CN109259285A - The multi-functional big yield of one kind arranges vermicelli production line automatically - Google Patents
The multi-functional big yield of one kind arranges vermicelli production line automatically Download PDFInfo
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- CN109259285A CN109259285A CN201811418500.1A CN201811418500A CN109259285A CN 109259285 A CN109259285 A CN 109259285A CN 201811418500 A CN201811418500 A CN 201811418500A CN 109259285 A CN109259285 A CN 109259285A
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23P—SHAPING OR WORKING OF FOODSTUFFS, NOT FULLY COVERED BY A SINGLE OTHER SUBCLASS
- A23P30/00—Shaping or working of foodstuffs characterised by the process or apparatus
- A23P30/20—Extruding
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
- A23L29/00—Foods or foodstuffs containing additives; Preparation or treatment thereof
- A23L29/30—Foods or foodstuffs containing additives; Preparation or treatment thereof containing carbohydrate syrups; containing sugars; containing sugar alcohols, e.g. xylitol; containing starch hydrolysates, e.g. dextrin
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Abstract
The multi-functional big yield of one kind arranges vermicelli production line automatically, claims by material conveying direction including loss of weight is continuously conveyed, continuous powder liquid mixing machine, powder ball curing conveyer, delay conveyer, steaming and boiling powder beater, powder ball weight feed machine, combined type curing wire squeeze device, bean vermicelli precooker, Bean jelly maker, quantitatively cutting machine, dryer, Air cooler, cross conveyor and packing conveyor；Loss of weight is continuously conveyed claims for dry powder to be delivered to the liquid provided in continuous powder liquid mixing machine and with quantitative liquid feeding tank and mixes；Powder ball is cured conveyer by powder ball and is delivered to delay conveyer by continuous powder liquid mixing machine；Delay conveyer, steaming and boiling powder beater, powder ball weight feed machine, combined type curing wire squeeze device, bean vermicelli precooker, Bean jelly maker, quantitative cutting machine, dryer, Air cooler, cross conveyor and packing conveyor successively dock.The present invention realizes bean vermicelli automated production, since the equipment of the processing each link of bean vermicelli is controllable, mutually assists between equipment, the bean vermicelli mouthfeel produced is more preferable by reasonably matching each equipment.
Description
Technical field
The present invention relates to powder process equipment, especially a kind of multi-functional big yield arranges vermicelli production line automatically.
Background technique
Self heating wire squeeze device would generally be set in rice flour noodle production line, if China Patent Publication No. is the one of CN101518311
Kind convenient instant rice flour noodle production line, including rice processing unit, steaming and boiling powder beater, the self heating being arranged successively by material transmission direction
Wire squeeze device, quantitative disconnecting device, enters box apparatus for shaping, powder agglomates drying unit, powder agglomates cooling device, packet at aging device
Fill conveying device；Self heating wire squeeze device includes string extrusion cylinder, screw drive, screw mechanism, carries out powder by the rotation of screw rod
The conveying and curing of group.Self heating string extruding machine is used for the curing and wire squeeze of powder ball, at present in rice flour noodle production line, the yield of rice flour by
The limitation of self heating string extruding machine output, so the yield of production line can not be improved all the time.If the increase self heating wire squeeze of blindness
The size of machine, since the resistance of conveying increases, it is also difficult to obtain good curing and wire squeeze effect.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of multi-functional big yield to arrange bean vermicelli production automatically, realizes automatic
Metaplasia produces, and yield is big, and bean vermicelli gelatinization degree is high.
