CN108541734A - Full-automatic noodle press - Google Patents
Full-automatic noodle press Download PDFInfo
- Publication number
- CN108541734A CN108541734A CN201810691150.XA CN201810691150A CN108541734A CN 108541734 A CN108541734 A CN 108541734A CN 201810691150 A CN201810691150 A CN 201810691150A CN 108541734 A CN108541734 A CN 108541734A
- Authority
- CN
- China
- Prior art keywords
- pressure surface
- surface structure
- musculus cutaneus
- powder
- noodle press
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C11/00—Other machines for forming the dough into its final shape before cooking or baking
- A21C11/24—Apparatus for cutting out noodles from a sheet or ribbon of dough by an engaging pair of grooved rollers
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C1/00—Mixing or kneading machines for the preparation of dough
- A21C1/14—Structural elements of mixing or kneading machines; Parts; Accessories
- A21C1/142—Feeding mechanisms, e.g. skip lifting mechanisms
- A21C1/1425—Feeding mechanisms, e.g. skip lifting mechanisms for feeding in measured doses
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C3/00—Machines or apparatus for shaping batches of dough before subdivision
- A21C3/02—Dough-sheeters; Rolling-machines; Rolling-pins
- A21C3/024—Dough-sheeters; Rolling-machines; Rolling-pins using one or more rollers with an axis of rotation substantially parallel or oblique to the direction of dough transport
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C9/00—Other apparatus for handling dough or dough pieces
- A21C9/04—Apparatus for spreading granular material on, or sweeping or coating the surfaces of, pieces or sheets of dough
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C9/00—Other apparatus for handling dough or dough pieces
- A21C9/08—Depositing, arranging and conveying apparatus for handling pieces, e.g. sheets of dough
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C9/00—Other apparatus for handling dough or dough pieces
- A21C9/08—Depositing, arranging and conveying apparatus for handling pieces, e.g. sheets of dough
- A21C9/088—Folding or bending discrete dough pieces or dough strips
Abstract
The present invention relates to the technical field of noodle press, full-automatic noodle press is disclosed, including automatic noodle device, noodle press, beat powder device, gang tool device and storage apparatus；Noodle press includes top pressure surface structure, middle part pressure surface structure and bottom pressure surface structure, from top to bottom direction, and top pressure surface structure, middle part pressure surface structure, bottom pressure surface structure is sequentially arranged and mutual conduction；Top pressure surface structure have it is a plurality of for pigment mixture to be processed by face road, face road is equipped with the first two pairs of rollers, converge to form confluence in multiple face roads, multiple musculus cutaneus enter middle part pressure surface structure after confluence overlaps, middle part pressure surface structure is arranged with bottom pressure surface structure in dislocation, enters bottom pressure surface structure in rugosity by the musculus cutaneus of middle part pressure surface structure.In addition, by automatic noodle device, noodle press, playing combination between powder device, gang tool device and storage apparatus, reduce the personnel to operate, greatly enhances the degree of automation of noodle press.
Description
Technical field
The present invention relates to the technical field of noodle press, more particularly to full-automatic noodle press.
Background technology
Noodle press is the food machinery kneaded dough instead of traditional-handwork after flour is stirred evenly with water；It can suppress thick, thin
Other than noodles, various wheaten food such as musculus cutaneus, dumpling wrapper, steamed bun skin making, Wantun skin can be also suppressed.
Currently, by multiple mechanical combinations, the processes such as knead dough, pressure surface, cut surface are realized, to suppress various wheaten food,
In this way, staff is needed to participate in multiple steps, staff during the work time, accidentally can occurrence of equipment mistake
Hinder staff, the family to staff and life bring very big undesirable influence.
In the prior art, all it is to use a roll-forming, in this way, the strength of the wheaten food made when noodle press carries out pressure surface
Road and thickness are uniformly bad, influence mouthfeel；In addition, realizing that compacting wheaten food, each machinery are general all by multiple mechanical combinations
It is to work independently, the degree of automation is relatively low.
Invention content
The purpose of the present invention is to provide full-automatic noodle presses, it is intended to solve the degree of automation of noodle press in the prior art
Not high problem.
The invention is realized in this way full-automatic noodle press, including form the automatic knead dough dress of pigment mixture to be processed
Set, by the noodle press of the noodle device treated pigment mixture to be processed is squeezed into musculus cutaneus, by the noodle press
What pressed musculus cutaneus beat powder beats powder device, the gang tool by treated by beating powder device musculus cutaneus cuts into noodles
Device and the storage gang tool device cut the storage apparatus for the noodles to be formed；The noodle press includes multiple pressure surfaces
Structure, along direction from top to bottom, multiple pressure surface structures are sequentially arranged and mutual conduction；Multiple pressure surface structures include being in top
Top pressure surface structure and the bottom pressure surface structure being below, the automatic noodle device are connected to the top pressure surface structure, institute
It states and beats powder device described in the pressure surface fabric connectivity of bottom；It is described to beat powder device, the gang tool device and institute along from top to bottom
Storage apparatus is stated longitudinally to be sequentially arranged and mutual conduction.
Further, the noodle press includes middle part pressure surface structure, along direction from top to bottom, the top pressure surface knot
Structure, the middle part pressure surface structure, the bottom pressure surface structure is sequentially arranged and mutual conduction, and the top pressure surface structure has more
Item for pigment mixture to be processed by face road, the face road, which is equipped with, squeezes pigment mixture to be processed forms musculus cutaneus first
Two pairs of rollers, multiple face roads converge to form confluence, and multiple musculus cutaneus enter the middle part pressure surface knot after the confluence overlaps
Structure, middle part pressure surface structure and bottom pressure surface structure arrange in dislocation, by the musculus cutaneus of the middle part pressure surface structure in rugosity into
Enter the bottom pressure surface structure.
Further, it is in the first roller positioned opposite, two the first roller tools that first two pairs of rollers, which include two,
There are the first gap, pigment mixture to be processed to form musculus cutaneus by first gap；The noodle press includes in described
Multiple auxiliary wheels of top pressure surface superstructure, the auxiliary wheel are equipped with multiple circumferential rings along the auxiliary wheel around the auxiliary of arrangement
Bar, the auxiliary rod is helped to be disposed to extend along the direction away from the auxiliary wheel；The auxiliary wheel is logical with the first roller described in one
It crosses chain connection and realizes synchronous rotation, when first two pairs of rollers work, described in the first roller rotation synchronous drive described in one
Auxiliary wheel rotates, and the auxiliary rod guides the pigment mixture to be processed to enter first gap.
Further, the middle part pressure surface structure have second outlet, musculus cutaneus by the middle part pressure surface structure extruding at
The bottom pressure surface structure is entered by the second outlet after reason；The bottom pressure surface structure is equipped with swinging structure, the pendulum
Dynamic structure reciprocally swinging with the bottom pressure surface arrangement works, it is described when musculus cutaneus is moved down from the second outlet
Swinging structure contradicts musculus cutaneus, and musculus cutaneus is made to enter the bottom pressure surface structure in rugosity.
