CN106273059A - Double helix building block system heating in vacuum low-carbon (LC) natural rubber system of processing - Google Patents
Double helix building block system heating in vacuum low-carbon (LC) natural rubber system of processing Download PDFInfo
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- CN106273059A CN106273059A CN201610919432.1A CN201610919432A CN106273059A CN 106273059 A CN106273059 A CN 106273059A CN 201610919432 A CN201610919432 A CN 201610919432A CN 106273059 A CN106273059 A CN 106273059A
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- natural rubber
- building block
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29B—PREPARATION OR PRETREATMENT OF THE MATERIAL TO BE SHAPED; MAKING GRANULES OR PREFORMS; RECOVERY OF PLASTICS OR OTHER CONSTITUENTS OF WASTE MATERIAL CONTAINING PLASTICS
- B29B15/00—Pretreatment of the material to be shaped, not covered by groups B29B7/00 - B29B13/00
- B29B15/02—Pretreatment of the material to be shaped, not covered by groups B29B7/00 - B29B13/00 of crude rubber, gutta-percha, or similar substances
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29B—PREPARATION OR PRETREATMENT OF THE MATERIAL TO BE SHAPED; MAKING GRANULES OR PREFORMS; RECOVERY OF PLASTICS OR OTHER CONSTITUENTS OF WASTE MATERIAL CONTAINING PLASTICS
- B29B15/00—Pretreatment of the material to be shaped, not covered by groups B29B7/00 - B29B13/00
- B29B15/02—Pretreatment of the material to be shaped, not covered by groups B29B7/00 - B29B13/00 of crude rubber, gutta-percha, or similar substances
- B29B15/023—Breaking up rubber bales
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Processing And Handling Of Plastics And Other Materials For Molding In General (AREA)
Abstract
The invention discloses a kind of Double helix building block system heating in vacuum low-carbon (LC) natural rubber system of processing, it includes the natural rubber being frozen into bulk is processed into fritter/granular disintegrating machine, characterized by further comprising: by fritter/granular natural rubber by extrusion drainage part, it is achieved dry tapered squeezing machine；Double-screw is connected by building block system with the more piece irradiation modules including heating, cooling and evacuation, constitutes the drying device of natural rubber drying；Wherein, the discharging of disintegrating machine is transported to the feed hopper of tapered squeezing machine, and the discharging of tapered squeezing machine sends into the material bin of drying device by discharging opening.Without installing boiler in this system, discharge as clear water, Environmental Safety.Thoroughly changing original natural rubber process equipment and technique, floor space is few, a tractor serves several purposes, reduces cost, and cleaning produces pollution-free, low power consuming, and Simplified flowsheet improves product quality, increases industrial economy benefit and social benefit, promotes technical progress of industry.
Description
Technical field
The present invention relates to rubber, especially the process equipment of natural rubber and processing method thereof.
Background technology
Through looking into, the technological process that natural rubber rubber produces the most both at home and abroad is substantially: → chemistry acid (first collected by latex
Acid) solidification → setting-out → multistage cleaning moulding → pelletize → wash micelle → vanning → manually promote is into barn → baking → naturally drop
Temperature → sorting → weigh → packaging → warehouse-in, each workshop section of the most loaded down with trivial details technique is required for artificial throwing people.Therein multistage
Clean moulding and need substantial amounts of water resource；Supporting burning boiler and the cooperation of burner are wanted in baking, and temperature control is careless slightly will
Cooked-on, occur that scrap rubber causes unnecessary loss.So, the cost of the production and processing of natural rubber occupies height not always in recent years
Under, the especially people that throws of labour force accounts for the biggest ratio, power consumption, and environmental pollution, production capacity is low, and quality is unstable.Domestic best
Natural rubber rubber quality is with the quality of SCRWF as representative, with the mass difference great disparity of a Malay horse number glue of board smoked sheet.
