CN103736575B - With the nut protein extraction device of primary auxiliary teeth and air blowing agitating device - Google Patents
With the nut protein extraction device of primary auxiliary teeth and air blowing agitating device Download PDFInfo
- Publication number
- CN103736575B CN103736575B CN201410034156.1A CN201410034156A CN103736575B CN 103736575 B CN103736575 B CN 103736575B CN 201410034156 A CN201410034156 A CN 201410034156A CN 103736575 B CN103736575 B CN 103736575B
- Authority
- CN
- China
- Prior art keywords
- pulverizing
- level
- main shaft
- crushing
- raw material
- 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
Abstract
The invention provides a kind of nut protein extraction device with primary auxiliary teeth and air blowing agitating device, comprise and pulverize module and enzymolysis module, wherein, described pulverizing module comprises one-level crushing part, secondary crushing part and pulverizing module housing (5), described one-level crushing part comprises one-level and pulverizes motor (2), described one-level is pulverized motor (2) power and is connected with one-level pulverizing main shaft (3), described one-level pulverizes main shaft (3) extend into described pulverizing module housing (5) pulverizing chamber by the left through hole in described pulverizing module housing (5) left side, described one-level is pulverized main shaft (3) and is coordinated rotationally with described left through hole by parts of bearings, described one-level is pulverized in part that main shaft stretches into described crushing chamber indoor and is distributed with one-level crushing tooth (12).
Description
Technical field
The present invention relates to vegetable protein extractive technique field, relate more particularly to a kind of nut protein extraction device with primary auxiliary teeth and air blowing agitating device.
Background technology
In nut, the extraction of vegetable protein often will take the step of pulverizing and enzymolysis.Because enzymolysis process needs fully to carry out enzymolysis to the albumen in nut, therefore need nut to carry out the pulverizing that becomes more meticulous, but need to keep the nutritional labeling of nut itself to run off as little as possible simultaneously.
The existing method extracted nut fruits vegetable protein is transported to enzymolysis work station again after all pulverizing nut and carries out enzymolysis, first this mode has strict demand for the transport of the nut material after pulverizing, to avoid polluting raw material, avoid the loss of raw material in transport process simultaneously.The cost of the whole method of so easy raising.
And, crushing process for nut also just adopts common smashes mode, although this mode can be pulverized nut comparatively subtly, but, due to the shock of brute force in crushing process, easily cause when nut granule is larger the shock strength of nut granule large, cause the nutriment of nut fruit to run off.Such as knockout process may cause nutriment to flow out along with vegetable fat.
Summary of the invention
Based on the problems referred to above, the present invention proposes a kind of nut protein extraction device with primary auxiliary teeth and air blowing agitating device, and it can save the shipment and delivery cost of nut between different operating station, and can avoid the loss of nut nutrition material in crushing process.
