CN106435795A - Color paste and slice blend spinning device - Google Patents
Color paste and slice blend spinning device Download PDFInfo
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- CN106435795A CN106435795A CN201611092476.8A CN201611092476A CN106435795A CN 106435795 A CN106435795 A CN 106435795A CN 201611092476 A CN201611092476 A CN 201611092476A CN 106435795 A CN106435795 A CN 106435795A
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- Prior art keywords
- tank
- mill base
- shaft
- tank body
- agitator tank
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- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01D—MECHANICAL METHODS OR APPARATUS IN THE MANUFACTURE OF ARTIFICIAL FILAMENTS, THREADS, FIBRES, BRISTLES OR RIBBONS
- D01D13/00—Complete machines for producing artificial threads
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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
- B29B7/00—Mixing; Kneading
- B29B7/30—Mixing; Kneading continuous, with mechanical mixing or kneading devices
- B29B7/34—Mixing; Kneading continuous, with mechanical mixing or kneading devices with movable mixing or kneading devices
- B29B7/38—Mixing; Kneading continuous, with mechanical mixing or kneading devices with movable mixing or kneading devices rotary
- B29B7/40—Mixing; Kneading continuous, with mechanical mixing or kneading devices with movable mixing or kneading devices rotary with single shaft
-
- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01D—MECHANICAL METHODS OR APPARATUS IN THE MANUFACTURE OF ARTIFICIAL FILAMENTS, THREADS, FIBRES, BRISTLES OR RIBBONS
- D01D1/00—Treatment of filament-forming or like material
- D01D1/06—Feeding liquid to the spinning head
- D01D1/065—Addition and mixing of substances to the spinning solution or to the melt; Homogenising
-
- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01D—MECHANICAL METHODS OR APPARATUS IN THE MANUFACTURE OF ARTIFICIAL FILAMENTS, THREADS, FIBRES, BRISTLES OR RIBBONS
- D01D1/00—Treatment of filament-forming or like material
- D01D1/06—Feeding liquid to the spinning head
- D01D1/09—Control of pressure, temperature or feeding rate
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Textile Engineering (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
The invention provides a color paste and slice blend spinning device. The color paste and slice blend spinning device comprises a slice drying tank, a screw-rod extruder and a slice conveying pipeline, wherein the screw-rod extruder is located below the slice drying tank; the slice conveying pipeline is connected between a slice drying tank bottom discharging hole of the slice drying tank and a screw-rod extruder feeding hole of the screw-rod extruder; a melt filter feeding hole is connected with a screw-rod extruder discharging hole; a melt filter discharging hole is connected with a distributor feeding hole of a melt pipeline distributor; a distributor discharging hole of the melt pipeline distributor is connected with a melt metering pump feeding hole; a melt metering pump discharging hole is connected with a spinning assembly. The color paste and slice blend spinning device is characterized by further comprising a pipeline type slice stirring device and a color paste stirring and extruding device, wherein the pipeline type slice stirring device is arranged on a pipeline of the slice conveying pipeline; and the color paste stirring and extruding device is arranged at a position above the pipeline type slice stirring device and is connected with the slice conveying pipeline. By adopting the color paste and slice blend spinning device, the disadvantage in the prior art that the quality of color filaments is influenced by color master batch or color powder is eliminated; and the production efficiency is improved.
Description
Technical field
The invention belongs to coloured chemical fiber production device technical field and in particular to a kind of mill base with section blend spinning
Device.
Background technology
It is the spinning process that current melt-spun color silk commonly uses in a slice that Masterbatch is added, because color silk need not be carried out
Dyeing, thus the drawbacks of dye the such as water resource waste producing and undermine environment can be avoided.But produced using Masterbatch
Colored fibre is the tinctorial pattern test that aforesaid color silk need to carry out repeatedly, and tinctorial pattern test is both harsh loaded down with trivial details process,
It is embodied in toning（Match colors）Trouble, especially occurs what colored fibre that actual production goes out and tinctorial pattern test obtained often
There is serious diversity, thus it is cheap to drop grade because meeting the actual requirement of client between sample colored fibre
Process, both caused the wasting of resources, and increased the cost of production firm again.Additionally, color masterbatch spinning first has to prepare Masterbatch, and make
Standby Masterbatch can be rated as burden for colored fibre production firm, and not only can raise examination with Masterbatch production sample color silk
The cost of sample color silk, and time-consuming take material, be inconvenient.
Although replace Masterbatch to add to section can meet, with toner, the requirement that spinning colored fibre is color silk,
Because toner is also easy to produce agglomeration, often difficulty reaches the expection of industry, the difficult quality guarantee of color silk to uniform coloring（Color
Deviation is big）.