Using which type of processing technique and equipment just can get twice the result with half the effort, low cost is paid wages, and reduces labour force and puts into, and pollution-free cleaning is raw
Producing, keeping steady quality is the target that China's rubber industry is try hard to gain.Change the natural rubber processing continued to use more than 100 year
Technique, despite the constantly bringing forth new ideas of research worker of many rubber production, but simply local innovation also fails to thoroughly to solve loaded down with trivial details
Technique and high cost, a difficult problem for high pollution.
Summary of the invention
It is an object of the invention to provide a kind of cost that reduces, cleaning produces pollution-free, low power consuming, and technique is simple, improves and produces
The Double helix building block system heating in vacuum low-carbon (LC) natural rubber system of processing of quality.
For reaching above-mentioned purpose, the technical scheme is that
A kind of Double helix building block system heating in vacuum low-carbon (LC) natural rubber system of processing, it includes the natural rubber by being frozen into bulk
It is processed into fritter/granular disintegrating machine, it is characterised in that also include:
By fritter/granular natural rubber by extrusion drainage part, it is achieved dry tapered squeezing machine；
Double-screw is connected by building block system with the more piece irradiation modules including heating, cooling and evacuation, constitutes natural rubber
The drying device that glue is dried；
Wherein, the discharging of disintegrating machine is transported to the feed hopper of tapered squeezing machine, and the discharging of tapered squeezing machine is sent into by discharging opening
The material bin of drying device.
Described tapered squeezing machine includes conical screw and housing, feed hopper, tapered squeezing motor and reductor thereof；Its
In, the side of feed hopper is provided with material and observes visor, and conical screw housing is arranged below osculum.
The front-end module of described drying device is provided with for adding medicine, changes the dosing mouth of rubber moral character.
The described irradiation modules side of being/round knot shape, more piece irradiation modules connects and composes drying device with building block system, and it includes
The building block system adpting flange at die body, electric heating element and die body two ends；Wherein, be provided with in die body longitudinally through cooling water hole, interior
Side is provided with electric heating element.
The prosthomere module of described drying device is provided with material bin, and the side of material bin is provided with material and observes visor.
Described drying device includes and heating, cooling and the connection end of vaccum-pumping equipment, wherein, the heating in drying device
Part is electric heating element, and electric heating element is connected with power supply by supply terminals；It is cooled to water-cooled, drying device die body is provided with cooling
Water hole, cooling water hole is connected with cooling water pump by pipeline and water valve；Evacuation is by vacuumizing and exhausting mouth and pipeline and vacuum
Pump connects, and wherein, is provided with vacuum sight glass on vacuumizing and exhausting mouth.
Described screw rod includes helical axis, screw-casing and drop aerofluxus joint, and wherein, screw-casing is by sleeve pipe and hurricane band group
Becoming, be keyway outside helical axis mobile jib, hurricane band is fixing with the outside of sleeve pipe to be connected；Screw-casing is placed on outside helical axis, and leads to
Cross keyway to be connected with outside helical axis；It is a joint that every section of screw-casing and drop aerofluxus are enclosed within helical axis with saving building block system, and more piece is amassed
It is enclosed within helical axis composition screw rod to wood formula.
Described drop aerofluxus joint forms for the symmetrical cam that more piece orientation is different, adjacent symmetrical cam orientation difference, in
Between be dowel hole, and generalist's keyway is connected with helical axis.
