CN207056368U - A kind of raw material agitator - Google Patents

Abstract

It the utility model is related to field of feed processing, a kind of raw material agitator, including the second frame, and the agitator tank being arranged in the second frame, and the mixing component being arranged in the second frame；Mixing component includes the puddler inside agitator tank, and the stirring motor of the driving puddler rotation；The puddler includes main shaft, and the multiple stirring positions being arranged on main shaft side；Stirring position includes the first pole being vertically connected on the alignment of shafts, and it is connected to the second pole on spindle nose, and the first curved bar that both ends are connected with the middle part of the first pole, in the middle part of the second pole respectively, and the second curved bar that both ends are connected with the first pole outer end, the second pole outer end respectively；First pole is respectively on two sagittal planes of main shaft with the second pole.The raw material agitator can be such that raw material is fully flowed in stirring, and fish slurry is sufficiently mixed with man-made additive, and mixed effect is more preferable.

Description

A kind of raw material agitator

Technical field

It the utility model is related to field of feed processing, more particularly to a kind of raw material agitator.

Background technology

In Feed Manufacturing processing typically by frozen fish by being rolled into fish slurry, then mix with man-made additive to obtain feed Raw material, raw material obtains granulated meal by granulating process.In the processing step that fish slurry and man-made additive mix, The mixer that traditional handicraft uses is helical blade stirrer machine, i.e. mixing component is helical blade, and this kind of mixer is for raw material Mixing effect it is bad, raw material can be bonded the upset of blade surface monoblock, thus fish slurry can not be sufficiently mixed with man-made additive.

The content of the invention

In order to solve the above problems, the purpose of this utility model is to provide a kind of mixing effect more preferable raw material stirring Machine.

In order to realize above-mentioned purpose, the utility model employs following technical scheme：

A kind of raw material agitator, it is characterised in that：Including the second frame, and the agitator tank being arranged in the second frame, And it is arranged on the mixing component in the second frame；It is hinged in the middle part of the agitator tank in the second frame, agitator tank and second The latch assembly of limitation agitator tank activity is provided between frame；Mixing component includes the puddler inside agitator tank, and Drive the stirring motor of the puddler rotation；The puddler includes main shaft, and be arranged on main shaft side multiple stir Mix position；Hinge point of the both ends of main shaft through agitator tank and the second frame, stirring position include being vertically connected on The first pole on the alignment of shafts, and the second pole being connected on spindle nose, and both ends respectively with the first pole Middle part, the first curved bar being connected in the middle part of the second pole, and both ends respectively with the first pole outer end, the second pole outer end phase Second curved bar of connection；First pole is respectively on two sagittal planes of main shaft with the second pole.

Preferably, the sagittal plane where first pole is mutually perpendicular to the sagittal plane where the second pole.

Preferably, the stirring position on the main shaft is two, two stirring positions are respectively at the axle of the alignment of shafts To both sides, the sagittal plane where first pole at two stirring positions overlaps.

Preferably, second frame is provided with hollow projection, hollow raised outer sheath is provided with outer bearing, agitator tank It is connected on the outer bearing；The hollow raised inside is provided with inner bearing, and the both ends of main shaft pass through the inner bearing.

Preferably, the latch assembly includes the lock being fixed in the second frame, and the lock being arranged on lock Pin；Lockhole is offered on the agitator tank, lock pin can extend into lockhole and fix agitator tank and the second frame.

The utility model uses above-mentioned technical proposal, and the technical scheme is related to a kind of raw material agitator, the raw material agitator In puddler include main shaft, and multiple stirring positions being arranged on main shaft side；Wherein, stirring position includes being connected to The first pole and the second pole of main shaft, and the first curved bar and the second curved bar being connected on the first pole and the second pole, The hollow type being made up of above-mentioned first pole, the second pole, the first curved bar and the second curved bar stirs position, raw material can be made to exist Fully flowed in stirring, fish slurry is sufficiently mixed with man-made additive, and mixed effect is more preferable.

Brief description of the drawings

Fig. 1 is the structural representation of feed manufacturing streamline.

Fig. 2 is the structural representation of fish slurry roller.

Fig. 3 is the structural representation of raw material agitator.

Fig. 4 is the puddler structural representation in raw material agitator.

Fig. 5 is the structural representation of feed single lead screw ex truding briquetting machine.

Fig. 6 is the pusher cavity region schematic diagram of feed single lead screw ex truding briquetting machine.

Fig. 7 is the extrusion moulding chamber area schematic of feed single lead screw ex truding briquetting machine.