The technical solution used in the present invention is: a kind of nut protein extraction device with primary auxiliary teeth and air blowing agitating device, comprise and pulverize module and enzymolysis module, wherein, described pulverizing module comprises one-level crushing part, secondary crushing part and pulverizing module housing, described one-level crushing part comprises one-level and pulverizes motor, described one-level is pulverized motor power and is connected with one-level pulverizing main shaft, described one-level pulverizes main shaft extend into described pulverizing module housing pulverizing chamber by the left through hole on the left of described pulverizing module housing, described one-level is pulverized main shaft and is coordinated rotationally with described left through hole by parts of bearings, described one-level is pulverized in part that main shaft stretches into described crushing chamber indoor and is distributed with one-level crushing tooth, described one-level crushing tooth comprises pulverizes the column part crushing tooth of the face of cylinder radial direction extension of main shaft and the end crushing tooth near described one-level pulverizing spindle nose along described one-level, described end crushing tooth and described column part crushing tooth angled, and pulverize main shaft from described one-level to tilt to the right, two sides of described column part crushing tooth are provided with the primary auxiliary teeth of the axial direction extension of pulverizing main shaft from described one-level crushing tooth along described one-level with staggering respectively, described one-level is pulverized main shaft and be provided with screw feeding portion in the part of described crushing chamber outdoor, second on the left side wall of described pulverizing module housing around described one-level pulverizing main shaft is circumferentially evenly provided with multiple charging hole, described charging hole is truncated conical shape, the outer diameter of a circle of described round platform on the lateral surface of described left side wall is greater than diameter of a circle on the medial surface of described left side wall, and the cylindrical of described multiple charging hole on the lateral surface of described left side wall is tangent to each other, thus raw material can be convenient to enter described pulverizing chamber, the medial surface of described left side wall is provided with the elastic block piece of the inner circle covered on described medial surface, described elastic block piece is generally in semi-circular shape, the inside edge place of described semi-circular shape is provided with catch bonding zone, described elastic block piece is attached on the medial surface of the left side wall of described shell by described catch bonding zone, described elastic block piece can open when described raw material arrives described charging hole thus allow described raw material to pass through, when not having raw material by can automatically close during described charging hole, thus the dust of crushing chamber chamber interior is avoided to overflow, raw material can be pushed to described charging hole place and enter described crushing chamber chamber interior through described charging hole by described screw feeding portion, the lateral surface of described left side wall is provided with cylindrical shape to protrude, described cylindrical shape is protruded and is surrounded described screw feeding portion and described multiple charging hole, thus can cooperate raw material to be pushed to described charging hole place with described screw feeding portion, be fixedly installed feed arrangement in the left side of described shell, described feed arrangement can input raw material facing to described screw feeding portion.
Described secondary is pulverized module and is comprised secondary pulverizing motor, secondary electric machine main shaft and pulverizing sleeve, described secondary electric machine main shaft and described secondary are pulverized motor power and are connected, the right side of described pulverizing sleeve is fixedly connected with described secondary electric machine main shaft, and the right part of described pulverizing sleeve is supported in the right through hole on the right side of described pulverizing module housing by parts of bearings rotationally, described pulverizing sleeve extend into the pulverizing chamber of described pulverizing module housing by described right through hole, and the left part of described pulverizing sleeve is supported on rotationally by parts of bearings on the left side wall of described shell, described pulverizing sleeve surround described one-level pulverize main shaft extend into the part of described crushing chamber indoor and arrange, and the face of cylinder of described pulverizing sleeve is provided with opening of sieve and secondary crushing tooth, described opening of sieve is arranged between described secondary crushing tooth, and described opening of sieve composition one-level filter screen, described secondary crushing tooth extends along the radial direction on the face of cylinder of described pulverizing sleeve, the bottom surface of described pulverizing module housing is provided with secondary screen, described one-level pulverizes motor and secondary pulverizing motor is all fixed in frame, described one-level pulverizing main shaft and described pulverizing sleeve can turn to and rotate on the contrary, and described one-level pulverizes the rotating speed of rotating speed lower than described pulverizing sleeve of main shaft when pulverizing, wherein, described one-level is pulverized main shaft and is used for carrying out primary comminution to raw material, and described one-level filter screen is used for carrying out primary filter to the raw material after primary comminution, secondary crushing tooth on described pulverizing sleeve is used for carrying out fine crushing to the raw material after primary filter, and described secondary screen is used for carrying out fine filtering to the raw material after fine crushing.
Pulverize below module and be provided with described enzymolysis module, described enzymolysis module is fixedly installed in described frame, and described pulverizing module is supported in described enzymolysis module; Described enzymolysis module comprises enzymolysis casing, and described enzymolysis casing is for accepting the raw material after described fine filtering; Described enzymolysis casing is connected with enzymolysis liquid feeding mechanism by pipeline, and described enzymolysis casing is also connected with air blowing agitating device by pipeline, and the mixture that described air blowing agitating device can be used in the raw material after to enzymolysis liquid and fine filtering carries out air blowing stirring.
