CN206868355U - A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities - Google Patents
A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities Download PDFInfo
- Publication number
- CN206868355U CN206868355U CN201720808003.7U CN201720808003U CN206868355U CN 206868355 U CN206868355 U CN 206868355U CN 201720808003 U CN201720808003 U CN 201720808003U CN 206868355 U CN206868355 U CN 206868355U
- Authority
- CN
- China
- Prior art keywords
- piece
- screw conveyor
- disk
- conveyor shaft
- conveying
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Disintegrating Or Milling (AREA)
Abstract
The utility model discloses a kind of environment-friendly highly efficient aquatic attractant to produce preparation facilities, including hopper, conveying pressurization cylinder, screw conveyor shaft, on cut disk, incision mill, upper shearing piece, down cut piece, upper down cut piece is loudspeaker cover body shape, the side of upper down cut piece has opened up material cutting hole, down cut piece be fixedly mounted on conveying pressurization cylinder and on cut between disk, upper shearing piece is fixedly mounted on screw conveyor shaft, upper shearing piece and down cut the piece axle centered on screw conveyor shaft, and upper shearing piece and down cut piece are close together, the incision mill is fixedly mounted on the screw conveyor shaft passed in the material opening for cut disk from above by mounting hole, incision mill can rotate with screw conveyor shaft.The utility model production efficiency is high, and discharging is smooth, and yield is big, and wide application range of material is general, and the Fineness state of processing materials is adjustable, energy continuous industrial production, and the phagostimulant slurry quality of production is homogeneous excellent.
Description
Technical field
A kind of aquatic attractant process units is the utility model is related to, specifically a kind of environment-friendly highly efficient aquatic attractant life
Produce preparation facilities.
Background technology
The quality of attractant is one of important indicator for evaluating bait product quality quality, after bait is put into water,
Bait product can attract the shoal of fish to assemble as soon as possible and search for food rapidly, be the result that user is highly desirable to obtain.In order to improve fish
The attractant of bait, make application effect of products preferable, cater to the market demand, some producers can be largely using the strong of various chemical syntheses
Phagostimulant is imitated, the phagostimulant excitant of such a chemical synthesis is general stronger, long-term excessive use, can be caused after putting into water
Water pollution, destroy water quality and influence water ecology balance, the healthy growth state of aquatic products can also be adversely affected.
Research shows, oyster, the Yellowtail flesh of fish, sand lance, grey mullet meat, Euphausia pacifica, river snail, silkworm chrysalis, earthworm, cuttlefish internal organ
Etc. animality material by grind etc. working process, manufactured bait material have extraordinary attractant effect to aquatic products, be excellent
Natural attractant raw material.
Relatively low aquatic products product or animality material are worth when producing phagostimulant, it is necessary to which these raw materials are filled using those
Breakdown mill homogenate is cut, homogeneous slurry is made, could so facilitate follow-up processing and utilization.But at current processing
Device is managed, the chopping grinding homogenization effect to material is very poor, and material particles granularity is larger in manufactured slurry, is unfavorable for follow-up
Highly-efficient processing utilize, processing product qualities are poor, and it is relatively low to be converted into the transformation efficiency of high-quality phagostimulant, production yields efficiency
Also it is very low, it is difficult to meet actual efficient production needs.
The content of the invention
In view of the above-mentioned problems, the utility model aims to provide a kind of fish-bait feedstuff high-efficient grinding homogenization apparatus, device life
Efficiency high is produced, discharging is smooth, and yield is big, and wide application range of material is general, and the Fineness state of processing materials is adjustable, can continuous industry
Production, the phagostimulant slurry quality of production are homogeneous excellent.
