CN205056100U - Disconnect -type soybean fiberizer - Google Patents
Disconnect -type soybean fiberizer Download PDFInfo
- Publication number
- CN205056100U CN205056100U CN201520761091.0U CN201520761091U CN205056100U CN 205056100 U CN205056100 U CN 205056100U CN 201520761091 U CN201520761091 U CN 201520761091U CN 205056100 U CN205056100 U CN 205056100U
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- Prior art keywords
- emery wheel
- cover
- filter frame
- millstone
- sheath
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Abstract
The utility model discloses a disconnect -type soybean fiberizer aims at providing one kind and grinds the more thorough and higher disconnect -type soybean fiberizer of play thick liquid rate of thick liquid. The utility model discloses a disconnect -type soybean fiberizer, including hopper, cover, quick -witted case, base, motor, filter frame, runner stone, lower mill, emery wheel, mill cover and sheath, runner stone central authorities are provided with the unloading passageway, between runner stone and the cover the unloading outside of tubes is provided with cylindrical spring, the filter frame set up in the machine incasement, down mill fixed connection in the emery wheel top, the diameter of mill is greater than down the diameter of emery wheel, down the mill the top disc face with the bottom quotation contact of runner stone is connected, the emery wheel outer wall is provided with upwards driven helical rack, grind cover fixed connection in filter frame inner chamber bottom and cover are located outside the emery wheel, it evenly is provided with logical material hole to grind the cover lateral wall, sheath fixed connection is in the correspondence runner stone and lower mill department on the filter frame inner wall.
Description
Technical field
The utility model relates to a kind of cereal refining device, particularly a kind of separate type soybean refiner.
Background technology
Make the process of soymilk to comprise: screening impurity elimination, immersion, blanching rinsing, defibrination are separated, heat treatment and deodorization, high-pressure homogeneous, pack and the step such as sterilization.Wherein defibrination separating step is for carry out mixing fine grinding by separate type soybean refiner by soybean and water, forms slurries and bean dregs, and extracts slurries to be processed into soymilk further.In traditional separate type soybean refiner, soybean is after mill fine grinding, and slurries wherein flow to bottom of shell and discharge from grout outlet after filter frame filters, and bean dregs are then trapped in bottom filter frame, thus separated slurry and bean dregs.
But soybean only has through a mill fine grinding, the bean dregs reduction ratio of formation is lower, wherein also has more nutritional labeling not to be extracted, causes pulping rate low, and waste soybean resource, economic benefit is lower.
Utility model content
The technical problems to be solved in the utility model is to provide the separate type soybean refiner that a kind of defibrination is more thorough and pulping rate is higher.
In order to solve the problems of the technologies described above, separate type soybean refiner of the present utility model, comprises hopper, cover, cabinet, base, motor, filter frame, upper millstone, lower millstone, emery wheel, grinding set and sheath; Described hopper is arranged at described cover top; Described cover is covered on described enclosure top opening part, and described cover central authorities are provided with feed opening, described feed opening and described feed hopper bottom outlet; Described upper millstone central authorities are provided with blanking channel, and described blanking channel top is connected with tremie pipe, and described tremie pipe is connected in described cover feed opening, and the described tremie pipe between described upper millstone and cover is outside equipped with cylindrical spring; Described cabinet is arranged on described base, and bottom described cabinet, side is provided with grout outlet; Described motor is arranged in described base; Described filter frame is arranged in described cabinet, and described filter frame is inverted truncated cone-shaped, and the open-topped edge of described filter frame is fixed between described cover and cabinet; Described lower millstone is fixedly connected on described emery wheel top, and the diameter of described lower millstone is greater than the diameter of described emery wheel; The top card of described lower millstone contacts with the bottom card of described upper millstone and connects; Described emery wheel is arranged at described filter frame intracavity bottom; Described emery wheel is connected with described machine shaft; Described emery wheel outer wall is provided with the helical rack upwards driven; Described grinding set is fixedly connected on described filter frame intracavity bottom and is sheathed on outside described emery wheel; The length being shorter in length than described emery wheel of described grinding set; Described grinding set sidewall is evenly provided with material hole; Described sheath is arranged on the described filter frame inwall at corresponding described upper millstone and lower millstone place.