In order to solve the above technical problems, the technical scheme is that a kind of multi-functional big yield arranges bean vermicelli production automatically
Line, by material conveying direction include be continuously conveyed loss of weight claim, continuous powder liquid mixing machine, powder ball curing conveyer, delay conveyer,
Steaming and boiling powder beater, combined type curing wire squeeze device, bean vermicelli precooker, Bean jelly maker, quantitative cutting machine, dries powder ball weight feed machine
Dry machine, Air cooler, cross conveyor and packing conveyor；Loss of weight is continuously conveyed to claim to be delivered to dry powder in continuous powder liquid mixing machine
And the liquid provided with quantitative liquid feeding tank is mixed；Powder ball is cured conveyer by powder ball and is delivered to by continuous powder liquid mixing machine
Be delayed conveyer；The output end of delay conveyer is docked with the input terminal of steaming and boiling powder beater, the output end and powder of steaming and boiling powder beater
The input terminal docking of group's weight feed machine；Powder ball weight feed machine cures wire squeeze device to combined type by powder ball conveyer and supplies
Material；Combined type curing wire squeeze device output end docked with the input terminal of bean vermicelli precooker, the output end of bean vermicelli precooker with it is cool
The input terminal of powder machine docks, and the output end of Bean jelly maker dock with the input terminal of quantitative cutting machine, quantify the output end of cutting machine with
The input terminal of dryer docks, and the output end of dryer is docked with the input terminal of Air cooler, and the output end and transverse direction of Air cooler are defeated
The input terminal of machine is sent to dock, the output end of cross conveyor is docked with the input terminal of packing conveyor；The combined type curing is squeezed
Silk device include conveyer belt, more than one with conveying tape feeding direction it is vertical and across the support frame of conveyer belt and more than one set
Set the quantitative feeding curing extruding strings device on support frame；The quantitative feeding curing extruding strings device includes driving mechanism, screw rod self-cooked machine
Structure, screw rod extruding strings mechanism and spiral quantitative conveying mechanism, spiral quantitative conveying mechanism are docked with screw rod self heating mechanism, screw rod self heating
Mechanism is docked with screw rod extruding strings mechanism, and driving mechanism drives screw rod self heating mechanism and screw rod extruding strings mechanism；The driving mechanism, spiral shell
Bar self heating mechanism, screw rod extruding strings mechanism and apron quantitive conveyor structure are fixed on mounting platform, and the bottom of the mounting platform is equipped with
Idler wheel, support frame as described above are equipped with the guide rail cooperated with idler wheel, and the guide rail is vertical with conveyer belt.The present invention is by by each equipment
It reasonably matches, realizes bean vermicelli automated production, since the equipment of the processing each link of bean vermicelli is controllable, mutually assisted between equipment
It helps, the bean vermicelli mouthfeel produced is more preferable.In addition, the present invention by traditional self heating string extruding machine split into screw rod self heating mechanism and
Screw rod extruding strings mechanism, self heating and wire squeeze are realized in different mechanisms respectively, are broken the whole up into parts, to reduce the volume of mechanism, powder ball
Curing and wire squeeze effect can be more preferable；A small amount of and quantitative powder balls is delivered in screw rod self heating mechanism by spiral quantitative conveying mechanism
It is cured, is able to produce the high powder ball of gelatinization degree；Powder ball after gelatinization is delivered in screw rod extruding strings mechanism by feed pipe, by
Larger in the powder ball viscosity of height gelatinization, the present invention reduces transporting resistance by reducing wire squeeze screw rod, can it is effective will be high ripe
The powder ball of change degree is extruded into silk；The quantitative feeding of multiple miniaturizations extruding strings device can be cured to be integrated in rice flour noodle production line, into
And the yield of production line is improved, and can guarantee the quality of rice flour bean vermicelli.
It the input terminal that loss of weight claims is continuously conveyed is docked with powder-storage bin as an improvement, described, the powder-storage bin is equipped with dry powder
Straining machine.
Loss of weight is continuously conveyed claims to include fixed plate, the feed bin for storing, the sense for weighing feed bin as an improvement, described
Answer arm and screw feeding device, the feed bin is hung in the fixed plate by sensing arm, be equipped at the top of the feed bin into
Material mouth, the bin bottom are equipped with discharge port, and the screw feeding device is located at the discharge port of the feed bin, the screw feeding
Device includes feed tube, sleeve, screw rod and the motor for driving screw rod, and the feed inlet of the feed tube and the feed bin go out
Material mouth connection, the sleeve are laterally located at the bottom of feed tube, the discharge port company of the feed inlet of the sleeve and the feed tube
It connects, the screw rod is located in the sleeve, and the motor is located at screw rod side, and the motor is stepper motor or servo motor.
As an improvement: the delay conveyer includes rack, is set on the rack conveyor chain, driving conveyor chain
Driving mechanism and several material storing box being located on conveyor chain；It is equipped in the input end position of delay conveyer and determines for weighing
Weighing apparatus is measured, the bottom side of the rack is equipped with inlet port, and it is logical that conveying is equipped between quantitative claim treasure and the inlet port of rack
Road.