The Double helix building block system heating in vacuum low-carbon (LC) natural rubber system of processing of above structure, will be solidified in bulk by disintegrating machine
The natural rubber of shape is processed into fritter/graininess, with tapered squeezing machine extrusion drainage part, is added by the double-helical extruding of building block system
Hot evacuation drying device makes natural rubber drying, then extrudes glue in blocks with decorative pattern tablet machine, or pelleter makes pimpled rubber
Complete whole processing, finished product.And, the front-end module of drying device is provided with the dosing mouth for adding medicine, by adding
Add medicine and can change the moral character of rubber, make the product of various uses.Without installing boiler in native system, discharge as clear water, ring
Ensure safety.Thoroughly change original natural rubber process equipment and technique, be mainly reflected in floor space few, it is achieved a machine is many
With, reducing labour force and put into, reduce cost, cleaning produces pollution-free, low power consuming, and Simplified flowsheet improves product quality, increases row
Industry economic benefit and social benefit.Promote technical progress of industry.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structure for amplifying schematic diagram of tapered squeezing machine in Fig. 1；
Fig. 3 is the sectional structure enlarged diagram of drying device in Fig. 1；
Fig. 4 is that the cross section structure for amplifying of Fig. 1 irradiation modules is intended to；
Fig. 5 is Fig. 1 vacuum pump and structure for amplifying schematic diagram；
Fig. 6 is the structure for amplifying schematic diagram of screw rod in Fig. 1；
Fig. 7 is the three-dimensional structure for amplifying schematic diagram of drop aerofluxus joint in Fig. 6；
Fig. 8 is the end face structure for amplifying schematic diagram of drop aerofluxus joint in Fig. 6；
In the drawings, frame 1, broken motor 2, broken variator 3, disintegrating machine 4, put hopper 5, conveyer belt 6, carry frame 7, conveying
Running roller 8, extrudes motor 9, extrudes variator 10, feed hopper 11, and material observes visor 12, conical screw 13, material bin 14, double spiral shells
Swing arm 15, irradiation modules 16, dosing mouth 17, vacuum sight glass 18, vacuum pump 19, discharging mode 20, running roller 21, finished product machine 22, become
Product motor 23, heating wire pin 24, electric heating connecting line tube 25, electric heating spool 26, electronic box 27, output shaft 28, screw rod variator 29,
Screw rod decelerator 30, screw rod motor 31, discharging opening 32, osculum 33, evacuation steam drain 34, lower the temperature water hole 35, electric heating
Body 36, drop aerofluxus joint 37, adpting flange 38, bolt 39, die body 40, vacuum motor 41, vacuum gear shift(ing) device 42, connecting tube 43,
Control valve 44, vaccum storage tank 45, drain pipe 46, precipitate 47, outside keyway 48, screw-casing 49, sleeve pipe 50, hurricane band 51, symmetrical
Cam 52, internal keyway 53.
Detailed description of the invention
Below in conjunction with the accompanying drawings, the invention will be further described.
Shown in Fig. 1, it is the structural representation of the present invention, it can be seen that the present invention includes disintegrating machine 4, conveyer, taper
Extruder, screw rod engine, building block system Double helix drying device and finishing machine, wherein, disintegrating machine 4 includes broken motor
2, crushing variator 3 and put hopper 5, broken motor 2 and broken variator 3 provide power for disintegrating machine 4, put hopper 5 for putting
Enter the natural rubber being frozen into bulk；Conveyer includes conveyer belt 6, conveying frame 7 and rollers of conveyer belt 8, and its effect is by broken
The fritter that broken machine 4 is processed into/graininess natural rubber is transported in the feed hopper 11 of tapered squeezing machine；Tapered squeezing machine includes squeezing
