CN206244956U - Mill base and section blend spinning device - Google Patents

Abstract

A kind of mill base and section blend spinning device, including chip drying tank；Screw extruder, positioned at the lower section of chip drying tank；Slices synthesis method pipeline, is connected between the chip drying pot bottom discharging opening of chip drying tank and the screw extruder feeding mouth of screw extruder；Fondant filter charging aperture is connected with screw extruder discharging opening, fondant filter discharging opening is connected with the distributor charging aperture of melt pipe distributor, the distributor discharge mouthful of melt pipe distributor is connected with melt metering pump charging aperture, and melt metering pump discharging opening is connected with filament spinning component, feature：Also include duct type section agitating device and mill base stirring extrusion device, duct type section agitating device is arranged on the pipeline of slices synthesis method pipeline, and mill base stirs extrusion device and is connected with slices synthesis method pipeline in the position of the top corresponding to duct type section agitating device.The drawbacks of eliminating in prior art using Masterbatch or toner spinning influence color yarn quality；Improve production efficiency.

Description

Mill base and section blend spinning device

Technical field

The utility model belongs to coloured chemical fiber production device technical field, and in particular to a kind of mill base mixes with section Device for spinning.

Background technology

It is in a slice the spinning process that current melt-spun color silk is commonly used by Masterbatch addition, because color silk need not be carried out Dyeing, thus the drawbacks of dyeing the such as water resource waste of generation and undermine environment can be avoided.But utilize Masterbatch production Colored fibre is that the tinctorial pattern that foregoing color silk need to be carried out repeatedly is tested, and tinctorial pattern experiment is both harsh loaded down with trivial details process, It is embodied in toning（Match colors）Trouble, especially occurs that the colored fibre that actual production goes out tests what is obtained with tinctorial pattern often There is serious otherness between sample colored fibre, it is cheap so as to because it can not meet the actual requirement of client grade can only be dropped Treatment, both causes the wasting of resources, and the cost of production firm is increased 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 can not only raise examination with Masterbatch production sample color silk Sample color silk cost, and it is time-consuming take material, be inconvenient.

Although replacing Masterbatch with toner can meet the spinning colored fibre i.e. requirement of color silk added in cutting into slices, Because toner is also easy to produce agglomeration, often difficulty reaches the expection of industry to uniform coloring, and the quality of color silk is difficult to ensure（Color Deviation is big）.

The experiment of the non-finite number of time made through the applicant shows：Mill base can both be kept away added to production color silk in section Exempt from the not enough of foregoing use Masterbatch and can overcome the disadvantages that the drawback of foregoing use toner, and can not only ensure the quality of color silk but also can drop The production cost of low color silk, technical scheme described below is produced under this background.

The content of the invention

Task of the present utility model is to provide one kind to help to eliminate using Masterbatch and toner spinning influence color silk quality The drawbacks of amount and not only can conveniently color matching again can improve production efficiency mill base with cut into slices blend spinning device.

What task of the present utility model was performed by, a kind of mill base with section blend spinning device, including one section Drying chamber；One screw extruder, the screw extruder is located at the lower section of the chip drying tank；One section conveyance conduit, this is cut Piece conveyance conduit is connected to the chip drying pot bottom discharging opening of chip drying tank and the screw extruder pan feeding of screw extruder Between mouthful；One fondant filter and a melt pipe distributor, the fondant filter charging aperture of fondant filter pass through melt device Input pipe is connected with the screw extruder discharging opening of screw extruder, and the fondant filter discharging opening of fondant filter is by molten Body filter outlet pipe is connected with the distributor charging aperture of melt pipe distributor, the distributor discharge mouthful of melt pipe distributor It is connected with the melt metering pump charging aperture of melt metering pump by distributor branch pipe, and the melt metering pump of melt metering pump discharges Mouth is connected with filament spinning component, is characterised by also including duct type section agitating device and mill base stirring extrusion device, pipeline Formula section agitating device is arranged on the pipeline of the slices synthesis method pipeline, and mill base stirs extrusion device corresponding to duct type The position of the top of section agitating device is connected with slices synthesis method pipeline.