As an improvement, the steaming and boiling powder beater includes rack, pivot joint boiling case on the rack, is located at stirring in boiling case
Mix axis, the stirring motor for driving agitating shaft, the conveying screw rod for being located at bottom in boiling case.
As an improvement, the quantitative feeding that each support frame is equipped with two left and right settings cures extruding strings device；It sets altogether
There are four support frame disposed in parallel, the screw rod extruding strings mechanism edge in eight quantitative feeding curing extruding strings devices conveys tape feeding direction
It is arranged in a staggered manner.
As an improvement, powder ball weight feed machine powder ball is distributed by the first powder ball distributor gear it is defeated to powder ball conveyer
Enter end, powder ball is delivered to quantitative feeding by the second powder ball distributor gear and cures extruding strings device by powder ball conveyer.
As an improvement, screw rod self heating mechanism includes the first barrel and the first screw rod for being located in the first barrel, it is described
First barrel be equipped with the first charging aperture docked with the spiral quantitative conveying mechanism and docked with screw rod extruding strings mechanism the
One discharge port；The screw rod extruding strings mechanism includes the second barrel and the second screw rod for being located in the second barrel, second barrel
It is equipped with second charging aperture and the second discharge port, is equipped with feed pipe between first discharge port and second charging aperture, described the
Two discharge outlets are equipped with wire squeeze die head；The first charging aperture is provided with the side of the first barrel, and first discharge port opens up
At the top of the first barrel；The discharge end of first barrel is equipped with end cap, and one end of first screw rod and driving mechanism connect
It connects, the other end is directed toward the end cap.
As an improvement, the top of the feed end of first barrel is equipped with material overflow port；The second charging aperture is provided with
The top of the feed end of two barrels, second discharge port are provided with the bottom of the discharge end of the second barrel；The driving mechanism
Including motor and gearbox, the output shaft of motor is connected by the input terminal of belt and gearbox, two output ends of gearbox
It is connect respectively with the first screw rod and the second screw rod；The spiral quantitative conveying mechanism include hopper, the agitating shaft being located in hopper,
The stirring motor of agitating shaft is driven, the third screw rod of bottom in hopper is located at and drives the feeder motor of third screw rod.
As an improvement, the output end of the dryer is sequentially connected Air cooler, cross conveyor and packing conveyor.
The beneficial effect of the invention compared with the existing technology is:
The present invention realizes bean vermicelli automated production, due to setting for the processing each link of bean vermicelli by reasonably matching each equipment
It is standby controllable, it is mutually assisted between equipment, the bean vermicelli mouthfeel produced is more preferable.In addition, the present invention is by traditional self heating wire squeeze
Machine splits into screw rod self heating mechanism and screw rod extruding strings mechanism, and self heating and wire squeeze are realized in different mechanisms respectively, breaks the whole up into parts, from
And the volume of mechanism is reduced, the curing of powder ball and wire squeeze effect can be more preferable；Spiral quantitative conveying mechanism is by a small amount of and quantitative powder
Group, which is delivered in screw rod self heating mechanism, to be cured, and the high powder ball of gelatinization degree is able to produce；Powder ball after gelatinization passes through feed pipe
It is delivered in screw rod extruding strings mechanism, since the powder ball viscosity of height gelatinization is larger, the present invention reduces conveying by reducing wire squeeze screw rod
Resistance, can the effective powder ball by high curing degree be extruded into silk；The quantitative feeding of multiple miniaturizations can be cured into wire squeeze
Machine is integrated in rice flour vermicelli production line, and then improves the yield of production line, and can guarantee the quality of rice flour bean vermicelli.
Detailed description of the invention
Fig. 1 is that multi-functional big yield arranges vermicelli production line schematic diagram automatically.
Fig. 2 is that loss of weight is continuously conveyed to claim main view.
Fig. 3 is that loss of weight is continuously conveyed to claim top view.
Fig. 4 is enlarged drawing at the A of Fig. 2.
Fig. 5 is delay conveyer schematic diagram.
Fig. 6 is that combined type cures wire squeeze device main view.
Fig. 7 is that combined type cures wire squeeze device top view.
Fig. 8 is that quantitative feeding cures extruding strings device main view.
Fig. 9 is that quantitative feeding cures extruding strings device left view.
Figure 10 is that quantitative feeding cures extruding strings device top view.