Described enzymolysis casing is provided with hot air nozzle device, described hot air nozzle device is connected with hot air supplying apparatus, what described hot air supplying apparatus can pressurize to described hot air nozzle unit feeding adds hot-air, described hot air nozzle device is provided with nozzle, described hot air nozzle device can move horizontally in described enzymolysis casing, thus the hot-air that adds of pressurization can be purged to described secondary screen, block described secondary screen to avoid the raw material after fine crushing to occur moist.
Through such scheme, because nut has carried out pulverizing and enzymolysis in same work station position, avoid the shipment and delivery cost between different operating station and transport loss, avoiding the pollution in transport process simultaneously; And, crushing process of the present invention have employed two kinds of pulverizing configurations for two kinds of granularities, low speed is adopted when nut granule is larger, and simultaneously due to the rotating cylinder of periphery, the particle making granularity less is pulverized further under higher rotation speed, avoid the high-speed impact in the larger situation of granularity, thus avoid the loss of nut nutrition material.
Accompanying drawing explanation
Fig. 1 is the structural representation of extraction element of the present invention.
Fig. 2 is the partial sectional view of charging hole when pulverizing module housing lateral direction and observing of extraction element of the present invention;
Fig. 3 is the partial sectional view of charging hole when the direction, inner side of pulverizing module housing is observed of extraction element of the present invention.
Detailed description of the invention
A kind of nut protein extraction device with primary auxiliary teeth and air blowing agitating device, comprise and pulverize module and enzymolysis module, wherein, described pulverizing module comprises one-level crushing part, secondary crushing part and pulverizing module housing 5, described one-level crushing part comprises one-level and pulverizes motor 2, described one-level is pulverized motor 2 power and is connected with one-level pulverizing main shaft 3, described one-level pulverizes main shaft 3 extend into described pulverizing module housing 5 pulverizing chamber by the left through hole on the left of described pulverizing module housing 5, described one-level is pulverized main shaft 3 and is coordinated rotationally with described left through hole by parts of bearings, described one-level is pulverized in part that main shaft stretches into described crushing chamber indoor and is distributed with one-level crushing tooth 12, described one-level crushing tooth 12 comprises pulverizes the column part crushing tooth of the face of cylinder radial direction extension of main shaft and the end crushing tooth 11 near described one-level pulverizing spindle nose along described one-level, described end crushing tooth 11 is angled with described column part crushing tooth, and pulverize main shaft from described one-level to tilt to the right, two sides of described column part crushing tooth are provided with the primary auxiliary teeth 120 of the axial direction extension of pulverizing main shaft from described one-level crushing tooth 12 along described one-level with staggering respectively, described one-level is pulverized main shaft and be provided with screw feeding portion 31 in the part of described crushing chamber outdoor, second on the left side wall of described pulverizing module housing 5 around described one-level pulverizing main shaft is circumferentially evenly provided with multiple charging hole 22, described charging hole 22 is truncated conical shape, the outer diameter of a circle of described round platform on the lateral surface of described left side wall is greater than diameter of a circle on the medial surface of described left side wall, and the cylindrical of described multiple charging hole 22 on the lateral surface of described left side wall is tangent to each other, thus raw material can be convenient to enter described pulverizing chamber, the medial surface of described left side wall is provided with the elastic block piece 90 of the inner circle covered on described medial surface, described elastic block piece 90 is generally in semi-circular shape, the inside edge place of described semi-circular shape is provided with catch bonding zone 91, described elastic block piece 90 is attached on the medial surface of the left side wall of described shell 5 by described catch bonding zone 91, described elastic block piece 90 can open when described raw material arrives described charging hole 22 thus allow described raw material to pass through, when there is no raw material by can automatically close during described charging hole 22, thus avoid the dust of crushing chamber chamber interior to overflow, raw material can be pushed to described charging hole place and enter described crushing chamber chamber interior through described charging hole 22 by described screw feeding portion 31, the lateral surface of described left side wall is provided with cylindrical shape and protrudes 21, described cylindrical shape is protruded 21 and is surrounded described screw feeding portion 31 and described multiple charging hole 22, thus can cooperate raw material to be pushed to described charging hole 22 place with described screw feeding portion 31, be fixedly installed feed arrangement 4 in the left side of described shell 5, described feed arrangement 4 can input raw material facing to described screw feeding portion 31.
