CN109156488A - Noodle producing line automates noodle cutter - Google Patents
Noodle producing line automates noodle cutter Download PDFInfo
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- CN109156488A CN109156488A CN201811309578.XA CN201811309578A CN109156488A CN 109156488 A CN109156488 A CN 109156488A CN 201811309578 A CN201811309578 A CN 201811309578A CN 109156488 A CN109156488 A CN 109156488A
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- sheave
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- 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
- A21C11/10—Other machines for forming the dough into its final shape before cooking or baking combined with cutting apparatus
Abstract
The invention belongs to technical field of food machinery, are related to a kind of noodle producing line automation noodle cutter.Driver plate and sheave two form Geneva mechanism and convey flat rubber belting operation by sprocket wheel chain transmission system drives, conveying flat rubber belting drive the combination of noodles-bar intermittently from feeding area operation to cutting region, the region for picking up face bar and leftover bits and pieces, pick up material region.Driver plate and sheave one form Geneva mechanism and drive cutter intermittently to do cutoff action by the combination of the cylindrical long sliding slot of finger-.The alternating movement of both the above mechanism, coordinated operation.The combination of a motor-speed reducer of the invention can complete two movements cut off and conveyed, guarantee the alternate run of two sets of movements by compound Geneva mechanism, the power and control system of equipment substantially simplify, manufacturing cost reduces, it debugs fairly simple, does not need too professional personnel, maintenance maintenance cost is greatly reduced, it avoids delaying the duration, noodles manufacturing schedule can be effectively ensured.
Description
Technical field
The invention belongs to technical field of food machinery, it is related to a kind of matching used dried noodles of noodle producing line and automatically cuts off
A kind of machine, and in particular to noodle producing line automation noodle cutter.
Background technique
It is using face bar on noodle producing line as turnover equipment, the wet noodles cut equably ride on the bar of face,
Wet noodles are generally equalized in the distance that face bar two sides are hung down, and form the combination of noodles-bar, and the combination of noodles-bar hangs over face bar extension
On hook, as conveyor chain is passed by drying chamber, wet noodles evaporate moisture content and have reformed into dried noodles, and then the combination of noodles-bar passes through
The feeding region that feel trim actuator is placed into dried noodles automatic cutting off table is crossed, is cut off into dried noodles automatic cutting off table, finally
It is measured and is packed into the artificial area Jian Liao.
The matching used dried noodles automatic cutting off table of noodle producing line includes conveying flat rubber belting conveyer system and cutting system at present
The driving force of system, conveying flat rubber belting conveyer system is the combination of a motor-speed reducer, and the driving force of cutting system is cylinder, with
What cylinder matched is a set of pneumatics pumping plant, and dynamical system is more complicated, higher cost, and it also requires special electric-control system
Its work pace is controlled, makes the two energy co-ordination, the power and control system of equipment are excessively complicated, and manufacturing cost is higher, adjust
Try it is more troublesome, need professional carry out maintenance and repair, usually allow equipment manufacturer directly to carry out engineer's maintenance maintenance,
Have to when failure stop production waiting facilities processing producer messenger maintenance, often delay the duration, influence noodles produce into
Degree.
Summary of the invention
In place of improving the deficiencies in the prior art, a kind of combination of a motor-speed reducer is provided
It can be driven to operate, structure is simple, manufacturing cost is low, debugs and safeguard fairly simple noodle producing line automation section
Machine.
The present invention is achieved through the following technical solutions:
A kind of noodle producing line automation noodle cutter, including bend pulley, groups of drive rolls part, rack, one group of finger-sheave
Part, driver plate-electric machine assembly, two component of drive sprocket-sheave, cutter assembly, chain and conveying flat rubber belting；
Bend pulley includes the bend pulley body and changing orientation drum shaft being fixedly connected；
Groups of drive rolls part includes driving roller and changed course sprocket wheel；Driving roller includes the driving barrel being fixedly connected and driving
Drum shaft；Changed course sprocket wheel is fixedly connected with drive roller shaft；
Rack includes the horizontal upper table surface and two guide sleeves being fixedly connected；The center line of two guide sleeves is vertical；Upper table surface
It is divided into four regions along front-rear direction, the rear end of upper table surface is the one end for having feeding region, and the front end of upper table surface is to pick up material
The one end in region, feeding region and picks up and is turned off region between material region and picks up the region of face bar and leftover bits and pieces, and cutting region exists
Pick up the rear in the region of face bar and leftover bits and pieces；The rear end of upper table surface is equipped with bend pulley mounting hole, and the front end of upper table surface, which is equipped with, drives
Dynamic roller mounting hole；Two guide sleeves are separately positioned on the left and right sides in the cutting region of upper table surface；The lower part of upper table surface is equipped with
Finger shaft mounting hole and drive sprocket shaft mounting hole；Finger shaft mounting hole is located at the lower part in upper table surface cutting region, drive sprocket
