CN201111353Y - High speed three-in-one soya-bean milk slag separating system - Google Patents
High speed three-in-one soya-bean milk slag separating system Download PDFInfo
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- CN201111353Y CN201111353Y CNU2007200135752U CN200720013575U CN201111353Y CN 201111353 Y CN201111353 Y CN 201111353Y CN U2007200135752 U CNU2007200135752 U CN U2007200135752U CN 200720013575 U CN200720013575 U CN 200720013575U CN 201111353 Y CN201111353 Y CN 201111353Y
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- soya
- high speed
- bean milk
- described high
- slag system
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Abstract
The utility model provides a high-speed three-in-one soybean milk slag-off system which is characterized in that the system includes 2 to 5 processing links which are connected in series; each link at least includes an integrated pulping machine. The high-speed three-in-one soybean milk slag-off system has the advantages of good quality of products, high working efficiency, simple operation and maintenance, low electricity consumption of unit product, good energy-saving and environmental protection performance, low equipment cost and maintenance cost, and easy generalization and use. The high-speed three-in-one soybean milk slag-off system has foreseeable huge economic value and certain social value.
Description
Technical field
The utility model relates to the bean product process technology, provides the three-in-one soya-bean milk of high speed to divide slag system especially.
Background technology
Soya-bean milk of the prior art divides slag system nothing more than two types:
One is a mini-plant, and it is core with a whole fiberizer all that each soya-bean milk divides slag system, is aided with some servicing units, for example: material feedway, inlet pipeline, auxiliary power and transmission device etc.; It has characteristics such as cost is low, product quality is relatively low, inefficiency, operation relative complex, unit product power consumption height.It two is large-scale special equipment, it has high efficiency, unit mass product power consumption is relatively low, productivity ratio is high, simple to operate, maintenance requirement is high, equipment cost and maintenance cost are high is difficult for popularizing the characteristics of using.
People catch at a kind of can be in conjunction with above two big series products advantages, and general technical performance and economic performance all well novel soybean milk divide slag system.
The utility model content
The purpose of this utility model provides a kind of novel soya-bean milk and divides slag system.
The utility model provides the three-in-one soya-bean milk of a kind of high speed to divide slag system, it is characterized in that: include the processing link of 2～5 series connection in the described system, include a whole fiberizer in each link at least; Each processing link of connecting is mutually born the work by each stage of roughly grinding fine grinding successively respectively, if there are many whole fiberizers same processing link inside, then they are relation in parallel each other.
The three-in-one soya-bean milk of described high speed divides the whole fiberizer in the slag system to include following structure: emery wheel 1, power and transmission device 2, matrix 3, shell 4, feed arrangement 5, drawing mechanism 6; Wherein: emery wheel 1, power and transmission device 2, feed arrangement 5, drawing mechanism 6 are fixedly mounted on matrix 3 respectively or/and on the shell 4, shell 4 is fixed on the matrix 3, matrix 3, shell 4, feed arrangement 5, material process cavity that opening is arranged of drawing mechanism 6 common formations, emery wheel 1 is installed in above-mentioned chamber interior, and power and transmission device 2 are installed in the chamber or/and outside the chamber.
In addition, the three-in-one soya-bean milk of described high speed divides and also has material transport module 9 between each whole fiberizer in the slag system, material transport module 9 specifically can be transfer conduit 901, spiral propeller 902, material transmission power and the transmission device 903 that includes hollow, wherein: spiral propeller 902 mounting arrangements are in transfer conduit 901 inside, material transmission power is connected with spiral propeller 902 with transmission device 903, for it provides power and finishes transmission process.
The three-in-one soya-bean milk of high speed described in the utility model divides in the slag system, and material transmission power in the described material transport module 9 and transmission device 903 are specially motor and are attached thereto and connect the chain/belt/gear drive that is installed together.The three-in-one soya-bean milk of described high speed divides the feed arrangement 2 of slag to be specially input material bin 501 and inlet pipeline 502, they respectively directly or indirectly UNICOM the material process cavity that constitutes jointly by matrix 3, shell 4, feed arrangement 5, drawing mechanism 6.