In a specific embodiment of the present utility model, described duct type section agitating device includes a tank body, The right-hand member top of the tank body has a tank body charging aperture, matches somebody with somebody on the tank body charging aperture and is connected to one for material to be introduced into tank body The endoceliac feed pipe of tank, has a tank body discharging opening in the left end bottom of tank body, matches somebody with somebody on the tank body discharging opening and is connected to a use In the discharge nozzle that material is drawn tank body chamber；One agitating shaft and an agitating shaft drive mechanism, the left end of agitating shaft are rotationally supported On the left tank skin of tank body and it is stretched over outside tank body chamber, and the right-hand member of agitating shaft is rotatably supported on the right tank skin of tank body, Be provided with puddler on agitating shaft, agitating shaft drive mechanism is connected with the left end of agitating shaft, described feed pipe and Discharge nozzle is connected on the pipeline of the slices synthesis method pipeline.

In another specific embodiment of the present utility model, in the tank body tank deck wall towards the one of the tank body chamber Side and a material position plate is fixed with perpendicular to tank deck wall in the position in the left side corresponding to the tank body charging aperture, on a left side for tank body Tank skin towards tank body chamber side and in the position in the left side corresponding to the tank body discharging opening be fixed with a stock guide, this is led Flitch is stretched over tank body discharging opening with downward-sloping state, the agitating shaft right-hand member and near tank body right tank skin court The position of the side in tank body chamber is provided with a tank body chamber dead angle buildup and drives blade, the puddler is on the agitating shaft Position is located on the agitating shaft axis body that agitating shaft corresponds between the material position plate and the right tank skin.

In another specific embodiment of the present utility model, the end of described feed pipe be formed with one for The feed pipe adapting flange that the slices synthesis method pipeline is connected, and the end of described discharge nozzle be formed with one be equally used for The discharge nozzle adapting flange that slices synthesis method pipeline is connected.

In another specific embodiment of the present utility model, the diameter in the height of the material position plate and the tank body chamber The ratio between be 1: 4-8；The left end of the agitating shaft is rotatably supported on the left tank skin of the tank body by left shaft holder, and is stirred The right-hand member of axle is rotatably supported on the right tank skin of tank body by right axle bearing；Described agitating shaft drive mechanism include motor, Worm and worm wheel, motor is connected with worm-drive, and worm and wheel is meshed, and worm gear is fixed on the left end of the agitating shaft.

In an also specific embodiment of the present utility model, described worm gear passes through flat key and the agitating shaft Left end is fixed；A position-arresting disk is fixed with by position-arresting disk fixing screws in the position of the left end end face of the agitating shaft, by this Position-arresting disk is spacing to the worm gear；At tank body chamber dead angle, buildup drives the end of blade and towards the one of the right tank skin Side is formed with a blade slopes.

Of the present utility model more and in a specific embodiment, described mill base stirring extrusion device includes a color matching Conveying mechanism and the mill base mixed organization of a mill base mixing for will be input into by color matching conveying mechanism, described color matching conveyer Structure includes an auger conveyor, a plurality of mill base tanks and the mill base measuring pump equal with the quantity of mill base tank, auger conveyor It is connected with mill base mixed organization, mill base tank corresponds to the top of mill base measuring pump and enters with the mill base measuring pump of mill base measuring pump Material mouth is connected, and discharging opening connection is connected between the mill base measuring pump discharging opening and auger conveyor of mill base measuring pump Pipe；Described mill base mixed organization includes an agitator tank, a stirring motor, an agitating shaft and a mixed slurry output device, An agitator tank charging aperture is offered at the top of agitator tank, and is discharged with an agitator tank is connected in the middle position of the bottom of agitator tank Interface, agitating shaft is arranged in the agitator tank chamber of agitator tank, and the upper end of the agitating shaft is rotatably supported at the top of agitator tank simultaneously And be stretched over outside agitator tank chamber, and the lower end of agitating shaft is rotatably supported at the bottom of agitator tank, is provided with agitating shaft and stirred Bar is mixed, stirring motor corresponds to the top of agitator tank and is connected with the upper end of agitating shaft, and mixed slurry output device exists Position corresponding to agitator tank discharging interface is connected with agitator tank, and the mixed slurry output device is also cut with described Piece conveyance conduit is connected, and described auger conveyor is connected in the position corresponding to the agitator tank charging aperture with agitator tank.