Fig. 8 is the structural representation of feed material casting forming machine.

Fig. 9 is the plugging device scheme of installation in feed material casting forming machine.

Figure 10 is the structural representation of feed dryer.

Embodiment

Below in conjunction with the accompanying drawings, preferred embodiment of the present utility model is described in further detail.

A kind of feed manufacturing streamline as shown in Fig. 1 ~ 10, including by transmission belt 9 accept successively setting fish slurry grind Press 1, raw material agitator 2, feed single lead screw ex truding briquetting machine 3, feed material casting forming machine 4 and feed dryer 5, will by transmission belt 9 Said mechanism concatenation greatly improves processing efficiency, reduces hand labor intensity so as to realize pipeline system feed manufacturing. In the said equipment, fish slurry roller 1, the combination of raw material agitator 2 form Raw material processing line；Feed single lead screw ex truding briquetting machine 3, feed material casting Forming machine 4 and the combination of feed dryer 5 form feed form wire.

The fish slurry roller 1, including the first frame 11, and the rolling mechanism and scraper being arranged in the first frame 11 Plate 17.First frame 11 is U-shaped frame, rolling mechanism include can covering in peripheral side the first roller bearing 12 of fish slurry, Second roller bearing 13 and the 3rd roller bearing 14, the first roller bearing 12, the second roller bearing 13 and the 3rd roller bearing 14 are rotatably arranged on the first machine successively On frame 11, the first roller bearing 12, the second roller bearing 13 and the 3rd roller bearing 14 are in inside the U-shaped opening of the first frame 11.Described First roller bearing 12 of two roller bearings 13 and its both sides, the rotation direction of the 3rd roller bearing 14 are opposite；Specifically the first roller bearing 12 and the 3rd Along rotating clockwise, the second roller bearing 13 rotates counterclockwise roller bearing 14.

The shaft end movement of the roller bearing 14 of second roller bearing 13 and the 3rd is arranged in the first frame 11；Specifically, it is described Prismatic pair is equipped with the U-shaped two side of first frame 11, prismatic pair includes the movable plate being arranged in U-shaped opening interior sidewall surface 151, and the screw mandrel 152 inside the first frame 11 is located in, and the handle 153 that the driving screw mandrel 152 rotates.The shifting The dynamic inner face of plate 151 is provided with projection, and projection is set on screw mandrel 152 and engaged with the screw thread of screw mandrel 152, the second roller bearing 13 and the 3rd The shaft end of roller bearing 14 is both positioned on movable plate 151.Second roller bearing 13 and the first roller bearing 12, the 3rd roller bearing 14 of its both sides Between form rolling-compaction port；Second roller bearing 13 and the first roller bearing 12 of its both sides, the 3rd roller bearing 14 shaft end between be additionally provided with baffle plate 16, baffle plate 16 can be along the longitudinally adjust of the first frame 11.The baffle plate 16 is triangle baffle plate, and the rib of downside two of baffle plate 16 divides Outer circumferential face not with the first roller bearing 12, the second roller bearing 13 or the 3rd roller bearing 14 matches.During tune machine, worker can rotate hand Handle 153, handle 153 drive screw mandrel 152 to rotate, so as to realize movable plate 151 and the second roller bearing 13 and the 3rd roller bearing 14 thereon Mobile, the final rolling-compaction port size realized between the first roller bearing 12 of regulation and the second roller bearing 13, the big I of the rolling-compaction port is according to institute The frozen fish size of use is adjusted, and can be also adjusted according to required fish slurry sophistication.And set baffle plate 16 spacing Gap between second roller bearing 13 and the first roller bearing 12 of its both sides, the 3rd roller bearing 14, prevent in mechanical movement due to resonance and The gap between two roller bearings is set to diminish.

The material scraping plate 17 is hinged in first frame 11, and material scraping plate 17 is solid after can rotating regulation along its hinged end Fixed, the upper end of material scraping plate 17 scrapes material mouth inclined-plane and is bonded the 3rd roller bearing 14, and the rotating direction of the 3rd roller bearing 14 is towards material scraping plate Scrape material mouth in 17 upper end.When the second roller bearing 13 and the 3rd roller bearing 14 are adjusted, material scraping plate 17 can also be rotated along its hinged end and adjusted, So that material mouth is scraped in the upper end of material scraping plate 17 is bonded the 3rd roller bearing 14 all the time, scraper is realized.

