embodiment of the present invention, the swing unit 4 includes sector gear 41 and oscillating deck 42；The fan
Shape gear 41 is rotatably installed on the side wall of reaction kettle by shaft, passes through the phase interworking between No.1 spring 22 and sector gear 41
It closes, one circle of the rotation of No.1 spring 22, so that sector gear 41 rotates once；The oscillating rod is rotatably installed in sector gear 41
In shaft.The present invention is by setting sector gear 41 and oscillating deck 42 for swing unit 4, and the rotation of No.1 spring 22 one is enclosed,
Swing unit 4 is swung once, so that oscillating deck 42 carries out swing stirring to raw material, to improve the stirring efficiency of raw material.
In No.1 spring 22 rotates clockwise, the sector gear 41 engaged with No.1 spring 22 at a drives oscillating deck 42
Side oscillation to the right, the sector gear 41 engaged with No.1 spring 22 at b drive the side oscillation to the left of oscillating deck 42；When No.1 spring 22
In rotating counterclockwise, the sector gear 41 engaged with No.1 spring 22 at a drives No.1 at the side oscillation, with b to the left of oscillating deck 42
The sector gear 41 that spring 22 engages drives the side oscillation to the right of oscillating deck 42；It is swung by oscillating deck 42, raw material is carried out
Stirring is swung, to improve the stirring efficiency of raw material.
As one embodiment of the present invention, the oscillating deck 42 is by swinging block 421, No.1 plate 422 and elastic plate 423
Composition；The No.1 plate 422 is rotatably installed in the shaft of sector gear 41；The swinging block 421 is contacted with reaction kettle side wall,
And the one side that swinging block 421 is contacted with reaction kettle side wall is arc surface；The elastic plate 423 is for connecting swinging block 421 and one
Number plate 422, elastic plate 423 are equipped with No.1 chamber 424；The No.1 chamber 424 is gradually reduced from middle part to two sides, and adjacent one
It is interconnected between number chamber 424, passes through elastic plate 423 and increase synthetic resin and swing stirring range.The present invention is by by oscillating deck
42 are set as swinging block 421, No.1 plate 422 and elastic plate 423, on the one hand, since swinging block 421 and the inner wall of reaction kettle body 1 connect
Touching, in the swing of oscillating deck 42, swinging block 421 carries out scraper to the inner wall of reaction kettle body 1, and raw material is avoided to be adhered to reaction kettle
On the inner wall of body 1, the production quality of synthetic resin is influenced, to improve the production quality of synthetic resin；On the other hand, No.1
It is connected between plate 422 and swinging block 421 by elastic plate 423, in the swing process of swinging block 421, increases and raw material is stirred
Range is mixed, to improve the mixing effect of raw material；Meanwhile the No.1 chamber 424 being arranged in elastic plate 423, and No.1 chamber
424 gradually decrease from middle part to two sides, and No.1 chamber 424 can generate gas in Tensile, and elastic plate 423 is avoided to draw
It is broken when stretching, to improve the service life of elastic plate 423.
As one embodiment of the present invention, No. two chambers 425 and No.1 hole 426 are offered on the No.1 plate 422；
The No.1 hole 426 and No. two chambers 425 are interconnected, and the side wall in No.1 hole 426 is waveform；In No. two chambers 425
It is rotatably equipped with rotation fan 427 by shaft, by the mutual cooperation between No.1 hole 426 and rotation fan 427, for increasing synthesis
The stirring of resin.No.1 hole 426 and rotation fan 427 of the present invention by setting wavy sidewalls, pass through the one of wavy sidewalls
Number hole 426, increases the contact area between liquid charging stock, so that more power act in rotation fan 427, meanwhile, it avoids
Liquid charging stock is adhered on the side wall in No.1 hole 426, using the rotation of rotation fan 427, is stirred mixing to liquid charging stock, from
And improve the production efficiency of synthetic resin.
As one embodiment of the present invention, No. two agitating units 5 are equipped in the reaction kettle；No. two stirrings are single
The quantity of member 5 is two, and No. two agitating units 5 are located at the left side of No.1 heating plate 31 and the right side of No.1 spring 22, No. two
Agitating unit 5 is used for the stirring of synthetic resin, and No. two agitating units 5 include No.1 cylinder 51, swivel becket, No.1 axis 52, fix
Plate 53 and stirring rod 54；The No.1 cylinder 51 is connected on reaction kettle inner wall；Described 52 one end of No.1 axis by swivel becket with
No.1 cylinder 51 is rotatablely connected, and 52 other end of No.1 axis is rotatably installed on reaction kettle inner wall；The fixed plate 53 is connected in instead
It answers on kettle side wall, and is set on No.1 axis 52, the place of being arranged is threadedly coupled；The stirring rod 54 is uniformly set in No.1 axis 52
On.The present invention is by setting No.1 cylinder 51, swivel becket, No.1 axis 52, fixed plate 53 and stirring rod for No. two agitating units 5
54, on the one hand, the gas generated in the stretching of elastic plate 423 is utilized, avoids increasing additional power source, to improve
The utilization rate of resource；On the other hand, transfer to No.1 cylinder 51 by controlling gas, control No.1 axis 52 rotate clockwise and it is inverse
Hour hands rotation, so that stirring rod 54 adequately stirs raw material, to improve the production efficiency of synthetic resin.