The test of the non-finite number of time made through the applicant shows：Mill base is added and both can keep away to production color silk in section
Exempt from the not enough drawback that again can overcome the disadvantages that aforementioned employing toner of aforementioned use Masterbatch, and not only can ensure the quality of color silk but also can drop
The production cost of low color silk, technical scheme described below produces under this background.
Content of the invention
The task of the present invention be to provide a kind of contribute to eliminating color yarn quality is affected using Masterbatch and toner spinning
Drawback and not only can conveniently match colors but also can improve production efficiency mill base with section blend spinning device.
The task of the present invention is performed by, a kind of mill base with section blend spinning device, including a chip drying
Tank；One screw extruder, this screw extruder is located at the lower section of described chip drying tank；One section conveyance conduit, this section is defeated
Send the chip drying pot bottom discharging opening that pipeline is connected to chip drying tank and screw extruder screw extruder feeding mouth it
Between；One fondant filter and a melt pipe allotter, the fondant filter charging aperture of fondant filter is inputted by melt device
Pipe is connected with the screw extruder discharging opening of screw extruder, and the fondant filter discharging opening of fondant filter passes through melt mistake
Filter outlet tube is connected with the allotter charging aperture of melt pipe allotter, and the distributor discharge mouth of melt pipe allotter passes through
Allotter arm is connected with the melt metering pump charging aperture of melt metering pump, and the melt metering pump discharging opening of melt metering pump with
Filament spinning component connects, and is characterised by also including a duct type section agitating device and mill base stirring extrusion device, duct type is cut
Piece agitating device is arranged on the pipeline of described slices synthesis method pipeline, and mill base stirring extrusion device is being cut into slices corresponding to duct type
The position of the top of agitating device is connected with slices synthesis method pipeline.
In a specific embodiment of the present invention, described duct type section agitating device includes a tank body, this tank
The right-hand member top of body has a tank body charging aperture, connects one for material introduces the tank body of tank body on this tank body charging aperture
The feed pipe of intracavity, has a tank body discharging opening in the left end bottom of tank body, this tank body discharging opening has connected one for will
The discharge nozzle in tank body chamber drawn by material；One shaft and a shaft drive mechanism, the left end of shaft is rotatably supported at tank
On the left tank skin of body and be stretched over outside tank body chamber, and the right-hand member of shaft is rotatably supported on the right tank skin of tank body, is stirring
Mix and puddler is provided with axle, shaft drive mechanism is in transmission connection with the left end of shaft, described feed pipe and discharging
Pipe is connected on the pipeline of described slices synthesis method pipeline.
In another specific embodiment of the present invention, described tank body tank deck wall towards described tank body chamber side simultaneously
And it is fixed with a material position plate in the position in the corresponding left side being described tank body charging aperture perpendicular to tank deck wall, in the left tank of tank body
Towards the side in tank body chamber and the position in left side that is described tank body discharging opening in correspondence is fixed with a stock guide to wall, and this is led
Flitch is stretched over tank body discharging opening with downward-sloping state, in right-hand member and the right tank skin court in close tank body of described shaft
The position of the side in tank body chamber is provided with a tank body chamber dead angle buildup and drives blade, described puddler is on described shaft
Position is located on the shaft axis body that shaft corresponds between described material position plate and described right tank skin.
In another specific embodiment of the present invention, the end of described feed pipe be formed with one for described
The feed pipe adapting flange that slices synthesis method pipeline connects, and be formed with one in the end of described discharge nozzle and be equally used for and cut into slices
The discharge nozzle adapting flange that conveyance conduit connects.
In another specific embodiment of the present invention, the diameter ratio in the height of described material position plate and described tank body chamber
For 1: 4-8；The left end of described shaft is rotatably supported on the left tank skin of described tank body by left shaft holder, and shaft
Right-hand member is rotatably supported on the right tank skin of tank body by right axle bearing；Described shaft drive mechanism includes motor, worm screw
And worm gear, motor is connected with worm-drive, and worm and wheel is meshed, and worm gear is fixed on the left end of described shaft.
In an also specific embodiment of the present invention, described worm gear passes through the left end of flat key and described shaft
Fixing；It is fixed with a position-arresting disk in the position of the left end end face of described shaft by position-arresting disk fixing screws, spacing by this
Disk is spacing to described worm gear；Drive end and the side shape towards described right tank skin of blade in described tank body chamber dead angle buildup
Cheng Youyi blade slopes.
