CN206186415U - Wall type stoker is scraped in double helix stirring of small -size scalable blade - Google Patents
Wall type stoker is scraped in double helix stirring of small -size scalable blade Download PDFInfo
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- CN206186415U CN206186415U CN201621219806.0U CN201621219806U CN206186415U CN 206186415 U CN206186415 U CN 206186415U CN 201621219806 U CN201621219806 U CN 201621219806U CN 206186415 U CN206186415 U CN 206186415U
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Abstract
The utility model discloses a wall type stoker is scraped in double helix stirring of small -size scalable blade, including gear motor, drive mechanism A scrapes the material and stirs the B of mechanism and go out a strip device C, and gear motor fixes through a bolted connection and links to each other on the support frame and with drive mechanism A, and drive mechanism A stirs the B of mechanism and links to each other with scraping the material, scrapes that the material stirs the B of mechanism and a strip device C links to each other. The utility model discloses can automaticly accomplish the stirring, go out the strip process, improve a strip efficiency, not only saved the material but also cleared up inside the auger delivery ware on the basis that need not dismantle.
Description
Technical field
The utility model be related to it is a kind of possess stirring, extruding, guiding, shaping, clearing function can in a kind of small-sized of one
The double helix stirring scraped wall conveyer of flexible blade, being applicable to Chinese medicinal pills preparing machine etc. needs to stir the big small-sized device of shaping
Tool.
Background technology
The general course of conveying and shaping process for having powder or viscous material in many device for producing a granulated material, so needing
Use a kind of auger conveyor.Auger conveyor is a kind of conventional conveying equipment, the quilt due to its good seal performance, efficiency high
Extensive use.Domestic market ball shape class type of merchandize is various, enormous amount, and manufacture a ball material mixing quality and
Shaping amount, is the key factor for determining auger conveyor shaping efficiency, while being also to determine that device for producing a granulated material goes out the important of ball quality
Factor, its shaping efficiency is more high more to bring low cost, high profit.
Existing traditional auger conveyor mainly carries out material by the external screw thread central shaft of housing and its inside by rotation
Push work, and simple structure mainly has two kinds of representative models.It is defeated that a kind of the characteristics of auger conveyor, is that single-screw is carried out
Send, such as so the conveying worm in 2010 on Septembers, 8, patent of invention specifications of the CN101823615A of announcement, is exactly
A kind of equipment.But this equipment conveying capacity is smaller, mixing efficiency is low, it is necessary to improving motor speed can just improve conveying capacity.
The characteristics of another auger conveyor, is, with two auger conveyors of screw feeder, what on July 6th, 1 announced
DWG in the patent of invention specification of CN105731001A is exactly such a equipment.Its conveying capacity is larger, but
The material residual on helical blade is increased when being stopped, cost waste is caused, and is remained in the material on blade and also can
Aggravate the abrasion of blade, and cleaning residual can only be carried out by way of dismounting, program is cumbersome.
The content of the invention
A kind of double helix the utility model discloses Telescopic small blade stirs scraped wall pusher.
The utility model solves the technical scheme that its technical problem used：A kind of double helix of Telescopic small blade
Stirring scraped wall pusher, including reducing motor and goes out strip device C at transmission mechanism A, scraper stirring mechanism B, and reducing motor leads to
Cross the first bolt connection to be fixed on support frame and be connected with transmission mechanism A, transmission mechanism A is connected with scraper stirring mechanism B, scrapes
Material stirring mechanism B is connected with strip device C is gone out.