When the gas for generating No.1 chamber 424 transfers to No.1 cylinder 51, No.1 cylinder 51 is to close to No.1 axis 52 1
Side movement, since No.1 cylinder 51 is connect by swivel becket with No.1 axis 52, and the contact position spiral shell of fixed plate 53 and No.1 axis 52
Line connection, No.1 axis 52 rotate clockwise, so that stirring rod 54 carries out stirring clockwise to raw material；When stopping to one
When number cylinder 51 conveys gas, No.1 cylinder 51 is moved to far from 52 side of No.1 axis, and No.1 axis 52 rotates counterclockwise, so that stirring
Bar 54 is mixed to the stirring in raw material progress counter clockwise direction；By the rotation of stirring rod 54 clockwise and anticlockwise, to raw material into
Row adequately stirring.
As one embodiment of the present invention, the both ends of the stirring rod 54 are equipped with scraping block 55, and scraping block 55 is used for anti-
Kettle side wall is answered to carry out scraper cleaning.The present invention is clear to 1 side wall of reaction kettle body progress scraper by scraping block 55 by setting scraping block 55
Reason, avoids raw material from being adhered on 1 side wall of reaction kettle body, influences the production effect of synthetic resin, to improve synthetic resin
Production effect.
In use, firstly, raw material required for production resin is put into reaction kettle body 1 from feed pipe 11, in raw material
When passing through from feed pipe 11, under the mutual cooperation between crushing teeth and broken wheel 12, raw material is crushed, meanwhile, sliding
Grinding block the raw material of crushing is ground；It is fallen in reaction kettle body 1 after raw material grinding；Meanwhile using aspiration pump to anti-
It answers in autoclave body 1 and is passed through air, so that aerobic environment is presented in reaction kettle body 1, and common aerobic bacteria and resistance to is added into reaction kettle body 1
High-temperature aerobic bacterium, and the temperature of reaction kettle body 1 is maintained 200-220 DEG C, so that raw material is adequately synthesized, to raw material
In stirring, at this point, driving clockwise and anticlockwise motor 21, clockwise and anticlockwise motor 21 drive No.1 spring 22 to rotate clockwise, on the one hand, due to
No.1 heating plate 31 is set at a on the No.1 spring 22 in horizontal direction by lantern ring, and No. two heating plates 32 pass through set ring set
It is located at b on the No.1 spring 22 in horizontal direction, so that No.1 heating plate 31 and No. two heating plates 32 are to side close to each other
Movement, and raw material is stirred, and in No.1 heating plate 31 and No. two heating plates 32 are moved to side close to each other, passes through
Fixed link 33 squeezes high temperature resistant air bag 34, and high temperature resistant air bag 34 is squeezed outside air-blowing, the gas auxiliary material of bulging
Stirring；Meanwhile No.1 heating plate 31 and No. two heating plates 32 are heated by electric heating wire, in No.1 heating plate 31 and No. two
It during heating plate 32 is moved to side close to each other, is uniformly heated to raw material, and since fixed link 33 is by aluminium alloy material
Material is made, and aluminum alloy materials have excellent heating conduction, so that the gas that high temperature resistant air bag 34 bloats is hot gas, accelerates synthesis
The production of resin；On the other hand, it is rotated clockwise by No.1 spring 22, the sector gear 41 engaged with No.1 spring 22 at a
The side oscillation to the right of oscillating deck 42 is driven, the sector gear 41 engaged with No.1 spring 22 at b drives the side oscillation to the left of oscillating deck 42；
When being driven in the reverse direction clockwise and anticlockwise motor 21, clockwise and anticlockwise motor 21 drives No.1 spring 22 to rotate counterclockwise, so that No.1 heating plate
31 and No. two heating plates 32 moved to side is located remotely from each other, the sector gear 41 that engages with No.1 spring 22 at a drives oscillating deck
42 side oscillations to the left, the sector gear 41 engaged with No.1 spring 22 at b drive the side oscillation to the right of oscillating deck 42, No.1 heating plate
31, No. two heating plates 32 and oscillating deck 42 are again stirring for raw material；Meanwhile when the gas for generating No.1 chamber 424 is defeated
When to No.1 cylinder 51, No.1 cylinder 51 move to close to 52 side of No.1 axis, since No.1 cylinder 51 passes through swivel becket and one
Number axis 52 connects, and fixed plate 53 is threadedly coupled with the contact position of No.1 axis 52, and No.1 axis 52 rotates clockwise, so that stirring rod
54 pairs of raw materials carry out stirring clockwise；When stopping conveying gas to No.1 cylinder 51, No.1 cylinder 51 is to separate
The movement of 52 side of No.1 axis, No.1 axis 52 rotate counterclockwise, so that stirring rod 54 carries out the stirring in counter clockwise direction to raw material；
By the mutual cooperation between driving unit 2, No.1 agitating unit 3, swing unit 4 and No. two agitating units 5, raw material is filled
Divide and uniformly stirs；After the completion of production of resins to be synthesized, it is discharged from discharge nozzle.