To realize above-mentioned technical purpose, scheme of the present utility model is：A kind of environment-friendly highly efficient aquatic attractant production system
Standby device, including hopper, conveying pressurization cylinder, screw conveyor shaft, on cut disk, incision mill, upper shearing piece, down cut piece, institute
Conveying pressurization cylinder is stated to be vertically arranged, the bottom of the upper end connection hopper of conveying pressurization cylinder, the center for above cutting disk opens up material
Opening, upper shearing piece and down cut piece are loudspeaker cover body shape, and the side of upper shearing piece and the side of down cut piece can paste
Close, the side of upper shearing piece and the side of down cut piece have opened up material cutting hole, and the center of upper shearing piece sets peace
Hole is filled, the center of down cut piece sets conveying shaft through-hole, and the peripheral position of down cut piece sets mounting hole, passes through down cut
Piece periphery mounting hole, by down cut piece be fixedly mounted on conveying pressurization cylinder and on cut disk between, the screw conveyor shaft hangs down
Straight to be arranged in hopper and conveying pressurization cylinder, the top of the high discharge bucket of screw conveyor shaft sets work drive motor, screw conveyor shaft
Tail end is from the conveying shaft through-hole of down cut piece and above cuts in the material opening of disk and passes, and the screw conveyor shaft is formula of having one's face covered with
Spiral conveying blade axle, the pitch of spiral conveying blade is sequentially reduced on the direction of screw conveyor shaft from top to bottom, in conveying plus
Pressure cylinder is with above cutting setting shear zone in the one section of conveying pressurization cylinder section of the connection installation of disk upwardly, in conveying pressurization cylinder
Spiral conveying blade is not provided with the screw conveyor shaft in the range of shear zone, in the range of the shear zone of conveying pressurization cylinder,
Screw conveyor shaft is fixedly mounted on screw conveyor shaft through upper shearing piece mounting hole, and by upper shearing piece, the upper shearing piece
With down cut piece centered on screw conveyor shaft axle, and it is upper shearing piece and down cut piece be close together, the incision mill
Be fixedly mounted on by mounting hole on the screw conveyor shaft passed in the material opening for cut disk from above, it is described on cut disk and
The diameter of incision mill is identical, it is described on cut the lower surface of disk and the upper surface of incision mill be provided with circular depressed area and
Endless abrasive belt, and it is provided with grinding in the circular depressed area of the upper lower surface for cutting disk and the upper surface of incision mill
Post, above cuts that the circular depressed area diameter of the lower surface of disk and the upper surface of lower millstone is identical, above cut disk lower surface and under
The annular abrasion bandwidth of the upper surface of mill is identical, above cuts grinding post and the grinding of incision mill upper surface of disk lower surface
Mutual without hindrance engagement, incision mill can rotate with screw conveyor shaft between post.
Preferably, the work drive motor of the screw conveyor shaft is VFC.
Preferably, liquid-feeding tube is set above hopper, magnetic valve, flowmeter pump, the electromagnetism are arranged in series on liquid-feeding tube
Valve, flowmeter and pump are electrically connected with the controller.
Preferably, the pump is VFC.
Operation principle of the present utility model：
Those for needing working process are worth relatively low aquatic products product or animality material is continuously added into hopper, start spiral shell
The work drive motor of conveying axis is revolved, material is transported in conveying pressurization cylinder by the conveying blade of screw conveyor shaft.Due to helical feed
Axle is has one's face covered with formula spiral conveying blade axle, and the pitch of spiral conveying blade subtracts successively on the direction of screw conveyor shaft from top to bottom
It is small, so, for material after conveying pressurization cylinder is progressed into, the material pressure in conveying pressurization cylinder is increasing.
Upper shearing piece positioned at shear zone is with screw conveyor shaft run-in synchronism, and down cut piece is fixed, upper shearing piece
Side and the fitting of the side of down cut piece, the side of upper shearing piece and the side of down cut piece have opened up material cutting hole.When
The material cutting hole on upper shearing piece side in rotation begins with friendship with the material cutting hole on static down cut piece side
When collecting region, it is transported to conveying pressurization cylinder lower end and is worn into the material of shear zone from the material cutting hole for producing intersection area
Cross.When upper shearing piece remains in operation, the material cutting hole on material cutting hole and down cut piece on upper shearing piece gradually closes,
Mechanical shearing effect is formed to the material through material cutting hole.The mechanical shearing now played by material cutting hole acts on main
For by the material cutting of bulk into piece material.
Because upper shearing piece and down cut piece are loudspeaker cover body shape, so relative to flat shearing piece, the present invention
In the side of upper shearing piece and the side of down cut piece on more material cutting holes can be set, so as to simultaneously allow more
More materials passes through material cutting hole, is advantageous to the raising of yield.
Through the piece material in material cutting hole, cut to enter in the material opening of disk from above and above cut Pan Hexia and cut
In circular depressed area between disk.