Wherein, described transmission mechanism A includes travelling gear, and travelling gear is fixed on and is subtracted by the first back-up ring and the first pin
On speed motor, the first driven gear is distributed in reducing motor side, and is engaged with travelling gear, and the first central shaft passes through second gear
Circle and the second pin connection are fixed on the first driven gear, and above-mentioned first central shaft front end carries symmetrical rectangular preiection strip,
End carries external screw thread；Second central shaft and the first central shaft horizontal positioned arranged side by side, and the second central shaft with installed thereon
All parts and position are identical with the first central shaft；Third gear circle is close to the first driven gear side and is enclosed within the first center
On axle, two the first connecting springs are connected horizontally on third gear circle side by side, and the other end of the first connecting spring is connected to metal
Annulus, symmetrical two rectangular channels on the centre bore of above-mentioned metal ring, allows it along the raised strip on central shaft
It is movable, and metal ring shell edge has symmetrical rectangular breach, allow its with the first hollow shaft on raised strip contract
Close；First hollow shaft is fastened on the first central shaft by the first abutment sleeve, and the first hollow shaft is with the first central shaft
Gap coordinates, and can relatively rotate therebetween, and rectangular preiection strip on the first central shaft can make it be stuck in the
In one hollow shaft, there is same symmetrical rectangular projection strip above-mentioned first hollow shaft front end, if being uniformly distributed on stage casing and end
Dry tipper, these tippers can make the independent helical blade carry out telescopic moving；First annular magnechuck is stuck in first
Between rectangular preiection and the shaft shoulder in hollow shaft, symmetrical two rectangular channels on above-mentioned first annular magnechuck centre bore,
Can be disassembled when rectangular channel is directed at rectangular preiection strip, can be stuck in the first hollow shaft when staggering；First determines
Circle of position ring, the first inner shield ring, the first outer back-up ring, the first rolling bearing, the first sleeve, the second rolling bearing, the first O-ring seal
It is sequentially sleeved in the first hollow shaft, and outside is cased with bearing block；Bearing block passes through the second bolt by whole Telescopic small blade
Double helix stirring scraped wall pusher be fixed on and need fixed place.
Wherein, described scraper stirring mechanism B includes housing, there is charging aperture, the distribution of both sides internal symmetry on housing forward end
Have and fix the first pull bar and for the track groove of its movement, cylinder is fixedly connected on housing upper by the 4th bolt, and first is hollow
Axle is fixedly connected on housing by bearing block etc.；Two holes of horizontal distribution are hollow for closely surrounding two simultaneously on material scraping plate
On axle, it is possible to which relative with the generation of the first hollow shaft to slide, above-mentioned material scraping plate is symmetrical to be distributed with two holes, on the first pull bar
Structure shape structure be fixed on the two holes, dismantle for convenience, be further fixed on the first in command, first on above-mentioned first pull bar
Handle end has rectangular cam, and above-mentioned cylinder is connected together with the first in command by connecting plate, and by the cylinder on cylinder
Nut and cylinder cap are fixed, and the part that above-mentioned connecting plate links together with the first in command is rectangular through-hole, can prevent connection
Plate is because relative with first in command's generation slide and beat tiltedly；Some first helical blades are fixed on the tipper of the first hollow shaft
On, by blade-section on above-mentioned first helical blade, the strip part agreed with completely with tipper, tooth bar and above spacing
Block is constituted, and when blade stretches out, strip part overlaps with tipper outer surface, when vanes retract, blade and tipper appearance
Face overlaps；Some first central gears are fixedly connected on the first central shaft, and are engaged in the tooth bar on the first helical blade, often
It is furnished with the first cylindrical central sleeve between two the first central gears, the first central gear is afterwards the first center pad and the first center
Nut, the first center nut locks above-mentioned some first central gears by being engaged with the external screw thread on the first center shaft end
With the first cylindrical central sleeve；First closure is buckled in the first hollow shaft, has the circle annular protrusion can be with above-mentioned first closure
The projection for making it be stuck in the first hollow shaft terminus inner, makes it only in the presence of external force, just detachable, the first closure
A large amount of materials can be avoided to enter into inside the first hollow shaft, but if having a small amount of material with the stripes of the first helical blade
Divide and enter into the first hollow shaft, can also unload the first closure and be poured out.