Pass through above-mentioned technical proposal, the rolling body in the fish slurry roller 1 include that in peripheral side fish slurry can be covered The first roller bearing 12, the second roller bearing 13 and the 3rd roller bearing 14, the shaft end movement of the second roller bearing 13 and the 3rd roller bearing 14 is arranged on In first frame 11, you can the gap between the first roller bearing 12 of regulation and the second roller bearing 13, in rolling effect and roll fluency Between adjust so that it is more suitable to roll gap.In use, the first roller bearing 12 and the second roller bearing 13, and the second roller bearing 13 It is that obtained fish slurry is finer and smoother to rolling, rolling effect is more preferable with the 3rd roller bearing 14.In use, manually by fish material（Typically It is frost fish）Throw away between the first roller bearing 12 and the second roller bearing 13 of rolling body, pass through the first roller bearing 12 and the second roller bearing 13 First time roll will frost fish pulverize, then pass through being rolled as fish between the second roller bearing 13 and the 3rd roller bearing 14 Slurry, then scraped by material scraping plate 17 to going on the conveyer belt of raw material agitator 2.

The top of raw material agitator 2 is provided with the filling case 8 for being used for that man-made additive to be inputted to the raw material agitator 2； Raw material agitator 2, including the second frame 21, and the agitator tank 22 being arranged in the second frame 21, and it is arranged on the second machine Mixing component in frame 21.The middle part of the agitator tank 22 is hinged in the second frame 21；Specifically, the second frame 21 is provided with Hollow projection, hollow raised outer sheath are provided with outer bearing, and hollow raised inside is provided with inner bearing, and agitator tank 22 is connected to institute State on outer bearing.The latch assembly of the activity of limitation agitator tank 22, locking group are provided between the frame 21 of agitator tank 22 and second Part includes the lock 271 being fixed in the second frame 21, and the lock pin 272 being arranged on lock.Opened on the agitator tank 22 Provided with lockhole, lock pin 272 can extend into lockhole and fix agitator tank 22 and the second frame 21.

The mixing component includes the puddler inside agitator tank 22, and the stirring of the driving puddler rotation Motor.The puddler includes main shaft 281, and the multiple stirring positions being arranged on the side of main shaft 281.The two of main shaft 281 Hinge point of the end through the frame 21 of agitator tank 22 and second, the i.e. both ends of main shaft 281 pass through the inner bearing.Institute It is two to state the stirring position on main shaft 281, and two stirring positions are respectively at the axial both sides at the center of main shaft 281.Mixing part Position includes being vertically connected on supercentral first pole 282 of main shaft 281, and the second pole being connected on the end of main shaft 281 283, and the first curved bar 284 that both ends are connected with the middle part of the first pole 282, the middle part of the second pole 283 respectively, and two The second curved bar 285 that end is connected with the outer end of the first pole 282, the outer end of the second pole 283 respectively.First pole 282 It is respectively at the second pole 283 on two sagittal planes of main shaft 281, the sagittal plane where preferably the first pole 282 It is mutually perpendicular to the sagittal plane where the second pole 283, and the sagittal plane where first pole 282 at two stirring positions Overlap.

Using above-mentioned technical proposal, the puddler in raw material agitator 2 includes main shaft 281, and is arranged on the side of main shaft 281 Multiple stirring positions on face.Wherein, stirring position includes being connected to the first pole 282 and the second pole 283 of main shaft 281, And the first curved bar 284 and the second curved bar 285 on the first pole 282 and the second pole 283 are connected to, pass through above-mentioned first The hollow type stirring position that bar 282, the second pole 283, the first curved bar 284 and the second curved bar 285 are formed, can stir raw material Fully flowed in mixing, fish slurry is sufficiently mixed with man-made additive, and mixed effect is more preferable.The raw material agitator 2 is in use, first pass through The fish slurry that conveyer belt obtains fish slurry roller 1 is sent into agitator tank 22, and adds man-made additive in backward filling case 8, is added Hopper 8 is sent into after obtaining quantitative man-made additive to agitator tank 22；Then puddler works, until Beater operator is completed.Finally, Untie that latch assembly rotates agitator tank 22 and its internal raw material is poured over and gone on the conveyer belt of feed single lead screw ex truding briquetting machine 3.