In an of the present utility model and then specific embodiment, described auger conveyor includes screw rod cylinder Body, a screw rod and a screw rod motor, screw rod cylinder are inclined to set and stirring of the incline direction described in Tank, with a cylinder discharge nozzle is connected on the left end end face of screw rod cylinder, the cylinder discharge nozzle is corresponding to the agitator tank The position of charging aperture is connected with agitator tank, and the cylinder equal with the quantity of the mill base tank is offered in the right-hand member of screw rod cylinder Charging aperture, described discharging opening connecting tube is connected with the cylinder charging aperture, and screw rod is rotatably arranged at the spiral shell of screw rod cylinder In swing arm cylinder chamber, being constituted on screw rod has flight, and screw rod motor is at the right-hand member end corresponding to screw rod cylinder The position in face is fixed with screw rod cylinder and is connected with the right-hand member of screw rod.

Of the present utility model and more and in a specific embodiment, the top of the agitator tank is provided with one to be used for Find out the level sensor of the material position in the agitator tank chamber；The shape of the bottom of the agitator tank is in round estrade, is stirred described The lower end for mixing axle is fixed with a scraper stirring vane, and the scraper stirring vane is the lower end that agitating shaft is fixed on heeling condition 's.

Include one in mixed slurry output device of the present utility model and enter more and in a specific embodiment, described Mixed slurry measuring pump and a measuring pump motor, measuring pump feeding mouth and the agitator tank of mixed slurry measuring pump discharge Interface is connected, and a mixed slurry efferent duct is connected with the measuring pump discharging opening of mixed slurry measuring pump, the mixed slurry Efferent duct is connected with described slices synthesis method pipeline.

The technical scheme that the utility model is provided by mill base stirring extrusion device provide mill base and sliced conveyance conduit with Mixing is stirred into duct type section agitating device with the section introduced by chip drying tank, through duct type section stirring dress Put and screw extruder is introduced after being sufficiently mixed mill base and section, thus eliminate and spun using Masterbatch or toner in prior art The drawbacks of silk influence color yarn quality；Because mill base stirring extrusion device can conveniently match colors, thus it is improved production efficiency.

Brief description of the drawings

Fig. 1 is the schematic diagram that the utility model mill base closes device for spinning with section.

Fig. 2 is the schematic diagram of the duct type section agitating device shown in Fig. 1.

Fig. 3 is the schematic diagram of the mill base stirring extrusion device shown in Fig. 1.

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 of the present utility model and beneficial effect, applicant is below with reality The mode for applying example elaborates, but is not the limitation to the utility model scheme, any foundation to the description of embodiment The done only formal rather than substantial equivalent transformation of the utility model design is regarded as of the present utility model Technical scheme category.

Every concept for being related to the directionality of up, down, left and right or directionality is both for just in the following description For the location of the figure being described state, thus the technical scheme provided the utility model can not be understood as Be particularly limited to.

Fig. 1 is referred to, a section drying chamber 1 is shown（Also can claim " slicer drying tower "）；Show a screw extruder 2, the screw extruder 2 is located at the lower section of previous slice drying chamber 1；A section conveyance conduit 3 is shown, the 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； A fondant filter 4 and a melt pipe distributor 5 are shown, 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 distributor charging aperture of melt pipe distributor 5 by fondant filter efferent duct 42, melt pipe distributor 5 point Orchestration discharging opening is connected by distributor branch pipe 51 with the melt metering pump charging aperture of melt metering pump 6, and melt metering pump 6 Melt metering pump discharging opening is connected with filament spinning component 7.According to professional general knowledge, these foregoing parts are arranged in a state of use In frame, further, since foregoing part and its function belong to prior art, thus apply for not reinflated explanation.