Above-mentioned front, back, left, right, up, down is mark according to personage's observation visual angle on the basis of Fig. 2 in Figure of description
Standard, device surface are defined as a left side on the left of observer to before being defined as on one side of observer, and so on.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as protecting the present invention
The limitation of range.
Finally it is noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations.To the greatest extent
Present invention has been described in detail with reference to the aforementioned embodiments for pipe, those skilled in the art should understand that: it is still
It is possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is equally replaced
It changes；And these are modified or replaceed, the essence for technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution
Mind and range.Every other embodiment obtained by those of ordinary skill in the art without making creative efforts,
It shall fall within the protection scope of the present invention.
Claims (6)
1. a kind of synthetic resin preparation process, it is characterised in that: the technique the following steps are included:
S1: grinding block being slidably installed at the feed inlet of feed pipe in a kettle, and grinding block is located at the lower section of crushing wheel, is led to
The grinding block being slidably installed is crossed to grind smashed resin raw material；
S2: on the basis of S1, being passed through air into reaction kettle body by aspiration pump, so that aerobic ring is presented in reaction kettle body
Border, meanwhile, aerobic high temperature resistant bacterium and common aerobic bacteria are added into reaction kettle body, starts reaction kettle, so that resin raw material carries out
It is stirred；
S3: on the basis of S2, heating reaction kettle body by heating tube, so that the intracorporal temperature of reaction kettle maintains 200-
220℃；
S4: three are stirred ten minutes later in resin raw material, is cooled down by liquid nitrogen to reaction kettle, so that synthetic resin is cold
But, synthetic resin after cooling is taken from reaction kettle；
The reaction kettle that the present invention uses includes reaction kettle body (1)；Further include driving unit (2), No.1 agitating unit (3), swing
Unit (4) and controller；The controller is used to control the work of reaction kettle；Feed pipe is equipped at the top of the reaction kettle body (1)
(11), reaction kettle body (1) bottom is equipped with discharge nozzle；The side wall of the feed pipe (11) is equipped with crushing teeth, and feed pipe (11)
Place is rotatably equipped with broken wheel (12), and by the mutual cooperation between crushing teeth and broken wheel (12), synthetic resin is broken in realization
It is broken；The driving unit (2) is mounted on the lateral wall of reaction kettle body (1), driving unit (2) include clockwise and anticlockwise motor (21),
No.1 spring (22) and No.1 wheel (23)；The clockwise and anticlockwise motor (21) is fixedly mounted on the left side wall of reaction kettle body (1)；Institute
It states No.1 spring (22) one end to be connected on the output shaft of clockwise and anticlockwise motor (21), No.1 spring (22) other end is rotatably installed in
On the left side wall of reaction kettle, No.1 spring (22) surrounds "U" shaped；The quantity of the No.1 wheel (23) is two, No.1 wheel (23)
It is rotatably installed in by shaft on the side wall of reaction kettle body (1), and two No.1 wheels (23) are on same vertical line, two No.1 wheels
(23) cooperation is so that No.1 spring (22) forms "U" shaped, and two No.1 wheels (23) are to No.1 spring (22) formed "U" shaped
Turning point be supported；The No.1 agitating unit (3) is located at the inside of No.1 spring (22) formed "U" shaped, and one
Number agitating unit (3) is mounted on No.1 spring (22), and No.1 agitating unit (3) includes No.1 heating plate (31), No. two heating
Plate (32), fixed link (33), high temperature resistant air bag (34) and lantern ring；No.1 heating plate (31) end is set in a by lantern ring
Locate on the No.1 spring (22) in horizontal direction, and the one side of No.1 heating plate (31) is connected in reaction kettle by electric heating wire
On side wall；No. two heating plates (32) end is set at b on the No.1 spring (22) in horizontal direction by lantern ring, and two
The one side of number heating plate (32) is connected on the side wall of reaction kettle by electric heating wire, is passed through clockwise and anticlockwise motor (21) and is driven one
Number spring (22) rotates clockwise, so that No.1 heating plate (31) and No. two heating plates (32) move to side close to each other；Institute
The quantity for stating high temperature resistant air bag (34) is two, and high temperature resistant air bag (34) both ends pass through fixed link (33) respectively and are connected in No.1 heating
On plate (31) and No. two heating plates (32), fixed link (33) is made of aluminum alloy materials, passes through No.1 heating plate (31) and two
Number heating plate (32) is moved to side close to each other, the outside air-blowing so that high temperature resistant air bag (34) is squeezed, and the gas of bulging is used
In the stirring of auxiliary synthetic resin；The swing unit (4) is located at the two sides up and down of No.1 spring (22), swing unit (4)
It is uniformly distributed on the two sides up and down of No.1 spring (22), and swing unit (4) engages biography with the outer ring of No.1 spring (22)
It is dynamic, by the mutual cooperation between No.1 spring (22) and swing unit (4), realize that the swing to synthetic resin is stirred.