Further, the swinging structure include oscillating rod, the connection oscillating rod and in the oscillating deck of lateral arrangement with
And the oscillating motor of the driving oscillating rod reciprocally swinging, the oscillating deck are in the top of the bottom pressure surface structure.
Further, it is in third roller positioned opposite, two third rollers that the bottom pressure surface structure, which includes two,
Wheel has third space, and the musculus cutaneus for squeezing rugosity forms chewy more preferably musculus cutaneus by the third space；The bottom pressure
The lower section of face structure is equipped with transfer structure, and chewy more preferably musculus cutaneus beats powder device by the transfer structure described in.
Further, the powder device of beating includes beating powder pressure surface structure and beating powder structure, and chewy more preferably musculus cutaneus passes through
The transfer structure beats powder pressure surface structure described in entering；It is described beat powder structure include two be in storage tube positioned opposite, it is described
Storage tube has the areas Chu Fen, and the areas Chu Fen of two storage tubes are in positioned opposite, and two areas Chu Fen form logical for musculus cutaneus
The 5th gap crossed；The inside storage of the storage tube is useful for the powder and brush body of powder on musculus cutaneus, and the brush body rotation promotees
So that the powder is passed through the areas Chu Fen and upper powder is carried out to musculus cutaneus.
Further, it is described beat powder pressure surface structure have for musculus cutaneus by the 4th gap, along from top to bottom, the described 4th
It is arranged in longitudinal with the 5th gap in gap.
Further, the gang tool device includes multilayer along the cutter structure and driving multilayer being arranged from top to bottom
The first movement structure of the cutter structure movement, the cutter structure have multigroup cutter in campshed；The knife of each layer
Tool is in dislocation arrangement；Each cutter all has the cutting mouth entered for musculus cutaneus, and the powder device of beating is beaten with powder outlet is played
Powder treated musculus cutaneus enters the cutting mouth by the powder outlet of beating, and edge direction from top to bottom passes through the first movement
Powder outlet is played described in structure control to arrange it in longitudinal with the cutting mouth.
Further, the storage apparatus includes that Storing case for storing noodles and the control Storing case move
Second moving structure；When noodles are completed to store, the gang tool device cuts the noodles, make the noodles of storage all into
Enter the Storing case, second moving structure drives the Storing case to move outwardly.
Compared with prior art, full-automatic noodle press provided by the invention, water and flour are formed by automatic noodle device
Pigment mixture to be processed, treated that pigment mixture to be processed squeezes to form musculus cutaneus by noodle press for noodle device, pressure
Device pressed musculus cutaneus in face carries out beating powder by beating powder device, beats powder device treated that musculus cutaneus is cut by gang tool device
It cuts to form noodles, noodles are stored by storage apparatus；Pressure surface structure, middle part pressure surface structure and bottom pressure surface knot at top
Under the action of structure, overlapping extruding repeatedly is carried out to musculus cutaneus, greatly the chewy of noodles made of enhancing, to enhance mouthfeel；In addition,
By automatic noodle device, noodle press, combination between powder device, gang tool device and storage apparatus is played, makes face processed
Overall flow it is more smooth, reduce a large amount of personnel operation, greatly enhance the degree of automation of noodle press.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram of full-automatic noodle press provided in an embodiment of the present invention；
Fig. 2 is the stereoscopic schematic diagram of the noodle press of full-automatic noodle press provided in an embodiment of the present invention；
Fig. 3 is the stereoscopic schematic diagram of the noodle press of full-automatic noodle press provided in an embodiment of the present invention；
Fig. 4 is the three-dimensional signal of the pressure surface gap self-regulation structure of full-automatic noodle press provided in an embodiment of the present invention
Figure；
Fig. 5 is the three-dimensional signal of the pressure surface gap self-regulation structure of full-automatic noodle press provided in an embodiment of the present invention
Figure；
Fig. 6 is the stereoscopic schematic diagram for beating powder device of full-automatic noodle press provided in an embodiment of the present invention；
Fig. 7 is the exploded perspective signal of the storage tube for beating powder device of full-automatic noodle press provided in an embodiment of the present invention
Figure；
Fig. 8 is the stereoscopic schematic diagram of the gang tool device of full-automatic noodle press provided in an embodiment of the present invention；
Fig. 9 is the stereoscopic schematic diagram of the gang tool device of full-automatic noodle press provided in an embodiment of the present invention；
Figure 10 is the stereoscopic schematic diagram of the first movement structure of full-automatic noodle press provided in an embodiment of the present invention；
Figure 11 is the stereoscopic schematic diagram of the storage apparatus of full-automatic noodle press provided in an embodiment of the present invention；
Figure 12 is the stereoscopic schematic diagram of the second moving structure of full-automatic noodle press provided in an embodiment of the present invention.
Specific implementation mode
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
The same or similar label correspond to the same or similar components in the attached drawing of the present embodiment；In description of the invention
In, it is to be understood that if there is the orientation or positional relationship of the instructions such as term "upper", "lower", "left", "right" for based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, and does not indicate or imply the indicated dress
It sets or element must have a particular orientation, with specific azimuth configuration and operation, therefore the use of position relationship described in attached drawing
Language only for illustration, should not be understood as the limitation to this patent, for the ordinary skill in the art, can be with
The concrete meaning of above-mentioned term is understood as the case may be.
The realization of the present invention is described in detail below in conjunction with specific embodiment.
Referring to Fig.1 shown in -12, preferred embodiment is provided for the present invention.
Full-automatic noodle press provided by the invention, the degree of automation for solving the problems, such as noodle press be not high.
Full-automatic noodle press includes automatic noodle device 300, noodle press 400, beats powder device 600, gang tool device
700 and storage apparatus 800, water and flour pigment mixture to be processed, noodle press are formed by automatic noodle device 300
400 by noodle device, treated that pigment mixture to be processed squeezes to form musculus cutaneus 10, beats powder device 600 by noodle press 400
Pressed musculus cutaneus 10 beat powder, and gang tool device 700 will treated by the beating powder device 600 cutting formation of musculus cutaneus 10
Noodles, storage apparatus 800 are used to store the noodles that the cutting of gang tool device 700 is formed.
Noodle press 400 includes multiple pressure surface structures, and along direction from top to bottom, multiple pressure surface structures are sequentially arranged and mutually
Conducting；Multiple pressure surface structures include the bottom pressure surface structure 430 for being in the top pressure surface structure 410 of top and being below, from
The dynamic connection of noodle device 300 top pressure surface structure 410, powder device 600 is beaten in the connection of bottom pressure surface structure 430；Along from top to bottom, beat
Powder device 600, gang tool device 700 and storage apparatus 800 be longitudinal to be sequentially arranged and mutual conduction.