Figure 11 is wire squeeze die internal schematic diagram.
Specific embodiment
The invention is further explained in the following combination with the attached drawings of the specification.
As shown in Figure 1, a kind of multi-functional big yield arranges vermicelli production line automatically, it include being continuously conveyed by material conveying direction
Loss of weight claims 1, continuous powder liquid mixing machine 2, powder ball curing conveyer 3, delay conveyer 4, steaming and boiling powder beater 5, powder ball weight feed
Machine 6, combined type curing wire squeeze device 7, bean vermicelli precooker 8, Bean jelly maker 9, quantitative cutting machine 10 and dryer 11.It is continuously conveyed and subtracts
Claim 1 dry powder is delivered to the liquid provided in continuous powder liquid mixing machine 2 and with quantitative liquid feeding tank again to mix；Continuous powder liquid is mixed
Powder ball is cured conveyer 3 by powder ball and is delivered to delay conveyer 4 by conjunction machine 2；Powder is beaten in the output end of delay conveyer 4 and boiling
The input terminal of machine 5 docks, and the output end of steaming and boiling powder beater 5 is docked with the input terminal of powder ball weight feed machine 6；Powder ball weight feed
Machine 6 cures wire squeeze device 7 to combined type by powder ball conveyer and is fed；The output end and bean vermicelli of combined type curing wire squeeze device 7
The input terminal of precooker 8 docks, and the output end of bean vermicelli precooker 8 is docked with the input terminal of Bean jelly maker 9, the output end of Bean jelly maker 9
It is docked with the input terminal of quantitative cutting machine 10, the output end of quantitative cutting machine 10 is docked with the input terminal of dryer 11；The baking
The output end of dry machine 11 is sequentially connected Air cooler 12, cross conveyor 13 and packing conveyor 14.
As shown in Figures 2 to 4, loss of weight, which is continuously conveyed, claims 1 to expect including fixed plate 11, for the feed bin 12 of storing, for weighing
The sensing arm 13 and screw feeding device 14 in storehouse 12.Feed bin 12 is hung by sensing arm 13 in 11 bottom of fixed plate, sensing arm
13 include connecting rod 131 and bellows-type sensor 132, and bellows-type sensor 132 is horizontally disposed and one end is connected to fixed plate
11 bottoms, connecting rod 131 are vertically arranged, and the top of connecting rod 131 is connect with the other end of bellows-type sensor 132, connecting rod 131
Bottom end is connect with outwardly directed cantilevers 15 several on feed bin 12.Feed inlet is equipped at the top of feed bin 12, at the feed inlet of feed bin 12
It (is not indicated) equipped with feed pipe, feed pipe is equipped with solenoid valve.It is corresponded in fixed plate 11 and is equipped with opening at the feed inlet of feed bin 12.
12 bottom of feed bin is equipped with discharge port, and screw feeding device 14 is located at the discharge port of feed bin 12, and screw feeding device 14 includes guide
Cylinder 141, sleeve 142, screw rod 143 and the motor 144 for driving screw rod 143, the feed inlet of feed tube 141 and going out for feed bin 12
Material mouth connection, sleeve 142 are laterally located at the bottom of feed tube 141, and the feed inlet of sleeve 142 and the discharge port of feed tube 141 connect
It connects, screw rod 143 is located in sleeve 142, and motor 144 is located at 143 side of screw rod, and motor 144 is stepper motor or servo motor.Even
Continuous conveying loss of weight claims 1 to further include manipulation screen and controller, controller respectively with bellows-type sensor 132, solenoid valve and electricity
Machine 144 is electrically connected.The weight change for weighing feed bin 12 in real time by bellows-type sensor 132, converts weight change to
Electric signal is exported to controller, then is realized by controller according to the revolving speed of the electric signal real-time control screw rod 143 received
The quantitative feed of powder, by the way that the upper critical value and lower critical value of weight is arranged, controller controls the opening and closing of solenoid valve
Realize automatic feeding.Manipulation screen can set feeding speed, and the relevant parameters such as critical weight of feed supplement simultaneously can display real-time correlation
State.The side of feed bin 12 is circumferentially equidistantly equipped with several hanging parts 17 for being used to hang sliding weight of steelyard 18, under non-operating state, leads to
It crosses setting and removes sliding weight of steelyard 18 and the control system of bellows-type sensor 132 and entire machine is detected and debugged.