Described secondary is pulverized module and is comprised secondary pulverizing motor 9, secondary electric machine main shaft 10 and pulverizing sleeve 8, described secondary electric machine main shaft 10 and described secondary are pulverized motor 9 power and are connected, the right side of described pulverizing sleeve 8 is fixedly connected with described secondary electric machine main shaft 10, and the right part of described pulverizing sleeve 8 is supported in the right through hole on the right side of described pulverizing module housing 5 by parts of bearings rotationally, described pulverizing sleeve 8 extend into the pulverizing chamber of described pulverizing module housing 5 by described right through hole, and the left part of described pulverizing sleeve 8 is supported on the left side wall of described shell 5 by parts of bearings rotationally, described pulverizing sleeve 8 surround described one-level pulverize main shaft 3 extend into the part of described crushing chamber indoor and arrange, and the face of cylinder of described pulverizing sleeve 8 is provided with opening of sieve and secondary crushing tooth 6, described opening of sieve is arranged between described secondary crushing tooth 6, and described opening of sieve composition one-level filter screen, described secondary crushing tooth 6 extends along the radial direction on the face of cylinder of described pulverizing sleeve 8, the bottom surface of described pulverizing module housing 5 is provided with secondary screen 14, described one-level pulverizes motor 2 and secondary pulverizing motor 9 is all fixed in frame 1, described one-level pulverizing main shaft 3 and described pulverizing sleeve 8 can turn to and rotate on the contrary, and described one-level pulverizes the rotating speed of rotating speed lower than described pulverizing sleeve 8 of main shaft 3 when pulverizing, wherein, described one-level pulverizes main shaft 3 for carrying out primary comminution to raw material, and described one-level filter screen is used for carrying out primary filter to the raw material after primary comminution, secondary crushing tooth 6 on described pulverizing sleeve 8 is for carrying out fine crushing to the raw material after primary filter, and described secondary screen 14 is for carrying out fine filtering to the raw material after fine crushing.
Pulverize below module and be provided with described enzymolysis module, described enzymolysis module is fixedly installed in described frame 1, and described pulverizing module is supported in described enzymolysis module; Described enzymolysis module comprises enzymolysis casing 20, and described enzymolysis casing 20 is for accepting the raw material after described fine filtering; Described enzymolysis casing 20 is connected with enzymolysis liquid feeding mechanism 17 by pipeline, described enzymolysis casing 20 is also connected with air blowing agitating device 50 by pipeline, and the mixture that described air blowing agitating device 50 can be used in the raw material after to enzymolysis liquid and fine filtering carries out air blowing stirring.
Described enzymolysis casing 20 is provided with hot air nozzle device 16, described hot air nozzle device 16 is connected with hot air supplying apparatus 19, what described hot air supplying apparatus 19 can pressurize to described hot air nozzle device 16 supply adds hot-air, described hot air nozzle device 16 is provided with nozzle 15, described hot air nozzle device 16 can move horizontally in described enzymolysis casing 20, thus the hot-air that adds of pressurization can be purged to described secondary screen 14, block described secondary screen 14 to avoid the raw material after fine crushing to occur moist.
