CN205266837U - Full -automatic soybean milk production line - Google Patents
Full -automatic soybean milk production line Download PDFInfo
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- CN205266837U CN205266837U CN201520914846.6U CN201520914846U CN205266837U CN 205266837 U CN205266837 U CN 205266837U CN 201520914846 U CN201520914846 U CN 201520914846U CN 205266837 U CN205266837 U CN 205266837U
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Abstract
The utility model discloses a full -automatic soybean milk production line, including belt cleaning device, soybean soaking device, transfer feeder, transfer feed bin and grinding device, belt cleaning device includes roller -type washing machine and feed screw, and the soybean soaking device includes soybean soaking feed bin and circulating water device, and the transfer feeder includes filter tube, pipe support and screw feeding roller, and the transfer feed bin includes the feed bin body, level sensor and at the uniform velocity arrange material mechanism, and grinding device includes the casing, grinds the thick liquid motor, decides the mill, the corase grind moves the mill and the mill is moved in the fine grinding, the utility model discloses a soybean is rinsed and soybean soaking feed bin material loading is accomplished voluntarily, and it is high to rinse material loading work efficiency, and adds water and the drainage to the soybean soaking feed bin is automatic through the circulating water device realization, and the separation of water beans can also be realized to the feeder of transfer simultaneously when carrying the soybean, can simplify loading attachment's structure, and a fiberizer can reach the effect that the thick liquid was ground in many fiberizers series connection in addition, compact structure, and production efficiency is high, low in production cost.
Description
Technical field
The utility model relates to a kind of food machinery, in particular to the soya-bean milk production line in a kind of soybean curd production process.
Background technology
The need of production of bean curd through soya bean cleaning, soybean soaking, slurrying, order halogen, squeeze the operations such as shaping. Soya bean needs to be delivered to paste roller mill by transfer e Foerderanlage after soaking, and carries out mill slurry.
In prior art, the process Technical comparing of the cleaning of material bean is fallen behind by enterprise, the cleaning to material bean is realized by manpower, material loading in cleaning process, add water, change the operations such as water, stirring, discharging and evenly manually complete, cleaning labour intensity is big, inefficiency, can not meet the demand that modern mechanicalization is produced. And in immersion process, prior art adopts artificial replacing to soak water, soaking water, to change labour intensity big, inefficiency, and soaking water in actually operating, to change number of times few, causes the bubble beans time long, the problem such as easy breed bacteria in immersion process.
Simultaneously in prior art, some enterprise of the soya bean after immersion, still by being manually transferred to transfer feed bin, does not have special feeding device to transfer feed bin material loading, material loading inefficiency, and labour intensity is big; And soya bean is generally delivered to transfer feed bin by skewed slot by some other enterprise, and the mode adopting skewed slot conveying material loading to there is transfer rate uncontrollable, and need to arrange the problems such as special water beans tripping device.
And the transfer feed bin storing the soya bean after soaking in prior art can not control discharge velocity when discharge, cause paste roller mill that blocking and the problem of mill slurry quality difference easily occur.
And soya bean is carried out the machinery of slurrying by prior art, there is the bigger problem of mill slurry granularity in it, granularity is starched for reaching thinner mill, prior art adopts usually multiple stage paste roller mill is connected, repeatedly grind the mode of slurry, but adopt multiple stage paste roller mill tandem working so that equipment takes up an area bigger, production cost is higher, and production efficiency is low.
Practical novel content
In view of this, the purpose of this utility model is to provide a kind of fully automatic soymilk production line, with solve prior art is steeped beans before need manual cleaning soya bean, the technical problem that cleaning efficiency is low, labour intensity is big; And in solution prior art soaking bean water by manually changing, inefficiency, soaking bean water change number of times few, cause bubble the beans time long, the technical problem of easy breed bacteria; And solution prior art adopts skewed slot mode of movement need transfer feed bin material loading to arrange special water beans tripping device and the uncontrollable problem of transfer rate; And solve transfer feed bin of the prior art and can not control discharge velocity, it is easy to cause paste roller mill that blocking and the technical problem of mill slurry quality difference easily occur; And solution prior art needs adopt the series connection of multiple stage paste roller mill just can reach mill slurry requirement, cause the technical problem that occupation area of equipment is big, production cost is high.
The utility model fully automatic soymilk production line, comprises washing unit, bean soaking device, transfer feeder, transfer feed bin and mill sizing device;
Described washing unit comprises rotary drum washer and feed screw, the opening for feed of described feed screw is provided with the receiving hopper relative with the discharge port of rotary drum washer, the material pipe of described feed screw is provided with some discharge ports and has the electric control valve device of control discharge port opening and closing;
Described bean soaking device comprises frame, the some bubble beans feed bins being linearly disposed in parallel in frame and circulating water device, the opening for feed of described bubble beans feed bin is positioned at below the discharge port of feed screw, described circulating water device comprises the water pipe of water receiver, water pump, connection water receiver, water pump and bubble beans feed bin, described bubble beans feed bin is provided with water level sensor, water temperature sensor and level sensing transducer, in described water receiver, is provided with electric heater;
Described transfer feeder comprises the strainer tube being provided with filter pore on tube wall, the support tube being fixedly set on strainer tube, the screw feeding axle being arranged in strainer tube and the feeding motor that is connected with screw feeding axle, described support tube is provided with the feed-pipe of discharge port in strainer tube and rising pipe that water-in is arranged between strainer tube and support tube, described feed-pipe is connected with the tremie pipe of bubble beans feed bin, and described rising pipe is connected with the water pipe of circulating water device;
Described transfer feed bin comprises two level sensing transducers discharged material pipe and be arranged in stock bin body that opening for feed is positioned at the stock bin body below feed screw discharge port, symmetry is connected to the lower end of stock bin body;
Described discharging pipe is also provided with at the uniform velocity discharge mechanism, in described at the uniform velocity feed mechanism comprises the discharge motor that is fixed on outside drainage conduit and is arranged on drainage conduit and the screw feeding axle being connected with the rotor of discharge motor;
Described mill sizing device is multiple and is arranged in parallel in the lower section of each drainage conduit, the rotating shaft that described mill sizing device comprises cylinder shape machine shell, the bearing of support machine casing, the mill slurry motor being arranged on bearing and is connected with mill slurry motor rotor and gos deep into straight up in machine shell, the fixed millstone that level is fixing it is provided with, the fine grinding movable grinding disc described rotating shaft being provided with the corase grind movable grinding disc coordinated with fixed millstone upper surface and coordinating with the lower surface of fixed millstone in described machine shell; The middle part of described fixed millstone is provided with blanking hole, and the upper surface of described corase grind fixed millstone is cone surface; Described machine shell is also provided with outlet pipe;
Described fully automatic soymilk production line also comprises controller, the signal output terminal of described water level sensor, water temperature sensor and level sensing transducer and the signal input terminus of controller connect, and the signal output terminal of described controller is connected with the control signal input terminus of rotary drum washer, feed screw, electric control valve device, water pump, electric heater, feeding motor, discharge motor and mill slurry motor.
Further, described electric control valve device comprises the seal cartridge that the material pipe with feed screw is slidably matched and the electronic cylinder driving seal cartridge to move along material pipe.
Further, described fully automatic soymilk production line also comprises the ozonizer of ozone supply in bubble beans feed bin.
Further, described circulating water device also comprises the strainer that the soaking bean water discharged by bubble beans feed bin filters.
Further, it is provided with transverse axis in the middle part of the lower end of described stock bin body, described transverse axis is provided with dividing plate, the inner side-wall of described stock bin body is provided with and supports oblique block, transverse axis is positioned on the one end outside stock bin body to be provided with latch hole, the outer side wall of described stock bin body is also provided with and the latch that latch hole on transverse axis coordinates.
Further, the shower nozzle described discharging pipe being also provided with view port and spray water on discharging pipe inwall.
Further, described support tube is also provided with cleaning mouth and the sealing cover of the cleaning mouth of sealing.
Further, the upper end of described rotating shaft is also provided with broken cutter, described housing is provided with to the filter sieve that the soya bean after fragmentation is screened, described machine shell is provided with the homocline plate that soya bean is evenly fallen, and described homocline plate is arc.
Further, described machine shell being provided with the ring-shaped bearing installing fixed millstone, the upper surface of described ring-shaped bearing is conical inclined surface.
The beneficial effects of the utility model:
1, the utility model fully automatic soymilk production line, soya bean is cleaned by it by rotary drum washer, again by feed screw by the soya bean feeding bubble beans feed bin after cleaning, cleaning and the bubble beans feed bin material loading of soya bean complete automatically, cleaning efficiency height, labour intensity is low, and the soya bean foreign matter content after cleaning is few, the quality of raising dried bean curd food that can be very big; And steeping and be provided with level sensing transducer on beans feed bin, can accurately detect the soya bean addition in bubble beans feed bin, bubble beans quality is higher.
2, the utility model fully automatic soymilk production line, its by circulating water device realize to bubble beans feed bin add water and draining, add water, draining automatically complete, working efficiency height, labour intensity is low; And circulating water device jointly controls the water temperature in bubble beans feed bin and water level by water level sensor, water temperature sensor and controller, ensureing that the temperature of the ratio of soya bean and water and soaking bean water is at optimum range, can improve bubble beans quality, the beans time is steeped in shortening.
3, the utility model fully automatic soymilk production line, wherein turns feeder and can also realize the separation of water beans while conveying soya bean, can simplify the structure of feeding device, and material loading speed is controlled.
4, the utility model fully automatic soymilk production line, it is by the level sensing transducer that is arranged in stock bin body detection material position, and by controller control to the transfer feeder of feeding in transfer feed bin, and transfer feed bin can be avoided to buy securities with all one's capital the problem of outer leakage; And it by arranging at the uniform velocity discharge mechanism on discharging pipe so that the discharge velocity of transfer feed bin is controlled, discharge velocity is even, can avoid the paste roller mill blocking because discharge velocity inequality causes and the problem of mill slurry quality difference.
5, the utility model fully automatic soymilk production line, by arranging, thick movable grinding disc and thin movable grinding disc coordinate with the upper and lower end face of fixed millstone respectively for it, achieve the continuous corase grind to soya bean and fine grinding, the effect of multiple stage paste roller mill series connection mill slurry can be reached by a paste roller mill, paste roller mill volume is little, compact construction, and floor space is little, production efficiency height, production cost is low.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present embodiment fully automatic soymilk production line;
Fig. 2 is the structural representation of transfer feeder;
Fig. 3 is the structural representation of transfer feed bin;
Fig. 4 is the local structure schematic diagram of transfer feed bin;
The structural representation of Fig. 5 position mill sizing device.
Embodiment
Below in conjunction with drawings and Examples, the utility model is further described.
As shown in the figure, the present embodiment fully automatic soymilk production line, comprises washing unit, bean soaking device, transfer feeder, transfer feed bin and mill sizing device;
Described washing unit comprises rotary drum washer 1 and feed screw 2, the opening for feed of described feed screw is provided with the receiving hopper 3 relative with the discharge port of rotary drum washer, the material pipe of described feed screw is provided with some discharge ports 4 and has the electric control valve device 5 of control discharge port opening and closing;
Described bean soaking device comprises frame 6, the some bubble beans feed bins 7 being linearly disposed in parallel in frame and circulating water device, the opening for feed of described bubble beans feed bin is positioned at below the discharge port of feed screw, described circulating water device comprises the water pipe 9 of water receiver 7, water pump 8, connection water receiver, water pump and bubble beans feed bin, described bubble beans feed bin is provided with water level sensor 10, water temperature sensor 11 and level sensing transducer 12, in described water receiver, is provided with electric heater 13;
Described transfer feeder comprises the strainer tube 14 being provided with filter pore on tube wall, the support tube 15 being fixedly set on strainer tube, the screw feeding axle 16 being arranged in strainer tube and the feeding motor 17 that is connected with screw feeding axle, described support tube is provided with the feed-pipe 18 of discharge port in strainer tube and rising pipe 19 that water-in is arranged between strainer tube and support tube, described feed-pipe is connected with the tremie pipe of bubble beans feed bin, and described rising pipe is connected with the water pipe of circulating water device;
Described transfer feed bin comprises two level sensing transducers 22 discharged material pipe 21 and be arranged in stock bin body that opening for feed is positioned at the stock bin body 20 below feed screw discharge port, symmetry is connected to the lower end of stock bin body;
Described discharging pipe is also provided with at the uniform velocity discharge mechanism, in described at the uniform velocity feed mechanism comprises the discharge motor 23 being fixed on outside drainage conduit and is arranged on drainage conduit and the screw feeding axle 24 being connected with the rotor of discharge motor;
Described mill sizing device is multiple and is arranged in parallel in the lower section of each drainage conduit, the rotating shaft 28 that described mill sizing device comprises cylinder shape machine shell 25, the bearing 26 of support machine casing, the mill slurry motor 27 being arranged on bearing and is connected with mill slurry motor rotor and gos deep into straight up in machine shell, the fixed millstone 29 that level is fixing it is provided with, the fine grinding movable grinding disc 31 described rotating shaft being provided with the corase grind movable grinding disc 30 coordinated with fixed millstone upper surface and coordinating with the lower surface of fixed millstone in described machine shell; The middle part of described fixed millstone is provided with blanking hole 32, and the upper surface of described corase grind fixed millstone is cone surface; Described machine shell is also provided with outlet pipe 33;
Described fully automatic soymilk production line also comprises controller 34, the signal output terminal of described water level sensor, water temperature sensor and level sensing transducer and the signal input terminus of controller connect, and the signal output terminal of described controller is connected with the control signal input terminus of rotary drum washer, feed screw, electric control valve device, water pump, electric heater, feeding motor, discharge motor and mill slurry motor.
The present embodiment fully automatic soymilk production line, soya bean is cleaned by it by rotary drum washer, again by feed screw by the soya bean feeding bubble beans feed bin after cleaning, cleaning and the bubble beans feed bin material loading of soya bean complete automatically, cleaning efficiency height, labour intensity is low, and the soya bean foreign matter content after cleaning is few, the quality of raising dried bean curd food that can be very big; And steeping and be provided with level sensing transducer on beans feed bin, can accurately detect the soya bean addition in bubble beans feed bin, bubble beans quality is higher.
And the present embodiment fully automatic soymilk production line, its by circulating water device realize to bubble beans feed bin add water and draining, add water, draining automatically complete, working efficiency height, labour intensity is low; And circulating water device jointly controls the water temperature in bubble beans feed bin and water level by water level sensor, water temperature sensor and controller, ensureing that the temperature of the ratio of soya bean and water and soaking bean water is at optimum range, can improve bubble beans quality, the beans time is steeped in shortening.
Further, the present embodiment fully automatic soymilk production line, wherein turns feeder and can also realize the separation of water beans while conveying soya bean, can simplify the structure of feeding device, and material loading speed is controlled.
Further again, the present embodiment fully automatic soymilk production line, its level sensing transducer detection material position by being arranged in stock bin body, and by controller control to the transfer feeder of feeding in transfer feed bin, can avoid transfer feed bin to buy securities with all one's capital the problem of outer leakage; And it by arranging at the uniform velocity discharge mechanism on discharging pipe so that the discharge velocity of transfer feed bin is controlled, discharge velocity is even, can avoid the paste roller mill blocking because discharge velocity inequality causes and the problem of mill slurry quality difference.
Further again, the present embodiment fully automatic soymilk production line, by arranging, thick movable grinding disc and thin movable grinding disc coordinate with the upper and lower end face of fixed millstone respectively for it, achieving the continuous corase grind to soya bean and fine grinding, can be reached the effect of multiple stage paste roller mill series connection mill slurry by a paste roller mill, paste roller mill volume is little, compact construction, floor space is little, and production efficiency height, production cost is low.
As the improvement to the present embodiment, described electric control valve device 5 comprises the seal cartridge 501 that the material pipe with feed screw is slidably matched and the electronic cylinder 502 driving seal cartridge to move along material pipe, controlling electronic cylinder by controller drives seal cartridge 501 to move, the discharge port closed or open on the first feed screw material pipe can be realized, valve device structure is simple, low cost of manufacture.
As the improvement to the present embodiment, this fully automatic soymilk production line also comprises the ozonizer 35 of ozone supply in bubble beans feed bin, adds ozone by ozonizer 27, can eliminate the bacterium in feed bin in bubble beans feed bin, and soya bean can be avoided to go bad.
As the improvement to the present embodiment, described circulating water device also comprises the strainer 36 that the soaking bean water discharged by bubble beans feed bin filters, and is filtered by soaking bean water by strainer 36, can reduce the impurity in soya bean further, it is to increase curd quality.
As the improvement to the present embodiment, it is provided with transverse axis 37 in the middle part of the lower end of described stock bin body, described transverse axis is provided with dividing plate 38, the inner side-wall of described stock bin body is provided with and supports oblique block 39, transverse axis is positioned on the one end outside stock bin body to be provided with latch hole, the outer side wall of described stock bin body is also provided with the latch 40 coordinated with latch hole on transverse axis. In normal operation, dividing plate is fixed on the centre of stock bin body by latch, and dividing plate does not affect the discharge of each discharging pipe; But when the paste roller mill corresponding with a certain discharging pipe breaks down, latch is extracted from transverse axis, then rotating transverse axis makes dividing plate lean on the oblique block of support above corresponding discharging pipe, soya bean can be stoped to enter in this discharging pipe, thus the paste roller mill that this discharging pipe is corresponding can be keeped in repair, reply faulty behavior is good.
As the improvement to the present embodiment, the shower nozzle 42 described discharging pipe being also provided with view port 41 and spraying water on discharging pipe inwall. This improvement makes the discharge situation that can observe in tremie pipe by view port, when there being soya bean to stick on tremie pipe inwall, spray water in tremie pipe by shower nozzle, the soya bean on tremie pipe inwall is swept away, soya bean can be avoided to be bonded on tremie pipe inwall for a long time rotten problems such as rotting.
As the improvement to the present embodiment, described support tube is also provided with cleaning mouth 43 and the sealing cover 44 of the cleaning mouth of sealing. Opening sealing cover can be cleaned by support tube, cleaning accessibility is good.
As the improvement to the present embodiment, the upper end of described rotating shaft is also provided with broken cutter 45, being provided with the filter sieve 46 screened by the soya bean after fragmentation on described housing, described machine shell is provided with the homocline plate 47 that soya bean is evenly fallen, described homocline plate is arc; Arc homocline plate can make soya bean fall uniformly, can improve broken homogeneity, and be filtered by broken material by filter sieve, can be left on filter sieve by again broken by thick particle, and fragmentation quality is better; This improvement makes to drive broken cutter to rotate carrying out mill slurry after soya bean fragmentation again by motor, can improve the refining work efficiency of soya bean, and can obtain better mill slurry quality, and pulping rate is higher.
As the improvement to the present embodiment, described machine shell is provided with the ring-shaped bearing 48 installing fixed millstone, the upper surface of described ring-shaped bearing is conical inclined surface, and broken material can be led the opening for feed between thick movable grinding disc and fixed millstone by conical inclined surface, can improve this soybean milk maker feed properties.
What finally illustrate is, above embodiment is only in order to illustrate the technical solution of the utility model and unrestricted, although the utility model being described in detail with reference to better embodiment, it will be understood by those within the art that, the technical solution of the utility model can be modified or equivalent replacement, and not departing from objective and the scope of technical solutions of the utility model, it all should be encompassed in the middle of right of the present utility model.
Claims (9)
1. a fully automatic soymilk production line, it is characterised in that: comprise washing unit, bean soaking device, transfer feeder, transfer feed bin and mill sizing device;
Described washing unit comprises rotary drum washer and feed screw, the opening for feed of described feed screw is provided with the receiving hopper relative with the discharge port of rotary drum washer, the material pipe of described feed screw is provided with some discharge ports and has the electric control valve device of control discharge port opening and closing;
Described bean soaking device comprises frame, the some bubble beans feed bins being linearly disposed in parallel in frame and circulating water device, the opening for feed of described bubble beans feed bin is positioned at below the discharge port of feed screw, described circulating water device comprises the water pipe of water receiver, water pump, connection water receiver, water pump and bubble beans feed bin, described bubble beans feed bin is provided with water level sensor, water temperature sensor and level sensing transducer, in described water receiver, is provided with electric heater;
Described transfer feeder comprises the strainer tube being provided with filter pore on tube wall, the support tube being fixedly set on strainer tube, the screw feeding axle being arranged in strainer tube and the feeding motor that is connected with screw feeding axle, described support tube is provided with the feed-pipe of discharge port in strainer tube and rising pipe that water-in is arranged between strainer tube and support tube, described feed-pipe is connected with the tremie pipe of bubble beans feed bin, and described rising pipe is connected with the water pipe of circulating water device;
Described transfer feed bin comprises two level sensing transducers discharged material pipe and be arranged in stock bin body that opening for feed is positioned at the stock bin body below feed screw discharge port, symmetry is connected to the lower end of stock bin body;
Described discharging pipe is also provided with at the uniform velocity discharge mechanism, in described at the uniform velocity feed mechanism comprises the discharge motor that is fixed on outside drainage conduit and is arranged on drainage conduit and the screw feeding axle being connected with the rotor of discharge motor;
Described mill sizing device is multiple and is arranged in parallel in the lower section of each drainage conduit, the rotating shaft that described mill sizing device comprises cylinder shape machine shell, the bearing of support machine casing, the mill slurry motor being arranged on bearing and is connected with mill slurry motor rotor and gos deep into straight up in machine shell, the fixed millstone that level is fixing it is provided with, the fine grinding movable grinding disc described rotating shaft being provided with the corase grind movable grinding disc coordinated with fixed millstone upper surface and coordinating with the lower surface of fixed millstone in described machine shell; The middle part of described fixed millstone is provided with blanking hole, and the upper surface of described corase grind fixed millstone is cone surface; Described machine shell is also provided with outlet pipe;
Described fully automatic soymilk production line also comprises controller, the signal output terminal of described water level sensor, water temperature sensor and level sensing transducer and the signal input terminus of controller connect, and the signal output terminal of described controller is connected with the control signal input terminus of rotary drum washer, feed screw, electric control valve device, water pump, electric heater, feeding motor, discharge motor and mill slurry motor.
2. fully automatic soymilk production line according to claim 1, it is characterised in that: described electric control valve device comprises the seal cartridge that the material pipe with feed screw is slidably matched and the electronic cylinder driving seal cartridge to move along material pipe.
3. fully automatic soymilk production line according to claim 1, it is characterised in that: the ozonizer also comprising ozone supply in bubble beans feed bin.
4. fully automatic soymilk production line according to claim 1, it is characterised in that: described circulating water device also comprises the strainer that the soaking bean water discharged by bubble beans feed bin filters.
5. fully automatic soymilk production line according to claim 1, it is characterized in that: in the middle part of the lower end of described stock bin body, be provided with transverse axis, described transverse axis is provided with dividing plate, the inner side-wall of described stock bin body is provided with and supports oblique block, transverse axis is positioned on the one end outside stock bin body to be provided with latch hole, the outer side wall of described stock bin body is also provided with and the latch that latch hole on transverse axis coordinates.
6. fully automatic soymilk production line according to claim 1, it is characterised in that: the shower nozzle being also provided with view port on described discharging pipe and spraying water on discharging pipe inwall.
7. fully automatic soymilk production line according to claim 1, it is characterised in that: described support tube is also provided with cleaning mouth and the sealing cover of the cleaning mouth of sealing.
8. fully automatic soymilk production line according to claim 1, it is characterized in that: the upper end of described rotating shaft is also provided with broken cutter, described housing is provided with to the filter sieve that the soya bean after fragmentation is screened, being provided with the homocline plate that soya bean is evenly fallen on described machine shell, described homocline plate is arc.
9. fully automatic soymilk production line according to claim 1, it is characterised in that: being provided with the ring-shaped bearing installing fixed millstone on described machine shell, the upper surface of described ring-shaped bearing is conical inclined surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520914846.6U CN205266837U (en) | 2015-11-17 | 2015-11-17 | Full -automatic soybean milk production line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520914846.6U CN205266837U (en) | 2015-11-17 | 2015-11-17 | Full -automatic soybean milk production line |
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| Publication Number | Publication Date |
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| CN205266837U true CN205266837U (en) | 2016-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520914846.6U Expired - Fee Related CN205266837U (en) | 2015-11-17 | 2015-11-17 | Full -automatic soybean milk production line |
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| CN (1) | CN205266837U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107041426A (en) * | 2017-04-21 | 2017-08-15 | 重庆宜兴农业开发有限公司 | Beans rod system of processing and its processing method |
| CN112244216A (en) * | 2020-10-10 | 2021-01-22 | 祖名豆制品股份有限公司 | Processing equipment and processing method of five-cereal soybean milk |
| CN114751194A (en) * | 2022-03-24 | 2022-07-15 | 河北养元智汇饮品股份有限公司 | Walnut kernel soaking and conveying system |
-
2015
- 2015-11-17 CN CN201520914846.6U patent/CN205266837U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107041426A (en) * | 2017-04-21 | 2017-08-15 | 重庆宜兴农业开发有限公司 | Beans rod system of processing and its processing method |
| CN112244216A (en) * | 2020-10-10 | 2021-01-22 | 祖名豆制品股份有限公司 | Processing equipment and processing method of five-cereal soybean milk |
| CN114751194A (en) * | 2022-03-24 | 2022-07-15 | 河北养元智汇饮品股份有限公司 | Walnut kernel soaking and conveying system |
| CN114751194B (en) * | 2022-03-24 | 2023-09-26 | 河北养元智汇饮品股份有限公司 | Soaking conveying system of walnut kernels |
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| 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: 20160601 Termination date: 20161117 |
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| CF01 | Termination of patent right due to non-payment of annual fee |