Described input material bin 501 or/and valve can be set on the inlet pipeline 502 and have the adjusting device that can regulate pipeline aperture size so that can according to actual conditions flexibly adjustment equipment to optimum Working;
The three-in-one soya-bean milk of described high speed divides the top of the pairing input material bin 501 of whole fiberizer that carries out material processing in the slag system at first that funnel-shaped opening is arranged, and the input material bin 501 on other the whole fiberizer is upward opening structure or enclosed construction.The purpose that above structure is set is to guarantee that the material transmission is unobstructed.
In the preferred version, the three-in-one soya-bean milk of described high speed divides also to be provided with in the slag system and is used for whole fiberizer or/and spiral propeller carries out the arrangements for speed regulation of speed governing; The three-in-one soya-bean milk of described high speed divides in the slag system can also be provided with attemperating unit 11, it includes temperature element and cooling device, described cooling device is air-cooled or water cooling plant, it can be installed in the material process cavity that is made of jointly matrix 3, shell 4, feed arrangement 5, drawing mechanism 6, can also be installed in that the shell 4 of belt, sprocket wheel, gear, whole fiberizer is inside and outside etc. to be located; The three-in-one soya-bean milk of described high speed divides in the slag system can also be provided with the bean dregs funnel, and it specifically is arranged on after the discharging opening of drawing mechanism 6, is used for the filtering foreign material, prevents to block material transport module 9.
Advantage of the present utility model: good product quality, operating efficiency is higher, operation and maintenance is simple, unit product power consumption is lower, the energy-conserving and environment-protective performance is good, equipment cost and maintenance cost are low is easy to popularize the characteristics of using.It has predictable huge economic and certain social is worth.
Description of drawings
The present invention is further detailed explanation below in conjunction with drawings and the embodiments.
Fig. 1 divides slag system constituent relation schematic diagram for the three-in-one soya-bean milk of certain high speed;
Fig. 2 constitutes simplified schematic diagram for the three-in-one soya-bean milk of certain high speed divides slag system.
The specific embodiment
The three-in-one soya-bean milk of a kind of high speed divides slag system, referring to accompanying drawing 1,2, it is characterized in that: include the processing link of 3 series connection in the described system, include a whole fiberizer in each link; Each processing link of connecting is mutually born the work by each stage of roughly grinding fine grinding successively respectively.
The three-in-one soya-bean milk of described high speed divides the whole fiberizer in the slag system to include following structure: emery wheel 1, power and transmission device 2, matrix 3, shell 4, feed arrangement 5, drawing mechanism 6; Wherein: emery wheel 1, power and transmission device 2, feed arrangement 5, drawing mechanism 6 are fixedly mounted on respectively on matrix 3 and the shell 4, shell 4 is fixed on the matrix 3, matrix 3, shell 4, feed arrangement 5, material process cavity that opening is arranged of drawing mechanism 6 common formations, emery wheel 1 is installed in above-mentioned chamber interior, the part of power and transmission device 2 is installed in the chamber, and another part is installed in outside the chamber.Power and transmission device 2 refer to the motor and the arrangements for speed regulation thereof of direct connection emery wheel 1.
In addition, the three-in-one soya-bean milk of described high speed also has material transport module 9 before dividing each whole fiberizer in 3 whole fiberizers in the slag system, material transport module 9 specifically includes transfer conduit 901, spiral propeller 902, material transmission power and the transmission device 903 of hollow, wherein: spiral propeller 902 mounting arrangements are in transfer conduit 901 inside, material transmission power is connected with spiral propeller 902 with transmission device 903, for it provides power and finishes transmission process.Spiral propeller 902 techniques of painting are partial cutaway among Fig. 2, but we have adopted omissive representation, be shaped on spiral grooves on the spiral propeller 902, if with spiral propeller 902 according to the unidirectional rotation of correct direction, in the space of relative closure, it can improve the semi-finished product of discharging rapidly the feed arrangement 5 at the whole fiberizer top that is transported to next link fully from a last whole fiberizer.
