CN206462314U - Noodles go up on-hook and automatic noodle maker automatically - Google Patents
Noodles go up on-hook and automatic noodle maker automatically Download PDFInfo
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- CN206462314U CN206462314U CN201620925041.6U CN201620925041U CN206462314U CN 206462314 U CN206462314 U CN 206462314U CN 201620925041 U CN201620925041 U CN 201620925041U CN 206462314 U CN206462314 U CN 206462314U
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Abstract
Go up on-hook and the automatic noodle maker using the noodles automatic machine automatically the utility model discloses a kind of noodles, upper on-hook includes noodles automatically：First frame, face pole support, face bar apparatus for placing and face bar mounting transport mechanism.Many face bars of parallel arrangement are provided with the face pole support, and are inclined in first frame.The face bar apparatus for placing is arranged in first frame, and the face bar of noodles is hung with for putting.Face bar mounting transport mechanism is arranged in first frame, for conveyor surface bar from the face pole support to the face bar apparatus for placing.The face pole support is arranged in first frame or the flour stranding machine by support chassis, and the remote face bar output end side of the support chassis is provided with disturbance device.The utility model realizes the supply of face bar, laying noodles, the face bar of conveying laying noodles, the automation for being well placed this course of work of the face bar of laying noodles on the bar of face.
Description
Technical field
The utility model is related to the technical field of food processing machinery, and espespecially a kind of noodles upper on-hook automatically, this practicality is new
Type further relates to a kind of automatic noodle maker for going up on-hook automatically with above-mentioned noodles.
Background technology
Noodles are a kind of important kinds of Chinese traditional food, particularly in Northern Part of China, and noodles are even more people day
Common food in often living；Now, the making of noodles mostly use mechanization production, its production procedure be and face → rolling →
Cutting → drying, traditional noodles processing equipment is during noodles are produced, and noodles peg is all by manually operating, taking
Substantial amounts of manpower, and production efficiency is relatively low.
The applicant discloses a kind of multi-functional full-automatic joint rolling in Publication No. CN204090873U patent documents
Press face machine, it is final since feeding to realize shaping output face bar, it is finally that the noodles of segment are stored into noodles case, for
Noodles this process cut is stored, be there are problems that following two：
1st, compared to the noodles for hanging over face bar, the noodles in noodles case are clustered together, and are unfavorable for directly carrying out next step
Drying operation；
2nd, the noodles being stored in noodles case are easily bonded together, and are not readily separated.
Understand, noodles are stored in the problem of existing apparent in noodles case.
Thus, the automatic peg of noodles how is realized, to save manpower, the production efficiency of noodles is improved, is current ability
Field technique personnel technical problem urgently to be resolved hurrily.
Utility model content
The purpose of this utility model is to provide a kind of upper on-hook automatically of noodles, realizes that the automatic of noodles is routed on peg,
Manpower is saved, production efficiency is improved.
It is of the present utility model another object is that being to provide a kind of automatic noodle maker with the upper on-hook automatically of above-mentioned noodles.
In order to achieve the above object, the technical scheme that the utility model is provided is as follows：A kind of upper on-hook, bag automatically of noodles
Include：A kind of upper on-hook automatically of noodles, including：First frame, face pole support, face bar apparatus for placing and face bar mounting conveyer
Structure.
Many face bars of parallel arrangement are provided with the face pole support, and are inclined in first frame, institute
The face pole support of stating has an at least side end face not close, and Closed End is not face bar output end face, and face can be made under without barrier state
Bar is along inclined direction skidded off.
The face bar apparatus for placing is arranged in first frame, positioned at the oblique upper of the face pole support, the face
Bar apparatus for placing is used to put the face bar for hanging with noodles.
The face bar mounting transport mechanism is inclined in first frame, and the face bar of the face pole support is defeated
Go out end face and be connected to the bottom that the face bar mounts transport mechanism, the face bar apparatus for placing is connected to the face bar mounting and passed
The upper end of mechanism is sent, the face bar is exported to the face bar by the face bar output end face and mounted in transport mechanism, is passed through
Face bar mounting transport mechanism is resent on the face bar apparatus for placing.
The utility model is played the face lever bracket in the lever bracket disk of face using face bar mounting transport mechanism, and is moved up in face linkage
During be connected to the noodles of flour stranding machine output, the workflow realizes complete automation, improves processing efficiency；In addition,
Face pole support, by face bar slant setting, is to realize the lasting output of face bar by simple structure.
Preferably, the face bar mounting transport mechanism includes the first directive wheel group, the second directive wheel group, driving-chain and use
In the first actuator for driving the first directive wheel group or the second directive wheel group.
The vertical extreme higher position of the first directive wheel group is higher than the final putting position of face bar of the face bar apparatus for placing；
The second directive wheel group is arranged on below the face pole support, and positioned at put face bar the one of the face bar output end face
Side.
The minimum range of the driving-chain and the face bar output end face adjacent is less than the diameter of face bar, and the transmission
The outside of chain, which is provided with, can rise the face lever bracket at the face bar output end face and be transported to the face bar apparatus for placing extremely
Few one group of mounting part.