The feed single lead screw ex truding briquetting machine 3, including the 3rd frame 31, and the feeding box 32 being arranged in the 3rd frame 31, And it is arranged on the pusher pressing mechanism inside the 3rd frame 31.The feeding box 32 includes wall box 321 and inclined floor 322.The bottom of wall box 321 is integrally attached in the 3rd frame 31, and the upper end of wall box 321 forms feeding port.Incline The upper end of inclined bottom plate 322 is connected on the madial wall of wall box 321.The inside of 3rd frame 31 is provided with pusher chamber 33, And the extrusion moulding chamber 34 communicated with pusher chamber 33, composition and institute between the bottom of inclined floor 322 and wall box 321 State the material mouth passage that pusher chamber 33 communicates.The feeding box 32 is in above pusher chamber 33, and the 3rd of the outside of extrusion moulding chamber 34 the Circular mesh plate 35 is fixed with frame 31, circular mesh plate 35 includes two pieces of semicircle net orifice plates 35 being oppositely arranged and splices structure Into.

The pusher pressing mechanism includes the rotating shaft through pusher chamber 33 and extrusion moulding chamber 34, and preferably two mutually flat The rotating shaft of weighing apparatus, the rotation direction of two rotating shafts are opposite.Spiral pusher is provided with rotating shaft peripheral side in the pusher chamber 33 Plate 36, the stripper plate of half arc is provided with the rotating shaft peripheral side of the extrusion moulding chamber 34.The extrusion moulding chamber 34 Rotating shaft peripheral side is provided with first stripper plate 37 at middle part, and is arranged on the second extruding of 37 axial both sides of the first stripper plate Plate 38.The outside compressive plane of first stripper plate 37 and the second stripper plate 38 is on same circumference, the first stripper plate 37 and The two sides of two stripper plates 38 are in different radial zones.In the technical scheme, the first stripper plate 37 and the second stripper plate 38 are in different radial zones, refer to that the first stripper plate 37 and the radially outward corresponding direction of the second stripper plate 38 are different 's；Under the premise of herein, the first stripper plate 37 and the second stripper plate 38 of half arc mutually stagger, and can be promoted in spiral pusher plate 36 Lower stretched out to extrusion moulding chamber 34 is pushed into, and passes through the first stripper plate 37 and its second stripper plate 38 of the axial both sides of both sides（I.e. Three pieces of stripper plates）Extrude simultaneously, lift the efficiency of extrusion forming.

Using above-mentioned technical proposal, the inside of the 3rd frame 31 of single lead screw ex truding briquetting machine is provided with pusher chamber 33 and extrusion moulding chamber 34, rotating shaft runs through pusher chamber 33 and extrusion moulding chamber 34, and the rotating shaft peripheral side in pusher chamber 33 is provided with spiral pusher plate 36, Feeding is carried out from pusher chamber 33 to extrusion moulding chamber 34 by spiral pusher plate 36；Rotating shaft peripheral side in extrusion moulding chamber 34 The stripper plate of half arc is provided with, circular mesh plate 35 can be pressed to raw material by stripper plate, then because stripper plate is rotation Half arc, therefore raw material will be cut off automatically behind rotation segment path, so as to form granulated meal.The program is led to Crossing same rotating shaft rotation realizes pusher and the function of extruding cut-out, and is realized using the stripper plate rotary squeezing of half arc Automatically cut off, so as to simplify structure, lift processing efficiency.The single lead screw ex truding briquetting machine when in use, will first obtain in raw material agitator 2 Raw material be delivered to by conveyer belt in feeding box 32, and eventually fall into pusher chamber 33, then rotating shaft rotation, the spiral shell in rotating shaft Rotation scraping wings 36 carries out feeding from pusher chamber 33 to extrusion moulding chamber 34, stripper plate raw material can be pressed to circular mesh plate 35 and from It is dynamic to cut off raw material, gone to so as to form granulated meal and fall on the conveyer belt of feed material casting forming machine 4.

The feed material casting forming machine 4, including base 41, and the circular material casting cylinder 42 being arranged on base 41, and Round turntable on the circular lower surface of material casting cylinder 42, the inside of base 41 are provided with the drive train of driving round turntable rotation. The circular material casting cylinder 42 includes cylinder 421 and lid, and the lid includes fixed cover 422 and removable cover 423, fixed cover 422 It is fixed in the upper end open of cylinder 421, and the upper end open of cylinder 421 is left sector open.Removable cover 423 is that fitting sector is opened The sector structure of mouth-shaped, the upper surface of removable cover 423 are provided with handle.The box inside of the circular material casting cylinder 42 is provided with discharging Passage, and for blocking the plugging device of the tapping channel.Tapping channel includes inner end and the circular material casting cylinder 42 The horizontal channel 441 that inside communicates, and the ramp way 442 communicated with the horizontal channel 441.Plugging device includes connection Closure cylinder 45 on the outer end of horizontal channel 441, and the plugging part 46 being arranged in the closure output end of cylinder 45.Institute Stating closure cylinder 45 drives plugging part 46 to be moved in horizontal channel 441.When closure cylinder 45 is in maximum output station, Plugging part 46 is on the inside opening of horizontal channel 441.When closure cylinder 45 is in minimum output station, plugging part 46 connect the outside of mouth in ramp way 442 with horizontal channel 441.