Wherein, the above-mentioned strip device C that goes out includes shaping mouth, and shaping mouth is fixedly connected on housing by the 3rd bolt, gone out
Material can be extruded into strip by material mouth on shaping mouth, symmetrical two holes on above-mentioned shaping mouth, for placing two first
Pull bar, and facilitate it to pass in and out.
The utility model has the advantage of：1 can automatically complete stirring, shaping process；2 two auger bars are increased
The amount of material is stirred, while two shaping mouths can increase shaping amount, shaping efficiency is improved；3 when helical blade stretches out, thereon
Stripes branch agree with completely with the tipper in hollow shaft, prevent material from entering into inside hollow shaft；4 stir when stopping
When, by vanes retract, pulling pull bar to drive material scraping plate to move to shaping mouth can be by enclosure interior and hollow shaft outer surface
Material scrapes shaping mouth, and from discharging opening extrusion, material has not only been saved on the basis of without dismounting but also helical feed is cleaned up
Inside device.
Brief description of the drawings：
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is overall structure diagram of the present utility model.
Fig. 2 is the top view of transmission mechanism.
Fig. 3 is the top view of scraper stirring mechanism.
Fig. 4 is the sectional view of the utility model front view.
Fig. 5 is D-D sectional views of the present utility model.
Fig. 6 is the comparison diagram that the utility model helical blade stretches out and shrinks.
Fig. 7 is transmission mechanism front view.
In figure, 1 reducing motor, 2 support frames, 3 first bolts, 4 bearing blocks, 5 second bolts, 6 housings, 7 cylinders, 8 the 3rd
Bolt, 9 shaping mouths, 10 first pull bars, 11 first in command, 12 cylinder caps, 13 connecting plates, 14 cylinder nuts, 15 discharging openings, 16
Four bolts, 17 charging apertures, 201 first pins, 202 first back-up rings, 203 travelling gears, 204 first central shafts, 205 second pins, 206
Second back-up ring, 207 first driven gears, 208 third gear circles, 209 first connecting springs, 210 first O-ring seals, 211 first
Rolling bearing, 212 first sleeves, 213 second rolling bearings, 214 first outer back-up rings, 215 first inner shield rings, 216 first positioning
Annulus, 217 first annular magnechucks, 218 first hollow shafts, 219 first metal rings, 220 second central shafts, 301 scrapers
Plate, 302 first central gears, 303 first helical blades, 304 first cylindrical central sleeves, 305 first center pads, in 306 first
Heart nut, 307 first closures, 401 first abutment sleeves
Specific embodiment：
Below in conjunction with the accompanying drawings, the utility model parts and its correlation are illustrated：
As shown in figure 1, a kind of double helix stirring scraped wall pusher of Telescopic small blade, including reducing motor（1）,
Transmission mechanism A, scraper stirring mechanism B and go out strip device C, reducing motor（1）By the first bolt（3）It is fastened on support
Frame（2）Upper and be connected with transmission mechanism A, transmission mechanism A is connected with scraper stirring mechanism B, scraper stirring mechanism B with go out strip device
C is connected.