The technical essential of the technical scheme provided as the utility model：In foregoing mill base and section blend spinning device Also include duct type section agitating device 8 and mill base stirring extrusion device 9, duct type section agitating device in structural system 8 settings are connected in series on the pipeline of previous slice conveyance conduit 3 shortly, and mill base stirs extrusion device 9 corresponding to pipeline The position of the top of formula section agitating device 8 is connected with slices synthesis method pipeline 3.

Fig. 2 is referred to, the structure that is preferred rather than being definitely limited to of foregoing duct type section agitating device 8 is as follows：One tank Body 81, the right-hand member top of the tank body 81 has a tank body charging aperture 811, on the tank body charging aperture 811 be connected to 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, with being connected to one for material to be drawn the discharge nozzle 8131 in tank body chamber 812 on the tank body discharging opening 813；One agitating shaft 82 With an agitating shaft drive mechanism 83, the left end of agitating 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 agitating shaft 82 is rotatably supported on the right tank skin of tank body 81, and puddler is provided with agitating shaft 82 821, agitating shaft drive mechanism 83 is connected with the left end of agitating shaft 82.It is in a state of use, foregoing according to professional general knowledge Tank body 81 and agitating shaft drive mechanism 83 are arranged in frame.

Continue to see Fig. 2, be tank body roof towards the side in foregoing tank body chamber 812 and right in the tank deck wall of foregoing tank body 81 A material position plate 814 should be fixed with perpendicular to the state of tank deck wall in the position in the left side of foregoing tank body charging aperture 811, in tank body 81 Left tank skin towards tank body chamber 812 side and in the position in the left side corresponding to foregoing tank body discharging opening 813 be fixed with one Stock guide 815, the stock guide 815 is stretched over tank body discharging opening 813 with downward-sloping state, foregoing agitating shaft 82 right-hand member simultaneously And the position of the side in tank body chamber 812 is provided with a tank body chamber dead angle buildup drives blade in the right tank skin near tank body 81 822, position of the foregoing puddler 821 on foregoing agitating shaft 82 be located at agitating shaft 82 correspond to foregoing material position plate 814 with it is foregoing On agitating shaft axis body between right tank skin.That is the interval setting puddler on about 1/2nd of agitating shaft 82 shaft part 821, more particularly, the position that agitating shaft 82 corresponds to tank body charging aperture 811 is not provided with puddler 821.

A feed pipe for being connected with previous slice conveyance conduit 3 is formed with the end of foregoing feed pipe 8111 to match somebody with somebody Acting flange 81111, and be formed with one in the end of foregoing discharge nozzle 8131 and be equally used for and going out that slices synthesis method pipeline 3 is connected Expects pipe adapting flange 81311.

The height of foregoing material position plate 814 is preferably 1: 4 with the diameter ratio in foregoing 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 can also be with the diameter ratio in tank body chamber 812 1: 5,1: 6,1: 7 or 1: 8.

As shown in Figure 2, the left end of foregoing agitating shaft 82 is rotatably supported at a left side for foregoing tank body 81 by left shaft holder 823 On tank skin, and the right-hand member of agitating 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 that is preferred rather than being definitely limited to of foregoing agitating shaft drive mechanism 83 is as follows：Including motor 831st, worm screw 832 and worm gear 833, motor 831 are arranged above in the frame that has been mentioned, and the motor 831 is driven with worm screw 832 and connects Connect, worm screw 832 is meshed with worm gear 833, and worm gear 833 is fixed on the left end of foregoing agitating shaft 82.

In the present embodiment, foregoing worm gear 833 is fixed by flat key with the left end of foregoing agitating shaft 82.

Preferably, it is fixed with a limit by position-arresting disk fixing screws 8251 in the position of the left end end face of foregoing agitating shaft 82 Position disk 825, it is spacing to foregoing worm gear 833 by the position-arresting disk 825, that is, prevent worm gear 833 from escaping in agitating shaft 82.