Transfixion on conveying pressurization cylinder is fixed on due to above cutting disk, incision mill is fixedly mounted on screw conveyor shaft
On, incision mill rotates together with screw conveyor shaft, now on cut grinding post between disk and incision mill and annular is ground
Grinding belt forms move toward one another, and material is shredded by mechanical shear stress between grinding post and endless abrasive belt, is ground into uniform slurry
Shape thing.
Because the pitch of spiral conveying blade on the direction of screw conveyor shaft from top to bottom is sequentially reduced, Pan Hexia is above cut
The material cut in the circular depressed area between disk is in larger barotropic state, and material is fully squeezed in grinding by mechanical pressure
Between post and endless abrasive belt, grinding post and endless abrasive belt mechanical shearing and abrasive action probability to material, contracting are improved
The time of short grinding homogenized, functioning efficiency is improved, the slurry for reaching processing requirement cuts Pan Hexia from above and cut
Flowed out in gap between the endless abrasive belt of disk.
If the relatively good processing of material or needs further improve yield, helical feed can be accelerated by VFC
The velocity of rotation of the work drive motor of axle, screw conveyor shaft is on the one hand caused to rotate the speed for faster, accelerating shearing grinding homogenate, separately
On the one hand also grinding between disk and incision mill is above cut because screw conveyor shaft further increases to the mechanical presses that material applies
The grinding homogenate efficiency of grinding column and endless abrasive belt to material is further strengthened, and production efficiency and yield also can be carried further
Rise.
For material need not grind homogenate it is meticulous when, it is only necessary to the incision that will be fixedly mounted on screw conveyor shaft
Mill position adjusts downwards, and the gap above cut between the endless abrasive belt of disk and incision mill just increases, and releases and cuts
Mill and the material pressure in incision mill circular depressed area, grinding post reduce to the mechanical shearing and grinding probability of material, material
Easily cut in the gap between the endless abrasive belt of disk and incision mill and flow out from above.
The liquid material of increase attractant is proportionally added into while needing in shearing grinding homogenate material（It is such as fermented
Or the animality liquid flavor raw material of enzymolysis processing）When, can according to the velocity of rotation of fixed screw conveyor shaft work drive motor,
The operating frequency of pump, the liquid material flow value and flow velocity measured in real time according to the flowmeter on liquid-feeding tube are set on the controller
Value, the operating frequency of pump is finely tuned on the controller so that the liquid material flow velocity and flow of addition and the inventory of shearing grinding
Ratio meets the requirements.
Shearing grinds the stabilized animal raw material being homogenized and the liquid material additionally added in screw conveyor shaft and grinding post
Stirring, under shearing grinding homogenate, mixing is abundant, cuts in the gap between the endless abrasive belt of disk and incision mill and flows from above
The pasty material gone out is highly uniform.
After extra addition liquid material, shearing grinding that can be to stabilized animal raw material serves good infiltration, makes to cut
Grinding is cut to be more prone to and smoothly, meanwhile, be advantageous to the material between dilution grinding post, cut in promotion disk and incision mill it
Between circular depressed area in material mobility, be advantageous to the annular abrasion that material smoothly cuts disk and incision mill from above
Flowed out in gap between band.
The beneficial effects of the utility model are：
（1）The efficiency high of shearing grinding homogenate, yield are larger.As a result of upper down cut piece, grinding post and annular
Three kinds of combined machine processing procedures of lapping tape, the efficiency of material processing greatly improve.Simultaneously because screw conveyor shaft is change spiral shell
Away from setting, piece shearing is advantageously sheared in shear zone in material, post shearing grinding, contracting are ground in circular depressed area
The time of short grinding homogenized, more efficient, yield is bigger.
（2）Upper down cut piece in shear zone can shred the hard ware material that quality is harder, is not easy to grinding by advance,
Be advantageous to the further shearing grinding homogenized of follow-up grinding post and the material of endless abrasive belt, expand apparatus of the present invention
Material application scope.
（3）Because upper down cut piece is arranged to loudspeaker cover body shape, the side of shearing piece up and down can be made to open up more things
Expect shearing perforation, so as to allow more materials to pass through material cutting hole simultaneously, be advantageous to the raising of yield.
（4）Can be by adjusting the spacing between lower millstone endless abrasive belt and upper millstone endless abrasive belt, production difference
The material of state thickness, more production character parameter requirements can be met, adjusted easy to operate.
（5）The addition for the liquid attractant raw material that accurately can be added outside quota, the phagostimulant slurry effect of production
Fruit is secure, and during working process, liquid attractant raw material can promote being smoothed out for shearing grinding.