In the present invention more and in a specific embodiment, described mill base stirring extrusion device includes a color matching conveying
Mechanism and one is used for will be by the mill base mixed organization of the mill base mixing of color matching conveying mechanism input, described color matching conveying mechanism bag
Include an auger conveyor, a plurality of mill base tank and mill base dosing pump, auger conveyor and the color equal with the quantity of mill base tank
Slurry mixed organization connects, and mill base tank corresponds to the top of mill base dosing pump and the mill base dosing pump charging aperture with mill base dosing pump
Connect, and be connected with a discharging opening connecting tube between the mill base dosing pump discharging opening in mill base dosing pump and auger conveyor；Institute
The mill base mixed organization stated includes an agitator tank, a stirring motor, a shaft and a mixed slurry output device, in stirring
The top of tank offers an agitator tank charging aperture, and has connected an agitator tank discharging in the middle position of the bottom of agitator tank and connect
Mouthful, shaft is arranged on the agitator tank intracavity of agitator tank, the upper end of this shaft be rotatably supported at agitator tank top and
It is stretched over outside agitator tank chamber, and the lower end of shaft is rotatably supported at the bottom of agitator tank, stirring is provided with shaft
Bar, stirring motor is corresponded to the top of agitator tank and is in transmission connection with the upper end of shaft, and mixed slurry output device is right
Described in Ying Yu, the position of agitator tank discharging interface is connected with agitator tank, and this mixed slurry output device also with described section
Conveyance conduit connects, and described auger conveyor is connected with agitator tank in the position corresponding to described agitator tank charging aperture.
The present invention's and then in a specific embodiment, described auger conveyor include a screw rod cylinder, one
Screw rod and a screw rod motor, screw rod cylinder is inclined to set and incline direction is towards described agitator tank,
One cylinder discharge nozzle is connected on the left end end face of screw rod cylinder, this cylinder discharge nozzle is corresponding to described agitator tank charging aperture
Position be connected with agitator tank, offer equal with the quantity of described mill base tank cylinder charging in the right-hand member of screw rod cylinder
Mouthful, described discharging opening connecting tube is connected with this cylinder charging aperture, and screw rod is rotatably arranged at the screw rod of screw rod cylinder
Cylinder intracavity, constituting on screw rod has flight, and screw rod motor is in the right-hand member end face corresponding to screw rod cylinder
Position is fixed with screw rod cylinder and is in transmission connection with the right-hand member of screw rod.
The present invention's and more and in a specific embodiment, the top of described agitator tank is provided with one and is used for finding out
The level sensor of the material position of described agitator tank intracavity；The shape of the bottom of described agitator tank is in Rotary-table, in described shaft
Lower end be fixed with a scraper stirring vane, this scraper stirring vane is the lower end being fixed on shaft with heeling condition.
Again enter more and in a specific embodiment in the present invention, described mixed slurry output device includes a mixing
Slurry dosing pump and a dosing pump motor, the dosing pump feeding mouth of mixed slurry dosing pump and described agitator tank discharging interface
Connect, and a mixed slurry outlet tube is connected with the dosing pump discharging opening of mixed slurry dosing pump, this mixed slurry exports
Pipe is connected with described slices synthesis method pipeline.
The technical scheme that the present invention provides by mill base stirring extrusion device provide mill base sliced conveyance conduit in company with by
The section that chip drying tank introduces enters duct type section agitating device and is stirred mixing, will through duct type section agitating device
Mill base and section introduce screw extruder after being sufficiently mixed, thus eliminate and adopt Masterbatch or toner spinning shadow in prior art
The drawbacks of ring color yarn quality；Because mill base stirring extrusion device can conveniently be matched colors, thus it is improved production efficiency.
Brief description
Fig. 1 is the schematic diagram that device for spinning is closed in mill base of the present invention and section.
Fig. 2 is the schematic diagram of the duct type section agitating device shown in Fig. 1.
Fig. 3 is the schematic diagram that the mill base shown in Fig. 1 stirs extrusion device.
Fig. 4 is the sectional view of the auger conveyor shown in Fig. 3.
Specific embodiment
In order to be more clearly understood from technical spirit and the beneficial effect of the present invention, applicant is below with embodiment
Mode elaborate, but the description to embodiment is not the restriction to the present invention program, any according to structure of the present invention
Think the done pro forma rather than substantial equivalent transformation that is only and be regarded as technical scheme category.
The concept of every directivity being related to up, down, left and right or title directionality is just both in the following description
For the figure location state being described, thus the spy to the technical scheme that the present invention provides can not be understood as
Do not limit.
Refer to Fig. 1, show a section drying chamber 1（Also can claim " slicer drying tower "）；Show a screw extruder
2, this screw extruder 2 is located at the lower section of previous slice drying chamber 1；Show a section conveyance conduit 3, this slices synthesis method pipeline
3 are connected between the chip drying pot bottom discharging opening of chip drying tank 1 and the screw extruder feeding mouth of screw extruder 2；
Show a fondant filter 4 and a melt pipe allotter 5, the fondant filter charging aperture of fondant filter 4 passes through melt
Device input pipe 41 is connected with the screw extruder discharging opening of screw extruder 2, and the fondant filter discharging opening of fondant filter 4
Be connected with the allotter charging aperture of melt pipe allotter 5 by fondant filter outlet tube 42, melt pipe allotter 5 point
Orchestration discharging opening is connected with the melt metering pump charging aperture of melt metering pump 6 by allotter arm 51, and melt metering pump 6
Melt metering pump discharging opening is connected with filament spinning component 7.According to professional general knowledge, these parts aforesaid are arranged in a state of use
In frame, further, since aforesaid part and its function belong to prior art, thus apply for not reinflated explanation.