Preferably, the end of blade 822 is driven and towards the side of foregoing right tank skin in foregoing tank body chamber dead angle buildup It is formed with a 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, i.e., the mixing of mill base and section is realized in the tank body chamber 812.Now, motor 831 is in work shape State, worm screw 832 is driven by motor 831, and worm gear 833 is driven by worm screw 832, and agitating shaft 82 is driven by worm gear 833, by agitating shaft 82 On puddler 821 to material stirring, material goes out from the row of discharge nozzle 8131, by the slices synthesis method pipeline connected with discharge nozzle 8131 3 feed screw extruders 2, during foregoing stirring mixing, blade 822 are driven by tank body chamber by tank body chamber dead angle buildup Material at the dead angle at 812 lower right corner position is driven to the left, by stock guide 815 by the dead of the left side of tank body discharging opening 813 Angle blocks and material is swimmingly drawn from discharge nozzle 8131, and the level of filler material in tank body chamber 812 is controlled by material position plate 814, So that material rolls.

Fig. 3 is referred to, the structure that is preferred rather than being definitely limited to of foregoing mill base stirring extrusion device 9 is as follows：Match somebody with somebody including one Color conveying mechanism 91 and one is used for the mill base mixed organization 92 of the mill base mixing that will be input into by color matching conveying mechanism 91, and foregoing matches somebody with somebody Color conveying mechanism 91 includes an auger conveyor 911, a plurality of mill base tanks 912 and the color equal with the quantity of mill base tank 912 Slurry measuring pump 913, auger conveyor 911 is connected with mill base mixed organization 92, and mill base tank 912 corresponds to mill base measuring pump 913 Top and it is connected with the mill base measuring pump charging aperture 9131 of mill base measuring pump 913, and the mill base in mill base measuring pump 913 is measured Pump out and a discharging opening connecting tube 914 is connected between material mouth 9132 and auger conveyor 911；Foregoing mill base mixed organization 92 is wrapped An agitator tank 921, a stirring motor 922, an agitating shaft 923 and a mixed slurry output device 924 are included, in agitator tank 921 Top offers an agitator tank charging aperture 9211, and is discharged with an agitator tank is connected in the middle position of the bottom of agitator tank 921 Interface 9212, agitating shaft 923 is arranged in the agitator tank chamber 9213 of agitator tank 921, and the upper end of the agitating shaft 923 rotationally supports At the top of agitator tank 921 and it is stretched over outside agitator tank chamber 9213, and the lower end of agitating shaft 923 is rotatably supported at agitator tank 921 bottom, is provided with puddler 9231 on agitating shaft 923, stirring motor 922 correspond to the top of agitator tank 921 and Upper end with agitating shaft 923 is connected, and mixed slurry output device 924 is corresponding to foregoing agitator tank discharging interface 9212 Position is connected with agitator tank 921, and the mixed slurry output device 924 is also connected with foregoing slices synthesis method pipeline 3, foregoing Auger conveyor 911 be connected with agitator tank 921 in the position corresponding to foregoing agitator tank charging aperture 9211.

In the present embodiment, although figure 3 illustrates for provide three kinds of mill base tanks 912 of the mill base of different colours, The mill base measuring pump 913 and discharging opening connecting tube 914 adaptable with this also respectively has three, it is apparent that not receiving quantity shown in Fig. 3 Limitation, such as when having four or even more mill base tanks 912, mill base measuring pump 913 and discharging opening connecting tube 914 also phase Should increase, that is to say, that the quantity of the mill base tank 912, mill base measuring pump 913 and the three of discharging opening connecting tube 914 is matching , each other in the relation followed in sb's footsteps.Additionally, according to professional general knowledge, foregoing auger conveyor 911, mill base tank 912 and mill base Measuring pump 913 is in actual application state lower support in frame（Not shown in figure）On.