（6）The continuous production of automatic industrial can be realized.
Brief description of the drawings
Fig. 1 is appearance schematic diagram of the present utility model.
Fig. 2 is structural representation of the present utility model.
Fig. 3 is the utility model shear zone and the partial enlarged drawing with lower part.
Fig. 4 is the front view of upper shearing piece.
Fig. 5 is the top view of upper shearing piece.
Fig. 6 is the front view of down cut piece.
Fig. 7 is the top view of down cut piece.
Fig. 8 is the front view of upper millstone.
Fig. 9 is the top view of upper millstone.
Figure 10 is the upward view of upper millstone.
Figure 11 is the front view of lower millstone.
Figure 12 is the top view of lower millstone.
Figure 13 is the upward view of lower millstone.
Description of reference numerals：1- hoppers, 2- conveying pressurizations cylinder, 3- screw conveyor shafts, cut on 4- disk, 5- incisions mill,
Piece, 7- down cuts piece, 8- grindings post, 9- endless abrasive belt, 10- shear zones, 11- circular depresseds area, 12- material flows are sheared on 6-
Piece side, 14- down cut pieces side are sheared on through hole, 13-, 15- material cuttings hole, shears piece mounting hole, 17- conveyings on 16-
Shaft through-hole, 18- down cut pieces periphery mounting hole, 19- incision mills mounting hole, 20- liquid-feeding tubes, 22- magnetic valves, 21- flowmeters,
23- pumps, 24- controllers.
Embodiment
This and specific embodiment are described in further details to the utility model below in conjunction with the accompanying drawings.
As shown in Fig. 1~Figure 13, a kind of environment-friendly highly efficient aquatic attractant production of the utility model embodiment prepares dress
Put, including hopper 1, conveying pressurization cylinder 2, screw conveyor shaft 3, on cut disk 4, incision mill 5, it is upper shearing piece 6, down cut piece 7,
The conveying pressurization cylinder 2 is is vertically arranged, and the bottom of the upper end connection hopper 1 of conveying pressurization cylinder 2, the center for above cutting disk 4 is opened
If material opening 12, upper shearing piece 6 and down cut piece 7 are loudspeaker cover body shape, the side 13 of upper shearing piece 6 and down cut piece
7 side 14 can be bonded, and the side 13 of upper shearing piece 6 and the side 14 of down cut piece 7 have opened up material cutting hole 15, on
The center for shearing piece 6 sets mounting hole 16, and the center of down cut piece 7 sets conveying shaft through-hole 17, down cut piece 7
Peripheral position sets mounting hole 18, by the mounting hole 18 of the periphery of down cut piece 7, down cut piece 7 is fixedly mounted on into conveying and added
Pressure cylinder 2 and on cut disk 4 between, the screw conveyor shaft 3 be vertically set on hopper 1 and conveying pressurization cylinder 2 in, screw conveyor shaft
The tops of 3 high discharge buckets 1 sets work drive motor, and the tail end of screw conveyor shaft 3 is from the conveying shaft through-hole 17 of down cut piece 7 and above cuts
Passed in the material opening 12 of mill 4, the screw conveyor shaft 3 to have one's face covered with formula spiral conveying blade axle, screw conveyor shaft 3 from
The pitch of spiral conveying blade is sequentially reduced on the direction of top to bottm, in connection mounting surface of the conveying pressurization cylinder 2 with above cutting disk 4
Shear zone 10 is set in one section of upward conveying pressurization cylinder 2 section, the spiral shell in conveying pressurization cylinder 2 in the range of shear zone 10
Spiral conveying blade is not provided with rotation conveying axis 3, in the range of the shear zone 10 of conveying pressurization cylinder 2, screw conveyor shaft 3 passes through upper
Piece mounting hole 16 is sheared, and upper shearing piece 6 is fixedly mounted on screw conveyor shaft 3, the upper shearing piece 6 and down cut piece 7
The axle centered on screw conveyor shaft 3, and upper shearing piece 6 and down cut piece 7 are close together, the incision mill 5 passes through peace
Dress hole 19 be fixedly mounted on the screw conveyor shaft 3 passed in the material opening 12 for cut disk 4 from above, it is described on cut disk 4
It is identical with the diameter of incision mill 5, it is described on cut the lower surface of disk 4 and the upper surface of incision mill 5 be provided with it is circular recessed
Area 11 and endless abrasive belt 9 are fallen into, and in the circular depressed area 11 of the upper lower surface for cutting disk 4 and the upper surface of incision mill 5
Grinding post 8 is provided with, it is identical with the diameter of circular depressed area 11 of the upper surface of lower millstone 5 above to cut the lower surface of disk 4, above cuts
The lower surface of mill 4 is identical with the width of endless abrasive belt 9 of the upper surface of lower millstone 5, above cuts the grinding post 8 of the lower surface of disk 4
Mutual without hindrance engagement, incision mill 5 can be 3 turns with screw conveyor shaft between the grinding post 8 of the upper surface of incision mill 5
It is dynamic.