The technical essential of the technical scheme providing as the present invention：Structure in aforementioned mill base and section blend spinning device
A duct type section agitating device 8 and mill base stirring extrusion device 9 is also included, duct type section agitating device 8 sets in system
Put on the pipeline being connected in series in previous slice conveyance conduit 3 shortly, and mill base stirring extrusion device 9 is being cut corresponding to duct type
The position of the top of piece agitating device 8 is connected with slices synthesis method pipeline 3.
Refer to Fig. 2, the structure preferably rather than being definitely limited to of aforesaid duct type section agitating device 8 is as follows：One tank
Body 81, the right-hand member top of this tank body 81 has a tank body charging aperture 811, this tank body charging aperture 811 has connected one for will
Material introduces the feed pipe 8111 in the tank body chamber 812 of tank body 81, has a tank body discharging opening in the left end bottom of tank body 81
813, this tank body discharging opening 813 connects one for material being drawn the discharge nozzle 8131 in tank body chamber 812；One shaft 82
With a shaft drive mechanism 83, the left end of shaft 82 is rotatably supported on the left tank skin of tank body 81 and is stretched over tank body
Outside chamber 812, and the right-hand member of shaft 82 is rotatably supported on the right tank skin of tank body 81, is provided with puddler on shaft 82
821, shaft drive mechanism 83 is in transmission connection with the left end of shaft 82.According to professional general knowledge, in a state of use, aforesaid
Tank body 81 and shaft drive mechanism 83 are arranged in frame.
Continue to see Fig. 2, be tank body roof towards the side in aforementioned tank body chamber 812 and right in aforementioned tank body 81 tank deck wall
Should be that the position in the left side of aforementioned tank body charging aperture 811 is fixed with a material position plate 814 perpendicular to the state of tank deck wall, in tank body
81 left tank skin towards the side in tank body chamber 812 and fix by the position in left side that is aforementioned tank body discharging opening 813 in correspondence
There is a stock guide 815, this stock guide 815 is stretched over tank body discharging opening 813 with downward-sloping state, on the right side of aforementioned shaft 82
The end and position of the side towards tank body chamber 812 for the right tank skin near tank body 81 is provided with a tank body chamber dead angle buildup drives
Blade 822, position on aforementioned shaft 82 for the aforementioned puddler 821 be located at shaft 82 correspond to aforementioned material position plate 814 with
On shaft axis body between aforementioned right tank skin.That is on about 1/2nd of shaft 82 shaft part, interval setting is stirred
Mix bar 821, more particularly, the position that shaft 82 corresponds to tank body charging aperture 811 is not provided with puddler 821.
It is formed with one in the end of aforesaid feed pipe 8111 to join for the feed pipe connecting with previous slice conveyance conduit 3
Acting flange 81111, and be formed with one in the end of aforesaid discharge nozzle 8131 and be equally used for and going out that slices synthesis method pipeline 3 connects
Expects pipe adapting flange 81311.
The height of aforementioned material position plate 814 is preferably 1: 4 with the diameter ratio in aforementioned tank body chamber 812, such as tank body chamber 812
A diameter of 40, then the height of material position plate 814 is 10, but material position plate 814 with the diameter ratio in tank body chamber 812 can also be
1: 5,1: 6,1: 7 or 1: 8.
As shown in Figure 2, the left end of aforementioned shaft 82 is rotatably supported at a left side for aforementioned tank body 81 by left shaft holder 823
On tank skin, and the right-hand member of shaft 82 is rotatably supported on the right tank skin of tank body 81 by right axle bearing 824.
Continue to see Fig. 2, the structure preferably rather than being definitely limited to of aforesaid shaft drive mechanism 83 is as follows：Including motor
831st, worm screw 832 and worm gear 833, motor 831 is arranged above in frame noted above, and this motor 831 is with worm screw 832 transmission even
Connect, worm screw 832 is meshed with worm gear 833, and worm gear 833 is fixed on the left end of aforementioned shaft 82.
In the present embodiment, aforesaid worm gear 833 is fixed by the left end of flat key and aforementioned shaft 82.
Preferably, it is fixed with a limit in the position of the left end end face of aforementioned shaft 82 by position-arresting disk fixing screws 8251
Position disk 825, spacing to aforementioned worm gear 833 by this position-arresting disk 825, that is, prevent worm gear 833 from escaping in shaft 82.
Preferably, end and the side towards aforementioned right tank skin of blade 822 is driven in aforementioned tank body chamber dead angle buildup
It is formed with blade slopes 8221.