Medium-voltage Motor 9, extruding variator 10, feed hopper 11, material observe visor 12 and conical screw 13；Screw rod engine includes output
Axle 28, screw rod variator 29, screw rod decelerator 30 and screw rod motor 31, engine drives double spiral shell by output shaft 28
Swing arm 15；Double helix building block system drying device includes that material bin 14, Double-screw 15, irradiation modules 16, dosing mouth 17, vacuum are peeped
Visor 18, vacuum pump 19 and discharging mode 20；The prosthomere module 16 of drying device is provided with material bin 14, the side of material bin 14
It is provided with material and observes visor 12, observe visor 12 by material and can see the situation of pan feeding.Front-end module at drying device
It is provided with for adding medicine, changes the dosing mouth 17 of rubber moral character.This dosing mouth 17 by pipeline with include dosing pump from
Dynamic metering medicine system couples, and can realize bleaching and the function of banburying dosing on machine, real also by automatic gauge medicine system
Existing wet method adds White Carbon black, produces the tire special glue of high-quality.It is provided with the electricity for admittance line in the lower section of irradiation modules 16
Hot line pin 24, electric heating connecting line tube 25 and electric heating spool 26, and control the electronic box 27 of power supply.Irradiation modules 16 at end
It is followed by controlling discharging size and the discharging mode 20 of fancy, such as the rubber that discharging is the various ways such as sheet rubber, pimpled rubber and adhesive tape
Blob of viscose.Finishing machine is decorative pattern tablet machine in the drawings, will extrude glue finished product in blocks from discharging mode 20 natural rubber out, or
Pelleter makes the finished product of pimpled rubber.System includes that the processing of natural rubber combined by four bulk units, and groundwork is: 1,
The natural rubber being frozen into bulk is placed in hopper 5, utilizes disintegrating machine 4 to be torn up by solidification blob of viscose and be processed into fritter/granule
Shape；2, without installing boiler, mechanics principle is utilized to pass through tapered squeezing machine to fritter/granular extruding, it is achieved natural rubber
Remove moisture drying；3, by method withdraws vapor and the moisture of the double-helical extruding of building block system, evacuation and heating；4, finished product
After glue is advanced into exit by building blocks Double helix, the cooling of decorative pattern tablet machine extrudes glue in blocks, or pelleter makes pimpled rubber
Complete whole processing technique.
Shown in Fig. 2, it is the structure for amplifying schematic diagram of tapered squeezing machine in Fig. 1, it can be seen that extruding motor 9, extruding change
Speed device 10 and conical screw and housing thereof are arranged on support, and extruding motor 9 and extruding variator 10 are by its power output shaft
Power is provided for conical screw 13.Fritter/graininess the natural rubber of disintegrating machine 4 output is passed to tapered squeezing machine by conveyer
Feed hopper 11 and conical screw housing in, the conical screw 13 of rotation to enter fritter/graininess natural rubber make taper
Spiral extrudes, and natural rubber is extruded after heel row goes out moisture content, exports from discharging opening 32；Conical screw housing is arranged below osculum
33, the moisture content discharged after extruding is discharged from osculum 33.Observed visor 12 by the material on feed hopper 11 side and can see reason material
Situation.Natural rubber is while the cone-type spiral extruding heel row of tapered squeezing machine goes out moisture, owing to material is by quantitative change and pressure
The process of contracting produces heat energy 70～80 degree, and passes through heat exchange, and the compression blob of viscose being formed with temperature is passed to next process, reached
Alleviate the power consumption of subsequent processing.