In Fig. 2, described transmission mechanism A includes travelling gear（203）, travelling gear（203）By the first back-up ring（202）
With the first pin（201）It is fixed on reducing motor（1）On, the first driven gear（207）It is distributed in reducing motor（1）Side, and with
Travelling gear（203）Engagement, the first central shaft（204）By the second back-up ring（206）With the second pin（205）It is fastened on first
Driven gear（207）On, above-mentioned first central shaft（204）Front end carries symmetrical rectangular preiection strip, and end carries external screw thread；
Second central shaft（220）With the first central shaft（204）Horizontal positioned arranged side by side, and the second central shaft（220）With thereon installed
All parts and position and the first central shaft（204）On it is identical；Third gear circle（208）It is close to the first driven gear（207）
Side is enclosed within the first central shaft（204）On, two the first connecting springs（209）It is connected horizontally on third gear circle side by side（208）On,
First connecting spring（209）The other end be connected to metal ring（219）, above-mentioned metal ring（219）Centre bore on it is symmetrical
Two rectangular channels of distribution, allow it along central shaft（204）On raised strip move forward and backward, and metal ring（219）Outward
There is symmetrical rectangular breach at shell edge, allows it with the first hollow shaft（218）On raised strip agree with；First hollow shaft
（218）By the first abutment sleeve（401）It is fastened on the first central shaft（204）On, the first hollow shaft（218）In first
Heart axle（204）It is that gap coordinates, can relatively rotates therebetween, and the first central shaft（204）On rectangular preiection it is long
Bar can make it be stuck in the first hollow shaft（218）On, above-mentioned first hollow shaft（218）Front end has same symmetrical rectangular raised long
Some tippers are uniformly distributed on bar, stage casing and end, these tippers can make the first independent helical blade（303）Carry out
Telescopic moving；First annular magnechuck（217）It is stuck in the first hollow shaft（218）On rectangular preiection and the shaft shoulder between, it is above-mentioned
First annular magnechuck（217）Symmetrical two rectangular channels on centre bore, can when rectangular channel is directed at rectangular preiection strip
To disassemble, the first hollow shaft can be stuck in when staggering（218）On；First positioning annulus（216）, the first inner shield ring
（215）, the first outer back-up ring（214）, the first rolling bearing（211）, the first sleeve（212）, the second rolling bearing（213）, an O
Type sealing ring（210）It is sequentially sleeved in the first hollow shaft（218）On, and outside is cased with bearing block（4）；Bearing block（4）By second
Bolt（5）The double helix stirring scraped wall pusher of whole Telescopic small blade is fixed on needs fixed place.
In Fig. 3, described scraper stirring mechanism B includes housing（6）, housing（6）There is charging aperture on front end（17）, in both sides
Portion is symmetrically distributed with fixes the first pull bar（10）And for the track groove of its movement；Cylinder（7）By the 4th bolt（16）It is fixed to connect
It is connected on housing（6）Top, the first hollow shaft（218）By bearing block（4）Etc. being fixedly connected on housing（6）On, material scraping plate（301）
Two holes of upper horizontal distribution are used for closely surrounding two hollow shafts simultaneously（218）On, it is possible to the first hollow shaft（218）Occur
It is relative to slide, above-mentioned material scraping plate（301）It is symmetrical that two holes, the first pull bar are distributed with（10）On hook-shape structure be fixed on
On the two holes, dismantle for convenience, above-mentioned first pull bar（10）On be further fixed on the first in command（11）, the first in command（11）End
There are rectangular cam, above-mentioned cylinder in portion（7）And the first in command（11）By connecting plate（13）Connect together, and by cylinder（7）
On cylinder nut（14）And cylinder cap（12）It is fixed, above-mentioned connecting plate（13）With the first in command（11）The part for linking together
With rectangular through-hole, connecting plate can be prevented（13）Because with the first in command（11）There is relative slip and beat tiltedly；Some first
Helical blade（303）It is fixed on the first hollow shaft（218）Tipper on, above-mentioned first helical blade（303）On by blade
Part, the strip part agreed with completely with tipper, tooth bar and limited block above are constituted, when blade stretches out, stripes
Divide and overlapped with tipper outer surface, when vanes retract, blade overlaps with tipper outer surface；Some first central gears
（302）It is fixedly connected on the first central shaft（204）On, and in the first helical blade（303）On tooth bar engagement, each two first
Central gear（302）Between be furnished with the first cylindrical central sleeve（304）, the first central gear（302）It is afterwards the first center pad
（305）With the first center nut（306）, the first center nut（306）By with the first central shaft（204）External screw thread on end
Engage to lock above-mentioned some first central gears（302）With the first cylindrical central sleeve（304）；First closure（307）It is buckled in
One hollow shaft（218）On, above-mentioned first closure（307）On have the circle annular protrusion it can be made to be stuck in the first hollow shaft
（218）Projection in terminus inner, makes it only in the presence of external force, just detachable, the first closure（307）Can avoid
Material enters into the first hollow shaft（218）Inside, the first closure（307）A large amount of materials can be avoided to enter into the first hollow shaft
（218）Inside, but if having a small amount of material with the first helical blade（303）Strip part enter into the first hollow shaft
（218）It is interior, can also unload the first closure（307）Poured out.