Claims (1)
1. the nut protein extraction device with primary auxiliary teeth and air blowing agitating device, comprise and pulverize module and enzymolysis module, wherein, described pulverizing module comprises one-level crushing part, secondary crushing part and pulverizing module housing (5), described one-level crushing part comprises one-level and pulverizes motor (2), described one-level is pulverized motor (2) power and is connected with one-level pulverizing main shaft (3), described one-level pulverizes main shaft (3) extend into described pulverizing module housing (5) pulverizing chamber by the left through hole in described pulverizing module housing (5) left side, described one-level is pulverized main shaft (3) and is coordinated rotationally with described left through hole by parts of bearings, described one-level is pulverized in part that main shaft stretches into described crushing chamber indoor and is distributed with one-level crushing tooth (12), described one-level crushing tooth (12) comprises pulverizes the column part crushing tooth of the face of cylinder radial direction extension of main shaft and the end crushing tooth (11) near described one-level pulverizing spindle nose along described one-level, described end crushing tooth (11) is angled with described column part crushing tooth, and pulverize main shaft from described one-level to tilt to the right, two sides of described column part crushing tooth are provided with the primary auxiliary teeth (120) of the axial direction extension of pulverizing main shaft from described one-level crushing tooth (12) along described one-level with staggering respectively, described one-level is pulverized main shaft and be provided with screw feeding portion (31) in the part of described crushing chamber outdoor, second on the left side wall of described pulverizing module housing (5) around described one-level pulverizing main shaft is circumferentially evenly provided with multiple charging hole (22), described charging hole (22) is truncated conical shape, the outer diameter of a circle of described round platform on the lateral surface of described left side wall is greater than diameter of a circle on the medial surface of described left side wall, and the cylindrical of described multiple charging hole (22) on the lateral surface of described left side wall is tangent to each other, thus raw material can be convenient to enter described pulverizing chamber, the medial surface of described left side wall is provided with the elastic block piece (90) of the inner circle covered on described medial surface, described elastic block piece (90) is generally in semi-circular shape, the inside edge place of described semi-circular shape is provided with catch bonding zone (91), described elastic block piece (90) is attached on the medial surface of the left side wall of described shell (5) by described catch bonding zone (91), described elastic block piece (90) can open when described raw material arrives described charging hole (22) thus allow described raw material to pass through, can automatically close by time described charging hole (22) when there is no raw material, thus avoid the dust of crushing chamber chamber interior to overflow, raw material can be pushed to described charging hole place and enter described crushing chamber chamber interior through described charging hole (22) by described screw feeding portion (31), the lateral surface of described left side wall is provided with cylindrical shape and protrudes (21), described cylindrical shape is protruded (21) and is surrounded described screw feeding portion (31) and described multiple charging hole (22), thus can cooperate raw material to be pushed to described charging hole (22) place with described screw feeding portion (31), be fixedly installed feed arrangement (4) in the left side of described shell (5), described feed arrangement (4) can input raw material facing to described screw feeding portion (31),
Described secondary is pulverized module and is comprised secondary pulverizing motor (9), secondary electric machine main shaft (10) and pulverizing sleeve (8), described secondary electric machine main shaft (10) and described secondary are pulverized motor (9) power and are connected, the right side of described pulverizing sleeve (8) is fixedly connected with described secondary electric machine main shaft (10), and the right part of described pulverizing sleeve (8) is supported in the right through hole on described pulverizing module housing (5) right side by parts of bearings rotationally, described pulverizing sleeve (8) extend into the pulverizing chamber of described pulverizing module housing (5) by described right