Above-mentioned full-automatic noodle press, water and flour form pigment mixture to be processed by automatic noodle device 300, and
Device treated pigment mixture to be processed in face forms musculus cutaneus 10 by the extruding of noodle press 400, after noodle press 400 is suppressed
Musculus cutaneus 10 carry out beating powder by beating powder device 600, beat powder device 600 treated that musculus cutaneus 10 passes through gang tool device 700
Cutting forms noodles, and noodles are stored by storage apparatus 800；At top pressure surface structure 410, middle part pressure surface structure 420 with
And under the action of bottom pressure surface structure 430, overlapping extruding repeatedly is carried out to musculus cutaneus 10, greatly enhance the chewy of manufactured noodles,
To enhance mouthfeel；In addition, by automatic noodle device 300, noodle press 400, beating powder device 600, gang tool device 700
And the combination between storage apparatus 800, keep the overall flow in face processed more smooth, reduces a large amount of personnel's operation, greatly
Enhance the degree of automation of noodle press.
Full-automatic noodle press is equipped with control piece, multiple sensors, drives automatic noodle device 300, noodle press 400, beats
Multiple motors that powder device 600, gang tool device 700 and storage apparatus 800 work, control piece is according to the program set
Receiving sensor signal controls each motor work, to drive automatic noodle device 300, noodle press 400, beat powder device
600, gang tool device 700 and storage apparatus 800 work, and realize full-automatic noodle press automation mechanized operation.
In the present embodiment, top pressure surface structure 410 have it is a plurality of for pigment mixture to be processed by face road 412, face
Road 412, which is equipped with, squeezes the first two pairs of rollers that pigment mixture to be processed forms musculus cutaneus 10, and multiple face roads 412 converge to form confluence,
Multiple musculus cutaneus 10 enter middle part pressure surface structure 420 after confluence overlaps, in this way, contributing to the chewy of enhancing musculus cutaneus 10.
Middle part pressure surface structure 420 is arranged with bottom pressure surface structure 430 in dislocation, and the musculus cutaneus of middle part pressure surface structure 420 is passed through
10 enter bottom pressure surface structure 430 in rugosity；In this way, after the musculus cutaneus 10 of rugosity is squeezed by bottom pressure surface structure 430, squeeze
Swaging at musculus cutaneus 10 its chewy more preferably.
The transmission speed of middle part pressure surface structure 420 is more than the transmission speed of bottom pressure surface structure 430, in this way, ensureing, musculus cutaneus
10 form rugosity before entering bottom pressure surface structure 430, improve the chewy for being subsequently formed noodles.
It is in the first roller 418 positioned opposite that first two pairs of rollers, which include two, and two the first rollers 418 have the first gap
411, pigment mixture to be processed forms musculus cutaneus 10 by the first gap 411；It is rolled by controlling two the first rollers 418, from
And pigment mixture to be processed is squeezed and conveyed, enter middle part pressure to make pigment mixture to be processed form musculus cutaneus 10
Face structure 420.
Noodle press 400 includes multiple auxiliary wheels 413 in 410 top of top pressure surface structure, and auxiliary wheel 413 is equipped with more
A circumferential ring along auxiliary wheel 413 is around the auxiliary rod 414 of arrangement, and auxiliary rod 414 is along away from the direction of auxiliary wheel 413 extension cloth
It sets；Auxiliary wheel 413 connect realization by chain with the first roller of one 418 and rotates synchronously, when the first two pairs of rollers work, the first roller
418 rotation synchronous drive auxiliary wheel 413 of wheel rotates, and auxiliary rod 414 guides pigment mixture to be processed to enter the first gap 411；
In this way, entering top pressure surface structure 410 convenient for pigment mixture to be processed.
Multiple auxiliary wheels 413 are divided into 413 groups of multigroup auxiliary wheel, and the auxiliary wheel 413 in 413 groups of auxiliary wheel is along side from top to bottom
It is ladder-like arranged to towards 411 direction of the first gap；Under the action of multiple auxiliary wheels 413, make pigment mixture to be processed
It is moved to 411 direction of the first gap, enters top pressure surface structure 410 convenient for pigment mixture to be processed, realize the pressure of musculus cutaneus 10
System.
Furthermore the auxiliary rod 414 of multiple auxiliary wheels 413 is arranged in dislocation；The auxiliary rod 414 of multiple auxiliary wheels 413 in this way
It will not cause to influence each other, meanwhile, contribute to the guide range for increasing multiple auxiliary rods 414 to pigment mixture to be processed, protects
Demonstrate,prove the guide effect of multiple auxiliary rods 414.
Auxiliary wheel 413 connect realization by chain with the first roller of one 418 and rotates synchronously, when the first two pairs of rollers work,
First roller 418 rotates synchronous drive auxiliary wheel 413 and rotates；Realize that auxiliary wheel 413 rotates.
Seal chamber 415 is equipped with directing plate 416, and directing plate 416 is between two groups of 413 groups of auxiliary wheels, in directing plate 416
Portion is raised upward, and the both ends of directing plate 416 extend towards 411 direction of the first gap；Under the action of directing plate 416, convenient for waiting for
Processing pigment mixture enters top pressure surface structure 410, realizes the compacting of musculus cutaneus.
One end of directing plate 416 is respectively at the both sides in the first gap 411 with the cavity wall of seal chamber 415, along from top to bottom
The one end in direction, directing plate 416 is gradually reduced at a distance from the cavity wall of seal chamber 415；In this way, one end of directing plate 416 with it is close
Guiding role is played in the cavity wall cooperation of envelope chamber 415, enters the first gap 411 convenient for pigment mixture to be processed.
There is top pressure surface structure 410 roads Liang Tiaomian 412, the roads Liang Tiaomian 412 to be equipped with the first two pairs of rollers, the roads Liang Gemian 412
Lower part is converged to form confluence, and two musculus cutaneus 10 enter middle part pressure surface structure 420 after confluence overlaps；Pass through two musculus cutaneus 10
Overlapping, contribute in this way reinforce musculus cutaneus 10 chewy, to make the later stage formed pigment mixture to be processed chewy it is more sufficient.
There is full-automatic noodle press seal chamber 415, the top of seal chamber 415 to be connected to automatic noodle device 300, seal chamber
415 lower part connection top pressure surface structure 410, from top to bottom, the chamber diameter of seal chamber 415 is gradually reduced, and is convenient for pigment to be processed
Mixture enters top pressure surface structure 410.