2. a kind of synthetic resin preparation process according to claim 1, it is characterised in that: the swing unit (4) includes
Sector gear (41) and oscillating deck (42)；The sector gear (41) is rotatably installed on the side wall of reaction kettle by shaft, is led to
Cross the mutual cooperation between No.1 spring (22) and sector gear (41), one circle of No.1 spring (22) rotation, so that sector gear
(41) rotation is primary；The oscillating rod is rotatably installed in the shaft of sector gear (41).
3. a kind of synthetic resin preparation process according to claim 2, it is characterised in that: the oscillating deck (42) is by swinging
Block (421), No.1 plate (422) and elastic plate (423) composition；The No.1 plate (422) is rotatably installed in sector gear (41)
In shaft；The swinging block (421) contacts with reaction kettle side wall, and the one side that swinging block (421) is contacted with reaction kettle side wall is
Arc surface；The elastic plate (423) is equipped with No.1 for connecting swinging block (421) and No.1 plate (422), elastic plate (423)
Chamber (424)；The No.1 chamber (424) is gradually reduced from middle part to two sides, is interconnected between adjacent No.1 chamber (424),
Increase synthetic resin by elastic plate (423) and swings stirring range.
4. a kind of synthetic resin preparation process according to claim 3, it is characterised in that: opened on the No.1 plate (422)
Equipped with No. two chambers (425) and No.1 hole (426)；The No.1 hole (426) is interconnected with No. two chambers (425), No.1 hole
(426) side wall is waveform；Rotation fan (427) is rotatably equipped with by shaft in No. two chambers (425), passes through No.1
Mutual cooperation between hole (426) and rotation fan (427), for increasing the stirring of synthetic resin.
5. a kind of synthetic resin preparation process according to claim 1, it is characterised in that: be equipped with No. two in the reaction kettle
Agitating unit (5)；The quantity of No. two agitating units (5) is two, and No. two agitating units (5) are located at No.1 heating plate
(31) right side in left side and No.1 spring (22), No. two agitating units (5) are used for the stirring of synthetic resin, No. two agitating units
It (5) include No.1 cylinder (51), swivel becket, No.1 axis (52), fixed plate (53) and stirring rod (54)；The No.1 cylinder (51)
It is connected on reaction kettle inner wall；Described No.1 axis (52) one end is rotatablely connected by swivel becket and No.1 cylinder (51), No.1 axis
(52) other end is rotatably installed on reaction kettle inner wall；The fixed plate (53) is connected on reaction kettle side wall, and is set in one
On number axis (52), the place of being arranged is threadedly coupled；The stirring rod (54) is uniformly set on No.1 axis (52).
6. a kind of synthetic resin preparation process according to claim 5, it is characterised in that: the both ends of the stirring rod (54)
Equipped with scraping block (55), scraping block (55) is used to carry out scraper cleaning to reaction kettle side wall.
Priority Applications (1)
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|---|---|---|---|
| CN201811350223.5A CN109517733A (en) | 2018-11-14 | 2018-11-14 | A kind of synthetic resin preparation process |
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| CN201811350223.5A CN109517733A (en) | 2018-11-14 | 2018-11-14 | A kind of synthetic resin preparation process |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111675991A (en) * | 2020-06-29 | 2020-09-18 | 申蕾 | Preparation method of antibacterial epoxy resin pouring sealant |
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