through hole, and the left part of described pulverizing sleeve (8) is supported on rotationally by parts of bearings on the left side wall of described shell (5), described pulverizing sleeve (8) surround described one-level pulverize main shaft (3) extend into the part of described crushing chamber indoor and arrange, and the face of cylinder of described pulverizing sleeve (8) is provided with opening of sieve and secondary crushing tooth (6), described opening of sieve is arranged between described secondary crushing tooth (6), and described opening of sieve composition one-level filter screen, described secondary crushing tooth (6) extends along the radial direction on the face of cylinder of described pulverizing sleeve (8), the bottom surface of described pulverizing module housing (5) is provided with secondary screen (14), described one-level pulverizes motor (2) and secondary pulverizing motor (9) is all fixed in frame (1), described one-level pulverizing main shaft (3) and described pulverizing sleeve (8) can turn to and rotate on the contrary, and described one-level pulverizes the rotating speed of rotating speed lower than described pulverizing sleeve (8) of main shaft (3) when pulverizing, wherein, described one-level pulverizes main shaft (3) for carrying out primary comminution to raw material, and described one-level filter screen is used for carrying out primary filter to the raw material after primary comminution, secondary crushing tooth (6) on described pulverizing sleeve (8) is for carrying out fine crushing to the raw material after primary filter, and described secondary screen (14) is for carrying out fine filtering to the raw material after fine crushing,
Pulverize below module and be provided with described enzymolysis module, described enzymolysis module is fixedly installed in described frame (1), and described pulverizing module is supported in described enzymolysis module; Described enzymolysis module comprises enzymolysis casing (20), and described enzymolysis casing (20) is for accepting the raw material after described fine filtering; Described enzymolysis casing (20) is connected with enzymolysis liquid feeding mechanism (17) by pipeline, described enzymolysis casing (20) is also connected with air blowing agitating device (50) by pipeline, and the mixture that described air blowing agitating device (50) can be used in the raw material after to enzymolysis liquid and fine filtering carries out air blowing and stirs;
Described enzymolysis casing (20) is provided with hot air nozzle device (16), described hot air nozzle device (16) is connected with hot air supplying apparatus (19), what described hot air supplying apparatus (19) can pressurize to described hot air nozzle device (16) supply adds hot-air, described hot air nozzle device (16) is provided with nozzle (15), described hot air nozzle device (16) can move horizontally in described enzymolysis casing (20), thus the hot-air that adds of pressurization can be purged to described secondary screen (14), described secondary screen (14) is blocked to avoid the raw material after fine crushing to occur moist.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410034156.1A CN103736575B (en) | 2014-01-24 | 2014-01-24 | With the nut protein extraction device of primary auxiliary teeth and air blowing agitating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410034156.1A CN103736575B (en) | 2014-01-24 | 2014-01-24 | With the nut protein extraction device of primary auxiliary teeth and air blowing agitating device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103736575A CN103736575A (en) | 2014-04-23 |
| CN103736575B true CN103736575B (en) | 2015-08-05 |
Family
ID=50493683
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410034156.1A Expired - Fee Related CN103736575B (en) | 2014-01-24 | 2014-01-24 | With the nut protein extraction device of primary auxiliary teeth and air blowing agitating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103736575B (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3830150A (en) * | 1972-12-18 | 1974-08-20 | Ralston Purina Co | Feather crusher compactor |
| US4362759A (en) * | 1979-10-01 | 1982-12-07 | Peanut Research & Testing Labs., Inc. | Method of producing a slurry from peanuts and crop foods |
| JP2005288353A (en) * | 2004-03-31 | 2005-10-20 | Chugoku Electric Power Co Inc:The | Jellyfish treatment system |
| CN102307982A (en) * | 2009-02-05 | 2012-01-04 | 喜力供应链有限公司 | Method of preparing a liquid extract of cereal grain and apparatus suitable for use in such method |
| CN202845139U (en) * | 2012-09-27 | 2013-04-03 | 乔文兴 | Wet feed crusher |