Fig. 4 is referred to, foregoing 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 foregoing agitator tank 921, in spiral shell With a cylinder discharge nozzle 91111 is connected on the left end end face of swing arm cylinder 9111, the cylinder discharge nozzle 91111 is corresponding to foregoing The position of agitator tank charging aperture 9211 is connected with agitator tank 921, is offered and foregoing mill base in the right-hand member of screw rod cylinder 9111 The equal cylinder charging aperture 91112 of the quantity of tank 912, foregoing discharging opening connecting tube 914 is matched somebody with somebody with the cylinder charging aperture 91112 Connect, screw rod 9112 is rotatably arranged in the screw rod cylinder chamber 91113 of screw rod cylinder 9111, the structure on screw rod 9112 Into there is 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 fixed with screw rod cylinder 9111 in the way of key coordinates and be driven with the right-hand member of screw rod 9112 and connect Connect.In a state of use, foregoing screw rod cylinder 9111 is supported in the frame having already mentioned above.

As shown in Figure 1, one is provided with for finding out the material in foregoing agitator tank chamber 9213 on the top of foregoing agitator tank 921 The level sensor 9214 of position（Also can claim " material position probe "）.By mixed in the level sensor 9214 control agitator tank 921 The material position of mill base is closed, 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 into electricity by the level sensor 9214 Airgun controller, signal to foregoing mill base measuring pump 913 is sent by electric controller, and mill base measuring pump 913 is stopped, i.e., in Only the screw rod cylinder 9111 to auger conveyor 911 is input into mill base.Conversely, when the material of the mixing mill base in agitator tank chamber 9213 Position be able to visit less than level sensor 9214 and degree when, then the task again of mill base measuring pump 913, in mill base tank 912 Mill base is measured through mill base measuring pump 913 and introduces screw rod cylinder chamber 91113 through discharging opening connecting tube 914, is driven in screw rod Mill base is driven to the direction of cylinder discharge nozzle 91111 from the flight 91121 on screw rod 9112 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, by preceding description, spiral shell Rotation conveyer 911 also has the effect for tentatively mixing mill base.

The shape of the bottom of foregoing agitator tank 921 is designed to the shape of round estrade in the present embodiment, in foregoing agitating shaft 923 lower end is fixed with a scraper stirring vane 9232, by the scraper stirring vane 9232 by the bottom in agitator tank chamber 9213 Dead angle position material be mixing mill base 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 that agitating shaft 923 is fixed on heeling condition, to ensure scraper stirring vane 9232 effects for matching or being adapted with the wall body of the bottom in agitator tank chamber 9213.

Continue to see Fig. 1, foregoing mixed slurry output device 924 includes a mixed slurry measuring pump 9241 and a measuring pump Motor 9242, the measuring pump feeding mouth of mixed slurry measuring pump 9241 is connected with foregoing agitator tank discharging interface 9212, and A mixed slurry efferent duct 92411 is connected with the measuring pump discharging opening of mixed slurry measuring pump 9241, the mixed slurry is defeated Outlet pipe 92411 is connected with foregoing slices synthesis method pipeline 3, and measuring pump motor 9242 is driven with mixed slurry measuring pump 9241 Coordinate.Why applicant is referred to section pipeline herein, because by the mixed mixing mill base of mill base mixed organization 92 Section pipeline is delivered to by the mixed slurry efferent duct 92411 of the mixed slurry measuring pump 9241 of mixed slurry output device 924, Mixed with section in section mixing arrangement by section pipeline to rear road.

Preferably, as shown in Figure 4, in foregoing flight 91121, every two pieces（It can also be three pieces）To three pieces of spiral shells One section of flight absent region is formed between blade, due to there is flight absent region, thus can be made on screw rod 9112 Flight 91121 show as to mix mill base discontinuity close in advance, be conducive to promote premixing effect.

Because operation principle of the present utility model can be by the superincumbent explanation of applicant and as shown in Fig. 1 and Fig. 4 Structure has been fully able to understand, thus repeats no more.