Shaft mounting hole is earlier relative to finger shaft mounting hole position；The cutting region of upper table surface is equipped with multiple cutter escape groove, more
A cutter escape groove left and right directions arrangement；
One component of finger-sheave includes finger axis, two cylindrical fingers and sheave one；Two fingers and sheave one respectively with
Finger axis is fixedly connected, two finger coaxial inner conductors, and the axial line of two fingers is with the axis parallel of finger axis but does not weigh
It closes；Sheave one is equipped with indent and locks arc one and radial slot one；Finger axis and finger shaft mounting hole, which are matched, is combined into revolute pair；
Driver plate-electric machine assembly includes combination and the driver plate of motor-speed reducer；The combined housing flange and machine of motor-speed reducer
Frame is fixedly connected, and driver plate is fixedly connected with the combined output shaft of motor-speed reducer；Driver plate is equipped with evagination circular arc and round pin；
Driver plate and sheave one form Geneva mechanism；
Two component of drive sprocket-sheave includes drive chain wheel shaft, drive sprocket and sheave two；Drive sprocket and sheave two respectively with
Drive chain wheel shaft is fixedly connected；Drive chain wheel shaft and drive sprocket shaft mounting hole, which are matched, is combined into revolute pair；Sheave two is equipped with interior
Recessed latching arc two and radial slot two；Driver plate and sheave two form Geneva mechanism；Drive sprocket and changed course sprocket wheel are nibbled with chain respectively
It closes；Driver plate is located at the centre of sheave one and sheave two；
Cutter assembly includes top plate, multiple cutters, two guide rods and two long frids；Multiple cutters are fixedly connected under top plate
Side, multiple cutter left and right directions arrangements, the setting of cutter vertical direction, the thickness direction of cutter is left and right directions, the sword court of cutter
Under；The top of two guide rods is respectively fixedly connected in the left and right ends of top plate, and the axial line of guide rod is vertical, two guide rods respectively with
Two guide sleeves, which are matched, is combined into prismatic pair；The sword of cutter is located at the surface of cutter escape groove；Two long frids are separately fixed at
The lower end of two guide rods, the thickness direction of long frid are left and right directions, and long frid is equipped with long sliding slot；Two fingers are respectively with two
A long sliding slot cooperation, finger be not only able to rotate in long sliding slot but also can translate；
Multiple conveying flat rubber beltings are wound on bend pulley and driving roller with being tensioned respectively, and multiple conveying flat rubber belting left and right directions are arranged side by side
Column, the top i.e. lower surface of working edge for conveying flat rubber belting are attached on upper table surface, and the sword of cutter faces two neighboring conveying downward
Gap between flat rubber belting.
Above-described Geneva mechanism refers to that China Machine Press publishes, in " Fundamentals of Machine Design " of Jiang Yuzhen chief editor
Geneva mechanism described in the chapter 6 first segment " Geneva mechanism " of page 91.
Above-described multiple cutters refer to 3 to 8, this quantity depends on the length and cutting of the dried noodles before cutting
The length of final noodle product afterwards.The quantity of cutter and the quantity of cutter escape groove are equal.Convey number of the flat quantity than cutter
The quantity of amount is one more.
The course of work of the invention is as described below.
1) combination of noodles-bar passes through feel trim actuator and is placed into the feeding region of upper table surface, conveys on flat rubber belting, and dried noodles are left
Right direction is laid on multiple conveying flat rubber beltings, and the right side that dried noodles have one end of face bar to be located at upper table surface, dried noodles do not have face bar
One end be located at the left side of upper table surface.
2) combination of motor-speed reducer its output shaft that is powered drives driver plate rotation, and round pin rotates into radial slot two, stir
Sheave two rotates, and sheave two-way sprocket shaft of overdriving drives drive sprocket rotation, and drive sprocket is altered course sprocket wheel by chain drive
Rotation, changed course sprocket wheel drive groups of drive rolls part rotation, groups of drive rolls part drive conveying flat rubber belting working edge from rear end forward
End operation, and the combination of noodles-bar is delivered to cutting region by feeding region, it is placed exactly in the underface of the sword of cutter.Circle
Pin rotationally disengages radial slot two, and indent locks arc two and evagination circular arc interlocks against, and sheave two stops operating into stationary state,
Conveying flat rubber belting is also at stationary state.
3) round pin rotates into radial slot one, stirs the rotation of sheave one, and sheave one drives the rotation of finger axis, two fingers point
It is not rotated around the axial line of finger axis, finger translates while rotating in long sliding slot, stirs long frid and translate downwards, entirely
Cutter assembly translates downwards, and two guide rods are translated respectively along two guide sleeves, and the sword of cutter cuts off dried noodles, keeps away into cutter
Allow slot, it is ensured that completely cut through dried noodles.Round pin continues to rotate, and turns over and just stirs long frid after minimum point and translate up, entirely
Cutter assembly translates up, until cutter leaves the dried noodles alreadyed switch off completely.Pin shaft continues to be rotated away from radial slot one, interior
Recessed latching arc one and evagination circular arc interlock against, and sheave one stops operating into stationary state, highest of the cutter assembly in stroke
Point remains static.