Preferably, the face pole support is arranged in first frame or the flour stranding machine by support chassis, it is described
Face pole support is hinged in the support chassis, and hinged place is adjacent with the face bar output end；The remote institute of the support chassis
State face bar output end face side and be provided with disturbance device.
The disturbance device includes the non-circular rotating shaft in section and drives the second actuator of the rotating shaft rotation；Described turn
Axle supports one end of the face pole support to tilt it, and second actuator connects the rotating shaft, is driven by the rotating shaft
The face pole support is around hinged place periodic disturbance.
Disturbance device is added under the pole support of face, face can be caused by periodically adjusting the angle of inclination of face pole support
The disturbance of pole support upper bar, so that the face bar in the pole support of face maintains the parallel state closely arranged always, can so have
What is imitated prevents the problem of space or stacking is distributed with the face bar during mount surface bar in the pole support of face, so as to ensure face bar extension
Connect the stability and continuation of transport mechanism mount surface bar.
Preferably, the face pole support is disposed adjacent flexible part, the one of the elastic component above the bar place of face
End is fixed on one end of the remote face bar output end face of the face pole support, and the other end of the elastic component is free end,
Extend at the face bar output end face.
It is arranged on the elastic component above the bar of face and is close to face bar, possess certain limit function, it can be ensured that face bar will not be by
Stacked in external action, at the same time, the freedom of elastic component is opened on top when the face bar of face bar output end face is held up by mounting part
End, face bar can smoothly be held up.This structure setting strengthens the steady of face bar mounting transport mechanism mount surface bar this process
Qualitative and continuation.
Preferably, the face bar apparatus for placing includes：First light-emitting window, the second light-emitting window, face bar place chain, guide rod
And intermittent motion mechanism.
First light-emitting window and the second light-emitting window level is contour is arranged in first frame, positioned at institute
State side of the first directive wheel group away from the face bar output end face；Two faces bar places chain and is connected to described first turn
Between wheel group and second light-emitting window, and vertical position is less than the first directive wheel group；One end of the guide rod is fixed
It is arranged in the first directive wheel group, the other end extends to the top that the face bar places chain；Intermittent motion mechanism's driving
The face bar places chain and does the linear motion periodically rested.
Face bar places chain and does intermittent periods it motion and rest, and to drive the face bar of vermicelli bar to move, mating surface bar is hung
Connect the frequency of delivery of transport mechanism so that the face bar of vermicelli bar is placed in face bar and is uniformly distributed on chain, the structure setting is realized
The automation that vermicelli bar face bar is put, operating is stable, the operation for facilitating next step to be dried or be cooked to noodles.
Preferably, the intermittent motion mechanism includes driven pulley, drive rod, first connecting rod, second connecting rod and third connecting rod.
The driven pulley is fixed on first frame or the flour stranding machine, the second directive wheel group or the first guiding
Wheel group drives the driven pulley to rotate by V belt translation, and the diameter of the driven pulley is led more than the first directive wheel group, second
To wheel group, the angular speed less than the first directive wheel group, the second directive wheel group is obtained by V belt translation.The first connecting rod hinge
It is connected in first frame, the vertical position of pin joint places chain higher than the face bar, and is layer adjacent to described first
At directive wheel group.The drive rod two ends are respectively hinged at the driven pulley and the first directive wheel group, the drive rod with
Pin joint on the driven pulley is not or not the center of circle of the driven pulley.The second connecting rod is hinged with the first connecting rod, described
Drive rod is located at described first with the pin joint and the first connecting rod of the first connecting rod with the pin joint of the second connecting rod
The both sides of connecting rod and the first frame pin joint.The third connecting rod is hinged with the second connecting rod, is connected with second light-emitting window
Connect, second light-emitting window can be driven to rotate；Second light-emitting window is unidirectional drive sprocket wheel.
The drive device that the utility model mounts transport mechanism by face bar is finally real by V belt translation and linkage
The intermittent feed motion that face bar places chain is showed.Whole transmission process does not set drive device separately, greatlys save manufacture
Cost and floor space；Used simultaneously between linkage, kinematic pair as face contact, easy to process, reliable operation with this.
Noodles of the present utility model go up having the beneficial effect that for on-hook automatically：
1st, the utility model carries out face bar output by the not Closed End of inclined face pole support, and two face bar mountings are passed
Send mechanism with face pole support against the face bar below maintenance nature in pole support is not spilt, while being hung by setting face bar
A face bar is ticked in the mounting part for connecing transport mechanism surface every time, and lifting is transported to face bar apparatus for placing upwards, realizes noodles
Upper extension automation, effectively accelerate noodle production efficiency, reduce the consuming of human cost.
2nd, the utility model sets disturbance device to make its face bar periodic disturbance below the pole support of face, and by being arranged in
Elastic component on the bar of face carries out spacing so that the face bar that is laid in the course of work on the pole support of face is parallel, individual layer, closely row
Cloth, and then realize the steady running that face bar mounts transport mechanism mount surface bar.
3rd, the drive device that the utility model mounts transport mechanism by face bar is final by V belt translation and linkage
Realize the intermittent feed motion that face bar places chain so that be arranged in face to drive the face bar of vermicelli bar to move, mating surface
Bar mounts the frequency of delivery of transport mechanism so that the face bar of vermicelli bar is placed in face bar and is uniformly distributed on chain, so far this practicality
It is new to fully achieve the supply of face bar, laying noodles on the bar of face, be delivered to laying noodles face bar, put and arrange laying noodles face
The automation of this course of work of bar, can be achieved complete automated operation, and facilitate next step noodles are dried or
The operation that person is cooked.
The utility model additionally provides a kind of automatic noodle maker, including：Second frame, base, for being added to flour
Water stirs the agitator tank to form dough, and the rolling device of musculus cutaneus is formed for carrying out rolling to the dough, for by the face
Roll into a ball the charger being delivered in the rolling device, the conveying device for the musculus cutaneus to be transported to corresponding station, for inciting somebody to action
The musculus cutaneus cuts into the noodles cutting device of noodles, and noodles upper on-hook automatically, the noodles upper above-mentioned of on-hook automatically
A kind of upper on-hook automatically of noodles.
The rolling device, the charger, the conveying device and the noodles cutting device are arranged at described
In two frames, first frame and the base are arranged in the both sides of second frame.The charger is arranged on first
Frame closes on base side, and the charger is connected with the rolling device；The rolling device passes through the conveying device and institute
Noodles cutting device is stated to be connected；Upper on-hook is disposed adjacent the noodles cutting device automatically with the noodles, the face after cutting
Bar is delivered to the noodles upper on-hook automatically by the effect of gravity or guide plate；The agitator tank is horizontally moveable or fixation
It is arranged on base, the dough of the agitator tank formation is delivered to rolling device by charger；Wherein, horizontally movable institute
State the reciprocating sliding mechanism for being also equipped with agitator tank and driving the agitator tank horizontal reciprocating movement.
Preferably, the automatic noodle maker also includes secondary stirring device, the secondary stirring device is arranged on the rolling
Directly over pressure device, the dough is delivered to the rolling device by the charger via the secondary stirring device.It is described
Charger includes support frame, reciprocal transmission chain and feed hopper, and the upper end of support frame as described above is arranged on the secondary stirring device
Charging aperture at, the lower end of support frame as described above is fixed on the base, and the reciprocal transmission chain is arranged on support frame as described above
On, the feed hopper is opening up to be arranged on the reciprocal transmission chain, and the feed hopper follows the reciprocal conveyer chain
Bar moves up and down.
By the reciprocal transmission chain drive the feed hopper to the charging aperture of the secondary stirring device and overturn by
Flour is poured into the secondary stirring device, then drives the feed hopper back to move again by the reciprocal transmission chain again
Position.
When the feed hopper is located at bottom travel position, the peak of the feed hopper is less than the agitator tank, described
Agitator tank bottom end face is retractable, and the dough after stirring is come down in torrents into the feed hopper by Action of Gravity Field.
It is preferred that, the musculus cutaneus that the automatic noodle maker includes being used to export the rolling device carries out rolling to form roll
Juan Mian mechanisms and the secondary rolling device that is rolled again to musculus cutaneus.
The conveying device includes opposite the first conveyer belt and the second conveyer belt of the adjacent and direction of motion, and described first passes
Sending band, upper on-hook is set automatically close to the noodles, and second conveyer belt is set close to the rolling device；The noodles point
Cutting apparatus is located on first conveyer belt, and the Juan Mian mechanisms are located on second conveyer belt, the secondary rolling device
Positioned at the junction of first transmission belt and second conveyer belt.
The Juan Mian mechanisms include a cross bar and two support bases, and support base described in two is correspondingly arranged at described second and passed
Send and vertical chute is offered on the both sides of band, the support base, the two ends correspondence of the cross bar is shelved on described in two on support base
The vertical chute on.The availability of equipment is increased, different usage scenarios are applicable.
The setting of two opposite conveyer belts of the direction of motion, can cause musculus cutaneus to have two kinds of selections after secondary rolled, its
One is to be transported to noodles cutting device by the first conveyer belt to carry out noodles cutting, the second is being transported to volume by the second conveyer belt
Face mechanism rolls roll.
Preferably, the automatic noodle maker further comprises the support for shelving the cross bar, the support is located at described two
The oblique upper of secondary rolling device.
The roll rolled through pulleying face mechanism can be placed on support, and musculus cutaneus traction is carried out into secondary rolled and cutting
Process.
The utility model multi-functional full-automatic joint rolling noodle machine disclosed in CN204090873U patent documents is removed
Increase foregoing noodles are automatically outside upper on-hook, and the manufacturing procedure that noodles are also made to it is improved.First it is stirred again
Dough is conveyed into rolling device by feeder, secondary agitation process can be also set up therebetween, former technology is effectively solved
It is middle because agitating device arrangement aloft equipment rock it is larger and stir it is insufficient the problem of.Make in addition, centre also is played into transmission
Two conveyer belts that conveyor belt design is moved into opposite direction, both can directly carry out hanging in noodles cutting, can also roll up
Roll processed, extends usage scenario, adds the selection of user.
Brief description of the drawings
Below by clearly understandable mode, preferred embodiment is described with reference to the drawings, to a kind of upper on-hook automatically of noodles
Above-mentioned characteristic, technical characteristic, advantage and its implementation be further described.
Fig. 1 is the dimensional structure diagram that the present embodiment noodles go up on-hook automatically.
The dimensional structure diagram of Fig. 2 the present embodiment automatic noodle makers.
Drawing reference numeral explanation：Noodles cutting device 100, the first frame 100, the second frame 100 ', agitator tank 200 is secondary
Agitating device 200 ', reciprocating sliding mechanism 210, base 220, charger 300, support frame 310, reciprocal transmission chain 320, charging
Bucket 330, rolling device 400, secondary rolling device 410, conveying device 500, the first conveyer belt 510, the second conveyer belt 520, volume
Face mechanism 600, support 610, noodles cutting device 700, noodles upper on-hook 800 automatically, the first directive wheel group 810, second is oriented to
Wheel group 811, the 3rd directive wheel 812, driving-chain 813, mounting part 814, face pole support 820, face bar 821, elastic component 822, support
Chassis 823, perturbation mechanism 824, the first light-emitting window 830, face bar placement chain 831, the second light-emitting window 832, guide rod 833,
Have a rest motion 840, driven pulley 841, drive rod 842, first connecting rod 843, second connecting rod 844, third connecting rod 845.
Embodiment
In order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art, accompanying drawing will be compareed below
Illustrate embodiment of the present utility model.It should be evident that drawings in the following description are only of the present utility model one
A little embodiments, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to these
Accompanying drawing obtains other accompanying drawings, and obtains other embodiments.
To make only to schematically show the part related to the utility model in simplified form, each figure, they are not
It is represented as the practical structures of product.In addition, so that simplified form is readily appreciated, there is identical structure or work(in some figures
The part of energy, only symbolically depicts one of those, or only marked one of those.Herein, " one " is not only
Represent " only this ", the situation of " more than one " can also be represented.
As shown in figure 1, the present embodiment proposes a kind of upper on-hook 800 automatically of noodles, including：First frame 100, face lever bracket
Frame 820, face bar apparatus for placing and face bar mounting transport mechanism.
Many face bars of parallel arrangement are provided with face pole support 820, and are inclined in first frame 100,
Face pole support 820 has an at least side end face not close, and Closed End is not face bar output end face, and face can be made under without barrier state
Bar is along inclined direction skidded off.
The face bar apparatus for placing is arranged in the first frame 100, positioned at the oblique upper of face pole support 820, the face bar
Apparatus for placing is used to put the face bar for hanging with noodles.
The face bar mounting transport mechanism is inclined in the first frame 100, the face bar output of face pole support 820
End face is connected to the bottom that the face bar mounts transport mechanism, and the face bar apparatus for placing is connected to the face bar mounting transmission
The upper end of mechanism, face bar is exported to the face bar by the face bar output end face and mounted in transport mechanism, by the institute
Face bar mounting transport mechanism is stated to be resent on the face bar apparatus for placing.
Specifically, the face bar mounting transport mechanism includes：First directive wheel group 810, the second directive wheel group 811, transmission
Chain 813 and for driving the first actuator of the first directive wheel group 810 or the second directive wheel group 811 (not drawn in figure
Go out).
Position is finally put higher than the face bar of the face bar apparatus for placing in the vertical extreme higher position of the first directive wheel group 810
Put；The second directive wheel group 811 is arranged on the lower section of face pole support 820, and positioned at the face bar output end face close to face bar
Side；The minimum range of the driving-chain 813 and face bar output end face adjacent is less than the diameter of face bar, and outside is provided with energy
It is enough that face lever bracket at the face bar output end face is risen and the mounting part 814 of the face bar apparatus for placing is transported to.
During the more than one of mounting part, visual specific frequency of delivery and process velocity determine its arrangement spacing on driving-chain.
Of course, connect the directive wheel group at least two of driving-chain 813, can also be more, the 3rd has also been added in Fig. 1
Directive wheel group 812 is arranged in the first frame 100, is arranged in the underface of the first directive wheel group 810, and vertical position is led with second
It is substantially flush, will not be repeated here to wheel group 811.
Specifically, face pole support 820 is arranged in the first frame 100 by support chassis 823, face pole support 820 is hinged
In support chassis 823, hinged place is adjacent with the face bar output end；The remote face bar output end face of support chassis 823
Side is provided with disturbance device 824.
Disturbance device 824 includes the non-circular rotating shaft in section and drives the second actuator of the rotating shaft rotation (in figure
It is not drawn into)；One end of rotating shaft support face pole support 820 tilts it, and second actuator connects the rotating shaft, passes through
The rotating shaft drive surface pole support 820 is around hinged place periodic disturbance.
Further, the face pole support 820 is provided with elastic component 822, the elastic component above the bar place of face
822 one end is fixed on one end of the remote face bar output end face of the face pole support 820, the elastic component 822 it is another
One end is free end, is extended at the face bar output end face.
Further, the face bar apparatus for placing includes：First light-emitting window 830, the second light-emitting window 832, face bar place chain
Bar 831, guide rod 833 and intermittent motion mechanism 840.
The first light-emitting window 830 and level of the second light-emitting window 832 is contour is arranged in the first frame 100, positioned at first
Side of the directive wheel group 810 away from the face bar output end face；Two face bars place chain 831 and are connected to the first light-emitting window 830
Between second light-emitting window 832, and vertical position is less than the first directive wheel group 810；One end of guide rod 833 is fixed
It is arranged in the first directive wheel group 810, the other end extends to the top that the face bar places chain 831；Intermittent motion mechanism 840
Drive the face bar to place chain 831 and do the linear motion periodically rested.
Specifically, intermittent motion mechanism 840 includes：Driven pulley 841, drive rod 842, first connecting rod 843, second connecting rod
844 and third connecting rod 843.
Driven pulley 841 is fixed in the first frame 100, and the second directive wheel group 811 or the first directive wheel group 810 are passed by band
The dynamic driving driven pulley 841 rotates, and the diameter of driven pulley 841 is more than the first directive wheel group 811, the second directive wheel group
811, driven pulley 841 obtains the angular speed less than the first directive wheel group 810, the second directive wheel group 811 by V belt translation；The
One connecting rod 843 is hinged in the first frame 100, and the vertical position of pin joint places chain 831 higher than the face bar, and is arranged on
Close at the first directive wheel group 810；The two ends of drive rod 842 are respectively hinged at the directive wheel group 810 of driven pulley 841 and first, driving
Pin joint of the bar 842 on the driven pulley 841 be not or not the center of circle of the driven pulley 841.
Second connecting rod 844 is hinged with the first connecting rod 843, the pin joint of drive rod 842 and the first connecting rod 843 and
The pin joint of the first connecting rod 843 and the second connecting rod 844 is hinged positioned at the first connecting rod 843 with the first frame 100
The both sides of point；Third connecting rod 845 is hinged with the second connecting rod 844, and is connected with second light-emitting window 832, can drive institute
The second light-emitting window 832 is stated to rotate.Wherein described second light-emitting window 832 is unidirectional drive sprocket wheel.
The rotation of first directive wheel group 810 or the second directive wheel group 811 obtains the driven pulley of major diameter by V belt translation
The rotation of relatively low angular speed, driven pulley 841 causes first connecting rod 843 around its being hinged with the first frame 100 by drive rod 842
Point do reciprocal imperfect circular motion, then by the transmission of second connecting rod 844 so that third connecting rod 845 do it is reciprocal not
Full circumferences are moved, and third connecting rod 845 drives the second light-emitting window 832 to rotate, and the second light-emitting window 832 is unidirectional drive sprocket wheel, therefore
In the reciprocating motion of third connecting rod 845, there is a direction of motion to drive the second light-emitting window 832 to rotate, and then drive face bar to place
Chain 831 is moved along the direction away from the second light-emitting window 832, and in the reciprocatory movement of another direction of motion, the second runner
Group 832 is not rotated with it, so face bar places the remains stationary of chain 831.To sum up, face bar places chain 831 and does index(ing) feed
Linear motion.
Exemplary, above the application process of on-hook is as follows automatically for the noodles of the present embodiment：
It is placed in multiple face bars are parallel on face pole support 820, the axis of rotation of perturbation mechanism 824 does face pole support
Mounting part 814 triggers face bar top and opens upward lifting, running after elastic component 822 on periodically disturbance, driving-chain 813
In be connected to noodles, mounting part 814 is continued lifting face bar and is delivered at the first directive wheel group 810, and face bar departs from mounting part 814 along leading
Face bar is slid into bar 833 to place on chain 831, intermittent motion mechanism 840 makes face bar place 831 intervals of chain with face bar
Feed motion, completes to shift before next face bar arrival for being conveyed and by mounting part 814.
As shown in Fig. 2 the utility model embodiment additionally provides a kind of automatic noodle maker, including：Second frame 100 ', bottom
Seat 220, stirs the agitator tank 200 for forming dough for flour add water, face is formed for carrying out rolling to the dough
The rolling device 400 of skin, for the charger 300 being delivered to the dough in the rolling device 400, for by the face
Skin is transported to the conveying device 500 of corresponding station, the noodles cutting device 700 for the musculus cutaneus to be cut into noodles, and
Noodles upper on-hook 800 automatically, upper on-hook 800 is part related in any of the above-described embodiment to the noodles automatically, herein just no longer
Repeat.
Rolling device 400, charger 300, conveying device 500 and noodles cutting device 700 are arranged at the second frame
On 100 ', the first frame 100 and base 220 are arranged in the both sides of the second frame 100 '；
Charger 300 is arranged on the first frame 100 and closes on the side of base 220, and charger 300 is connected with rolling device 400；Rolling
Pressure device 400 is connected by conveying device 500 with noodles cutting device 700；Noodles cutting device 700 is above hung automatically with noodles
Machine 800 is disposed adjacent, and the noodles after cutting are delivered to the noodles upper on-hook 800 automatically by the effect of gravity or guide plate；
Agitator tank 200 is horizontally moveable or fixed to be arranged on base 220, and the dough of the formation of agitator tank 200 is defeated by charger 300
Deliver to rolling device 400.Wherein, the driving level of agitator tank 200 is also equipped with the horizontally movable agitator tank 200
Reciprocating reciprocating sliding mechanism 210.
Further, the automatic noodle maker also includes secondary stirring device 200 ', and secondary stirring device 200 ' is arranged on
Directly over rolling device 400, dough is delivered to rolling device 400 by charger 300 via secondary stirring device 200 '.
Charger 300 includes support frame 310, reciprocal transmission chain 320 and feed hopper 330, and the upper end of support frame 310 is set
At the charging aperture of secondary stirring device 200 ', the lower end of support frame 310 is fixed on base 220, and reciprocal transmission chain 320 is set
Put on support frame 310, feed hopper 330 is opening up to be arranged on reciprocal transmission chain 320, and feed hopper 330 is followed back and forth
Transmission chain 320 moves up and down.
When feed hopper 330 is located at bottom travel position, the peak of feed hopper 330 is less than agitator tank 200, agitator tank
200 bottom end faces are retractable, and the dough after stirring is come down in torrents into feed hopper 330 by Action of Gravity Field；
Feed hopper 330 is driven to the charging aperture of secondary stirring device 200 ' by reciprocal transmission chain 320 and is overturn face
It is interior that powder pours into secondary stirring device 200 ', then by reciprocal transmission chain 320 drives the feed hopper 330 back to move again multiple
Position.
It is preferred that, the musculus cutaneus that the automatic noodle maker includes being used to export rolling device 400 carries out rolling to form roll
Juan Mian mechanisms 600 and the secondary rolling device 410 that is rolled again to musculus cutaneus.
The conveying device includes opposite the first conveyer belt 510 and the second conveyer belt 520 of the adjacent and direction of motion, first
Close to noodles, upper on-hook 800 is set conveyer belt 510 automatically, and the second conveyer belt 520 is set close to 400 rolling devices；Noodles are cut
Device 700 is located on the first conveyer belt 510, and Juan Mian mechanisms 600 are located on the second conveyer belt 520, and secondary rolling device 410 is located at
The junction of first transmission belt 510 and the second conveyer belt 520.
Juan Mian mechanisms 600 include a cross bar and two support bases, and support base described in two is correspondingly arranged at described second and passed
Send and vertical chute is offered on the both sides of band 520, the support base, the two ends correspondence of the cross bar is shelved on support base described in two
On the vertical chute on.First conveyer belt 510 and the second conveyer belt 520 set the opposite direction of motion, set respectively into
Row volume face process and cutting noodles process.
Preferably, the automatic noodle maker further comprises the support 610 for shelving the cross bar, support 610 is located at secondary
The oblique upper of rolling device 410.
Exemplary, the application process of the automatic noodle maker of the present embodiment is as follows：
Flour and water are added in agitator tank 200, starts agitator tank and flour is stirred, after the completion of start reciprocating sliding
Mechanism 210, the surface for pulling agitator tank 200 to be moved on feed hopper 330, the bottom surface of agitator tank 200 is opened, by the face after stirring
Group is poured into feed hopper 330, starts reciprocal transmission chain 320, and dough is sent to two by feed hopper 330 and reciprocal transmission chain
Enter after the charging aperture of secondary agitating device 200 ', secondary agitation in the rolling device 400 immediately below musculus cutaneus, by rolling device 400
Carry out rolling and form musculus cutaneus, then (user can choose whether to enter secondary rolling as needed in output musculus cutaneus to conveying device
Rolling again is carried out in pressure device, whether carries out rolling that to form roll standby), musculus cutaneus is made up of musculus cutaneus cutting device 700
Noodles, then via face bar, above the final output of on-hook 800 hangs over the noodles on the bar of face automatically again, and face bar goes up on-hook 800 automatically
Application process has already described above, and will not be repeated here.To ensure mixing effect, it can also be added in the top of rolling device 400
Secondary stirring device 200 '.
It should be noted that above-described embodiment can independent assortment as needed.Described above is only of the present utility model
Preferred embodiment, it is noted that for those skilled in the art, is not departing from the utility model principle
On the premise of, some improvements and modifications can also be made, these improvements and modifications also should be regarded as protection domain of the present utility model.
Claims (10)
1. a kind of upper on-hook automatically of noodles, it is characterised in that including：First frame, face pole support, face bar apparatus for placing and face
Bar mounts transport mechanism；
Many face bars of parallel arrangement are provided with the face pole support, and are inclined in first frame, the face
Pole support has an at least side end face not close, and Closed End is not face bar output end face, and face bar edge can be made under without barrier state
Incline direction is skidded off；
The face bar apparatus for placing is arranged in first frame, positioned at the oblique upper of the face pole support, and the face bar is put
Putting device is used to put the face bar for hanging with noodles；
The face bar mounting transport mechanism is inclined in first frame, the face bar output end of the face pole support
Face is connected to the bottom that the face bar mounts transport mechanism, and the face bar apparatus for placing is connected to the face bar mounting conveyer
The upper end of structure, the face bar is exported to the face bar by the face bar output end face and mounted in transport mechanism, by described
Face bar mounting transport mechanism is resent on the face bar apparatus for placing.
2. noodles according to claim 1 upper on-hook automatically, it is characterised in that the face bar mounting transport mechanism includes the
One directive wheel group, the second directive wheel group, driving-chain and for driving the first directive wheel group or the second directive wheel group
One actuator；
The vertical extreme higher position of the first directive wheel group is higher than the final putting position of face bar of the face bar apparatus for placing；It is described
Second directive wheel group is arranged on below the face pole support, and positioned at the side for putting face bar of the face bar output end face；
Diameter of the minimum range less than face bar of the driving-chain and the face bar output end face adjacent, and the driving-chain
Outside, which is provided with, can play and be transported at least the one of the face bar apparatus for placing by the face lever bracket at the face bar output end face
Group mounting part.
3. noodles according to claim 2 upper on-hook automatically, it is characterised in that：The face pole support is set by support chassis
Put in first frame or the flour stranding machine, the face pole support is hinged in the support chassis, hinged place with it is described
Face bar output end face is adjacent；The remote face bar output end side of the support chassis is provided with disturbance device；
The disturbance device includes the non-circular rotating shaft in section and drives the second actuator of the rotating shaft rotation；The rotating shaft branch
Supportting one end of the face pole support tilts it, and second actuator connects the rotating shaft, is driven by the rotating shaft described
Face pole support is around hinged place periodic disturbance.
4. noodles according to claim 3 upper on-hook automatically, it is characterised in that：The face pole support is in face bar place
Top is disposed adjacent flexible part, and one end of the elastic component is fixed on the remote face bar output end face of the face pole support
One end, the other end of the elastic component is free end, is extended at the face bar output end face.
5. noodles according to claim 4 upper on-hook automatically, it is characterised in that the face bar apparatus for placing includes：First
Light-emitting window, the second light-emitting window, face bar place chain, guide rod and intermittent motion mechanism；
First light-emitting window and the second light-emitting window level is contour is arranged in first frame, and positioned at described
Side of the first directive wheel group away from the face bar output end face；Two face bars place chain and are connected to first runner
Between group and second light-emitting window, and vertical position is less than the first directive wheel group；One end of the guide rod is fixed and set
Put in the first directive wheel group, the other end extends to the top that the face bar places chain；The intermittent motion mechanism drives institute
State face bar placement chain and do the linear motion periodically rested.
6. noodles according to claim 5 upper on-hook automatically, it is characterised in that the intermittent motion mechanism includes driven
Wheel, drive rod, first connecting rod, second connecting rod and third connecting rod；
The driven pulley is fixed on first frame or the flour stranding machine, the second directive wheel group or the first directive wheel group
The driven pulley is driven to rotate by V belt translation, the diameter of the driven pulley is more than the first directive wheel group, the second directive wheel
Group, the driven pulley obtains the angular speed less than the first directive wheel group, the second directive wheel group by V belt translation；
The first connecting rod is hinged in first frame, and the vertical position of pin joint places chain higher than the face bar, and
It is layer adjacent at the first directive wheel group；
The drive rod two ends are respectively hinged at the driven pulley and the first directive wheel group, the drive rod with it is described driven
Pin joint on wheel is not or not the center of circle of the driven pulley；
The second connecting rod is hinged with the first connecting rod, the pin joint and described first of the drive rod and the first connecting rod
The pin joint of connecting rod and the second connecting rod is located at the both sides of the first connecting rod and the first frame pin joint；
The third connecting rod is hinged with the second connecting rod, is connected with second light-emitting window, can drive second light-emitting window
Rotation；Second light-emitting window is unidirectional drive sprocket wheel.
7. a kind of automatic noodle maker, it is characterised in that including：
Second frame,
Base,
The agitator tank for forming dough is stirred for flour add water,
For carrying out the rolling device that rolling forms musculus cutaneus to the dough,
For the charger being delivered to the dough in the rolling device,
Conveying device for the musculus cutaneus to be transported to corresponding station,
Noodles cutting device for the musculus cutaneus to be cut into noodles, and
Noodles upper on-hook automatically as described in claim 1-6 is any；
The rolling device, the charger, the conveying device and the noodles cutting device are arranged at second machine
On frame, first frame and the base are arranged in the both sides of second frame；
The charger is arranged on first frame and closes on the base side, and the charger is connected with the rolling device；
The rolling device is connected by the conveying device with the noodles cutting device；The noodles cutting device and the face
Automatically upper on-hook is disposed adjacent bar, and the noodles after cutting are delivered to the noodles upper extension automatically by the effect of gravity or guide plate
Machine；
The agitator tank is horizontally moveable or fixed to be arranged on the base, and the dough that the agitator tank is formed passes through described
Charger is delivered to the rolling device；Wherein,
The reciprocating sliding mechanism for driving the agitator tank horizontal reciprocating movement is also equipped with the horizontally movable agitator tank.