By the sliced conveyance conduit 3 of chip drying tank 1 from feed pipe 8111 be introduced to section in tank body chamber 812 with by color
Slurry stirring output device 9 introduces slices synthesis method pipeline 3 and then is introduced in tank body chamber 812 in company with section by slices synthesis method pipeline 3
Mill base be stirred, realize in tank body chamber 812 mill base with section mix and blend.Now, motor 831 is in work shape
State, drives worm screw 832 by motor 831, drives worm gear 833 by worm screw 832, drives shaft 82 by worm gear 833, by shaft 82
On puddler 821 to material stirring, material goes out from discharge nozzle 8131 row, by the slices synthesis method pipeline connecting with discharge nozzle 8131
3 feed screw extruders 2, during aforementioned stirring mixing, drive blade 822 by tank body chamber by tank body chamber dead angle buildup
Material at 812 dead angle at lower right corner position is driven to the left, by stock guide 815, the left side of tank body discharging opening 813 is dead
Angle blocks and so that material is swimmingly drawn from discharge nozzle 8131, by material position plate 814, the level of filler material in tank body chamber 812 is controlled,
So that material rolling.
Refer to Fig. 3, the structure preferably rather than being definitely limited to that aforementioned mill base stirs extrusion device 9 is as follows：Join including one
Color conveying mechanism 91 and one is used for the mill base mixed organization 92 of mill base mixing that will be inputted by color matching conveying mechanism 91, aforesaid joins
Color conveying mechanism 91 includes an auger conveyor 911, a plurality of mill base tank 912 and the color equal with the quantity of mill base tank 912
Slurry dosing pump 913, auger conveyor 911 is connected with mill base mixed organization 92, and mill base tank 912 corresponds to mill base dosing pump 913
Top and be connected with the mill base dosing pump charging aperture 9131 of mill base dosing pump 913, and mill base dosing pump 913 mill base metering
Pump out and between material mouth 9132 and auger conveyor 911, be connected with a discharging opening connecting tube 914；Aforesaid mill base mixed organization 92 wraps
Include an agitator tank 921, a stirring motor 922, a shaft 923 and a mixed slurry output device 924, in agitator tank 921
Top offers an agitator tank charging aperture 9211, and has connected an agitator tank discharging in the middle position of the bottom of agitator tank 921
Interface 9212, shaft 923 is arranged in the agitator tank chamber 9213 of agitator tank 921, and the upper end of this shaft 923 rotationally supports
At the top of agitator tank 921 and be stretched over outside agitator tank chamber 9213, and the lower end of shaft 923 is rotatably supported at agitator tank
921 bottom, is provided with puddler 9231 on shaft 923, stirring motor 922 correspond to agitator tank 921 top and
It is in transmission connection with the upper end of shaft 923, mixed slurry output device 924 is corresponding to aforementioned agitator tank discharging interface 9212
Position is connected with agitator tank 921, and this mixed slurry output device 924 is also connected with aforesaid slices synthesis method pipeline 3, aforementioned
Auger conveyor 911 be connected with agitator tank 921 in the position corresponding to aforementioned agitator tank charging aperture 9211.
In the present embodiment, although figure 3 illustrates the mill base tank 912 of the mill base for providing three kinds of different colours,
The mill base dosing pump 913 being adapted and discharging opening connecting tube 914 also respectively have three with this, it is apparent that not being subject to quantity shown in Fig. 3
Restriction, such as when having four or even more mill base tanks 912, mill base dosing pump 913 and discharging opening connecting tube 914 also phase
Should increase that is to say, that the quantity of this mill base tank 912, mill base dosing pump 913 and discharging opening connecting tube 914 three is coupling
, it is in the relation followed in sb's footsteps each other.Additionally, according to professional general knowledge, aforesaid auger conveyor 911, mill base tank 912 and mill base
Dosing pump 913 is in actual application state lower support in frame（In figure is not shown）On.
Refer to Fig. 4, aforesaid auger conveyor 911 includes a screw rod cylinder 9111, a screw rod 9112 and a spiral shell
Swing arm motor 9113, screw rod cylinder 9111 is inclined to set and incline direction is towards aforesaid agitator tank 921, in spiral shell
One cylinder discharge nozzle 91111 is connected on the left end end face of swing arm cylinder 9111, this cylinder discharge nozzle 91111 is corresponding to aforementioned
The position of agitator tank charging aperture 9211 is connected with agitator tank 921, offers and aforementioned mill base in the right-hand member of screw rod cylinder 9111
The equal cylinder charging aperture 91112 of the quantity of tank 912, aforesaid discharging opening connecting tube 914 is joined with this cylinder charging aperture 91112
Connect, screw rod 9112 is rotatably arranged in the screw rod cylinder chamber 91113 of screw rod cylinder 9111, structure on screw rod 9112
Become to have flight 91121, screw rod motor 9113 passes through in the position of the right-hand member end face corresponding to screw rod cylinder 9111
Shaft coupling 91131 and and right-hand member transmission with screw rod 9112 fixing with screw rod cylinder 9111 be even in the way of key cooperation
Connect.In a state of use, aforesaid screw rod cylinder 9111 is supported in the frame having already mentioned above.