| CN203355838U (en) * | 2012-12-22 | 2013-12-25 | 泰安弘兴玉米开发有限公司 | System for improving protein grinding rate |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20080089996A1 (en) * | 2006-10-13 | 2008-04-17 | Satake Corporation | Method of and apparatus for processing corn grains for production of ethanol |
-
2014
- 2014-01-24 CN CN201410034156.1A patent/CN103736575B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3830150A (en) * | 1972-12-18 | 1974-08-20 | Ralston Purina Co | Feather crusher compactor |
| US4362759A (en) * | 1979-10-01 | 1982-12-07 | Peanut Research & Testing Labs., Inc. | Method of producing a slurry from peanuts and crop foods |
| JP2005288353A (en) * | 2004-03-31 | 2005-10-20 | Chugoku Electric Power Co Inc:The | Jellyfish treatment system |
| CN102307982A (en) * | 2009-02-05 | 2012-01-04 | 喜力供应链有限公司 | Method of preparing a liquid extract of cereal grain and apparatus suitable for use in such method |
| CN202845139U (en) * | 2012-09-27 | 2013-04-03 | 乔文兴 | Wet feed crusher |
| CN203355838U (en) * | 2012-12-22 | 2013-12-25 | 泰安弘兴玉米开发有限公司 | System for improving protein grinding rate |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103736575A (en) | 2014-04-23 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103789196B (en) | Nut protein extraction device with blowing strip and blowing stirring device | |
| CN104923357A (en) | Spice pulverizer | |
| CN108889365A (en) | A kind of wheat limited diameter screening type circulation crushing device | |
| CN103623908A (en) | Shelling pulverizer of bean fodder | |
| CN104971637A (en) | Raw material stirring extraction mechanism with filter apparatus | |
| CN205130178U (en) | Plastics tubular product breaker | |
| CN207413557U (en) | A kind of efficient multiple roll feed disintegrating apparatus | |
| CN103736575B (en) | With the nut protein extraction device of primary auxiliary teeth and air blowing agitating device | |
| CN103756878B (en) | Nut protein extracting device with output tube and primary auxiliary teeth | |
| CN202845088U (en) | Double-motor pinwheel grinder | |
| CN204051837U (en) | A kind of food masher | |
| CN103740583B (en) | Nut protein extraction device with output pipe and air blowing strip | |
| CN103756882B (en) | Nut protein extraction device provided with air blowing strips and secondary teeth | |
| CN103756883B (en) | Nut protein extraction device with output pipe and gas blowing stirring device | |
| CN103756884B (en) | Nut protein extracting device with blowing strip and primary assistant teeth | |
| CN103756881B (en) | With the nut protein extraction device of output tube and two-level subsidiary teeth | |
| CN103756880B (en) | Nut protein extracter with primary and secondary pinions | |
| CN103749938B (en) | Nut protein extracting device with secondary teeth and gas blowing stirring device | |
| CN103736554B (en) | Nut protein extraction device with air blowing strip and feeding sensor | |
| CN203816694U (en) | Vertical type Chinese herbal medicine veterinary drug extract conical grinding device | |
| CN103756879B (en) | Nut protein extraction device with primary auxiliary teeth and feeding sensor | |
| CN103756876B (en) | Nut protein extraction device with two-level subsidiary teeth and feeding sensor | |
| CN207254444U (en) | A kind of sodium dihydrogen phosphate disintegrating apparatus | |
| CN103756875B (en) | Nut protein extractor with feed sensor and blowing stirrer | |
| CN103272674A (en) | Airflow vortex pulverizing machine for extracting cotton proteins from cottonseed meal |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| ASS | Succession or assignment of patent right |
Owner name: WENZHOU TIANLONG MACHINERY SCIENCE + TECHNOLOGY CO Free format text: FORMER OWNER: DUAN XIANYING Effective date: 20150702 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| C53 | Correction of patent for invention or patent application | ||
| CB03 | Change of inventor or designer information |
Inventor after: Zhang Jihua Inventor after: Yan Shun Inventor after: Lin Ying Inventor after: Tian Hailin Inventor before: Duan Xianying |
|
| COR | Change of bibliographic data |
Free format text: CORRECT: INVENTOR; FROM: DUAN XIANYING TO: ZHANG JIHUA YAN SHUN LIN YING TIAN HAILIN |
|
| TA01 | Transfer of patent application right |
Effective date of registration: 20150702 Address after: 325025 No. fifteen, No. 529 Binhai Road, Wenzhou economic and Technological Development Zone, Wenzhou, Zhejiang Applicant after: Sky, Wenzhou mechanical Science and Technology Ltd. of dragon Address before: 312365 Zhejiang province Shaoxing Sanyou Village Bridge Songxia town north of Shangyu City No. 90 Applicant before: Duan Xianying |
|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150805 Termination date: 20160124 |
|
| EXPY | Termination of patent right or utility model |