When work: setting feeding speed first, bellows-type sensor 132 weigh the weight change of feed bin 12 and in real time by weight changes
It is converted into electric signal to export to controller, controller compares the electric signal received and feeding speed setting value, in real time
Correct the revolving speed of screw rod 143 realize powder according to set feeding speed quantitative feed, by negative-feedback regu- lation mode come
Feeding speed is adjusted, and the real-time change amount of weight is the real-time conveying capacity of powder, quantitative feed precision is high.
As shown in Figure 1, the loss of weight that is continuously conveyed claims 1 input terminal to dock with powder-storage bin 101, on the powder-storage bin 101
Equipped with dry powder straining machine 102.Dry powder enters storage in powder-storage bin 101 after being filtered by dry powder straining machine 102, when continuous defeated
When loss of weight being sent to claim the dry powder in 1 inadequate, 101 dry powder automatic blanking supplement in powder-storage bin, it is ensured that loss of weight is continuously conveyed and claims in 1
Dry powder keeps a certain amount, to realize sustainable quantitative feeding.
The continuous powder liquid mixing machine 2 includes quantitative liquid feeding tank and mixing machine.
As shown in figure 5, the delay conveyer 4 includes rack 41, the conveyor chain 43 being located in rack 41, driving conveying
The driving mechanism of chain 43 and several material storing box 42 being located on conveyor chain 43.It is set in the input end position of delay conveyer 4
Have a quantitative claim treasure for weighing, the bottom side of the rack 41 is equipped with inlet port, quantitative claim treasure and rack 41 into
Transfer passage is equipped between entrance.Powder ball cures conveyer 3 and powder ball is sent into material storing box 43, when weighing equipment incudes material storing box
After 43 weight reaches setting value, material storing box 43 is sent by transfer passage to rack inlet port, defeated after material storing box 43 enters rack
The hanging rod on chain 42 is sent to take away material storing box 43, and as conveyor chain 42 is conveyed, delay conveying reaches powder ball aging
Purpose.
The steaming and boiling powder beater 5 includes rack, pivot joint boiling case on the rack, the agitating shaft being located in boiling case, uses
In driving agitating shaft stirring motor, be located at the conveying screw rod of bottom in boiling case.Powder ball enters boiling after the aging that is delayed
Pulverizer 5 carries out boiling and stirring to powder ball.
As shown in Figure 6,7, combined type curing wire squeeze device 7 include powder ball distribute and conveying device, conveyer belt 74, one with
Quantifying on upper vertical with 74 conveying direction of conveyer belt and support frame 73 across conveyer belt and more than one setting support frame 73
Feed curing extruding strings device 72.In the present embodiment, the quantitative feeding that support frame as described above 73 is equipped with two left and right settings cures wire squeeze
Machine 72；It sets altogether there are four support frame 73 disposed in parallel, i.e. producing line configures eight quantitative feedings and cures extruding strings device 72, and every fixed
Amount feed curing 72 output of extruding strings device, two groups of rice flour, producing line have 16 groups of rice flour of output altogether, reach large-tonnage purpose.Eight fixed
Screw rod extruding strings mechanism in amount feed curing extruding strings device 72 is arranged in a staggered manner along conveying tape feeding direction, and such quantitative feeding curing is squeezed
The vermicelli of silk machine output fall on after conveyer belt the arrangement that will not mutually interfere and can be neat.
As shown in Figure 10, the powder ball distribution and conveying device include powder ball weight feed machine 6, the first powder ball distributor gear
61, powder ball conveyer 62 and the second powder ball distributor gear 71.Powder ball weight feed machine 6 passes through the first powder ball distributor gear 61 for powder
To the input terminal of powder ball conveyer 62, it is fixed that powder ball is delivered to group's distribution by powder ball conveyer 62 by the second powder ball distributor gear 71
Feed curing extruding strings device 72 is measured, realizes that is automated cures extruding strings devices to more quantitative feedings by powder ball distribution and conveying device
72 feed.