Preferably, the work drive motor of the screw conveyor shaft 3 is VFC.
Preferably, liquid-feeding tube 20 is set above hopper 1, magnetic valve 22, the and of flowmeter 21 are arranged in series on liquid-feeding tube 20
Pump 23, the magnetic valve 22, flowmeter 21 and pump 23 electrically connect with controller 24.
Preferably, the pump 23 is VFC.
Operation principle of the present utility model：
Those for needing working process are worth relatively low aquatic products product or animality material is continuously added into hopper 1, are started
The work drive motor of screw conveyor shaft 3, material are transported in conveying pressurization cylinder 2 by the conveying blade of screw conveyor shaft 3.Due to spiral
Conveying axis 3 to have one's face covered with formula spiral conveying blade axle, on the direction of screw conveyor shaft 3 from top to bottom the pitch of spiral conveying blade according to
Secondary reduction, so, for material after conveying pressurization cylinder 2 is progressed into, the material pressure in conveying pressurization cylinder 2 is increasing.
Upper shearing piece 6 positioned at shear zone 10 is with the run-in synchronism of screw conveyor shaft 3, and down cut piece 7 is fixed, upper shearing
The side 13 of piece 6 and the side 14 of down cut piece 7 are bonded, and the side 13 of upper shearing piece 6 and the side 14 of down cut piece 7 open up
Material cutting hole 15.When the material cutting hole 15 on the side 13 of upper shearing piece 6 in rotation and the static side of down cut piece 7
When material cutting hole 15 on 14 begins with intersection area, the material that conveying pressurization cylinder 2 lower end enters shear zone 10 is transported to
Passed through from the material cutting hole 15 for producing intersection area.When it is upper shearing piece 6 remain in operation, it is upper shearing piece 6 on material cutting
Material cutting hole 15 on hole 15 and down cut piece 7 is gradually closed, and mechanical shearing is formed to the material through material cutting hole 15
Effect.The mechanical shearing effect now played by material cutting hole 15 is predominantly by the material cutting of bulk into piece material.
Because upper shearing piece 6 and down cut piece 7 are loudspeaker cover body shape, so relative to flat shearing piece, this hair
More material cutting holes 15 can be set on the side 13 of upper shearing piece 6 and the side 14 of down cut piece 7 in bright, in order to
To allow more materials to pass through material cutting hole 15 simultaneously, be advantageous to the raising of yield.
Through the piece material in material cutting hole 15, cut to enter in the material opening 12 of disk 4 from above and above cut the He of disk 4
In circular depressed area 11 between incision mill 5.
Transfixion on conveying pressurization cylinder 2 is fixed on due to above cutting disk 4, incision mill 5 is fixedly mounted on helical feed
On axle 3, incision mill 5 rotates together with screw conveyor shaft 3, now on cut grinding post 8 between disk 4 and incision mill 5
Move toward one another is formed with endless abrasive belt 9, material is shredded by mechanical shear stress between grinding post 8 and endless abrasive belt 8, ground
Into uniform slurry.
Because the pitch of spiral conveying blade on the direction of screw conveyor shaft 3 from top to bottom is sequentially reduced, the He of disk 4 is above cut
The material in circular depressed area 11 between incision mill 5 is in larger barotropic state, and mechanical pressure fully extrudes material
Between grinding post 8 and endless abrasive belt 9, improve grinding post 8 and endless abrasive belt 9 and the mechanical shearing of material and grinding are made
With probability, the time of grinding homogenized is shortened, improves functioning efficiency, the slurry for reaching processing requirement cuts disk from above
Flowed out in gap between 4 and the endless abrasive belt 9 of incision mill 5.