Shown in Fig. 3, be the sectional structure enlarged diagram of drying device in Fig. 1, by figure it can be seen that, Double-screw 15 with
More piece includes that the irradiation modules 16 of heating, cooling and evacuation is connected by building block system, constitutes being dried natural rubber drying
Device, wherein, screw rod 15 is made up of upper screw rod 15-1 and lower screw rod 15-2, is placed in polylith irradiation modules 16 building block system even
The centre of junctor.Being provided with the evacuation steam drain 34 for evacuation in irradiation modules 16 in the middle part of drying device, this is taken out very
Idle discharge steam ports 34 is connected with vacuum pump by pipeline, can pump the moisture content in natural rubber and steam, it is achieved be dried.In conjunction with Fig. 4
Come together to see, be that the cross section structure for amplifying of Fig. 1 irradiation modules is intended to, it is understood that ground is seen, described irradiation modules 16 side of being/
Round knot shape, profile in the drawings is square, and more piece irradiation modules 16 connects and composes drying device with building block system, and it includes die body
40, the building block system adpting flange 38 at electric heating element 36 and die body two ends.Wherein, be provided with in die body 40 longitudinally through cooling water hole
35, inner side is formed around electric heating element 36, and the power supply line of electric heating element 35 is picked out by electric heating connecting line tube 25.Two adjacent joints are dried
Module 16 is as building building blocks, by building block system adpting flange 38 and the fixing connection of bolt 39.In like manner, screw rod 15 also amasss
Follow to wood formula and be also cased with screw-casing 49, drop aerofluxus joint 37, screw-casing 49, drop aerofluxus joint 37.Combine again Fig. 6 to come together to see,
Fig. 6 is the structure for amplifying schematic diagram of screw rod in Fig. 1, and in the drawings, screw rod includes helical axis 48, screw-casing 49 and drop aerofluxus
Joint 37, wherein, screw-casing 49 is made up of sleeve pipe 51 and spiral 50 band, is keyway outside helical axis 48 mobile jib, hurricane band 50 and set
The outside of pipe 51 is fixing to be connected；Screw-casing 49 is placed on the outside of helical axis 48, and is connected outside helical axis 48 by keyway；Often
It is a joint that section screw-casing 49 and drop aerofluxus 37 are enclosed within helical axis 48 with saving building block system, is enclosed within helical axis more piece building block system
Constitute screw rod.
Described drying device also includes and heating, cooling and the connection end of vaccum-pumping equipment, wherein, adding in drying device
Warmware is electric heating element 36, and electric heating element 36 is connected with power supply by power supply wiring pipe 25；It is cooled to water-cooled, in drying device die body 40
Being provided with cooling water hole 35, the flow direction in adjacent cooling water hole 35 is contrary, and cooling water hole 35 is by pipeline and water valve and temperature lowering water
Pump connects and composes water-cooling apparatus, and water cooling is to be just to enable when die body 40 exceedes design temperature at die body 40, and this sets
Temperature is 110～130 degree.Evacuation is connected with vacuum pump, wherein, at vacuumizing and exhausting mouth by vacuumizing and exhausting mouth and pipeline
It is provided with vacuum sight glass.In order to the clear of drawing is with neatly, power supply, cooling these ancillary equipment such as water pump and vacuum pump do not have picture
Go out.
Shown in Fig. 5, be Fig. 1 vacuum pump and structure for amplifying schematic diagram, as seen from the figure, vacuum pump 19 include vacuum motor 41,
Vacuum gear shift(ing) device 42, connecting tube 43, control valve 44, vaccum storage tank 45 and drain pipe 46 and vacuum sight glass 18, wherein, vacuum electric
Machine 41 and vacuum gear shift(ing) device 42 provide the power of vacuum pumping pump, vacuum pumping pump by pipeline sequentially with vaccum storage tank 45, connecting tube
43 and control valve 44 connect with evacuation steam drain 34, constitute vacuum extractor.Communicating pipe is provided with and takes out very for observation
The vacuum sight glass 18 of empty situation.Moisture content, steam and impurity that evacuation is extracted out fall in vaccum storage tank 45, and impurity therein sinks
Amass in bottom is precipitate 47.
Shown in Fig. 7 and Fig. 8, it is that the three-dimensional of drop aerofluxus joint in Fig. 6 is amplified and end face structure for amplifying schematic diagram, from figure respectively
Knowable in, drop aerofluxus joint 37 is that the symmetrical cam 51 that multiple orientations are different forms, and adjacent symmetrical cam 51 is orientated difference, in
Between be dowel hole 53, and generalist's keyway is connected with helical axis 48.The operation principle of drop aerofluxus joint 37 is: owing to adjacent symmetric is dashed forward
The orientation of wheel 51 is different, and concavo-convex drop circumferentially is different, makes two cams have larger space, and there is more steam
And moisture content；And this concavo-convex drop space is just relative with evacuation steam drain 34, can be easily under the effect of vacuum pump 19
Take steam therein and moisture content away.Meanwhile, the drop aerofluxus joint 37 at each interval longer screw rod 15 can also be played support and
The effect of location.