In sum, the technical scheme that the utility model is provided compensate for the shortcoming in prior art, favorably accomplish Invention task, has faithfully cashed the technique effect referred in the superincumbent technique effect column of applicant.

Claims (10)

1. a kind of mill base with section blend spinning device, including one section drying chamber (1)；One screw extruder (2), the screw rod is squeezed Go out machine (2) positioned at the lower section of the chip drying tank (1)；One section conveyance conduit (3), the 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 distributor (5), the fondant filter charging aperture of fondant filter (4) are defeated by melt device Enter pipe (41) to be connected with the screw extruder discharging opening of screw extruder (2), and the fondant filter of fondant filter (4) discharges Mouth is connected by fondant filter efferent duct (42) with the distributor charging aperture of melt pipe distributor (5), melt pipe distribution The distributor discharge mouthful of device (5) is connected by distributor branch pipe (51) with the melt metering pump charging aperture of melt metering pump (6), 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 cut into slices including a duct type Agitating device (8) and a mill base stir extrusion device (9), and duct type section agitating device (8) is arranged on the chips transfer line On the pipeline in road (3), and mill base stirs position of the extrusion device (9) in the top corresponding to duct type section agitating device (8) It is connected with slices synthesis method pipeline (3).

2. mill base according to claim 1 and section blend spinning device, it is characterised in that described duct type section is stirred Mixing device (8) includes a tank body (81), and the right-hand member top of the tank body (81) has a tank body charging aperture (811), enters in the tank body With a feed pipe (8111) for introducing material in the tank body chamber (812) of tank body (81) is connected in material mouth (811), in tank body (81) left end bottom has a tank body discharging opening (813), matches somebody with somebody on the tank body discharging opening (813) and is connected to one for material to be drawn Go out the discharge nozzle (8131) of tank body chamber (812)；One agitating shaft (82) and an agitating shaft drive mechanism (83), a left side for agitating 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 agitating shaft (82) turns It is supported on dynamicly on the right tank skin of tank body (81), puddler (821), agitating shaft drive mechanism is provided with agitating shaft (82) (83) left end with agitating shaft (82) is connected, and described feed pipe (8111) and discharge nozzle (8131) is connected to described cutting On the pipeline of piece conveyance conduit (3).

3. mill base according to claim 2 with section blend spinning device, it is characterised in that in the tank body (81) tank deck Wall towards the side of the tank body chamber (812) and the left side corresponding to the tank body charging aperture (811) position perpendicular to Tank deck wall is fixed with a material position plate (814), tank body (81) left tank skin towards tank body chamber (812) side and corresponding to The position in the left side of the tank body discharging opening (813) is fixed with a stock guide (815), and the stock guide (815) is ramp-like to dip down State is stretched over tank body discharging opening (813), the agitating shaft (82) right-hand member and near tank body (81) right tank skin direction The position of the side in tank body chamber (812) is provided with a tank body chamber dead angle buildup and drives blade (822), and the puddler (821) exists Position on the agitating shaft (82) is located at agitating shaft (82) corresponding to stirring between the material position plate (814) and the right tank skin Mix on axle axis body.

4. mill base according to claim 2 with section blend spinning device, it is characterised in that in described feed pipe (8111) end is formed with one for the feed pipe adapting flange (81111) that is connected with the slices synthesis method pipeline (3), and The end of described discharge nozzle (8131) is formed with a discharge nozzle adapting flange for being equally used for being connected with slices synthesis method pipeline (3) (81311)。

5. mill base according to claim 3 with section blend spinning device, it is characterised in that the height of the material position plate (814) It is 1: 4-8 to spend with the diameter ratio of the tank body chamber (812)；The left end of the agitating shaft (82) is turned by left shaft holder (823) It is supported on dynamicly on the left tank skin of the tank body (81), and the right-hand member of agitating shaft (82) rotates twelve Earthly Branches by right axle bearing (824) Hold on the right tank skin of tank body (81)；Described agitating shaft drive mechanism (83) includes motor (831), worm screw (832) and worm gear (833), motor (831) is connected with worm screw (832), and worm screw (832) is meshed with worm gear (833), and worm gear (833) is fixed In the left end of the agitating shaft (82).