Described lower millstone top is also connected with dials beans bar, and described group of beans bar is the helical axis driven downwards, and described group of beans masthead portion is sheathed in described upper millstone blanking channel, in tremie pipe and in feed hopper bottom outlet.
Described upper millstone diapire is provided with multiple hemispherical shrinkage pool.
Described grinding set inwall is provided with the helicla flute contrary with the helical rack hand of spiral of described emery wheel.
Described sheath top is higher than described upper millstone diapire, and described sheath bottom is lower than described lower millstone diapire.
Adopt structure of the present utility model, owing to being also provided with emery wheel under lower millstone, emery wheel is also provided with grinding set outward, and grinding set sidewall is provided with material hole, can mill to the bean dregs be deposited in bottom filter frame again, thus makes defibrination more thorough, and pulping rate is higher.Because the outer wall at emery wheel arranges the helical rack upwards driven, can automatically drive bean dregs repeatedly to mill, improve defibrination completeness further, improve pulping rate.Because the filter frame inwall of corresponding upper millstone and lower millstone is provided with sheath, lower emery wheel can be avoided forcibly bean dregs to be thrown away filtration from filter frame, not only can protect filter frame, and pulp quality can be improved, reduce the bean dregs filtered in rear slurry.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail:
As shown in Figure 1, separate type soybean refiner of the present utility model, comprises hopper 9, cover 1, cabinet 6, base 8, motor, filter frame 5, upper millstone 2, lower millstone 3, emery wheel 4, grinding set 14, sheath 12.
Hopper is arranged at cover top.Hopper is fixedly connected with cover.Feed hopper bottom outlet is provided with blanking velocity control valve, prevents the too fast defibrination caused of blanking not thorough.
Cover is covered on enclosure top opening part, and cover arranges the screw thread corresponding with enclosure top opening, cover is threaded with cabinet, cover is firmly connected on cabinet.Cover central authorities are provided with feed opening, feed opening and feed hopper bottom outlet.Feed hopper bottom outlet is fixedly connected with the feed opening of cover, is convenient to soybean in hopper and water by cover inflow cabinet.
Upper millstone central authorities are provided with blanking channel, and blanking channel top is connected with tremie pipe 11, and tremie pipe is connected in cover feed opening, and tremie pipe can telescopic moving in feed opening, but can not rotate in feed opening.Soybean entered tremie pipe and entered blanking channel, then the friction gap entered between upper millstone and lower millstone is milled.Tremie pipe between upper millstone and cover is outside equipped with cylindrical spring 10, and cylindrical spring can apply downward pressure to upper millstone so that with lower millstone close contact, promote the reduction ratio of soybean, improve pulping rate.The upper millstone diapire of blanking channel bottom is provided with diameter and is greater than the smooth recess of blanking channel, be convenient to guide soybean to leave blanking channel and enter friction gap between upper millstone and lower millstone, increase work efficiency.
Cabinet is arranged on base, is fixedly connected with bottom cabinet with base.Bottom cabinet, side is provided with grout outlet 7.Grout outlet is for discharging the large soybean milk liquid ground.
Motor is arranged in base.The rotating shaft of motor is upward through the axle center place that cabinet diapire and filter frame diapire are connected to emery wheel, rotates to drive emery wheel and lower millstone.Be provided with sealing ring between machine shaft and cabinet diapire, avoid large soybean milk liquid to leak down.Certainly, motor can also be drive by other means to connect emery wheel and lower millstone rotation.
Filter frame is arranged at cabinet inner chamber, and filter frame is inverted truncated cone-shaped, is convenient to bean dregs and concentrates on and carried out secondary by emery wheel and grinding set bottom filter frame and mill.The open-topped edge of filter frame is fixed between cover and cabinet.When opening cover, can filter frame be taken out, being convenient to clean filter frame, pouring out bean dregs.Filter frame comprises framework and filter screen, and filter screen covers on frame inner wall.Filter screen is cotton or gauze.