If the relatively good processing of material or needs further improve yield, helical feed can be accelerated by VFC
The velocity of rotation of the work drive motor of axle 3, screw conveyor shaft 3 is on the one hand caused to rotate the speed for faster, accelerating shearing grinding homogenate,
On the other hand also because screw conveyor shaft 3 further increases to the mechanical presses that material applies, above cut disk 4 and incision mill 5 it
Between grinding post 8 and endless abrasive belt 9 to material grinding homogenate efficiency further strengthen, production efficiency and yield can also obtain
Further lifting.
For material need not grind homogenate it is meticulous when, it is only necessary under being fixedly mounted on screw conveyor shaft 3
Cut the position of disk 5 to adjust downwards, the gap above cut between disk 4 and the endless abrasive belt 9 of incision mill 5 just increases, release
Above cut disk 4 and the material pressure in the circular depressed area 11 of incision mill 5, mechanical shearing and grinder of the grinding post 8 to material
Rate reduces, and material, which is easier to cut from above in the gap between disk 4 and the endless abrasive belt 9 of incision mill 5, to flow out.
The liquid material of increase attractant is proportionally added into while needing in shearing grinding homogenate material（It is such as fermented
Or the animality liquid flavor raw material of enzymolysis processing）When, can be according to the rotation speed of the fixed work drive motor of screw conveyor shaft 3
Degree, the operating frequency of pump 23, the liquid material measured in real time according to the flowmeter 21 on liquid-feeding tube 20 are set on controller 14
Flow value and flow speed value, on controller 14 finely tune pump 23 operating frequency so that the liquid material flow velocity and flow of addition with
The inventory ratio of shearing grinding meets the requirements.
Shearing grinds the stabilized animal raw material being homogenized and the liquid material additionally added in screw conveyor shaft 3 and grinding post
8 stirring, shear under grinding homogenate, mixing is abundant, and the gap between disk 4 and the endless abrasive belt 9 of incision mill 5 is cut from above
The pasty material of middle outflow is highly uniform.
After extra addition liquid material, shearing grinding that can be to stabilized animal raw material serves good infiltration, makes to cut
Grinding is cut to be more prone to and smoothly, meanwhile, be advantageous to the material between dilution grinding post 8, disk 4 and incision mill are cut in promotion
The mobility of the material in circular depressed area 11 between 5, be advantageous to material and disk 4 and incision mill 5 are smoothly cut from above
Flowed out in gap between endless abrasive belt 9.
Claims (4)
1. a kind of environment-friendly highly efficient aquatic attractant produces preparation facilities, it is characterised in that：Including hopper, conveying pressurization cylinder, spiral shell
Rotation conveying axis, on cut disk, incision mill, upper shearing piece, down cut piece, the conveying pressurization cylinder to be vertically arranged, conveying plus
The bottom of the upper end connection hopper of pressure cylinder, the center for above cutting disk open up material opening, and upper shearing piece and down cut piece are
Loudspeaker cover body shape, the side and the side of down cut piece of upper shearing piece can be bonded, the side of upper shearing piece and down cut piece
Side has opened up material cutting hole, and the center of upper shearing piece sets mounting hole, and the center of down cut piece sets defeated
Shaft through-hole is sent, the peripheral position of down cut piece sets mounting hole, by the mounting hole of down cut piece periphery, down cut piece is fixed
Installed in conveying pressurization cylinder and on cut disk between, the screw conveyor shaft be vertically set on hopper and conveying pressurization cylinder in, spiral shell
The top for revolving the high discharge bucket of conveying axis sets work drive motor, and the tail end of screw conveyor shaft is from the conveying shaft through-hole of down cut piece and upper
Cut in the material opening of disk and pass, the screw conveyor shaft is has one's face covered with formula spiral conveying blade axle, and screw conveyor shaft is from upper
The pitch of spiral conveying blade is sequentially reduced on direction under, in conveying pressurization cylinder with above cutting the connection installation of disk upwardly
One section of conveying pressurization cylinder section in shear zone is set, be located in conveying pressurization cylinder on the screw conveyor shaft in the range of shear zone
Spiral conveying blade is not provided with, in the range of the shear zone of conveying pressurization cylinder, screw conveyor shaft passes through upper shearing piece mounting hole, and
Upper shearing piece is fixedly mounted on screw conveyor shaft, the upper shearing piece and down cut piece are centered on screw conveyor shaft
Axle, and upper shearing piece and down cut piece are close together, the incision mill is fixedly mounted on by mounting hole cuts disk from above
Material opening on the screw conveyor shaft that passes, it is described on to cut disk identical with the diameter of incision mill, it is described on cut
The lower surface of disk and the upper surface of incision mill are provided with circular depressed area and endless abrasive belt, and in the upper following table for cutting disk
Be provided with grinding post in the circular depressed area of face and the upper surface of incision mill, above cut disk lower surface and lower millstone it is upper
The circular depressed area diameter on surface is identical, above cuts the annular abrasion bandwidth phase of the lower surface of disk and the upper surface of lower millstone
Together, mutually without hindrance engagement between the grinding post of disk lower surface and the grinding post of incision mill upper surface, incision mill are above cut
It can be rotated with screw conveyor shaft.