6. mill base according to claim 5 with section blend spinning device, it is characterised in that described worm gear (833) passes through Flat key is fixed with the left end of the agitating shaft (82)；Fixed by position-arresting disk in the position of the left end end face of the agitating shaft (82) Screw (8251) is fixed with a position-arresting disk (825), spacing to the worm gear (833) by the position-arresting disk (825)；In the tank body Chamber dead angle buildup is driven the end of blade (822) and is formed with a blade slopes (8221) towards the side of the right tank skin.

7. mill base according to claim 1 and section blend spinning device, it is characterised in that described mill base stirring extrusion The mill base that mill base mixes that device (9) is used to be input into by color matching conveying mechanism (91) including color matching conveying mechanism (91) and one Mixed organization (92), described color matching conveying mechanism (91) including an auger conveyor (911), a plurality of mill base tanks (912) with And the mill base measuring pump (913) equal with the quantity of mill base tank (912), auger conveyor (911) and mill base mixed organization (92) Connection, mill base tank (912) corresponding to mill base measuring pump (913) top and with the mill base measuring pump of mill base measuring pump (913) Charging aperture (9131) is connected, and in mill base measuring pump discharging opening (9132) and auger conveyor (911) of mill base measuring pump (913) 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), an agitating shaft (923) and a mixed slurry output device (924), one is offered at the top of agitator tank (921) Agitator tank charging aperture (9211), and match somebody with somebody in the middle position of the bottom of agitator tank (921) and be connected to agitator tank discharging interface (9212), agitating shaft (923) is arranged in the agitator tank chamber (9213) of agitator tank (921), and the upper end of the agitating shaft (923) rotates Be supported on the top of agitator tank (921) and be stretched over agitator tank chamber (9213) outward, and the lower end of agitating shaft (923) is rotationally The bottom of agitator tank (921) is supported on, puddler (9231) is provided with agitating shaft (923), stirring motor (922) corresponds to The top of agitator tank (921) and it is connected with the upper end of agitating shaft (923), mixed slurry output device (924) is in correspondence It is connected with agitator tank (921) in the position of agitator tank discharging interface (9212), and the mixed slurry output device (924) Also it is connected with described slices synthesis method pipeline (3), described auger conveyor (911) is corresponding to the 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) including a screw rod cylinder (9111), a screw rod (9112) and a screw rod motor (9113), screw rod cylinder (9111) it is inclined to set and agitator tank (921) of the incline direction described in, at the left end end of screw rod cylinder (9111) With a cylinder discharge nozzle (91111) is connected on face, the cylinder discharge nozzle (91111) is corresponding to the agitator tank charging aperture (9211) position is connected with agitator tank (921), is offered and the 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) matches somebody with somebody with the 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) being constituted on has flight (91121), and screw rod motor (9113) is on the right side corresponding to screw rod cylinder (9111) Hold the position of end face fixed with screw rod cylinder (9111) and right-hand member with screw rod (9112) is connected.

9. mill base according to claim 7 with section blend spinning device, it is characterised in that in the agitator tank (921) Top is provided with one is used to find out the level sensor (9214) of the material position in the agitator tank chamber (9213)；The agitator tank (921) shape of bottom is in round estrade, and a scraper stirring vane (9232) is fixed with the lower end of the agitating shaft (923), The scraper stirring vane (9232) is the lower end that agitating shaft (923) are fixed on heeling condition.

10. mill base according to claim 7 and section blend spinning device, it is characterised in that described mixed slurry output Device (924) includes a mixed slurry measuring pump (9241) and a measuring pump motor (9242), mixed slurry measuring pump (9241) measuring pump feeding mouth is connected with agitator tank discharging interface (9212), and in mixed slurry measuring pump (9241) A mixed slurry efferent duct (92411) is connected with measuring pump discharging opening, the mixed slurry efferent duct (92411) is cut with described Piece conveyance conduit (3) is connected.