As shown in Figure 1, it is provided with one for finding out the material in aforementioned agitator tank chamber 9213 on the top of aforementioned agitator tank 921
The level sensor 9214 of position（Also " material position probe " can be claimed）.Control mixed in agitator tank 921 by this level sensor 9214
Close the material position of mill base, when the cylinder discharge nozzle 91111 of the screw rod cylinder 9111 by auger conveyor 911 introduces agitator tank chamber
When the material position of the mill base in 9213 reaches the position of level sensor 9214, signal is fed back to by electricity by this level sensor 9214
Airgun controller, sends signal to aforesaid mill base dosing pump 913 by electric controller, and mill base dosing pump 913 quits work, that is, in
Only mill base is inputted to the screw rod cylinder 9111 of auger conveyor 911.Conversely, the material when the mixing mill base in agitator tank chamber 9213
Position visited less than level sensor 9214 and degree when, then mill base dosing pump 913 task again, in mill base tank 912
Mill base measures through mill base dosing pump 913 and introduces screw rod cylinder chamber 91113 through discharging opening connecting tube 914, drives in screw rod
From the flight 91121 on screw rod 9112, mill base is driven to cylinder discharge nozzle 91111 direction under the work of motor 9113, by
The agitated tank charging aperture 9211 of cylinder discharge nozzle 91111 enters in agitator tank chamber 9213.Additionally, passing through preceding description, spiral shell
Rotation carrier 911 also has the effect of preliminary for mill base mixing.
In the present embodiment, the shape of the bottom of aforementioned agitator tank 921 is designed to the shape of Rotary-table, in aforementioned shaft
923 lower end is fixed with a scraper stirring vane 9232, by this scraper stirring vane 9232 by the bottom in agitator tank chamber 9213
The material at dead angle position mix mill base and remove it is ensured that mixed effect.Because the shape of the bottom of agitator tank 921 is in round platform
Body, thus scraper stirring vane 9232 is the lower end being fixed on shaft 923 with heeling condition, to guarantee scraper stirring vane
9232 are matched with the wall body of the bottom in agitator tank chamber 9213 or claim adaptable effect.
Continue to see Fig. 1, aforesaid mixed slurry output device 924 includes a mixed slurry dosing pump 9241 and a dosing pump
Motor 9242, the dosing pump feeding mouth of mixed slurry dosing pump 9241 is connected with aforementioned agitator tank discharging interface 9212, and
One mixed slurry outlet tube 92411 is connected with the dosing pump discharging opening of mixed slurry dosing pump 9241, this mixed slurry is defeated
Outlet pipe 92411 is connected with aforesaid slices synthesis method pipeline 3, and dosing pump motor 9242 is driven with mixed slurry dosing pump 9241
Cooperation.Why applicant is referred to section pipeline here, is because by the mixed mixing mill base of mill base mixed organization 92
Section pipeline is delivered to by the mixed slurry outlet tube 92411 of the mixed slurry dosing pump 9241 of mixed slurry output device 924,
Mutually mixed with section to the section mixing arrangement in rear road by section pipeline.
Preferably, as shown in Figure 4, in aforesaid flight 91121, every two pieces（It can also be three pieces）To three pieces of spiral shells
It is formed with one section of flight absent region between blade, due to there is flight absent region, thus can make on screw rod 9112
Flight 91121 show as to mixing mill base discontinuity close in advance, be conducive to promote premixing effect.
Operation principle due to the present invention can be by the superincumbent explanation of applicant and the structure shown in Fig. 1 and Fig. 4
It is fully able to understand, thus repeat no more.
In sum, the technical scheme that the present invention provides compensate for the shortcoming in prior art, has favorably accomplished invention
Task, has faithfully cashed the technique effect referring in applicant's superincumbent technique effect hurdle.