As shown in Figures 8 to 10, the quantitative feeding curing extruding strings device 72 includes driving mechanism, screw rod self heating mechanism 728, spiral shell
Bar wire squeezes mechanism 724 and spiral quantitative conveying mechanism 723, spiral quantitative conveying mechanism 723 are docked with screw rod self heating mechanism 728,
Screw rod self heating mechanism 728 is docked with screw rod extruding strings mechanism 724, and driving mechanism drives screw rod self heating mechanism 728 and screw rod extruding strings device
Structure 724；The driving mechanism, screw rod self heating mechanism 728, screw rod extruding strings mechanism 724 and spiral quantitative conveying mechanism 723 are fixed on
On mounting platform 725, the bottom of the mounting platform 725 is equipped with idler wheel 726, and support frame as described above 73 is equipped with matches with idler wheel 726
The guide rail of conjunction, the guide rail are vertical with conveyer belt.Quantitative feeding, which is moved integrally, by mounting platform 725 cures extruding strings device, it is whole
Body can be used as a module, and multiple modules can be set in rice flour noodle production line, although the yield of each module is small, can set
Set the yield that multiple modules carry out expanding production line；When touching a module failure, it can be repaired or replaced, not influenced
The running of other modules, therefore can guarantee the continual running of producing line.
As shown in Figures 8 to 10, screw rod self heating mechanism 728 includes the first barrel 7281 and is located in the first barrel 7281
The first screw rod 7282, first barrel 7281 be equipped with dock with the spiral quantitative conveying mechanism 723 first feed
Mouth and the first discharge port docked with screw rod extruding strings mechanism 724；The first charging aperture is provided with 7281 feed end of the first barrel
Side, first discharge port is provided with the top of 7281 discharge end of the first barrel.The discharge end of first barrel 7281
Equipped with end cap 7283, one end of first screw rod 7282 is connect with driving mechanism, the other end direction end cap 7283, and first
Powder ball is cured and is delivered to the discharge end of the first barrel 7281 by screw rod 7282, only when discharge end reach a certain amount of powder ball and
After the gelatinization degree of powder ball reaches to a certain degree, powder ball can be just delivered up, so to a certain extent, from screw rod self heating mechanism 728
The gelatinization degree of the powder ball of curing can satisfy requirement.The top of the feed end of first barrel 7281 is equipped with material overflow port 7284,
When the powder ball excess in the first barrel 7281, powder ball can be overflowed from material overflow port 7284, be needed at this time by adjusting spiral quantitative
The output quantity of conveying mechanism 723 makes the powder ball amount in screw rod self heating mechanism 728 be in most reasonable range.
As shown in Figures 8 to 10, the screw rod extruding strings mechanism 724 includes the second barrel 7242 and is located in the second barrel 7242
The second screw rod 7243, second barrel 7242 is equipped with second charging aperture and the second discharge port, and the second charging aperture opens
It is located at the top of the feed end of the second barrel 7242, second discharge port is provided with the bottom of the discharge end of the second barrel 7242
Portion.Feed pipe 727 is equipped between first discharge port and second charging aperture, the powder ball of curing is delivered to by feed pipe 727
The feed end of screw rod extruding strings mechanism 724, settable attemperator or valve on feed pipe 727.As shown in figure 11, described second goes out
Wire squeeze die head 7241 is equipped at material mouth, the wire squeeze die head 7241 is threadedly coupled with the second barrel 7242, in wire squeeze die head 7241
Equipped with two split channels, wire squeeze plate 72411 is equipped in split channel, that is to say, that quantitative feeding of the present invention cures extruding strings device one
It is secondary to produce two column rice flour beans vermicelli.
As shown in figure 5, the driving mechanism includes motor 721 and gearbox 722, the output shaft of motor 721 passes through belt
Connect with the input terminal of gearbox 722, two output ends of gearbox 722 respectively with the first screw rod 7282 and the second screw rod 7243
Connection.
As shown in Figures 9 and 10, the apron quantitive conveyor structure 723 include hopper 7231, be located in hopper agitating shaft 7232,
Drive the stirring motor of agitating shaft 7232, the third screw rod 7233 for being located at bottom in hopper 7231 and driving third screw rod 7233
Feeder motor.