Described disintegrating machine 4 and finished product machine 22 are prior art products, and in an application of the invention, disintegrating machine 4 uses
The product of Zhanjiang Wei Da enginerring works, natural piece of rubber crusher of LF250 type spiral, for being frozen into the sky of bulk
So rubber processing becomes fritter/graininess；Finished product machine 22 is also adopted by the decorative pattern tablet machine that this factory produces, and this machine is spiral pulverizer
One, can extrude glue in blocks by the rubber cooling discharged from discharging mode 20 and irradiation modules 16；Certainly, it is possible to use pelletizing mechanism
Become pimpled rubber.
The operation principle of the present invention is:
Tear up frustillatum with disintegrating machine 4 after solidification after collecting latex, be transported to the feed hopper of tapered squeezing machine by conveyer
11, charging situation is observed visor 12 by material and is observed, and utilizes mechanics principle to pass through tapered squeezing machine and glue extruding is produced heat
Method, 70% moisture extrusion and is discharged by 33 waste water of osculum.Half-mature glue is become by tapered squeezing machine, partly after being extruded
Ripe glue enters the drying device including irradiation modules 16, and observes material quantization process by the sight glass on material bin 14,
Then by Double-screw, material is pushed ahead.And by die body 40 according to the temperature plus/minus temperature set.Material during heating
In propelling, if desired for bleaching or mixing, when the banburying of wet method interpolation White Carbon black needs other materials, by dosing mouth 17
According to the scheme of setting, medicine is added in dosing pump strengthening.Can produce in a large number because of the heat exchanging process of material in system and adding picks
Steam and the discharge of moisture, take steam in drying device and useless in order to the cleaning of workshop produces away by vacuum pump
Water, observes situation of change or the whether overflow obstruction etc. in vacuum hole of each vacuum area simultaneously by vacuum sight glass 18
Situation, sizing material is the heat exchange to material through each hot-zone in Double-screw progradation, oneself through material moisture by evaporation
Evacuation etc. are discharged, and are converted, by discharging mode 20, the ripe glue that extrusion be as the saying goes according to the shape of product of customer demand, and ripe glue is through finished product
Machine 22 makes sheet glue, or the shape set, so that it may by cooling down, measure, pack and putting in storage.Whole technique is no longer necessary to install pot
Stove consumes so material, and this system only has two minutes from being dosed into out product, and can arbitrarily convert the die head output not similar shape of discharging opening
The block rubber of shape, it is possible to produce lily block rubber, bar, grain by realizing dosing bleaching in material heat exchange.
Instant invention overcomes the deficiency of traditional handicraft, more embody rationality and hommization, on the premise of same yield originally
System of processing floor space saves 50%, and labour force only needs the 40% of traditional handicraft, and minimizing 60% of consuming energy, conforming product rate reaches
98%, cost puts into and is only the 40% of traditional handicraft, and noiselessness is pollution-free, and the 30% of waste vapour, discharge of wastewater only traditional handicraft, to sky
So rubber preliminary working industry brings low input high repayment, is a great change of China's natural rubber preliminary working, has obvious society
Benefit and economic benefit, promote industry development to have far-reaching historic significance.
The system of processing of the present invention, through the pilot scale more than a year of cypress bio tech ltd, Yunnan pilot plant, is run flat
Surely, the product produced through country's natural rubber breast and the detection of rubber quality supervision and test test center, listed inspection
Project Technical index all meets or exceeds the quality standard of SCRWF, is equivalent to the technical specification of Malaysia's smoke sheet rubber.