Claims (10)
1. a kind of mill base and section blend spinning device, including section drying chamber (1)；One screw extruder (2), this screw rod squeezes
Go out the lower section that machine (2) is located at described chip drying tank (1)；One section conveyance conduit (3), this slices synthesis method pipeline (3) is connected to
Between the chip drying pot bottom discharging opening of chip drying tank (1) and the screw extruder feeding mouth of screw extruder (2)；One melts
Body filter (4) and a melt pipe allotter (5), the fondant filter charging aperture of fondant filter (4) is defeated by melt device
Enter pipe (41) to be connected with the screw extruder discharging opening of screw extruder (2), and the fondant filter discharging of fondant filter (4)
Mouth is connected with the allotter charging aperture of melt pipe allotter (5) by fondant filter outlet tube (42), and melt pipe distributes
The distributor discharge mouth of device (5) is connected with the melt metering pump charging aperture of melt metering pump (6) by allotter arm (51), and
The melt metering pump discharging opening of melt metering pump (6) is connected with filament spinning component (7) it is characterised in that also including a duct type section
Agitating device (8) and mill base stirring extrusion device (9), duct type section agitating device (8) is arranged on described chips transfer line
On the pipeline in road (3), and mill base stirs the position in the top corresponding to duct type section agitating device (8) for the extrusion device (9)
It is connected with slices synthesis method pipeline (3).
2. mill base according to claim 1 and blend spinning device of cutting into slices are it is characterised in that described duct type section is stirred
Mix device (8) and include a tank body (81), the right-hand member top of this tank body (81) has a tank body charging aperture (811), enters in this tank body
One is connected for material being introduced the feed pipe (8111) in the tank body chamber (812) of tank body (81), in tank body in material mouth (811)
(81) left end bottom has a tank body discharging opening (813), has connected one for drawing material on this tank body discharging opening (813)
Go out the discharge nozzle (8131) of tank body chamber (812)；One shaft (82) and a shaft drive mechanism (83), a left side for shaft (82)
End is rotatably supported on the left tank skin of tank body (81) and is stretched over tank body chamber (812) outward, and the right-hand member of shaft (82) turns
It is bearing on the right tank skin of tank body (81) dynamicly, puddler (821), shaft drive mechanism are provided with shaft (82)
(83) be in transmission connection with the left end of shaft (82), described feed pipe (8111) and discharge nozzle (8131) be connected to described in cut
On the pipeline of piece conveyance conduit (3).
3. mill base according to claim 2 and section blend spinning device are it is characterised in that in described tank body (81) tank deck
Wall towards described tank body chamber (812) side and correspondence be described tank body charging aperture (811) left side position vertical
It is fixed with a material position plate (814) in tank deck wall, towards the side of tank body chamber (812) and corresponding in the left tank skin of tank body (81)
It is that the position in the left side of described tank body discharging opening (813) is fixed with a stock guide (815), this stock guide (815) is to dip down
Ramp-like state is stretched over tank body discharging opening (813), in right-hand member and the right tank skin in close tank body (81) of described shaft (82)
The position of the side of tank body chamber (812) is provided with a tank body chamber dead angle buildup and drives blade (822), described puddler
(821) position on described shaft (82) is located at shaft (82) and corresponds to described material position plate (814) and described right tank skin
Between shaft axis body on.
4. mill base according to claim 2 and section blend spinning device are it is characterised in that in described feed pipe
(8111) end is formed with one for the feed pipe adapting flange (81111) connecting with described slices synthesis method pipeline (3), and
The end of described discharge nozzle (8131) is formed with a discharge nozzle adapting flange being equally used for connecting with slices synthesis method pipeline (3)
(81311).
5. mill base according to claim 2 and section blend spinning device are it is characterised in that the height of described material position plate (814)
Degree is 1: 4-8 with the diameter ratio of described tank body chamber (812)；The left end of described shaft (82) passes through left shaft holder (823) and turns
It is bearing on the left tank skin of described tank body (81) dynamicly, and the right-hand member of shaft (82) rotates twelve Earthly Branches by right axle bearing (824)
Hold on the right tank skin of tank body (81)；Described shaft drive mechanism (83) includes motor (831), worm screw (832) and worm gear
(833), motor (831) and worm screw (832) are in transmission connection, and worm screw (832) is meshed with worm gear (833), and worm gear (833) is fixing
Left end in described shaft (82).
6. mill base according to claim 5 and section blend spinning device are it is characterised in that described worm gear (833) passes through
The left end of flat key and described shaft (82) is fixed；Fixed by position-arresting disk in the position of the left end end face of described shaft (82)
Screw (8251) is fixed with a position-arresting disk (825), spacing to described worm gear (833) by this position-arresting disk (825)；In described tank body
Chamber dead angle buildup is driven the end of blade (822) and is formed with blade slopes (8221) towards the side of described right tank skin.