Combined type cures wire squeeze device 7 and traditional self heating string extruding machine is split into screw rod self heating mechanism 728 and screw rod extruding strings
Mechanism 724, self heating and wire squeeze are realized in different mechanisms respectively, are broken the whole up into parts, so that the volume of mechanism is reduced, the curing of powder ball
It can be more preferable with wire squeeze effect；A small amount of and quantitative powder balls is delivered in screw rod self heating mechanism 728 by spiral quantitative conveying mechanism 723
It is cured, is able to produce the high powder ball of gelatinization degree；Powder ball after gelatinization is delivered to screw rod extruding strings mechanism by feed pipe 727
In 724, due to height gelatinization powder ball viscosity it is larger, by reduce wire squeeze screw rod, reduce transporting resistance, can it is effective will be high
The powder ball of curing degree is extruded into silk；The quantitative feeding of multiple miniaturizations extruding strings device can be cured to be integrated in rice flour noodle production line,
And then the yield of production line is improved, and can guarantee the quality of rice flour bean vermicelli.
As shown in Figure 1, bean vermicelli precooker 8 carries out boiling to bean vermicelli using steam.Bean jelly maker 9 is quick by the bean vermicelli after boiling
It is cooling, reduce its viscosity.Quantitative cutting machine 10 cuts off the bean vermicelli of extrusion.Bean vermicelli is carried out drying forming by dryer 11.It is air-cooled
Machine 12, cross conveyor 13 and packing conveyor 14 are the subsequent packages equipment of bean vermicelli.
Claims (10)
1. a kind of multi-functional big yield arranges vermicelli production line automatically, it is characterised in that: by material conveying direction including being continuously conveyed
Loss of weight claims, continuous powder liquid mixing machine, powder ball curing conveyer, be delayed conveyer, steaming and boiling powder beater, powder ball weight feed machine, group
Box-like curing wire squeeze device, bean vermicelli precooker, Bean jelly maker, quantitative cutting machine, dryer, Air cooler, cross conveyor and packaging
Conveyer；The liquid progress that loss of weight claims for dry powder to be delivered in continuous powder liquid mixing machine and provides with quantitative liquid feeding tank is continuously conveyed
Mixing；Powder ball is cured conveyer by powder ball and is delivered to delay conveyer by continuous powder liquid mixing machine；The output of delay conveyer
End is docked with the input terminal of steaming and boiling powder beater, and the output end of steaming and boiling powder beater is docked with the input terminal of powder ball weight feed machine；Powder
Group's weight feed machine cures wire squeeze device feed to combined type by powder ball conveyer；The output end of combined type curing wire squeeze device
It is docked with the input terminal of bean vermicelli precooker, the output end of bean vermicelli precooker is docked with the input terminal of Bean jelly maker, the output of Bean jelly maker
End is docked with the input terminal of quantitative cutting machine, and the output end for quantifying cutting machine is docked with the input terminal of dryer, dryer it is defeated
Outlet is docked with the input terminal of Air cooler, and the output end of Air cooler is docked with the input terminal of cross conveyor, cross conveyor
Output end is docked with the input terminal of packing conveyor；Combined type curing wire squeeze device include conveyer belt, more than one with it is defeated
It send tape feeding direction vertical and the quantitative feeding on the support frame of conveyer belt and more than one setting support frame cures wire squeeze
Machine；The quantitative feeding curing extruding strings device includes driving mechanism, screw rod self heating mechanism, screw rod extruding strings mechanism and apron quantitive conveyor
Structure, apron quantitive conveyor structure are docked with screw rod self heating mechanism, and screw rod self heating mechanism is docked with screw rod extruding strings mechanism, driving mechanism driving
Screw rod self heating mechanism and screw rod extruding strings mechanism；The driving mechanism, screw rod self heating mechanism, screw rod extruding strings mechanism and spiral quantitative are defeated
Mechanism is sent to be fixed on mounting platform, the bottom of the mounting platform is equipped with idler wheel, and support frame as described above is equipped with to be cooperated with idler wheel
Guide rail, the guide rail is vertical with conveyer belt.
2. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: described continuous
The input terminal that conveying loss of weight claims is docked with powder-storage bin, and the powder-storage bin is equipped with dry powder straining machine.
3. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: described continuous
It includes fixed plate, for the feed bin of storing, the sensing arm for weighing feed bin and screw feeding device that conveying loss of weight, which claims, described
Feed bin is hung in the fixed plate by sensing arm, and feed inlet is equipped at the top of the feed bin, and the bin bottom is equipped with discharging
Mouthful, the screw feeding device is located at the discharge port of the feed bin, and the screw feeding device includes feed tube, sleeve, screw rod
With for driving the motor of screw rod, the feed inlet of the feed tube is connected with the discharge port of the feed bin, and the sleeve is laterally set
In the bottom of feed tube, the feed inlet of the sleeve is connected with the discharge port of the feed tube, and the screw rod is located at the sleeve
Interior, the motor is located at screw rod side, and the motor is stepper motor or servo motor.
4. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: the delay
Conveyer includes rack, is set on the rack conveyor chain, drives the driving mechanism of conveyor chain and several be located at conveyor chain
On material storing box；The quantitative claim treasure for weighing, the bottom one of the rack are equipped in the input end position of delay conveyer
Side is equipped with inlet port, and transfer passage is equipped between quantitative claim treasure and the inlet port of rack.
5. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: the boiling
Pulverizer includes rack, pivot joint boiling case on the rack, the agitating shaft being located in boiling case, the stirring for driving agitating shaft
Motor, the conveying screw rod for being located at bottom in boiling case.
6. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: described each
The quantitative feeding that support frame is equipped with two left and right settings cures extruding strings device；Support frame disposed in parallel there are four setting altogether, eight
Screw rod extruding strings mechanism in a quantitative feeding curing extruding strings device is arranged in a staggered manner along conveying tape feeding direction.
7. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: powder ball is quantitative
Supply machine is distributed powder ball to the input terminal of powder ball conveyer by the first powder ball distributor gear, and powder ball conveyer passes through the second powder
Powder ball is delivered to quantitative feeding curing extruding strings device by group's distributor gear.
8. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: the screw rod
Self heating mechanism includes the first barrel and the first screw rod for being located in the first barrel, and first barrel is equipped with fixed with the spiral
The first charging aperture of amount conveying mechanism docking and the first discharge port docked with screw rod extruding strings mechanism；Screw rod extruding strings mechanism packet
The second screw rod for including the second barrel and being located in the second barrel, second barrel are equipped with second charging aperture and the second discharging
Mouthful, feed pipe is equipped between first discharge port and second charging aperture, second discharge outlet is equipped with wire squeeze die head；It is described
First charging aperture is provided with the side of the first barrel, and first discharge port is provided with the top of the first barrel；First material
The discharge end of cylinder is equipped with end cap, and one end of first screw rod is connect with driving mechanism, and the other end is directed toward the end cap.
9. the multi-functional big yield of one kind according to claim 8 arranges vermicelli production line automatically, it is characterised in that: described first
The top of the feed end of barrel is equipped with material overflow port；The second charging aperture is provided with the top of the feed end of the second barrel, described
Second discharge port is provided with the bottom of the discharge end of the second barrel；The driving mechanism includes motor and gearbox, motor it is defeated
Shaft is connected by the input terminal of belt and gearbox, and two output ends of gearbox connect with the first screw rod and the second screw rod respectively
It connects；The spiral quantitative conveying mechanism includes hopper, the agitating shaft being located in hopper, the stirring motor for driving agitating shaft, is located at
The feeder motor of the third screw rod of bottom and driving third screw rod in hopper.
10. the multi-functional big yield of one kind according to claim 1 arranges vermicelli production line automatically, it is characterised in that: the baking
The output end of dry machine is sequentially connected Air cooler, cross conveyor and packing conveyor.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811418500.1A CN109259285A (en) | 2018-11-26 | 2018-11-26 | The multi-functional big yield of one kind arranges vermicelli production line automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811418500.1A CN109259285A (en) | 2018-11-26 | 2018-11-26 | The multi-functional big yield of one kind arranges vermicelli production line automatically |
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| CN109259285A true CN109259285A (en) | 2019-01-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811418500.1A Pending CN109259285A (en) | 2018-11-26 | 2018-11-26 | The multi-functional big yield of one kind arranges vermicelli production line automatically |
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| JP2001078741A (en) * | 1999-09-17 | 2001-03-27 | Japan Steel Works Ltd:The | Production of expanded food and arrangement therefor |
| CN2682856Y (en) * | 2004-03-15 | 2005-03-09 | 黄安全 | Self-cooked automatic vermicelli machine |
| CN2860120Y (en) * | 2005-12-28 | 2007-01-24 | 广州市番禺大华机械制造有限公司 | Rice flour spiral self cooked extrusion machine |
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Application publication date: 20190125 |