Lower millstone is fixedly connected on emery wheel top, and lower millstone is coaxial with emery wheel, and the diameter of lower millstone is greater than the diameter of emery wheel.The top card of lower millstone contacts with the bottom card of upper millstone and connects.Upper millstone, lower millstone and emery wheel are cylindrical, the diameter of upper millstone and the equal diameters of lower millstone.Bottom upper millstone, card and lower millstone top card are matsurface, are convenient to grind soybean.The diameter of lower millstone is greater than the diameter of emery wheel, and be convenient to when lower emery wheel rotates, the helical rack utilizing centrifugal force to throw away emery wheel drives the bean dregs come up, and promotion bean dregs are separated with slurries; And the bean dregs that the helical rack of emery wheel can be avoided upwards to drive cover the gap location between upper millstone and lower millstone, be convenient to the slurries between upper millstone and lower millstone and bean dregs discharge, improve ease of use.
Emery wheel is arranged at filter frame intracavity bottom.Be provided with wear resistant smooth pad between emery wheel and filter frame, reduce frictional force, be convenient to emery wheel and rotate.Emery wheel is connected with machine shaft.Bottom emery wheel, axis place is provided with sleeve joint hole, sleeve joint hole inwall is provided with draw-in groove, and the draw-in groove of the corresponding sleeve joint hole of machine shaft is provided with latch, has both been convenient to machine shaft Absorbable organic halogens and has driven emery wheel and lower millstone, can conveniently extract from the sleeve joint hole of emery wheel again, easy to use.Emery wheel outer wall is provided with the helical rack 15 upwards driven.When motor drives emery wheel to rotate, the driving bean dregs of helical rack and slurries upwards drive, and milling in the gap that bean dregs are constantly entered between emery wheel and grinding set from the material hole of grinding set, grinds bean dregs further again, and make defibrination more thorough, pulping rate is higher.
Grinding set is fixedly connected on filter frame intracavity bottom and is sheathed on outside emery wheel.The length being shorter in length than emery wheel of grinding set, the bean dregs that the helical rack being convenient to emery wheel drives are discharged smoothly from the interval between grinding set and lower emery wheel.Grinding set sidewall is evenly provided with material hole 16.The bean dregs that material hole is convenient to be deposited in filter frame intracavity bottom enter in grinding set, helical rack due to emery wheel is rotated in grinding set and produces negative pressure, make the bean dregs of grinding set periphery automatically enter material hole, and then enter the gap between grinding set and emery wheel, thus milled again.Grinding set inwall and emery wheel outer wall are matsurface, can mill to bean dregs again, and also can mill to bean dregs between the helical rack of emery wheel and the material hole of grinding set again, and bean dregs are grated further, and make defibrination more thorough, pulping rate is higher.
Sheath is truncated cone-shaped sheath or cylindrical sheath, and sheath is fixedly connected on the filter frame inwall at corresponding upper millstone and lower millstone place.The internal diameter of sheath is greater than the diameter of upper millstone and is greater than the diameter of lower millstone, and described sheath bottom is greater than the thickness sum of upper evil spirit dish and lower millstone to the height on top, and upper millstone and lower millstone are all arranged in the running-on of sheath.By arranging sheath, the bean dregs thrown away when can stop that lower millstone rotates and slurries are beaten on filter frame, reduce filter frame damage rupture, can reduce lower millstone by centrifugal force forced filtration bean dregs and slurries simultaneously, reduce the bean dregs filtered in rear slurry, improve pulp quality.
As shown in Figure 1, lower millstone top is also connected with dials beans bar 13, and dialling beans bar is the helical axis driven downwards, dials beans masthead portion and is sheathed in upper millstone blanking channel, in tremie pipe and in feed hopper bottom outlet.By arranging group beans bar running through the outlet of upper millstone blanking channel, tremie pipe and feed hopper bottom, and group beans bar rotates along with lower millstone and rotates, that can dredge soybean flows through passage, be convenient to soybean, improve defibrination efficiency, and precrushing can be carried out to softening soybean, improve pulp effect.And group beans bar of helical axis shape, be convenient to drive soybean to fall and soybean precrushing further, improve soybean defibrination efficiency and refining effect further.
As shown in Figure 1, upper millstone diapire is provided with multiple hemispherical shrinkage pool.By arranging hemispherical shrinkage pool, being convenient to hold the hard bean or pea in soybean, being convenient to improve the milling efficiency to hard bean or pea, thus improving pulping rate.