Middle part pressure surface structure 420 include the second two pairs of rollers, the second two pairs of rollers include two be in the second roller positioned opposite, two
After there is second roller the second gap 421, pigment mixture to be processed to form musculus cutaneus 10 by the extruding of the first gap 411, enter
Converge area 417, by the second gap 421, to be pressed further by musculus cutaneus 10, to improve the chewy of musculus cutaneus 10；In addition,
It is rolled by controlling two the second rollers, to be conveyed to musculus cutaneus 10, to make bottom pressure surface structure in the entrance of musculus cutaneus 10
430。
Bottom pressure surface structure 430 include third two pairs of rollers, third two pairs of rollers include two be in third roller positioned opposite, two
Third roller has third space 431；Along direction from top to bottom, the second gap 421 is arranged with third space 431 in dislocation, this
Sample enters third space 431 convenient for musculus cutaneus 10 in rugosity.
Specifically, there is middle part pressure surface structure 420 10 second outlet of musculus cutaneus, musculus cutaneus 10 to be squeezed by middle part pressure surface structure 420
Bottom pressure surface structure 430 is entered by second outlet after pressure processing；Bottom pressure surface structure 430 is equipped with swinging structure, swinging structure
The reciprocally swinging with the work of bottom pressure surface structure 430, when musculus cutaneus 10 is moved down from second outlet, swinging structure contradicts musculus cutaneus
10, so that musculus cutaneus 10 is entered bottom pressure surface structure 430 in rugosity；Under the action of swinging structure, it is in multilayer folding to make musculus cutaneus 10
Enter bottom pressure surface structure 430 afterwards, further enhances the chewy of musculus cutaneus 10.
Furthermore swinging structure includes oscillating rod 440, connects oscillating rod 440 and in the oscillating deck 442 of lateral arrangement and drive
The oscillating motor 441 of 440 reciprocally swinging of movable pendulum lever, oscillating deck 442 are in the top of bottom pressure surface structure 430；Swing electricity
Machine 441 realizes 440 reciprocally swinging of oscillating rod by positive and negative rotation.
Oscillating deck 442 arches upward arc-shaped shape arrangement upward, in this way, oscillating deck 442 does not interfere with bottom pressure surface knot when swinging
Structure 430 works.
Oscillating deck 442 has starting swing position and terminates swing position, when oscillating deck 442 is in starting swing position
When, oscillating deck 442 is in the left side of second outlet, terminates swing position when oscillating deck 442 is in, oscillating deck 442 contradicts musculus cutaneus
10 and in third space 431 left side；In this way, musculus cutaneus 10 is completed to fold before entering bottom pressure surface structure 430, ensure bottom
Pressure surface structure 430 works normally.
Bottom pressure surface structure 430 includes two third rollers, and two third rollers are in positioned opposite, two third roller tools
There is third space 431, the musculus cutaneus 10 for squeezing rugosity forms chewy more preferably musculus cutaneus 10 by third space 431；Bottom pressure surface
The lower section of structure 430 is equipped with transfer structure 500, and chewy more preferably musculus cutaneus 10 is entered by transfer structure 500 beats powder device 600；
Realize the transmission of musculus cutaneus 10.
Automatic noodle device 300 and 400 longitudinal direction of noodle press are sequentially arranged to form the first preparing department, beat 600 He of powder device
Gang tool device 700 and 800 longitudinal direction of storage apparatus are sequentially arranged to form the second preparing department, and the first preparing department and second makes
Portion is in be arranged side by side；In this way, reducing longitudinal height of automation noodle press, enter automatic noodle device 300 convenient for flour and water,
Simultaneously convenient for the operation to automating noodle press.
In the present embodiment, powder device 600 is beaten including beating powder pressure surface structure 620 and beating powder structure 610, chewy more preferably face
Skin 10 is entered by transfer structure 500 beats powder pressure surface structure 620；It is in storage tube positioned opposite that powder structure 610, which is beaten, including two,
There is storage tube the areas Chu Fen 613, the areas Chu Fen 613 of two storage tubes to arrange that the areas Liang Gechufen 613 are formed for musculus cutaneus 10 in face
By the 5th gap 612；The inside storage of storage tube is useful for the powder and brush body of powder on musculus cutaneus 10, and brush body rotation promotes
Powder carries out upper powder by the areas Chu Fen 613 to musculus cutaneus 10；By controlling brush body rotation, when musculus cutaneus 10 is by five gaps 612,
Upper powder is carried out to musculus cutaneus 10, simple in structure, upper powder rate is more preferably.
Storage tube is cylindrical, 613 arc-shaped arrangement of the areas Chu Fen, and the upper and lower part in the 5th gap 612 is in flaring respectively
Shape spreads convenient for powder from the areas Chu Fen 613 and spreads downward upward, in this way, being carried out to musculus cutaneus 10 convenient for the areas Chu Fen 613
Powder.
The areas Chu Fen 613 form multiple rows of through-hole, and each exhausting hole is arranged in dislocation；In this way, powder can be covered more comprehensively between the 5th
Gap 612 enhances the effect to powder on musculus cutaneus 10 by each through-hole.
Along the inside of storage tube to outside direction, through-hole is in flared, in this way, increasing the range of powder diffusion, in enhancing
Powder effect.
The brush body has multigroup brush filament 614, along the circumferencial direction of brush body, 614 arranged for interval of multigroup brush filament, and brush filament 614
Radial direction along brush body is disposed to extend, and when brush body rotates, is enhanced the floating effect of powder, is carried out by through-hole convenient for powder
Powder；In addition, the clearance space between multigroup brush filament 614, can increase powder storage amount, the duration for beating musculus cutaneus 10 powder is lengthened, is carried
High working efficiency.
There is storage tube barrel annular in shape, barrel to be enclosed enclosed space, and brush body is in the enclosed space of barrel；Brush
Silk 614 extends along the radial direction of brush body contradicts the barrel；The attached barrel of powder note or the areas Tie Fuchufen 613 effectively are avoided,
Through-hole is caused to block, powder effect is beaten in influence；In addition, the powder outlet quantity of enhancing powder, ensures the upper powder effect to musculus cutaneus 10.
Automatic powder device 600 of beating includes the multiple fixing pieces 615 being fixed on noodle press, and multiple fixing pieces 615 divide
It Gu Ding not barrel；In this way, avoiding brush body rotation that barrel is caused to shake, to improve the job stability for beating powder device 600 automatically.
Multiple fixing pieces 615 correspond to two-by-two, are in upper and lower alignment, or in the corresponding arrangement in left and right；In this way, fixing piece
More preferably, the job stability of powder device 600 is beaten in enhancing to 615 fixed effect automatically.
Beat powder pressure surface structure 620 have for musculus cutaneus 10 by the 4th gap 621, along from top to bottom, the 4th gap 621 with
It is arranged in longitudinal in 5th gap 612；The advantages of this arrangement are as follows entering the 5th from the 4th gap 621 convenient for musculus cutaneus 10
Gap 612.
Beating powder pressure surface structure 620 can further musculus cutaneus 10 be squeezed, to enhance the chewy of musculus cutaneus 10.
It beats powder device 600 and is equipped with gap self-regulation structure 900, to adjust the 5th gap 612, as needed, adjust
The size in the 5th gap 612 is realized and carries out beating powder to the musculus cutaneus 10 of different-thickness.
Gang tool device 700 includes 711 structure 710 of multilayer cutter and first movement structure 720, first movement structure
720 can drive 711 structure of multilayer cutter, 710 transverse shifting, along from top to bottom, 711 about 710 structure of each layer cutter sequentially cloth
It sets；There is 711 structure 710 of cutter multigroup cutter 711 in lateral separation arrangement, cutter 711 to have for cutting 10 shape of musculus cutaneus
At the cutting gap 712 of noodles, each layer cutter 711 is arranged in dislocation, and each cutting gap 712 is arranged in dislocation；Multilayer cutter
711 structures 710 are relatively fixed first movement structure 720 respectively.
Musculus cutaneus 10 is cut in the realization of cutting gap 712 that musculus cutaneus 10 enters cutter 711, passes through each cutter of each layer
711, realize the noodles for cutting into different-thickness, also, each layer cutter 711 is arranged in dislocation, each cutter 711 will not cause phase
Mutually influence, meanwhile, reduce integrally-built volume；Since 711 structure 710 of multilayer cutter is relatively fixed first movement structure respectively
720, when needing to switch cutter 711,720 transverse shifting of first movement structure, to drive 711 structure of multilayer cutter 710 horizontal
To movement, the switching of different cutters 711 is realized；In this way, according to the thickness demand of different noodles, pass through first movement structure
720 realizations are switched fast cutter 711, greatly enhance working efficiency.
In the present embodiment, the top of 711 structure 710 of cutter is equipped with beats powder device 600 for beat powder to musculus cutaneus 10, beats powder
Device 600, which has, plays powder outlet 630, and the musculus cutaneus 10 for completing to beat powder moves downward from powder outlet 630 is played；Along direction from top to bottom,
First movement structure 720 drives 711 structure 710 of each layer cutter to move, and makes the cutting gap 712 of cutter 711 and plays powder outlet 630
In consistency from top to bottom, it is in consistency from top to bottom to switch the cutting gap 712 of each cutter 711 and play powder outlet 630, realizes cutter 711
Switching；Musculus cutaneus 10 enters cutting gap 712 from powder outlet 630 is played, convenient for forming noodles to the cutting of musculus cutaneus 10；Meanwhile according to cutting
It is in consistency from top to bottom to cut gap 712 and play powder outlet 630, is convenient for the switching of cutter 711.
Furthermore gang tool device 700 includes multiple position sensors, and each position sensor corresponds to each cutter 711；
Each position sensor is electrically connected control piece, in this way, convenient for being positioned to the specific location of each cutter 711, ensures knife
The accuracy of 711 switching of tool.
711 structure 710 of multilayer cutter includes 711 structure 710 of 711 structure 710 of upper layer cutter and lower layer's cutter, upper layer cutter
711 structures 710 are with 711 structure 710 of lower layer's cutter in overlapping shape arrangement up and down, each cutter of 711 structure 710 of upper layer cutter
711 arrange in same plane, and each cutter 711 of 711 structure 710 of lower layer's cutter is arranged in same plane；Consequently facilitating to each
A cutter 711 switches over；In addition, being arranged convenient for 711 structure 710 of each layer cutter.
Pitch area 713,711 structure 710 of lower layer's cutter are formed between two cutters 711 of 711 structure 710 of upper layer cutter
Cutting gap 712 and the pitch area 713 of cutter 711 be in upper and lower alignment；In this way, cutter 711 structure 710 in upper layer is under
Layer 711 structure 710 of cutter will not cause to influence each other.
Pitch area 713,711 structure 710 of upper layer cutter are formed between two cutters 711 of 711 structure 710 of lower layer's cutter
Cutting gap 712 and the pitch area 713 of cutter 711 be in upper and lower alignment；In this way, cutter 711 structure 710 in upper layer is under
Layer 711 structure 710 of cutter will not cause to influence each other.
First movement structure 720 include side by side and two the first guide rails 722 and movable stand 721 of lateral arrangement, it is mobile
Two the first guide rails 722 are fixed in 721 activity of frame, and 711 structure 710 of multilayer cutter is relatively fixed movable stand 721 respectively；Pass through movement
The transverse shifting on the first guide rail 722 of frame 721 realizes 711 structure of multilayer cutter, 710 transverse shifting, to carry out each cutter
711 switching.
Along direction from top to bottom, 711 structure 710 of multilayer cutter, movable stand 721 and two the first guide rails 722 cloth successively
It sets；Setting cuts musculus cutaneus 10 convenient for 711 structure 710 of multilayer cutter in this way, avoids movable stand 721 and two first are led
Rail 722 influences 711 structure 710 of multilayer cutter and is cut to musculus cutaneus 10.
The middle part of movable stand 721 forms perforation region 723 in hollow form, and perforation region 723 is respectively communicated with movable stand 721
Upper and lower part；The cutting gap 712 of each cutter 711 is in perforation region 723；In this way, musculus cutaneus 10 is cut by cutter 711
It cuts to form noodles, noodles continue to transmit, convenient for the collection to noodles；Meanwhile avoiding the collection of the influence noodles of movable stand 721.
Gang tool device 700 convenient for switching cutter 711 is equipped with driving motor, plays motor for driving movable stand
721
Mobile, driving motor is electrically connected control piece, and according to pre-set programs, the lateral of automation control movable stand 721 is moved
Dynamic distance, to realize automation switching cutter 711.
Storage apparatus 800 includes 611 body 810 of Storing case and the second moving structure 820, and 611 body 810 of Storing case is for storing up
Noodles are put, the second moving structure 820 is laterally moved for 611 body 810 of Storing case；Second moving structure 820 includes the second guide rail
830822 and Mobile base 821, the second guide rail 830822 extends transversely arrangement, and Mobile base 821 is flexibly connected the second guide rail
830822, Mobile base 821 has third guide rail, third guide rail arrangement extendable in the longitudinal direction, also, third guide rail is for Storing case
611 bodies 810 move longitudinally；611 body 810 of Storing case is equipped with weighing apparatus, when noodles are stored in 611 body 810 of Storing case, weighs
Device measures the weight of noodles.
Storage apparatus 800 realizes the storage of noodles by 611 body 810 of Storing case, during noodles store, the second movement
Structure 820 is laterally moved for 611 body 810 of Storing case, to enhance the storage space of 611 body 810 of Storing case, convenient for noodles
Storage；Since 611 body 810 of Storing case is equipped with weighing apparatus, the storage weight of noodles can be understood at any time, in this way, can be as needed,
Realize the quantitative storage of noodles；After noodles store, 611 body 810 of Storing case is moved longitudinally by third guide rail, to
Convenient for being extracted to 611 body 810 of Storing case；By above structure, noodles are quantitatively stored in realization, meanwhile, it is convenient for Storing case 611
Body 810 extracts, and whole work efficiency is greatly improved.
In the present embodiment, third guide rail is in the middle part of Mobile base 821, and the both ends of Mobile base 821 are respectively equipped with firm plate,
Along the moving direction of third guide rail, firm plate is disposed to extend；611 body 810 of Storing case includes the bottom plate 814 of fixed third guide rail,
Third guide rail is fixed at the middle part of bottom plate 814, and the both ends of bottom plate 814 contradict firm plate respectively；In this way, 611 body 810 of Storing case is along vertical
To when movement, the both ends of two firm plates difference support baseboards 814 are more steady to make 611 body 810 of Storing case move,
Meanwhile it when 611 body 810 of Storing case being avoided to move longitudinally, causing to tilt and shake excessive.
Furthermore 611 body 810 of Storing case includes that tank shell extracts babinet 812, and extraction babinet 812 is for storing noodles, box shell
Body is enclosed placement space with bottom plate 814, and extraction babinet 812 is in placement space；It is moved in this way, 611 body of Storing case 810 is longitudinal
After dynamic, by extraction babinet 812 of the extraction in placement space, to realize the transfer to noodles.
There are tank shell multiple tank walls 811, multiple tank walls 811 to be in the lower section of tank wall 811, bottom in shape, bottom plate 814 is enclosed
Plate 814 is enclosed placement space with tank wall 811；When extraction babinet 812 is in placement space, extraction babinet 812 and tank wall 811
With extraction gap；In this way, operating personnel by extract gap, convenient for extraction babinet 812 extract.
Tank wall 811 is equipped with the fixed block of multiple reciprocating movements, and multiple fixed blocks are in extraction gap；When extraction babinet 812
When in placement space, multiple fixed blocks are towards the movement of extraction babinet 812 and contradict extraction babinet 812；In this way, noodles are storing
In the process, 611 body 810 of Storing case is along 830822 transverse shifting of the second guide rail, and extraction babinet 812 will not be caused to shake and partially
It moves, stores noodles to influence to extract babinet 812.
After 611 body 810 of Storing case is along the longitudinal movement of third guide rail, multiple fixed blocks are moved backwards to extraction babinet 812
It is dynamic, so that multiple fixed blocks is detached with extraction babinet 812；Consequently facilitating extraction babinet 812 extracts.
Fixed block is equipped with mobile motor, and by mobile motor forward or reverse, driving fixed block moves back and forth；Mobile motor
It is electrically connected with control piece, control piece controls mobile motor work, realizes that automation control fixed block moves back and forth.
Along the moving direction of third guide rail, the both ends of firm plate are respectively equipped with barrier plate 813, and barrier plate 813 extends upward
Arrangement；During 611 body 810 of Storing case moves longitudinally, when tank wall 811 contradicts barrier plate 813, the blocking storage of barrier plate 813
611 body 810 of case continues to move to；The advantages of this arrangement are as follows when 611 body 810 of Storing case being avoided to vertically move, Storing case 611
Body 810 is detached from third guide rail, leads to falling for noodles, causes to waste.
The front of barrier plate 813 is equipped with alignment sensor, is detected by alignment sensor when 611 body 810 of Storing case is moved
When, control piece controls 611 body 810 of Storing case and stops movement, reduces the impact that 611 body 810 of Storing case is contacted with barrier plate 813
Power ensures the blocking effect of barrier plate 813, meanwhile, it plays a protective role to 611 body 810 of Storing case and barrier plate 813.
Specifically, the top of 611 body 810 of Storing case is equipped with the gang tool device for forming noodles for cutting musculus cutaneus 10
700, there is gang tool device 700 whereabouts mouth, noodles to enter 611 body 810 of Storing case from whereabouts mouth；Extraction babinet 812 has
Upper opening, whereabouts mouth is with upper opening in corresponding arrangement up and down；In this way, entering extraction babinet 812 convenient for noodles, it is convenient for noodles
Storage.
Furthermore the upper opening formation for extracting babinet 812 falls into region, when Mobile base 821 is horizontal along the second guide rail 830822
To when movement, whereabouts mouth is in the top for falling into region and in corresponding arrangement up and down；Effectively ensure that noodles are each fallen in this way
It extracts in babinet 812, avoids slender trickle down from extracting outside babinet 812, cause to waste.
Along the longitudinal direction, 611 body 810 of Storing case is in the middle part of third guide rail；In this way, 611 body 810 of Storing case is along longitudinal direction
There are two moving directions for direction tool, in this way, can be as needed, the moving direction of 611 body 810 of Storing case is controlled, convenient for storage
The extraction babinet 812 put in 611 body 810 of case extracts.
Weighing apparatus is arranged in bottom plate 814, and weighing apparatus has face of weighing, and face of weighing, which is pressurized, realizes that weighing apparatus is weighed；
Tank wall 811 has lower ending opening in shape is enclosed, and face of weighing blocks lower ending opening, ensures the accuracy of weighing of weighing apparatus.
Full-automatic noodle press includes flour case 100, and for flour case 100 for storing flour, flour case 100 is connected to automatic knead dough
Device 300；Flour case 100 has two chambers, realizes that different types of flour is placed；Chamber is connected to automatic by pipeline
Noodle device 300, automatic noodle device 300 and pipeline connectivity part are equipped with aspirator, aspirator by the flour in pipeline aspirate into
Automatic noodle device 300, to keep the unimpeded of pipeline；In addition, under the action of aspirating gas, different types of flour is avoided to make
At accidentally mixing, being made for wheaten food is influenced.
Flour case 100 is equipped with switch valve with pipeline connectivity part, and flour case 100 is equipped with gage probe, gage probe electricity
Property connection control piece, realize gage probe and control piece signal transmission, control piece set flour inlet；When reaching face
When powder inlet, control piece controlling switch valve is closed, and obstructs the connection of chamber and pipeline, is realized and is carried out automatically to flour inlet
Metering, improves the degree of automation of full-automatic noodle press.
Full-automatic noodle press includes water tank 200, and water tank 200 is connected to automatic noodle device 300, and water tank 200 is equipped with metering and passes
Sensor, gage probe are electrically connected control piece, realize the signal transmission of gage probe and control piece；Gage probe detects
The water of water tank 200 enters the inlet of automatic noodle device 300, and realization automatically measures the inlet of water, improves entirely certainly
The degree of automation of dynamic noodle press.
Top pressure surface structure 410 is equipped with gap self-regulation structure 900, and the first two pairs of rollers include two in positioned opposite the
One pressure roller and the second pressure roller, 900 regulation motor of gap self-regulation structure, the first pressure roller and the second pressure roller are in laterally opposed cloth
It sets, there is motor power output end, motor to be fixed on noodle press, and the first pressure roller and the second pressure roller have the first of compacting wheaten food
Gap 411；The power output end of motor is connected with mobile bar 960, and motor drives 960 transverse shifting of mobile bar；First pressure roller is solid
There are fixed frame, the power output end of one end connection motor of mobile bar 960, the other end of mobile bar 960 to fix fixed frame surely；When
When motor works, when mobile bar 960 drives the first pressure roller to generate lateral displacement, the first gap 411 is adjusted.
It is driven by motor, instead of original manual adjusting, so that the first gap 411 is adjusted and more automate, improve work
The efficiency of work, while ensureing the accuracy that the first gap 411 is adjusted, also, by driving motor, realize the first pressure of automatic adjustment
First gap 411 of roller and the second pressure roller.
In the present embodiment, along the axial direction of the first pressure roller, the first pressure roller, which runs through, has drive shaft, drive shaft to extend to first
It is respectively formed outer end outside the both ends of pressure roller；Fixed frame fixes two outer ends respectively；The advantages of this arrangement are as follows fixed frame
The first pressure roller normal work is not interfered with.
Fixed frame includes longitudinal plate 930 and is connected to two transverse plates 940 of 930 both sides of longitudinal plate, 930 edge of longitudinal plate
The axial direction of first pressure roller is disposed to extend, transverse plate 940 and 930 perpendicular arrangement of longitudinal plate；Transverse plate is run through in outer end
940；Enhancing transverse plate 940 is relatively fixed stability with drive shaft, when ensureing 940 transverse shifting of transverse plate, drive shaft is driven to move
It is dynamic, to drive the movement of the first pressure roller.
Outer end forms terminal part outwardly through transverse plate 940, and terminal part is fixed with fixed block, and the cross is run through in outer end
To plate 940, transverse plate 940 is made to form through hole 950, fixed block is more than the aperture of through hole 950；To avoid drive shaft from being detached from
Transverse plate 940 enhances the relative securement of fixed frame and the first pressure roller.
Specifically, the middle part of longitudinal plate 930 forms bearing, the other end of mobile bar 960 fixes the fixation of longitudinal plate 930
Place；In this way, when 930 stress of longitudinal plate moves, middle part can be in the tractive force that mobile bar 960 applies, longitudinal plate 930 is reduced and move
It is shaken when dynamic, improves the mobile stationarity of the first pressure roller movement.
The power output end of motor is equipped with power output shaft, and power output shaft is embedded and is threadedly coupled the one of mobile bar 960
End；When power output shaft rotates, mobile bar 960 drives the first pressure roller with respect to the second pressure with respect to power output shaft transverse shifting
Roller moves；It by screw thread, realizes that mobile bar 960 is relatively moved with power output shaft, is convenient for the transmission of power, reduce kinetic energy damage
Consumption.
Power output shaft, which is equipped with, terminates screw thread, when power output shaft and mobile bar 960 are away from each other to be moved to and terminate at screw thread
It can not then continue to move to, to avoid power output shaft from being detached with mobile bar 960, overall structure be caused to break down.
Mobile bar 960 is equipped with mounting hole, and power output shaft has fixed convex block, power output shaft opposite with mobile bar 960
From movement, when fixed convex block is embedded in mounting hole, power output shaft can not then be continued to move to mobile bar 960, to avoid moving
Power output shaft is detached with mobile bar 960, and overall structure is caused to break down.
Noodle press is fixed with fixed plate 920, fixed plate 920 have for power output shaft by through-hole, power output shaft
Mobile bar 960 is connected through through-hole；It is in hanging shape that motor, which fixes fixed plate 920,；Shorten motor transmission range, reduction is surely damaged
Consumption；In addition, convenient for the repair and replacement of motor.
The multiple sensors and driving device that noodle press is equipped with control piece, detects noodle press work in every, driving device
Driving motor, the first pressure roller and the second pressure roller work；Driving device and multiple sensings is electrically connected in control piece
Device；In this way, realizing noodle press automation mechanized operation.
The above is merely preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and
All any modification, equivalent and improvement made by within principle etc., should all be included in the protection scope of the present invention.
Claims (10)
1. full-automatic noodle press, which is characterized in that including formed pigment mixture to be processed automatic noodle device, will it is described and
The noodle press of face device treated pigment mixture to be processed is squeezed into musculus cutaneus, by the pressed musculus cutaneus of the noodle press
Beat powder plays powder device, gang tool device and storage by treated by beating powder device musculus cutaneus cuts into noodles
The gang tool device cuts the storage apparatus for the noodles to be formed；The noodle press includes multiple pressure surface structures, along from upper
And lower direction, multiple pressure surface structures are sequentially arranged and mutual conduction；Multiple pressure surface structures include the top pressure surface knot in top
Structure and the bottom pressure surface structure being below, the automatic noodle device are connected to the top pressure surface structure, the bottom pressure surface
Powder device is beaten described in fabric connectivity；It is described to beat powder device, the gang tool device and the storage apparatus along from top to bottom
Longitudinal direction is sequentially arranged and mutual conduction.
2. full-automatic noodle press as described in claim 1, which is characterized in that the noodle press includes middle part pressure surface structure,
Along direction from top to bottom, the top pressure surface structure, the middle part pressure surface structure, the bottom pressure surface structure is sequentially arranged and phase
Mutually conducting, the top pressure surface structure have it is a plurality of for pigment mixture to be processed by face road, the face road be equipped with squeeze
Pigment mixture to be processed forms the first two pairs of rollers of musculus cutaneus, and multiple face roads converge to form confluence, and multiple musculus cutaneus are described
Enter the middle part pressure surface structure after the overlapping of confluence, middle part pressure surface structure is arranged with bottom pressure surface structure in dislocation, and institute is passed through
The musculus cutaneus for stating middle part pressure surface structure enters the bottom pressure surface structure in rugosity.
3. full-automatic noodle press as claimed in claim 2, which is characterized in that first two pairs of rollers include two in positioned opposite
The first roller, there is the first gap, pigment mixture to be processed to be formed by first gap two first rollers
Musculus cutaneus；The noodle press includes multiple auxiliary wheels in the top pressure surface superstructure, and the auxiliary wheel is equipped with multiple
Around the auxiliary rod of arrangement, the auxiliary rod edge is disposed to extend circumferential ring along the auxiliary wheel away from the direction of the auxiliary wheel；
The auxiliary wheel connect realization by chain with the first roller described in one and rotates synchronously, when first two pairs of rollers work,
Auxiliary wheel rotation described in one first roller rotation synchronous drive, the auxiliary rod guide the pigment mixture to be processed into
Enter first gap.
4. the full-automatic noodle press as described in claim 1-3 any one, which is characterized in that the middle part pressure surface structure has
Second outlet, musculus cutaneus by the second outlet after the middle part pressure surface structure extrusion process by entering the bottom pressure surface knot
Structure；The bottom pressure surface structure is equipped with swinging structure, and the swinging structure is reciprocal with the bottom pressure surface arrangement works
It swings, when musculus cutaneus is moved down from the second outlet, the swinging structure contradicts musculus cutaneus, makes musculus cutaneus in described in rugosity entrance
Bottom pressure surface structure.
5. full-automatic noodle press as claimed in claim 4, which is characterized in that the swinging structure includes oscillating rod, connection institute
State oscillating rod and in the oscillating deck of lateral arrangement and the oscillating motor of the driving oscillating rod reciprocally swinging, the oscillating deck
In the top of the bottom pressure surface structure.
6. the full-automatic noodle press as described in claim 1-3 any one, which is characterized in that the bottom pressure surface structure includes
Two are in third roller positioned opposite, and there is two third rollers third space, the musculus cutaneus for squeezing rugosity to pass through institute
It states third space and forms chewy more preferably musculus cutaneus；The lower section of the bottom pressure surface structure is equipped with transfer structure, chewy more preferably face
Skin beats powder device by the transfer structure described in.
7. full-automatic noodle press as claimed in claim 6, which is characterized in that it is described beat powder device include beat powder pressure surface structure with
And powder structure is beaten, chewy more preferably musculus cutaneus beats powder pressure surface structure by the transfer structure described in；It is described to play powder structure packet
It is in storage tube positioned opposite to include two, and the storage tube has the areas Chu Fen, and the areas Chu Fen of two storage tubes are in opposite cloth
Set, two areas Chu Fen formed for musculus cutaneus by the 5th gap；The inside storage of the storage tube is useful for powder on musculus cutaneus
Powder and brush body, brush body rotation promotes the powder to carry out upper powder to musculus cutaneus by the areas Chu Fen.
8. full-automatic noodle press as claimed in claim 7, which is characterized in that it is described beat powder pressure surface structure and have pass through for musculus cutaneus
The 4th gap, along from top to bottom, the 4th gap and the 5th gap are in longitudinally arranging it.
9. the full-automatic noodle press as described in claim 1-3 any one, which is characterized in that the gang tool device includes
The first movement structure that multilayer is moved along cutter structure described in the cutter structure and driving multilayer being arranged from top to bottom, the knife
Lamps structure has multigroup cutter in campshed；The cutter of each layer is arranged in dislocation；Each cutter all has for musculus cutaneus
The cutting mouth of entrance, it is described beat powder device and have play powder outlet, beat powder treated that musculus cutaneus is exported by the powder of beating into institute
Cutting mouth is stated, along direction from top to bottom, by playing powder outlet described in the first movement structure control with the cutting mouth in vertical
It is arranged to it.
10. the full-automatic noodle press as described in claim 1-3 any one, which is characterized in that the storage apparatus includes using
In the Storing case of storage noodles and the second moving structure of the control Storing case movement；It is described when noodles are completed to store
Gang tool device cuts the noodles, and the noodles of storage is made to fully enter the Storing case, the second moving structure driving
The Storing case moves outwardly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810691150.XA CN108541734A (en) | 2018-06-28 | 2018-06-28 | Full-automatic noodle press |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810691150.XA CN108541734A (en) | 2018-06-28 | 2018-06-28 | Full-automatic noodle press |
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| Publication Number | Publication Date |
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| CN108541734A true CN108541734A (en) | 2018-09-18 |
Family
ID=63493162
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810691150.XA Pending CN108541734A (en) | 2018-06-28 | 2018-06-28 | Full-automatic noodle press |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111328845A (en) * | 2020-03-13 | 2020-06-26 | 杨真 | Wide surface automatic molding machine |
| CN112674129A (en) * | 2020-12-15 | 2021-04-20 | 华南农业大学 | Multifunctional fresh noodle maker |
| CN114403171A (en) * | 2022-02-14 | 2022-04-29 | 练庆雄 | Noodle production equipment and production process thereof |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105325485A (en) * | 2015-09-21 | 2016-02-17 | 珠海市润星泰电器有限公司 | Numerically-controlled fully-automatic noodle maker |
| CN105341018A (en) * | 2015-09-30 | 2016-02-24 | 上海老磨坊餐饮管理有限公司 | Fully automatic intelligent noodle processing and making method |
| CN205756898U (en) * | 2016-06-28 | 2016-12-07 | 厦门陈纪乐肴居食品有限公司 | A kind of Novel noodle press |
| CN106561758A (en) * | 2016-11-10 | 2017-04-19 | 安徽新创智能科技有限公司 | Fresh noodle processing technology and fresh noodle automated production device |
| CN209345904U (en) * | 2018-06-28 | 2019-09-06 | 重庆捷工机械设备有限公司 | Full-automatic noodle press |
-
2018
- 2018-06-28 CN CN201810691150.XA patent/CN108541734A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105325485A (en) * | 2015-09-21 | 2016-02-17 | 珠海市润星泰电器有限公司 | Numerically-controlled fully-automatic noodle maker |
| CN105341018A (en) * | 2015-09-30 | 2016-02-24 | 上海老磨坊餐饮管理有限公司 | Fully automatic intelligent noodle processing and making method |
| CN205756898U (en) * | 2016-06-28 | 2016-12-07 | 厦门陈纪乐肴居食品有限公司 | A kind of Novel noodle press |
| CN106561758A (en) * | 2016-11-10 | 2017-04-19 | 安徽新创智能科技有限公司 | Fresh noodle processing technology and fresh noodle automated production device |
| CN209345904U (en) * | 2018-06-28 | 2019-09-06 | 重庆捷工机械设备有限公司 | Full-automatic noodle press |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111328845A (en) * | 2020-03-13 | 2020-06-26 | 杨真 | Wide surface automatic molding machine |
| CN111328845B (en) * | 2020-03-13 | 2021-12-07 | 山东大树达孚特膳食品有限公司 | Wide surface automatic molding machine |
| CN112674129A (en) * | 2020-12-15 | 2021-04-20 | 华南农业大学 | Multifunctional fresh noodle maker |
| CN112674129B (en) * | 2020-12-15 | 2022-07-05 | 华南农业大学 | Multifunctional fresh noodle maker |
| CN114403171A (en) * | 2022-02-14 | 2022-04-29 | 练庆雄 | Noodle production equipment and production process thereof |
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Effective date of registration: 20211229 Address after: 610000 P.O. Box No. 500-432, hangshu Avenue, Dongsheng Street, Shuangliu District, Chengdu, Sichuan Applicant after: Sichuan Youke Jieyuan Intelligent Equipment Co.,Ltd. Address before: 400039 No. 34-21, No. 4, Yuzhou Road, Jiulongpo District, Chongqing Applicant before: CHONGQING JIEGONG MACHINERY EQUIPMENT Co.,Ltd. |
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