The three-in-one soya-bean milk of described high speed divides in the slag system, and material transmission power in the described material transport module 9 and transmission device 903 are specially motor and are attached thereto and connect the chain gearing that is installed together.The three-in-one soya-bean milk of described high speed divides the feed arrangement 2 of slag to be specially input material bin 501 and inlet pipeline 502, they respectively directly UNICOM the material process cavity that constitutes jointly by matrix 3, shell 4, feed arrangement 5, drawing mechanism 6.
Valve can be set on described input material bin 501 and the inlet pipeline 502 and have the adjusting device that can regulate pipeline aperture size so that can according to actual conditions flexibly adjustment equipment to optimum Working;
The three-in-one soya-bean milk of described high speed divides the top of the pairing input material bin 501 of whole fiberizer that carries out material processing in the slag system at first that funnel-shaped opening is arranged, and the input material bin 501 on other the whole fiberizer is upward opening structure or enclosed construction.The purpose that above structure is set is to guarantee that the material transmission is unobstructed.
The three-in-one soya-bean milk of described high speed divides also to be provided with in the slag system and is used for arrangements for speed regulation that whole fiberizer and spiral propeller are carried out speed governing; The three-in-one soya-bean milk of described high speed divides and also is provided with attemperating unit 11 in the slag system, it includes temperature element and cooling device, described cooling device is air-cooled or water cooling plant, and it is installed in the material process cavity that is made of jointly matrix 3, shell 4, feed arrangement 5, drawing mechanism 6; The three-in-one soya-bean milk of described high speed divides and also is provided with the bean dregs funnel in the slag system, and it specifically is arranged on after the discharging opening of drawing mechanism 6, is used for the filtering foreign material, prevents to block material transport module 9.The bean dregs funnel does not draw in the accompanying drawings.
After the drawing mechanism 6 of the last whole fiberizer, last processed intact product enters soya-bean milk pipe 13 after being handled by the bean dregs funnel, transfers to product and stores part
Present embodiment and embodiment 1 content are basic identical, and its difference mainly is:
The three-in-one soya-bean milk of a kind of high speed divides slag system, includes the processing link of 2 series connection in the described system, includes a whole fiberizer in each link.The corresponding figure of present embodiment omits, and please refer to the content that accompanying drawing 1,2 is understood present embodiment.
Material transmission power in the described material transport module 9 and transmission device 903 are specially motor and are attached thereto and connect the belt drive unit that is installed together.The three-in-one soya-bean milk of described high speed divides the feed arrangement 2 of slag to be specially input material bin 501 and inlet pipeline 502, input material bin 501 direct UNICOMs the material process cavity that is made of jointly matrix 3, shell 4, feed arrangement 5, drawing mechanism 6, and inlet pipeline 502 the material process cavity that is made of jointly matrix 3, shell 4, feed arrangement 5, drawing mechanism 6 by input material bin 501 UNICOMs.
Described input material bin 501 or and inlet pipeline 502 on valve can be set and have the adjusting device that can regulate pipeline aperture size so that can according to actual conditions flexibly adjustment equipment to optimum Working;
The three-in-one soya-bean milk of described high speed divides also to be provided with in the slag system and is used for arrangements for speed regulation that whole fiberizer or spiral propeller are carried out speed governing, specifically uses electronic speed-regulating circuit to realize.
Present embodiment and embodiment 1 content are basic identical, and its difference mainly is:
The processing link that includes 5 series connection in the described system, the last correct grinding link is to there being a whole fiberizer, and other each links all have 2 whole fiberizers, and the material process velocity is adjusted to best back whole system can reach the optimum Match effect.
Material transmission power in the described material transport module 9 and transmission device 903 are specially motor and are attached thereto and connect the gear drive that is installed together.
The three-in-one soya-bean milk of described high speed divides and also is provided with the arrangements for speed regulation that are used for spiral propeller is carried out speed governing in the slag system, specifically uses electronic speed-regulating circuit to realize.
Claims (10)
1. the three-in-one soya-bean milk of high speed divides slag system, it is characterized in that: include the processing link of 2～5 series connection in the described system, include a whole fiberizer in each link at least.
2. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 1, it is characterized in that: the whole fiberizer in the described system includes following structure: emery wheel (1), power and transmission device (2), matrix (3), shell (4), feed arrangement (5), drawing mechanism (6); Wherein: emery wheel (1), power and transmission device (2), feed arrangement (5), drawing mechanism (6) are fixedly mounted on matrix (3) respectively or/and on the shell (4), shell (4) is fixed on the matrix (3), matrix (3), shell (4), feed arrangement (5), drawing mechanism (6) constitute a material process cavity that opening is arranged jointly, emery wheel (1) is installed in above-mentioned chamber interior, and power and transmission device (2) are installed in the chamber or/and outside the chamber.
3. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 2, it is characterized in that: the three-in-one soya-bean milk of described high speed divides and also has material transport module (9) between each whole fiberizer in the slag system, material transport module (9) specifically includes transfer conduit (901), spiral propeller (902), material transmission power and the transmission device (903) of hollow, wherein: spiral propeller (902) mounting arrangements is in transfer conduit (901) inside, and material transmission power is connected with spiral propeller (902) with transmission device (903).
4. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 3, it is characterized in that: material transmission power in the described material transport module (9) and transmission device (903) are specially motor and are attached thereto and connect the chain/belt/gear drive that is installed together.
5. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 2, it is characterized in that: the three-in-one soya-bean milk of described high speed divides the feed arrangement (5) of slag to be specially input material bin (501) and inlet pipeline (502), and they are distinguished direct or indirect UNICOM and by matrix (3), shell (4), feed arrangement (5), the common material process cavity that constitutes of drawing mechanism (6).
6. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 5, it is characterized in that: described input material bin (501) or/and inlet pipeline (502) be provided with valve and have the adjusting device that can regulate pipeline aperture size.
7. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 5, it is characterized in that: the three-in-one soya-bean milk of described high speed divides the top of the pairing input material bin of whole fiberizer (501) that carries out material processing in the slag system at first that funnel-shaped opening is arranged, and the input material bin (501) on other the whole fiberizer is upward opening structure or enclosed construction.
8. divide slag system according to the three-in-one soya-bean milk of one of them described high speed of claim 1～7, it is characterized in that: the three-in-one soya-bean milk of described high speed divides also to be provided with in the slag system and is used for whole fiberizer or/and spiral propeller carries out the arrangements for speed regulation of speed governing.
9. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 8, it is characterized in that: the three-in-one soya-bean milk of described high speed divides and also is provided with attemperating unit (11) in the slag system, it includes temperature element and cooling device, described cooling device is air-cooled or water cooling plant, and it is installed in by in matrix (3), shell (4), feed arrangement (5), the common material process cavity that constitutes of drawing mechanism (6).
10. divide slag system according to the three-in-one soya-bean milk of the described high speed of claim 8, it is characterized in that: the three-in-one soya-bean milk of described high speed divides and also is provided with the bean dregs funnel in the slag system, and it specifically is arranged on after the discharging opening of drawing mechanism (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200135752U CN201111353Y (en) | 2007-07-27 | 2007-07-27 | High speed three-in-one soya-bean milk slag separating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200135752U CN201111353Y (en) | 2007-07-27 | 2007-07-27 | High speed three-in-one soya-bean milk slag separating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201111353Y true CN201111353Y (en) | 2008-09-10 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200135752U Expired - Fee Related CN201111353Y (en) | 2007-07-27 | 2007-07-27 | High speed three-in-one soya-bean milk slag separating system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201111353Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106391261A (en) * | 2016-09-23 | 2017-02-15 | 重庆欣润农业开发有限公司 | Hard-beancurd raw material separating and pulping machine |
-
2007
- 2007-07-27 CN CNU2007200135752U patent/CN201111353Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106391261A (en) * | 2016-09-23 | 2017-02-15 | 重庆欣润农业开发有限公司 | Hard-beancurd raw material separating and pulping machine |
| CN106391261B (en) * | 2016-09-23 | 2019-05-21 | 广西梧州冰泉实业股份有限公司 | Dried bean curd raw material separates fiberizer |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080910 |