In Fig. 1, the described strip device C that goes out includes shaping mouth（9）, shaping mouth（9）By the 3rd bolt（8）It is fixedly connected on
Housing（6）On, discharging opening（15）In shaping mouth（9）On, material can be extruded into strip, above-mentioned shaping mouth（9）It is upper symmetrical
Two holes, for placing two the first pull bars（10）, and facilitate it to pass in and out.
In Fig. 1, the application method of the double helix stirring scraped wall pusher of Telescopic small blade is as follows：When pusher work
When making, now all first helical blades（303）In the state of stretching out, material is from charging aperture（17）Into housing（6）It is interior, slow down
Motor（1）Band nutating gear（203）Rotate counterclockwise, travelling gear（203）Drive the first driven gear（207）Dextrorotation
Turn, the first driven gear（207）Drive the first central shaft（204）Rotation, first annular magnechuck（217）In energization shape
State, attracts the first metal ring（219）Along the first central shaft（204）On raised strip slide into the first hollow shaft（218）On,
First metal ring（219）Symmetric windows on shell edge can snap into the first hollow shaft（218）Raised strip on, make first
Central shaft（204）The first hollow shaft is driven while rotation（218）Same rotational speed, the first hollow shaft together（218）On
One helical blade（303）Start to stir work, after material stirring is uniform, reducing motor（1）It is stopped, by first annular electricity
Magnetic-disc（217）Power-off, magnetic force disappears, third gear circle（208）On two the first connecting springs（209）Draw the first round metal
Ring（219）Along the first central shaft（204）Raised strip slide and depart from the first hollow shaft（218）, now start reducing motor
（1）, reducing motor（1）Band nutating gear（203）Rotate counterclockwise, travelling gear（203）Drive the first driven gear（207）
Rotate clockwise, the first driven gear（207）Drive the first central shaft（204）Rotate, now the first hollow shaft（218）It is relatively quiet
Only, the first central shaft（204）Upper all first central gears（302）Start to rotate clockwise simultaneously, drive all first spirals
Blade（303）On tooth bar motion, make all first helical blades（303）Shrink, until the first helical blade（303）On limit
Position block top is to the first cylindrical central sleeve（304）On, reducing motor（1）It is stopped, now the first helical blade（303）Blade edge
Edge should just with the first hollow shaft（218）Outer surface overlaps, and remains in the first helical blade（303）On material also scraped
One hollow shaft（218）Outer surface on, when the first helical blade（303）After the completion of contraction, start cylinder（7）, cylinder（7）Pass through
With the first in command（11）Connected connecting plate（13）, drive the first in command（11）And first pull bar（10）From shaping mouth（9）On
Slowly stretched out in two holes, while the first pull bar（10）On hook-shape structure hook material scraping plate（301）To shaping mouth（9）Direction is moved
It is dynamic, can be by housing in mobile process（6）Internal material all takes discharging opening to（15）Push out；Needed when there is new material
When stirring, first annular magnechuck（217）Still in off-position, start reducing motor（1）Band nutating gear（203）
Turn clockwise, travelling gear（203）Drive the first driven gear（207）Rotate counterclockwise, the first driven gear（207）Drive
First central shaft（204）Rotate, now the first hollow shaft（218）Geo-stationary, the first central shaft（204）Upper all first centers
Gear（302）Start to rotate counterclockwise simultaneously, drive all first helical blades（303）On tooth bar motion, make all first
Helical blade（303）Stretch out, until all first helical blades（303）On limited block snap into the first hollow shaft（218）Inwall
On, that is, completion is stretched out, stirring work is started again at, until stirring is completed, then material pushed out through the above way, this work
Process is a cyclic process；The symmetrical configuration on double auger both sides, operation principle is identical and is operated simultaneously.