A kind of 2. environment-friendly highly efficient aquatic attractant production preparation facilities according to claim 1, it is characterised in that：It is described
The work drive motor of screw conveyor shaft is VFC.
A kind of 3. environment-friendly highly efficient aquatic attractant production preparation facilities according to claim 1 or 2, it is characterised in that：
Liquid-feeding tube is set above hopper, magnetic valve, flowmeter and pump, the magnetic valve, flowmeter and pump are arranged in series on liquid-feeding tube
It is electrically connected with the controller.
A kind of 4. environment-friendly highly efficient aquatic attractant production preparation facilities according to claim 3, it is characterised in that：It is described
Pump is VFC.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720808003.7U CN206868355U (en) | 2017-07-06 | 2017-07-06 | A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720808003.7U CN206868355U (en) | 2017-07-06 | 2017-07-06 | A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206868355U true CN206868355U (en) | 2018-01-12 |
Family
ID=61332305
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720808003.7U Expired - Fee Related CN206868355U (en) | 2017-07-06 | 2017-07-06 | A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206868355U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107185666A (en) * | 2017-07-06 | 2017-09-22 | 象山互易科技咨询有限公司 | A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities |
-
2017
- 2017-07-06 CN CN201720808003.7U patent/CN206868355U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107185666A (en) * | 2017-07-06 | 2017-09-22 | 象山互易科技咨询有限公司 | A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities |
| CN107185666B (en) * | 2017-07-06 | 2022-08-30 | 南京宏远生物科技有限公司 | High-efficient aquatic products phagostimulant production preparation facilities of environment-friendly |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207721186U (en) | A kind of concentrated feed for pig production system | |
| CN206463900U (en) | A kind of feed preparation facilities | |
| CN110523488A (en) | A kind of Feed Manufacturing cereal materials device for thinning | |
| CN206868355U (en) | A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities | |
| CN109261317A (en) | Pulverizer is used in a kind of manufacture of feed | |
| CN208131178U (en) | A kind of grinding device of mushroom | |
| CN102450730A (en) | Canteen special fruit and vegetable beating machine | |
| CN205182803U (en) | Take rice mill of mesh screen | |
| CN209680256U (en) | A kind of quick-frozen processing of aquatic products pulverizer | |
| CN107185666A (en) | A kind of environment-friendly highly efficient aquatic attractant produces preparation facilities | |
| CN110029519A (en) | A kind of paper grade pulp hydraulic pulping device | |
| CN213408932U (en) | Low cholesterol rich calcium fodder reducing mechanism | |
| CN113973596B (en) | Grinding device is smashed in grades to straw | |
| CN206526887U (en) | A kind of improved Kiwi berry pulper | |
| CN211914069U (en) | Leaf eating grass reducing mechanism | |
| CN207978922U (en) | A kind of system that functional pet treats are produced using baking process | |
| CN209527720U (en) | A kind of cutmixer | |
| CN210474177U (en) | Pulverizer for processing aquatic feed | |
| CN208449511U (en) | A kind of feed processing raw material grinding device of novel good crushing effect | |
| CN208800209U (en) | A kind of crushing material conglomerate integration process equipment | |
| CN206980908U (en) | Chinese medicine cuts the filling all-in-one of powder | |
| CN205797449U (en) | A kind of Pedicellus et Pericarpium Trapae automatic grinding mill | |
| CN216988011U (en) | Milling machine for producing solid beverage | |
| CN204746431U (en) | Cassia nomame seed skin separating centrifuge | |
| CN219129489U (en) | Breadcrumb crusher |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180112 Termination date: 20210706 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |