CN105361081A - Peanut production line - Google Patents
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- CN105361081A CN105361081A CN201510921781.2A CN201510921781A CN105361081A CN 105361081 A CN105361081 A CN 105361081A CN 201510921781 A CN201510921781 A CN 201510921781A CN 105361081 A CN105361081 A CN 105361081A
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Abstract
The invention discloses a peanut production line. The peanut production line comprises a cleaning device, a material cooking device, a first baking device, a salt water spraying device, a second baking device, a storing device and a selecting and packaging device which are sequentially mounted according to operation procedures and are connected through peanut hoisting machines, wherein the first baking device and the second baking device respectively comprise a plurality of baking tanks; the storing device comprises a plurality of storing tanks; material allocating bands are respectively mounted on the first baking device, the second baking device and the storing device, and through the material allocating bands, peanuts are respectively and uniformly allocated to the baking tanks of the first baking device, the baking tanks of the second baking device, and the storing tanks of the storing device. According to the peanut production line disclosed by the invention, mechanized production is adopted, so that the production efficiency is greatly improved, and the labor cost is reduced.
Description
Technical field
The present invention relates to peanut production technical field, particularly a kind of peanut production line.
Background technology
The processing of peanut generally comprises cleaning, material boils, dry and follow-up selection is packed.The surface attachments such as the earth that cleaning i.e. clean peanut carries.Material boils and is about to the peanut after cleaning up and is placed in pot, and then according to different tastes, add different feed liquids in pot, such as clear water, spiced feed liquid or garlic spice liquid etc. boil together with peanut, thus obtain the different peanut of taste.Peanut after material boils due to water content too many, could pack after therefore needing to dry, choose object and be the peanut filtering out suitable size.A production and processing part for current peanut still adopts manual individual workship to make, and a little bigger manufacturing enterprise also has at process portion and adopts mechanization production, and the production efficiency of existing peanut processing is still on the low side on the whole.
Given this, the present inventor develops peanut production line for this reason, effectively solves the problems referred to above, and this case produces thus.
Summary of the invention
Peanut production line provided by the invention, all adopts mechanization production, substantially increases production efficiency, reduce cost of labor in the whole production process of peanut.
To achieve these goals, technical scheme of the present invention is as follows:
Peanut production line, comprise the cleaning device installed successively by operation, material boils device, first apparatus for baking, brine sparge device, second apparatus for baking, storage device and selection packing device, connected by peanut lifter between above-mentioned each device, first apparatus for baking and the second apparatus for baking comprise multiple baking tank respectively, storage device comprises multiple storage tank, first apparatus for baking, second apparatus for baking and storage device are separately installed with a point material strip, by point material strip, the uniform distribution of peanut difference is given each baking tank of the first apparatus for baking and the second apparatus for baking, and each storage tank of storage device.
Described cleaning device comprises stirring pool and spray cage, the sidewall on stirring pool top offers peanut outlet, peanut outlet is communicated with the entrance of spray cage, in spray cage, helical blade is installed, the rotating shaft of helical blade is hollow shaft, rotating shaft is covered with spray apertures, rotating shaft is communicated with high-pressure water pipe, spray cage sidewall is covered with thin apopore, spray cage one end is connected with drive motors by belt pulley, drive motors drives spray cage to rotate, and the rotating shaft of helical blade and the fixed installation of spray cage, the other end of spray cage is arranged in frame by left and right two support roller.
Described material boils device and comprises and boil tank, batch can, woven hose and liquid back pipe, boiling tank is provided with as the upper cover of entrance and the lower capping as outlet, boil tank and divide inner core and urceolus, vapor chamber is formed between inner core and urceolus, vapor chamber is communicated with high temperature steam pipe, the coated one layer of heat preservation material of urceolus, batch can and boil between tank and be connected with woven hose, woven hose installs infusion pump, batch can and boil between tank and be also connected with liquid back pipe, liquid back pipe is provided with back liquid pump, and liquid back pipe is positioned at the one end of boiling tank and installs filter screen.
Described baking tank comprises tank body, tank body upper end open is as entrance, tank base offers side outlet with cover, with middle part, the steam frame be communicated with steam pipe is installed in the bottom of tank body, steam frame is covered with tiny steam to portal, steam puts up horizontally disposed cross, the cross section on each limit of cross steam frame is triangular in shape, leg-of-mutton drift angle upward, leg-of-mutton two hypotenuses are covered with tiny steam portal, two steam framves are interconnected by the cylindricality connecting portion of hollow, cylindricality connecting portion has conical upper end, conical upper end is also offered steam and is portalled, the lower end of cylindricality connecting portion is communicated with steam pipe.
Described brine sparge device comprises brine tank, spray cage and salt solution carrier pipe, brine tank is arranged on the top of spray cage, in spray cage, helical blade is installed, the rotating shaft of helical blade is hollow shaft, rotating shaft is covered with spray apertures, rotating shaft is connected with brine tank by salt solution carrier pipe, the sidewall of spray cage is covered with thin apopore, spray cage one end is connected with drive motors by belt pulley, drive motors drives spray cage to rotate, rotating shaft and the fixed installation of spray cage, the other end of spray cage is arranged in frame by left and right two support roller.
Install brine collection groove below described spray cage, brine collection groove forms baffle plate in the both sides of spray cage, and brine collection groove is communicated with brine tank by salt solution recovery tube, and salt solution recovery tube installs recovery pump.
Described point of material strip comprises peanut conveyer belt, divide bin gate, thrust unit and switch, the left and right sides of peanut conveyer belt is provided with peanut baffle plate, peanut baffle plate is offered multiple peanut sub-material mouth, each peanut sub-material mouth is all provided with point bin gate that can horizontally rotate, the rotation joint portion of bin gate is divided to be arranged on the front side edge of peanut sub-material mouth, bin gate length is divided to be greater than the width of peanut conveyer belt, each point of bin gate is provided with thrust unit, the push rod of thrust unit is connected with a point bin gate, thrust unit drives point bin gate cut out or open corresponding peanut sub-material mouth, each thrust unit is electrically connected with the switch controlling its work, switch concentrates on supervisory control desk.
Described peanut baffle plate is positioned at the guide rod of peanut sub-material mouth place's fixed installation level, and point bin gate is offered the guide groove of level, guide rod is placed in guide groove, and discharging guide plate is down installed in the outside of described peanut sub-material mouth.
The port of export of described cleaning device, the first apparatus for baking, brine sparge device and/or the second apparatus for baking installs the scratch pool of peanut, and the material loading end of peanut lifter is placed in scratch pool.
Described peanut lifter is chain plate lifting machine or bucket elevator.
Adopt after such scheme, after peanut is cleaned up by cleaning device by the present invention, clean peanut is delivered to material by peanut lifter and boils device place and carry out material and boil.After material has boiled, then by peanut lifter, well-done peanut is delivered to the first apparatus for baking place and carries out drying and processing.Peanut after drying and processing is transported to brine sparge device place to carry out salt solution and adds taste process, is then delivered to the second apparatus for baking place and again dries.Peanut after oven dry is first delivered to storage device and keeps in.By peanut lifter, peanut is delivered to the selection packaging that selection packing device carries out peanut again, thus completes the whole production procedure of peanut.The whole production procedure of the present invention all adopts mechanization, therefore substantially increases production efficiency, reduces cost of labor.
Accompanying drawing explanation
Fig. 1 is the overall schematic of the present embodiment peanut production line;
Fig. 2 is the structural representation of the present embodiment cleaning device;
Fig. 3 is the structural representation that the present embodiment material boils device;
Fig. 4 is the structural representation that the present embodiment divides material strip;
Fig. 5 is the structural representation of the present embodiment baking tank;
Fig. 6 is the structural representation of the present embodiment brine sparge device.
Label declaration
Peanut lifter 10, scratch pool 20;
Cleaning device 1, stirring pool 11, peanut outlet 111, spray cage 12, helical blade 121, rotating shaft 122, spray apertures 123, thin apopore 124, drive motors 125, support roller 126;
Material boils device 2, boils tank 21, upper cover 211, lower capping 212, inner core 213, urceolus 214, vapor chamber 215, insulation material 217, batch can 22, woven hose 23, liquid back pipe 24, steam pipe 25, infusion pump 26, returns liquid pump 27, filter screen 28;
First apparatus for baking 3, baking tank 31, tank body 32, side outlet 33, steam frame 34, hypotenuse 341, drift angle 342, steam portals 35, cylindricality connecting portion 36, conical upper end 361;
Brine sparge device 4, brine tank 41, salt solution carrier pipe 42, brine collection groove 43, baffle plate 431, salt solution recovery tube 44, recovery pump 45;
Second apparatus for baking 5, storage device 6, storage tank 61, selection packing device 7;
Divide material strip 8, peanut conveyer belt 81, point bin gate 82, thrust unit 83, push rod 831, peanut baffle plate 84, peanut sub-material mouth 85, front side edge 851, discharging guide plate 86, guide rod 87.
Detailed description of the invention
In order to explain technical scheme of the present invention further, below by specific embodiment, the present invention will be described in detail.
As shown in Figure 1, it is the peanut production line that the present invention discloses, comprise install successively by operation cleaning device 1, material boil device 2, first apparatus for baking 3, brine sparge device 4, second apparatus for baking 5, storage device 6 and selection packing device 7, connected by peanut lifter 10 between above-mentioned each device, by peanut lifter 10, peanut is transferred to next device from a upper device.
Cleaning device 1 is for cleaning the foreign material such as the earth of peanut surface attachment, and the cleaning device 1 that can realize this function has a lot, and as shown in Figure 2, the preferred cleaning device 1 of the present embodiment comprises stirring pool 11 and spray cage 12.Peanut can remove most mud after stirring in stirring pool 11, the peanut removed after mud will float up to the water surface.Offer peanut outlet 111 at the sidewall on stirring pool 11 top, peanut outlet 111 is communicated with the entrance of spray cage 12, and the peanut of floating flows in spray cage 12 from this peanut outlet 111.
Install helical blade 121 in spray cage 12, the rotating shaft 122 of helical blade 121 is hollow shaft, and rotating shaft 122 is covered with spray apertures 123, rotating shaft 122 is communicated with high-pressure water pipe (not shown), and water sprays from spray apertures 123 thus carries out secondary cleaning to peanut.Spray cage 12 sidewall is covered with thin apopore 124, and the water in spray cage 12 directly flows out from thin apopore 124, reduces the time of staying of water in spray cage 12, thus reduces the secondary pollution of water, peanut is cleaned cleaner.
Spray cage 12 one end is connected with drive motors 125 by belt pulley, and drive motors 125 drives spray cage 12 to rotate, and rotating shaft 122 and the spray cage 12 of helical blade 121 fixedly mount, and drive rotating shaft 122 to rotate by spray cage 12.The other end of spray cage 12 is arranged in frame by left and right two support roller 126, and peanut exports from the other end of spray cage 12 and falls to peanut lifter 10.By spraying the rotation of cage 12 and rotating shaft 122, making peanut constantly rolling in spray cage 12, phase mutual friction, thus increasing the effect of cleaning.
Peanut due to cleaning device 1 is export continuously, and it is then discontinuous reception peanut that follow-up material boils device 2, and therefore need install scratch pool 20 at cleaning device 1 place, the peanut cleaned up first is temporarily stored in scratch pool 20, until material boil device 2 need time, then to carry.
Material boils device 2 for peanut boiling together with feed liquid is had different tastes to make peanut, and as shown in Figure 3, the material that the present embodiment preferably adopts boils device 2 and comprises and boil tank 21, batch can 22, woven hose 23 and liquid back pipe 24.Boiling tank 21 is provided with as the upper cover 211 of entrance and the lower capping 212 as outlet, peanut drops from upper cover 211 after peanut lifter 10 is carried, after peanut has boiled, open lower capping 212, peanut falls to next peanut lifter 10 from lower capping 212 and is transferred to next device.
Boil tank 21 points of inner cores 213 and urceolus 214, vapor chamber 215 is formed between inner core 213 and urceolus 214, vapor chamber 215 is communicated with high temperature steam pipe 25, the coated one layer of heat preservation material 216 of urceolus 214, heated boiling tank 21 by steam, not employing combusts coal, and steam does not directly contact with peanut in addition, the peanut that boiling goes out not sulfur-bearing, therefore environment protection health more.
Batch can 22 is built with the feed liquid configured according to different taste, and batch can 22 and boil between tank 21 and be connected with woven hose 23, woven hose 23 installs infusion pump 26, before boiling, opens infusion pump 26 and is delivered to by feed pump and boil in tank 21, feed liquid is fully contacted with peanut.Batch can 22 and boil between tank 21 and be also connected with liquid back pipe 24, liquid back pipe 24 is provided with back liquid pump 27, after boiling completes, is recycled by the feed pump feed back tank 22 boiled in tank 21 by liquid back pipe 24, in order to prevent liquid back pipe 24 from blocking, being positioned at the one end of boiling tank 21 at liquid back pipe 24 and filter screen 28 is installed.
Peanut after boiling is delivered to the first apparatus for baking 3, first apparatus for baking 3 is for drying the peanut after boiling, longer owing to toasting the required time, therefore the first apparatus for baking 3 that the present embodiment adopts comprises multiple baking tank 31, peanut is disperseed by multiple baking tank 31, to increase the baking efficiency of peanut, required time is consistent is as the criterion with baking to ensure boiling material for the quantity of baking tank 31.
Boil from material the peanut that device 2 transports, evenly give each baking tank 31 through a point material strip 8.As shown in Figure 4, point material strip 8 of the present embodiment comprises peanut conveyer belt 81, point bin gate 82, thrust unit 83 and switch (not shown).Boil from material the peanut that device 2 transports to drop on peanut conveyer belt 81.The left and right sides of peanut conveyer belt 81 is provided with peanut baffle plate 43184, peanut baffle plate 43184 is offered multiple peanut sub-material mouth 85, and each peanut sub-material mouth 85 is all provided with point bin gate 82 that can horizontally rotate.Each point of bin gate 82 is provided with thrust unit 83, the push rod 831 of thrust unit 83 is connected with a point bin gate 82, thrust unit 83 drives push rod 831 to do stretching motion by modes such as electronic, hydraulic pressure or Pneumatic Transmissions, and corresponding peanut sub-material mouth 85 is closed or opened to the flexible sub-material door 82 that drives of push rod 831.Each thrust unit 83 is electrically connected with the switch controlling its work, and switch concentrates on supervisory control desk, and therefore workman can remote-controlled operation.The rotation joint portion of bin gate 82 is divided to be arranged on the front side edge 851 of peanut sub-material mouth 85, and the length of point bin gate 82 is greater than the width of peanut conveyer belt 81, therefore when a point bin gate 82 is opened, divide bin gate 82 in skewed, beveled is just towards oncoming peanut, peanut can stop by beveled completely, and guides to peanut sub-material mouth 85.Install discharging guide plate 86 down in the outside of peanut sub-material mouth 85, by discharging guide plate 86, peanut is introduced in baking tank 31.
In order to the unlatching making point bin gate 82 stable, be positioned at the guide rod 87 of peanut sub-material mouth 85 place's fixed installation level at peanut baffle plate 43184, point bin gate 82 is offered the guide groove of level, guide rod 87 is placed in guide groove.Divide bin gate 82 opening or closing in process, guide groove can only slide along guide rod 87, because which limit the shake up and down of sub-material door 82.
As shown in Figure 5, wherein toast tank 31 and comprise tank body 32, tank body 32 upper end open is as entrance, and peanut drops in tank body 32 from this entrance.Offer side outlet 33 with cover bottom tank body 32, the peanut after oven dry falls to peanut lifter 10 from side outlet 33, thus conveying is to brine sparge device 4.
The bottom of tank body 32 and middle part are installed and steam pipe 25(the present embodiment employing central gas supply, certainly also can separate) the steam frame 34 that is communicated with, to strengthen steam area coverage, ensure that peanut is heated evenly.Adopt steam drying to stop sulphur pollution, and steam itself has certain humidity, can prevent the overdrying that peanut is baked, ensure the moisture content of finished product peanut.The cross that 34 one-tenth, steam frame is horizontally disposed, the cross section on each limit of cross steam frame 34 is triangular in shape, leg-of-mutton two hypotenuses 341 is covered with tiny steam and portals 35, enter in steam channel to prevent the chip of peanut or peanut.Leg-of-mutton drift angle 342, thus reduces the stressed of cross steam frame 34 upward, prevents peanut from assembling on cross steam frame 34.Two steam framves 34 are interconnected by cylindricality connecting portion about 36, and the inner hollow of cylindricality connecting portion 36 makes position steam channel, and the lower end of cylindricality connecting portion 36 is communicated with steam pipe 25.Cylindricality connecting portion 36 has and is beneficial to stressed conical upper end 361 equally, and conical upper end 361 is also offered tiny steam and portalled 35.
Due to peanut dry after need to move away immediately, in order to avoid delay the oven dry of lower batch of peanut, and now the brine sparge device 4 of a rear operation cannot receive so many peanut once, therefore scratch pool 20 is also pre-set at the first apparatus for baking 3 place, the peanut of drying first concentrates in this scratch pool 20, is then slowly delivered to brine sparge device 4 place through peanut lifter 10.
As shown in Figure 6, the peanut after first time dries is delivered to brine sparge device 4 place and carries out brine sparge, to increase the taste of peanut.The preferred brine sparge device 4 of the present embodiment comprises brine tank 41 and salt solution carrier pipe 42, and the spray cage 12 identical with said structure, and brine tank 41 is arranged on the top of spray cage 12.
Same, in this place spray cage 12, helical blade 121 is installed, the rotating shaft 122 of helical blade 121 is hollow shaft, rotating shaft 122 is covered with spray apertures 123, the sidewall of spray cage 12 is covered with thin apopore 124, and spray cage 12 one end is connected with drive motors 125 by belt pulley, and drive motors 125 drives spray cage 12 to rotate, rotating shaft 122 and spray cage 12 fixedly mount, and the other end of spray cage 12 is arranged in frame by left and right two support roller 126.
Its shaft 122 is connected with brine tank 41 by salt solution carrier pipe 42, and salt solution produces certain hydraulic pressure under gravity in rotating shaft 122, and salt solution then drenches on peanut from ejection in spray apertures 123.This spray cage 12 makes peanut constantly roll, and allows peanut fully contact with salt solution.
Install brine collection groove 43 below spray cage 12, brine collection groove 43 forms baffle plate 431 in the both sides of spray cage 12, is thrown to outside brine collection groove 43 to prevent salt solution.Brine collection groove 43 is communicated with brine tank 41 by salt solution recovery tube 44, and salt solution recovery tube 44 installs recovery pump 45.Salt solution is pumped back brine tank 41 after being collected by brine collection groove 43, realizes recycling after flowing out from the thin apopore 124 of the sidewall of spray cage 12.
Peanut needs conveying to carry out secondary baking to the second apparatus for baking 5 after carrying out brine sparge, right second apparatus for baking 5 is not successional for the reception of peanut, the peanut transported is not needed when carrying out peanut baking, therefore at brine sparge device 4 place, scratch pool 20 is also installed, peanut after brine sparge is first stored in scratch pool 20, is then delivered to the second apparatus for baking 5 place through peanut lifter 10.
Second apparatus for baking 5 is consistent with the first apparatus for baking 3 structure, comprises multiple baking tank 31 equally, and the quantity of baking tank 31 is then determined as required, and the peanut between each baking tank 31 is distributed and also distributed by a point material strip 8.The output of the second apparatus for baking 5 installs scratch pool 20 equally.
Peanut is transported to storage device 6 place and waits for selection packaging after second time is dried.The storage device 6 of the present embodiment comprises multiple storage tank 61, and same each storage tank 61 carries out the distribution of peanut by point material strip 8.Selection, packaging are then packed through row by existing conventional selection packing device 7.
The peanut lifter 10 that the present embodiment preferably adopts is chain plate lifting machine or bucket elevator.Chain plate lifting machine is suitable for the occasion of adjacent stream oriented device time much the same operation, and such as material boils between device 2 and the first apparatus for baking 3.What have scratch pool 20 is then applicable to bucket elevator, and bucket elevator has the operating efficiency higher than chain plate lifting machine.
These are only preferred embodiment of the present invention, the restriction not to protection scope of the present invention.All equivalent variations done according to the mentality of designing of this case, all fall into the protection domain of this case.
Claims (10)
1. peanut production line, it is characterized in that: comprise the cleaning device installed successively by operation, material boils device, first apparatus for baking, brine sparge device, second apparatus for baking, storage device and selection packing device, connected by peanut lifter between above-mentioned each device, first apparatus for baking and the second apparatus for baking comprise multiple baking tank respectively, storage device comprises multiple storage tank, first apparatus for baking, second apparatus for baking and storage device are separately installed with a point material strip, by point material strip, the uniform distribution of peanut difference is given each baking tank of the first apparatus for baking and the second apparatus for baking, and each storage tank of storage device.
2. peanut production line as claimed in claim 1, it is characterized in that: described cleaning device comprises stirring pool and spray cage, the sidewall on stirring pool top offers peanut outlet, peanut outlet is communicated with the entrance of spray cage, in spray cage, helical blade is installed, the rotating shaft of helical blade is hollow shaft, rotating shaft is covered with spray apertures, rotating shaft is communicated with high-pressure water pipe, spray cage sidewall is covered with thin apopore, spray cage one end is connected with drive motors by belt pulley, drive motors drives spray cage to rotate, the rotating shaft of helical blade and the fixed installation of spray cage, the other end of spray cage is arranged in frame by left and right two support roller.
3. peanut production line as claimed in claim 1, it is characterized in that: described material boils device and comprises and boil tank, batch can, woven hose and liquid back pipe, boiling tank is provided with as the upper cover of entrance and the lower capping as outlet, boil tank and divide inner core and urceolus, vapor chamber is formed between inner core and urceolus, vapor chamber is communicated with high temperature steam pipe, the coated one layer of heat preservation material of urceolus, batch can and boil between tank and be connected with woven hose, woven hose installs infusion pump, batch can and boil between tank and be also connected with liquid back pipe, liquid back pipe is provided with back liquid pump, liquid back pipe is positioned at the one end of boiling tank and installs filter screen.
4. peanut production line as claimed in claim 1, it is characterized in that: described baking tank comprises tank body, tank body upper end open is as entrance, tank base offers side outlet with cover, with middle part, the steam frame be communicated with steam pipe is installed in the bottom of tank body, steam frame is covered with tiny steam to portal, steam puts up horizontally disposed cross, the cross section on each limit of cross steam frame is triangular in shape, leg-of-mutton drift angle upward, leg-of-mutton two hypotenuses are covered with tiny steam portal, two steam framves are interconnected by the cylindricality connecting portion of hollow, cylindricality connecting portion has conical upper end, conical upper end is also offered steam and is portalled, the lower end of cylindricality connecting portion is communicated with steam pipe.
5. peanut production line as claimed in claim 1, it is characterized in that: described brine sparge device comprises brine tank, spray cage and salt solution carrier pipe, brine tank is arranged on the top of spray cage, in spray cage, helical blade is installed, the rotating shaft of helical blade is hollow shaft, rotating shaft is covered with spray apertures, rotating shaft is connected with brine tank by salt solution carrier pipe, the sidewall of spray cage is covered with thin apopore, spray cage one end is connected with drive motors by belt pulley, drive motors drives spray cage to rotate, rotating shaft and the fixed installation of spray cage, the other end of spray cage is arranged in frame by left and right two support roller.
6. peanut production line as claimed in claim 5, it is characterized in that: below described spray cage, brine collection groove is installed, brine collection groove forms baffle plate in the both sides of spray cage, and brine collection groove is communicated with brine tank by salt solution recovery tube, and salt solution recovery tube installs recovery pump.
7. peanut production line as claimed in claim 1, it is characterized in that: described point of material strip comprises peanut conveyer belt, divide bin gate, thrust unit and switch, the left and right sides of peanut conveyer belt is provided with peanut baffle plate, peanut baffle plate is offered multiple peanut sub-material mouth, each peanut sub-material mouth is all provided with point bin gate that can horizontally rotate, the rotation joint portion of bin gate is divided to be arranged on the front side edge of peanut sub-material mouth, bin gate length is divided to be greater than the width of peanut conveyer belt, each point of bin gate is provided with thrust unit, the push rod of thrust unit is connected with a point bin gate, thrust unit drives point bin gate cut out or open corresponding peanut sub-material mouth, each thrust unit is electrically connected with the switch controlling its work, switch concentrates on supervisory control desk.
8. peanut production line as claimed in claim 7, it is characterized in that: described peanut baffle plate is positioned at the guide rod of peanut sub-material mouth place's fixed installation level, divide guide groove bin gate being offered level, guide rod is placed in guide groove, and discharging guide plate is down installed in the outside of described peanut sub-material mouth.
9. peanut production line as claimed in claim 1, is characterized in that: the port of export of described cleaning device, the first apparatus for baking, brine sparge device and/or the second apparatus for baking installs the scratch pool of peanut, and the material loading end of peanut lifter is placed in scratch pool.
10. peanut production line as claimed in claim 1, is characterized in that: described peanut lifter is chain plate lifting machine or bucket elevator.
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| CN201510921781.2A CN105361081A (en) | 2015-12-14 | 2015-12-14 | Peanut production line |
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| CN201510921781.2A CN105361081A (en) | 2015-12-14 | 2015-12-14 | Peanut production line |
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| CN105361081A true CN105361081A (en) | 2016-03-02 |
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| CN106262971A (en) * | 2016-07-15 | 2017-01-04 | 湖南宗明食品有限公司 | A kind of processing unit (plant) of full-automatic covered peanut |
| CN107343643A (en) * | 2017-07-28 | 2017-11-14 | 无锡市喜那食品有限公司 | Technique, formula and the product of clothing nut are wrapped up in production |
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| CN112493450A (en) * | 2020-10-23 | 2021-03-16 | 浙江大好大食品有限公司 | Melon seed production water line |
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| CN107343643A (en) * | 2017-07-28 | 2017-11-14 | 无锡市喜那食品有限公司 | Technique, formula and the product of clothing nut are wrapped up in production |
| WO2019041427A1 (en) * | 2017-08-28 | 2019-03-07 | 谢建光 | Quantitative feeding device for industrial raw material |
| CN108433087A (en) * | 2018-02-24 | 2018-08-24 | 卡梅德生物科技（天津）有限公司 | A kind of devices and methods therefor being used to prepare kelp sauce |
| CN108433087B (en) * | 2018-02-24 | 2021-10-08 | 天津市雷升科技有限公司 | A device for preparing kelp sauce |
| CN112493450A (en) * | 2020-10-23 | 2021-03-16 | 浙江大好大食品有限公司 | Melon seed production water line |
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