Claims (4)
1. a kind of double helix stirring scraped wall pusher of Telescopic small blade, including reducing motor（1）, transmission mechanism A scrapes
Expect stirring mechanism B and go out strip device C, it is characterised in that：Reducing motor（1）By the first bolt（3）It is fastened on support
Frame（2）Upper and be connected with transmission mechanism A, transmission mechanism A is connected with scraper stirring mechanism B, scraper stirring mechanism B with go out strip device
C is connected.
2. a kind of double helix of Telescopic small blade according to claim 1 stirs scraped wall pusher, and its feature exists
In described transmission mechanism A includes travelling gear（203）, travelling gear（203）By the first back-up ring（202）With the first pin
（201）It is fixed on reducing motor（1）On, the first driven gear（207）It is distributed in reducing motor（1）Side, and and travelling gear
（203）Engagement, the first central shaft（204）By the second back-up ring（206）With the second pin（205）It is fastened on the first driven gear
（207）On, above-mentioned first central shaft（204）Front end carries symmetrical rectangular preiection strip, and end carries external screw thread；Second center
Axle（220）With the first central shaft（204）Horizontal positioned arranged side by side, and the second central shaft（220）With all parts installed thereon
And position and the first central shaft（204）On it is identical；Third gear circle（208）It is close to the first driven gear（207）Side is enclosed within
First central shaft（204）On, two the first connecting springs（209）It is connected horizontally on third gear circle side by side（208）On, the first connection
Spring（209）The other end be connected to metal ring（219）, above-mentioned metal ring（219）Centre bore on symmetrical two
Rectangular channel, allows it along central shaft（204）On raised strip move forward and backward, and metal ring（219）Shell edge has
Symmetrical rectangular breach, allows it with the first hollow shaft（218）On raised strip agree with；First hollow shaft（218）By
One abutment sleeve（401）It is fastened on the first central shaft（204）On, the first hollow shaft（218）With the first central shaft（204）It is
Gap coordinates, and can relatively rotate therebetween, and the first central shaft（204）On rectangular preiection strip can block it
In the first hollow shaft（218）On, above-mentioned first hollow shaft（218）There are same symmetrical rectangular projection strip, stage casing and end in front end
Some tippers are uniformly distributed on end, these tippers can make the first independent helical blade（303）Carry out telescopic moving；The
One annular electromagnetic chuck（217）It is stuck in the first hollow shaft（218）On rectangular preiection and the shaft shoulder between, above-mentioned first annular electromagnetism
Sucker（217）Symmetrical two rectangular channels on centre bore, can disassemble when rectangular channel is directed at rectangular preiection strip, wrong
The first hollow shaft can be stuck in when opening（218）On；First positioning annulus（216）, the first inner shield ring（215）, the first outer gear
Circle（214）, the first rolling bearing（211）, the first sleeve（212）, the second rolling bearing（213）, the first O-ring seal（210）
It is sequentially sleeved in the first hollow shaft（218）On, and outside is cased with bearing block（4）；Bearing block（4）By the second bolt（5）Will be whole
The double helix stirring scraped wall pusher of Telescopic small blade is fixed on and needs fixed place.