The inside opening of the horizontal channel 441 is conical opening 443, and conical opening 443 is provided with baffle ring 47 along its edge.It is described Plugging part 46 includes main body, and some pieces of the first valve bodies 461 and some pieces of the second valve bodies being movably arranged in main body 462, the lateral surface of the first valve body 461 and the second valve body 462 is the inclined plane for being bonded conical opening 443.The main body bag Circular plate body 463 is included, and the frustum 464 being fixed on the circular outer face of plate body 463, the inner face diameter of frustum 464 are more than Outer face diameter.Rail rods 465 are radially provided with the inner end of frustum 464, the first valve body 461 is connected to rail rods It can move on 465 and along rail rods 465, stage clip 466 is provided between the first valve body 461 and frustum 464.The frustum 464 The outside conical surface is provided with slide rail 467, and the movement of the second valve body 462 is arranged in the slide rail 467, the outer end of the second valve body 462 It is hinged on by connecting rod on the output shaft of closure cylinder 45.When the closure cylinder 45 is in maximum output station, first The valve body 462 of valve body 461 and second is arranged at intervals and forms combination ring, and the peripheral diameter for combining ring is more than the outer of circular plate body 463 Diameter is enclosed, and closes the conical opening 443.In the technical scheme, the first valve body 461 and the second valve body in plugging part 46 462, when the output station for blocking cylinder 45 reduces, can first drive the second valve body 462 to be displaced outwardly with respect to subject activity, and second Valve body 462 is inside contracted centered on hinged end；When the second valve body 462 is moved to 467 end of slide rail, main body and thereon is driven First valve body 461 is displaced outwardly, the first valve body 461 compression press spring 466 in the presence of conical opening 443 in moving process, from And cause the whole reduced diameter of plugging part 46, it can enter in horizontal channel 441；In the output station increase of closure cylinder 45 When, first drive plugging part 46 is overall to move inward, until circular plate body 463 props up baffle ring 47, then the second valve body 462 is along cunning Rail 467 moves, and the second valve body 462 struts；Simultaneously in the presence of stage clip 466, the first valve body 461 struts, the He of the first valve body 461 Second valve body 462 forms conical opening 443 described in combination ring seal.In this scheme, ensured by the deformation of plugging part 46 It can completely be blocked at conical opening 443, prevent material from entering；And it can ensure to block when blocking the output station of cylinder 45 and reducing Part 46 enters in horizontal channel 441.

The circular lower surface of material casting cylinder 42 is provided with round turntable in above-mentioned feed material casting forming machine 4, circular material casting cylinder 42 Box inside is provided with tapping channel, and for blocking the plugging device of the tapping channel.When needing material casting, feed is put Enter in circular material casting cylinder 42, round turntable high-speed rotation drives feed, and centrifugation material casting makes granulated meal surface regulation；Wait to raise After material shaping, plugging device can be opened, round turntable rotary course（It can shut down, pass through inertial rotation）Feed is logical by discharging Road is dished out, and so as to realize fast blanking, eliminating needs to wait the process toppled over after shutdown, improves blanking efficiency and reduces Artificial working strength.

The feed dryer 5, including casing 51, and it is arranged on the feed conveying machine structure inside casing 51.The case The both ends of body 51 are respectively equipped with charging aperture 52 and discharging opening 53, and conveying direction of the casing 51 along feed conveying machine structure is divided into multiple drying Chamber, Drying unit is equipped with each drying cavity.The feed conveying machine structure includes circulation material conveying band 541, and described in driving The feeder motor that circulation material conveying band 541 is run.The band body of the circulation material conveying band 541 is sequentially provided with multiple feedings along conveying direction Baffle plate, feeding area is formed between two neighboring feeding baffle plate.The Drying unit includes the heat exchange box inside drying cavity 551, and the steam channel communicated with the input of heat exchange box 551, and the condensate pipe communicated with the output end of heat exchange box 551 Road 552.The steam channel includes main steam header road 553 and some steam branch pipe roads 554, main steam header road 553 are arranged on The outside of casing 51 and, the inner end portion in some steam branch pipe road 554 parallel with the conveying direction of the feed conveying machine structure It is not tightly connected with heat exchange box 551, the outer end in every steam branch pipe road 554 is tightly connected with main steam header road 553.It is described The steam branch pipe road 554 of the upstream of heat exchange box 551 is provided with steam valve.