As shown in Figure 1, grinding set inwall is provided with the helicla flute contrary with the helical rack hand of spiral of emery wheel.This helical groove can hold harder bean dregs, is convenient to improve the milling efficiency to bean dregs, thus improves pulping rate.And the helicla flute contrary with the helical rack hand of spiral, be convenient to pulverize further bean dregs, improve pulping rate.
As shown in Figure 1; sheath top is higher than upper millstone diapire; sheath bottom is lower than lower millstone diapire; make sheath can cover the filter frame of corresponding upper millstone and lower millstone completely; the filter residue that protection filter frame is not thrown away by lower millstone and slurries clash into; avoid bean dregs to be blocked on filter frame, not only thus improve service life of filter frame, and improve pulp quality and pulp efficiency.
Claims (5)
1. a separate type soybean refiner, is characterized in that: comprise hopper, cover, cabinet, base, motor, filter frame, upper millstone, lower millstone, emery wheel, grinding set and sheath;
Described hopper is arranged at described cover top;
Described cover is covered on described enclosure top opening part, and described cover central authorities are provided with feed opening, described feed opening and described feed hopper bottom outlet;
Described upper millstone central authorities are provided with blanking channel, and described blanking channel top is connected with tremie pipe, and described tremie pipe is sheathed in described cover feed opening, and the described tremie pipe between described upper millstone and cover is outside equipped with cylindrical spring;
Described cabinet is arranged on described base, and bottom described cabinet, side is provided with grout outlet;
Described motor is arranged in described base;
Described filter frame is arranged in described cabinet, and described filter frame is inverted truncated cone-shaped, and the open-topped edge of described filter frame is fixed between described cover and cabinet;
Described lower millstone is fixedly connected on described emery wheel top, and the diameter of described lower millstone is greater than the diameter of described emery wheel; The top card of described lower millstone contacts with the bottom card of described upper millstone and connects;
Described emery wheel is arranged at described filter frame intracavity bottom; Described emery wheel is connected with described machine shaft; Described emery wheel outer wall is provided with the helical rack upwards driven;
Described grinding set is fixedly connected on described filter frame intracavity bottom and is sheathed on outside described emery wheel; The length being shorter in length than described emery wheel of described grinding set; Described grinding set sidewall is evenly provided with material hole;
Described sheath is arranged on the described filter frame inwall at corresponding described upper millstone and lower millstone place.
2. separate type soybean refiner according to claim 1, it is characterized in that: described lower millstone top is also connected with dials beans bar, described group of beans bar is the helical axis driven downwards, and described group of beans masthead portion is sheathed in described upper millstone blanking channel, in tremie pipe and in feed hopper bottom outlet.
3. separate type soybean refiner according to claim 1, is characterized in that: described upper millstone diapire is provided with multiple hemispherical shrinkage pool.
4. separate type soybean refiner according to claim 1, is characterized in that: described grinding set inwall is provided with the helicla flute contrary with the helical rack hand of spiral of described emery wheel.
5. separate type soybean refiner according to claim 1, is characterized in that: described sheath top is higher than described upper millstone diapire, and described sheath bottom is lower than described lower millstone diapire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520761091.0U CN205056100U (en) | 2015-09-29 | 2015-09-29 | Disconnect -type soybean fiberizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520761091.0U CN205056100U (en) | 2015-09-29 | 2015-09-29 | Disconnect -type soybean fiberizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205056100U true CN205056100U (en) | 2016-03-02 |
Family
ID=55382704
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520761091.0U Expired - Fee Related CN205056100U (en) | 2015-09-29 | 2015-09-29 | Disconnect -type soybean fiberizer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205056100U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568333A (en) * | 2017-03-13 | 2018-09-25 | 天津东江食品股份有限公司 | A kind of environmentally protective beans system of processing |
-
2015
- 2015-09-29 CN CN201520761091.0U patent/CN205056100U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568333A (en) * | 2017-03-13 | 2018-09-25 | 天津东江食品股份有限公司 | A kind of environmentally protective beans system of processing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160302 Termination date: 20200929 |