3. a kind of double helix of Telescopic small blade according to claim 1 stirs scraped wall pusher, and described scrapes
Material stirring mechanism B includes housing（6）, it is characterised in that housing（6）There is charging aperture on front end（17）, the distribution of both sides internal symmetry
Fix the first pull bar（10）And for the track groove of its movement；Cylinder（7）By the 4th bolt（16）It is fixedly connected on housing（6）
Top, the first hollow shaft（218）By bearing block（4）Etc. being fixedly connected on housing（6）On, material scraping plate（301）Upper horizontal distribution
Two holes are used for closely surrounding two hollow shafts simultaneously（218）On, it is possible to the first hollow shaft（218）There is relative slip,
Above-mentioned material scraping plate（301）It is symmetrical that two holes, the first pull bar are distributed with（10）On hook-shape structure be fixed on the two holes
On, dismantle for convenience, above-mentioned first pull bar（10）On be further fixed on the first in command（11）, the first in command（11）There is rectangle end
Projection, above-mentioned cylinder（7）And the first in command（11）By connecting plate（13）Connect together, and by cylinder（7）On cylinder
Nut（14）And cylinder cap（12）It is fixed, above-mentioned connecting plate（13）With the first in command（11）The part for linking together has rectangle
Through hole；Some first helical blades（303）It is fixed on the first hollow shaft（218）Tipper on, above-mentioned first helical blade
（303）On by blade-section, the strip part agreed with completely with tipper, tooth bar and limited block above are constituted, and work as blade
When stretching out, strip part overlaps with tipper outer surface, and when vanes retract, blade overlaps with tipper outer surface；Some
One central gear（302）It is fixedly connected on the first central shaft（204）On, and in the first helical blade（303）On tooth bar engagement,
The central gear of each two first（302）Between be furnished with the first cylindrical central sleeve（304）, the first central gear（302）It is afterwards first
Center pad（305）With the first center nut（306）, the first center nut（306）By with the first central shaft（204）On end
External screw thread engagement lock above-mentioned some first central gears（302）With the first cylindrical central sleeve（304）；First closure
（307）It is buckled in the first hollow shaft（218）On, above-mentioned first closure（307）On have the circle annular protrusion it can be made to be stuck in
One hollow shaft（218）Projection in terminus inner, makes it only in the presence of external force, just detachable.
4. a kind of double helix of Telescopic small blade according to claim 1 stirs scraped wall pusher, and its feature exists
In the described strip device C that goes out includes shaping mouth（9）, shaping mouth（9）By the 3rd bolt（8）It is fixedly connected on housing（6）On,
Discharging opening（15）In shaping mouth（9）On, above-mentioned shaping mouth（9）Upper symmetrical two holes, for placing two the first pull bars
（10）, and facilitate it to pass in and out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621219806.0U CN206186415U (en) | 2016-11-14 | 2016-11-14 | Wall type stoker is scraped in double helix stirring of small -size scalable blade |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621219806.0U CN206186415U (en) | 2016-11-14 | 2016-11-14 | Wall type stoker is scraped in double helix stirring of small -size scalable blade |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206186415U true CN206186415U (en) | 2017-05-24 |
Family
ID=58735499
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621219806.0U Expired - Fee Related CN206186415U (en) | 2016-11-14 | 2016-11-14 | Wall type stoker is scraped in double helix stirring of small -size scalable blade |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206186415U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106427035A (en) * | 2016-11-14 | 2017-02-22 | 哈尔滨理工大学 | Small blade-extensible double-helix mixing wall-scraping type material pusher |
| CN112224685A (en) * | 2020-09-23 | 2021-01-15 | 韩智源 | Synthetic PU resin constant temperature holding vessel |
| CN114456887A (en) * | 2022-01-29 | 2022-05-10 | 泸州老窖股份有限公司 | Intelligent control horizontal solid state fermentation system |
-
2016
- 2016-11-14 CN CN201621219806.0U patent/CN206186415U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106427035A (en) * | 2016-11-14 | 2017-02-22 | 哈尔滨理工大学 | Small blade-extensible double-helix mixing wall-scraping type material pusher |
| CN112224685A (en) * | 2020-09-23 | 2021-01-15 | 韩智源 | Synthetic PU resin constant temperature holding vessel |
| CN114456887A (en) * | 2022-01-29 | 2022-05-10 | 泸州老窖股份有限公司 | Intelligent control horizontal solid state fermentation system |
| CN114561261A (en) * | 2022-01-29 | 2022-05-31 | 泸州老窖股份有限公司 | Horizontal solid-state fermentation system |
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