8. automatic noodle maker according to claim 7, it is characterised in that：The automatic noodle maker also includes secondary agitation and filled
Put, the secondary stirring device is arranged on directly over the rolling device, the charger will via the secondary stirring device
The dough is delivered to the rolling device；
The charger includes support frame, reciprocal transmission chain and feed hopper, and the upper end of support frame as described above is arranged on described secondary
At the charging aperture of agitating device, the lower end of support frame as described above is fixed on the base, and the reciprocal transmission chain is arranged on institute
State on support frame, the feed hopper is opening up to be arranged on the reciprocal transmission chain, and the feed hopper follows described past
Multiple transmission chain moves up and down；
When the feed hopper is located at bottom travel position, the peak of the feed hopper is less than the agitator tank, the stirring
Bottom end surface is retractable, and the dough after stirring is come down in torrents into the feed hopper by Action of Gravity Field；
The feed hopper is driven to the charging aperture of the secondary stirring device by the reciprocal transmission chain and is overturn flour
Pour into the secondary stirring device, then drive the feed hopper back to move reset by the reciprocal transmission chain again.
9. automatic noodle maker as claimed in claim 8, it is characterised in that：The automatic noodle maker includes being used for the rolling
The musculus cutaneus of device output carries out rolling the secondary rolling device to form the Juan Mian mechanisms of roll and roll musculus cutaneus again；
The conveying device includes opposite the first conveyer belt and the second conveyer belt of the adjacent and direction of motion, first conveyer belt
Close to the noodles, upper on-hook is set automatically, and second conveyer belt is set close to the rolling device；The noodles cutting dress
Setting on first conveyer belt, the Juan Mian mechanisms are located on second conveyer belt, and the secondary rolling device is located at
The junction of first transmission belt and second conveyer belt；
The Juan Mian mechanisms include a cross bar and two support bases, and support base described in two is correspondingly arranged at second conveyer belt
Both sides, vertical chute is offered on the support base, the two ends correspondence of the cross bar is shelved on the institute described in two on support base
State on vertical chute.
10. automatic noodle maker as claimed in claim 9, it is characterised in that：The automatic noodle maker further comprises shelving institute
The support of cross bar is stated, the support is located at the oblique upper of the secondary rolling device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620925041.6U CN206462314U (en) | 2016-08-23 | 2016-08-23 | Noodles go up on-hook and automatic noodle maker automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620925041.6U CN206462314U (en) | 2016-08-23 | 2016-08-23 | Noodles go up on-hook and automatic noodle maker automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206462314U true CN206462314U (en) | 2017-09-05 |
Family
ID=59710335
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620925041.6U Expired - Fee Related CN206462314U (en) | 2016-08-23 | 2016-08-23 | Noodles go up on-hook and automatic noodle maker automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206462314U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109455472A (en) * | 2018-11-30 | 2019-03-12 | 登封市启明轩程控设备有限公司 | Rod piece pipeline and vermicelli production system |
| CN109533908A (en) * | 2018-12-26 | 2019-03-29 | 广州市健力食品机械有限公司 | A kind of straight vermicelli hanging rod conveying device |
| CN111742950A (en) * | 2019-09-26 | 2020-10-09 | 安徽综科智能装备有限公司 | Noodle machine arranges pole mechanism |
| CN113973861A (en) * | 2021-10-28 | 2022-01-28 | 杨德良 | Continuous non-fried noodle extrusion molding machine |
| CN114304206A (en) * | 2022-01-12 | 2022-04-12 | 潍坊市农业科学院(山东省农业科学院潍坊市分院) | Multifunctional automatic noodle processing equipment |
| CN109533908B (en) * | 2018-12-26 | 2024-06-28 | 广州市健力食品机械有限公司 | Straight powder hanging rod conveying device |
-
2016
- 2016-08-23 CN CN201620925041.6U patent/CN206462314U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109455472A (en) * | 2018-11-30 | 2019-03-12 | 登封市启明轩程控设备有限公司 | Rod piece pipeline and vermicelli production system |
| CN109533908A (en) * | 2018-12-26 | 2019-03-29 | 广州市健力食品机械有限公司 | A kind of straight vermicelli hanging rod conveying device |
| CN109533908B (en) * | 2018-12-26 | 2024-06-28 | 广州市健力食品机械有限公司 | Straight powder hanging rod conveying device |
| CN111742950A (en) * | 2019-09-26 | 2020-10-09 | 安徽综科智能装备有限公司 | Noodle machine arranges pole mechanism |
| CN113973861A (en) * | 2021-10-28 | 2022-01-28 | 杨德良 | Continuous non-fried noodle extrusion molding machine |
| CN114304206A (en) * | 2022-01-12 | 2022-04-12 | 潍坊市农业科学院(山东省农业科学院潍坊市分院) | Multifunctional automatic noodle processing equipment |
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