The upper end of casing 51 is connected with humidity discharging cylinder 56 by exhausting moisture pipeline, and exhausting moisture pipeline includes the He of humidity discharging main pipeline 571 Some humidity discharging branch pipe(tube)s 572, humidity discharging main pipeline 571 be arranged on the outside of casing 51 and with the conveying side of the feed conveying machine structure To parallel, the inner end of some humidity discharging branch pipe(tube)s 572 is tightly connected with multiple drying cavities respectively, every humidity discharging branch pipe(tube) 572 outer end is tightly connected with humidity discharging main pipeline 571.The inside of the humidity discharging cylinder 56 is provided with fan assembly, on humidity discharging cylinder 56 Side is provided with humidity discharging mouth 561, and filter 562 is provided with the humidity discharging cylinder 56 between humidity discharging mouth 561 and exhausting moisture pipeline connection end.The row Damp cylinder 56 is back taper cylinder, is provided with fan shroud 563 at the lower end closing in of cylinder, and fan shroud 563 is the cover body of back taper, blower fan The maximum gauge of cover 563 is more than diameter at the lower end closing in of humidity discharging cylinder.The fan assembly is included in the inner side of fan shroud 563 Fan blade 581, and the motor that the driving fan blade rotates.

In the technical scheme, the conveying direction of the casing 51 of feed dryer 5 along feed conveying machine structure is divided into multiple drying Chamber, feed conveying machine structure carries feed and pass through multiple drying cavities during use, can ensure what is dried by 80 DEG C of low temperature repeated dryings On the basis of prevent high temperature from causing the loss of nutrition in raw material.Meanwhile exhausting moisture pipeline can take drying cavity interior section air Extracted out with the moisture discharged in feed, ensure that drying cavity is internally dry, drying effect is more preferable.Therefore, lead in the feed dryer 5 Cross feed conveying machine structure carrying feed and pass through multiple drying cavities, can be by low temperature repeated drying, one on the basis of ensureing to dry Aspect prevents high temperature from causing the loss of nutrition in raw material, on the other hand lifts drying efficiency.

Claims (5)

1. A kind of 1. raw material agitator, it is characterised in that：Including the second frame, and the agitator tank being arranged in the second frame, with And it is arranged on the mixing component in the second frame；It is hinged in the middle part of the agitator tank in the second frame, agitator tank and the second machine The latch assembly of limitation agitator tank activity is provided between frame；Mixing component includes the puddler inside agitator tank, and drives The stirring motor of the dynamic puddler rotation；The puddler includes main shaft, and the multiple stirrings being arranged on main shaft side Position；Hinge point of the both ends of main shaft through agitator tank and the second frame, stirring position include being vertically connected on master The first pole in axis center, and the second pole being connected on spindle nose, and both ends respectively with the first pole The first curved bar being connected in the middle part of portion, the second pole, and both ends are connected with the first pole outer end, the second pole outer end respectively The second curved bar connect；First pole is respectively on two sagittal planes of main shaft with the second pole.
2. A kind of 2. raw material agitator according to claim 1, it is characterised in that：Sagittal plane where first pole It is mutually perpendicular to the sagittal plane where the second pole.
3. A kind of 3. raw material agitator according to claim 2, it is characterised in that：Stirring position on the main shaft is two Individual, two stirring positions are respectively at the axial both sides of the alignment of shafts, and the radial direction where first pole at two stirring positions is put down Face overlaps.
4. A kind of 4. raw material agitator according to claim 1, it is characterised in that：Second frame is provided with hollow convex Rise, hollow raised outer sheath is provided with outer bearing, and agitator tank is connected on the outer bearing；The hollow raised inside is provided with Inner bearing, the both ends of main shaft pass through the inner bearing.
5. A kind of 5. raw material agitator according to claim 1, it is characterised in that：The latch assembly includes being fixed on second Lock in frame, and the lock pin being arranged on lock；Lockhole is offered on the agitator tank, lock pin can extend into lockhole simultaneously Agitator tank and the second frame are fixed.