7. mill base according to claim 1 and blend spinning device of cutting into slices are it is characterised in that described mill base stirring is extruded
Device (9) includes the mill base of the mill base mixing that color matching conveying mechanism (91) and is used for be inputted by color matching conveying mechanism (91)
Mixed organization (92), described color matching conveying mechanism (91) include an auger conveyor (911), a plurality of mill base tank (912) with
And the mill base dosing pump (913) equal with the quantity of mill base tank (912), auger conveyor (911) and mill base mixed organization (92)
Connect, mill base tank (912) corresponds to the top of mill base dosing pump (913) and the mill base dosing pump with mill base dosing pump (913)
Charging aperture (9131) connects, and mill base dosing pump discharging opening (9132) in mill base dosing pump (913) and auger conveyor (911)
Between be connected with a discharging opening connecting tube (914)；Described mill base mixed organization (92) includes an agitator tank (921), a stirring
Motor (922), a shaft (923) and a mixed slurry output device (924), offer one at the top of agitator tank (921)
Agitator tank charging aperture (9211), and connected an agitator tank discharging interface in the middle position of the bottom of agitator tank (921)
(9212), shaft (923) is arranged in the agitator tank chamber (9213) of agitator tank (921), and the upper end of this shaft (923) rotates
Be bearing in the top of agitator tank (921) and be stretched over agitator tank chamber (9213) outward, and the lower end of shaft (923) is rotationally
It is bearing in the bottom of agitator tank (921), puddler (9231) is provided with shaft (923), stirring motor (922) corresponds to
The top of agitator tank (921) and the upper end with shaft (923) is in transmission connection, mixed slurry output device (924) is corresponding to
It is connected with agitator tank (921) in the position of described agitator tank discharging interface (9212), and this mixed slurry output device (924)
Also it is connected with described slices synthesis method pipeline (3), described auger conveyor (911) is corresponding to described agitator tank charging aperture
(9211) position is connected with agitator tank (921).
8. mill base according to claim 7 with section blend spinning device it is characterised in that described auger conveyor
(911) a screw rod cylinder (9111), a screw rod (9112) and a screw rod motor (9113), screw rod cylinder are included
(9111) it is inclined to set and incline direction is towards described agitator tank (921), at the left end end of screw rod cylinder (9111)
One cylinder discharge nozzle (91111) is connected on face, this cylinder discharge nozzle (91111) is corresponding to described agitator tank charging aperture
(9211) position is connected with agitator tank (921), offers and described mill base tank (912) in the right-hand member of screw rod cylinder (9111)
The equal cylinder charging aperture (91112) of quantity, described discharging opening connecting tube (914) joined with this cylinder charging aperture (91112)
Connect, screw rod (9112) is rotatably arranged in the screw rod cylinder chamber (91113) of screw rod cylinder (9111), in screw rod
(9112) upper composition has flight (91121), and screw rod motor (9113) is on the right side corresponding to screw rod cylinder (9111)
The position of end end face is fixing with screw rod cylinder (9111) and is in transmission connection with the right-hand member of screw rod (9112).
9. mill base according to claim 7 and section blend spinning device are it is characterised in that in described agitator tank (921)
Top is provided with one and is used for finding out the level sensor (9214) of the material position in described agitator tank chamber (9213)；Described agitator tank
(921) shape of bottom is in Rotary-table, is fixed with a scraper stirring vane (9232) in the lower end of described shaft (923),
This scraper stirring vane (9232) is the lower end being fixed on shaft (923) with heeling condition.
10. mill base according to claim 7 and blend spinning device of cutting into slices are it is characterised in that described mixed slurry exports
Device (924) includes a mixed slurry dosing pump (9241) and a dosing pump motor (9242), mixed slurry dosing pump
(9241) dosing pump feeding mouth is connected with described agitator tank discharging interface (9212), and in mixed slurry dosing pump (9241)
One mixed slurry outlet tube (92411) is connected with dosing pump discharging opening, this mixed slurry outlet tube (92411) is cut with described
Piece conveyance conduit (3) connects.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611092476.8A CN106435795B (en) | 2016-12-01 | 2016-12-01 | Mill base and section blend spinning device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611092476.8A CN106435795B (en) | 2016-12-01 | 2016-12-01 | Mill base and section blend spinning device |
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| CN106435795B CN106435795B (en) | 2018-05-22 |
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| CN107653499A (en) * | 2017-08-29 | 2018-02-02 | 新金塔集团有限公司 | Produce the method and screw extruder of composite polyester yarn |
| CN107938005A (en) * | 2017-11-20 | 2018-04-20 | 佛山市高明区生产力促进中心 | A kind of intelligence color masterbatch spinning-drawing machine |
| CN112323154A (en) * | 2020-10-28 | 2021-02-05 | 常州市腾诚机械制造有限公司 | Carbon fiber melt-blown die head capable of eliminating local blockage |
| CN112553697A (en) * | 2020-11-12 | 2021-03-26 | 湖北鼎晖耐火材料有限公司 | Device for synthesizing polycrystalline mullite fiber under low-temperature condition and using method thereof |
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| Publication number | Publication date |
|---|---|
| CN106435795B (en) | 2018-05-22 |
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Denomination of invention: Color paste and chip mixing spinning device Effective date of registration: 20220921 Granted publication date: 20180522 Pledgee: Bank of China Limited Changshu branch Pledgor: SUZHOU KINGCHARM NEW MATERIALS Corp. Registration number: Y2022980015927 |