Claims (9)
1. a Double helix building block system heating in vacuum low-carbon (LC) natural rubber system of processing, will be frozen into the natural rubber processing of bulk
Become fritter/granular disintegrating machine, it is characterised in that it includes:
By fritter/granular natural rubber by extrusion drainage part, it is achieved dry tapered squeezing machine；
Double-screw is connected by building block system with the more piece irradiation modules including heating, cooling and evacuation, constitutes natural rubber
The drying device that glue is dried；
Wherein, the discharging of disintegrating machine is transported to the feed hopper of tapered squeezing machine, and the discharging of tapered squeezing machine is sent into by discharging opening
The material bin of drying device.
System of processing the most according to claim 1, it is characterised in that:
Described tapered squeezing machine includes conical screw and housing, feed hopper, tapered squeezing motor and reductor thereof；Wherein,
The side of feed hopper is provided with material and observes visor, and conical screw housing is arranged below osculum.
System of processing the most according to claim 1, it is characterised in that:
The front-end module of described drying device is provided with for adding medicine, changes the dosing mouth of rubber moral character.
System of processing the most according to claim 1, it is characterised in that:
The described irradiation modules side of being/round knot shape, more piece irradiation modules connects and composes drying device with building block system, and it includes mould
The building block system adpting flange at body, electric heating element and die body two ends, adjacent irradiation modules is interfixed by building block system adpting flange
Connect.
System of processing the most according to claim 1, it is characterised in that:
The prosthomere module of described drying device is provided with material bin, and the side of material bin is provided with material and observes visor.
System of processing the most according to claim 1, it is characterised in that:
Described drying device includes and heating, cooling and the connection end of vaccum-pumping equipment, and wherein, the heating member in drying device is
Electric heating element, electric heating element is connected with power supply by supply terminals；It is cooled to water-cooled, drying device die body is provided with temperature lowering water
Hole, cooling water hole is connected with cooling water pump by pipeline and water valve；Vacuum pumping pump by pipeline sequentially with vaccum storage tank, connecting tube
And control valve connects with evacuation steam drain, constitute vacuum extractor, wherein, vacuumizing and exhausting mouth is provided with vacuum and spies on
Mirror.
System of processing the most according to claim 1, it is characterised in that:
Described screw rod include helical axis, screw-casing and drop aerofluxus joint, screw rod follows building block system be also cased with screw-casing,
Drop aerofluxus joint, screw-casing and drop aerofluxus joint；Wherein, screw-casing is made up of sleeve pipe and hurricane band, outside helical axis mobile jib is
Keyway, hurricane band is fixing with the outside of sleeve pipe to be connected；Screw-casing is placed on outside helical axis, and is connected outside helical axis by keyway
Connect；It is a joint that every section of screw-casing and drop aerofluxus are enclosed within helical axis with saving building block system, is enclosed within structure on helical axis more piece building block system
Become screw rod.
System of processing the most according to claim 7, it is characterised in that:
Described drop aerofluxus joint forms for the symmetrical cam that more piece orientation is different, and adjacent symmetrical cam orientation difference, centre is
Dowel hole, and generalist's keyway is connected with helical axis.
System of processing the most according to claim 6, it is characterised in that:
Being provided with cooling water hole in described drying device die body, the flow direction in adjacent cooling water hole is contrary, and cooling water hole is by pipe
Road and water valve and cooling water pump connect and compose water-cooling apparatus, and water cooling is to be just to open when die body exceedes design temperature at die body
With.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
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| CN201610815359 | 2016-09-12 | ||
| CN2016108153593 | 2016-09-12 |
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| CN106273059A true CN106273059A (en) | 2017-01-04 |
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| CN107356081A (en) * | 2017-04-19 | 2017-11-17 | 浙江温兄机械阀业有限公司 | A kind of vacuum belt drier |
| CN107356081B (en) * | 2017-04-19 | 2019-11-12 | 浙江温兄机械阀业有限公司 | A kind of vacuum belt drier |
| CN113333396A (en) * | 2021-08-04 | 2021-09-03 | 启迪未来(天津)国际企业管理合伙企业(有限合伙) | Laser cleaning device, laser cleaning system and using method of laser cleaning system |
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