4) step 2) is repeated, the dried noodles alreadyed switch off are delivered to by cutting region and pick up face bar and leftover bits and pieces by conveying flat rubber belting
Region.
5) step 3) is repeated, flat rubber belting is conveyed at this time and remains static, manually on the left side in the region for picking up face bar and leftover bits and pieces
Face bar, the semicircular arc-shaped leftover bits and pieces and dried noodles being wound on the bar of face are not had the leftover bits and pieces of one end of face bar from appearing on the stage by right two sides
It is removed on face.
6) step 2) is repeated, the dried noodles alreadyed switch off are delivered to by conveying flat rubber belting by the region for picking up face bar and leftover bits and pieces to be picked up
Expect region.
7) step 3) is repeated, flat rubber belting is conveyed at this time and remains static, is manually picking up the left and right sides in material region for product
Noodles, which are removed, to be weighed and is packed.
Picking up material region can be a station, in fact, picking up material region to make worker have the enough time to pick up material
Several stations can be set, for example the dried noodles cut are picking up three stations of material region setting, by conveying and stopping three times
It can be on driving roller, it is ensured that dried noodles have the sufficiently long residence time to be picked up before on driving roller.
Beneficial effects of the present invention: the combination of a motor-speed reducer can complete two movements cut off and conveyed, by
Compound Geneva mechanism guarantees the alternate runs of two sets of movements, does not need its work pace of electric control system controls, the power of equipment and
Control system substantially simplifies, and manufacturing cost reduces, and debugging is fairly simple, does not need too professional personnel, it is only necessary to maintenance of machine
Engineer can maintenance maintenance, can all be equipped with such personnel inside general food processing factory, maintenance maintenance cost is substantially
It reduces, withouts waiting for equipment processing producer messenger maintenance, avoid delaying the duration, noodles manufacturing schedule can be effectively ensured.
Detailed description of the invention
Fig. 1 is the three dimensional structure diagram of the embodiment of the present invention；
Fig. 2 is the front view of the embodiment of the present invention；
Fig. 3 is A direction view in Fig. 2；
Fig. 4 is B direction view in Fig. 2；
Fig. 5 is the partial sectional view in Fig. 2 along line C-C；
Fig. 6 is the three dimensional structure diagram of bend pulley 1；
Fig. 7 is the three dimensional structure diagram of groups of drive rolls part 2；
Fig. 8 is the three dimensional structure diagram of rack 3；
Fig. 9 is the three dimensional structure diagram of one component 4 of finger-sheave；
Figure 10 is the three dimensional structure diagram of driver plate-electric machine assembly 5；
Figure 11 is the three dimensional structure diagram of two component 6 of drive sprocket-sheave；
Figure 12 is the three dimensional structure diagram of cutter assembly 7；
Figure 13 is the three dimensional structure diagram of noodles-bar combination 9；
It is as shown in the figure: 1. bend pulleys；11. bend pulley body；12. changing orientation drum shaft；2. groups of drive rolls part；21. driving rolling
Cylinder；211. driving barrels；212. drive roller shaft；22. alter course sprocket wheel；3. rack；31. upper table surface；311. cutter escape groove；
32. guide sleeve；33. bend pulley mounting hole；34. driving roller mounting hole；35. finger shaft mounting hole；36. drive chain wheel shaft is pacified
Fill hole；4. one component of finger-sheave；41. finger axis；42. finger；43. sheave one；431. indents lock arc one；432. radial
Slot one；5. driver plate-electric machine assembly；51. the combination of motor-speed reducer；52. driver plate；521. evagination circular arcs；522. round pin；6. driving
Two component of movable sprocket-sheave；61. drive chain wheel shaft；62. drive sprocket；63. sheave two；631. indents lock arc two；632. diameter
To slot two；7. cutter assembly；71. top plate；72. cutter；73. guide rod；74. long frid；741. long sliding slots；8. chain；9. noodles-
The combination of bar；91. noodles-bar combination in feeding region；92. cutting off noodles-bar combination in region；93. pick up face bar and under
Noodles-bar combination in the region of heel；94. picking up noodles-bar combination in material region；901. face bars；902. dried noodles；100.
Convey flat rubber belting.
Specific embodiment
Present invention will be further explained below with reference to the attached drawings and examples:
Embodiment: referring to Fig. 1 to Figure 13.
A kind of noodle producing line automation noodle cutter, including bend pulley 1, groups of drive rolls part 2, rack 3, finger-slot
Take turns a component 4, driver plate-electric machine assembly 5, two component 6 of drive sprocket-sheave, cutter assembly 7, chain 8 and conveying flat rubber belting 100；
Bend pulley 1 includes the bend pulley body 11 and changing orientation drum shaft 12 being fixedly connected；
Groups of drive rolls part 2 includes driving roller 21 and changed course sprocket wheel 22；Driving roller 21 includes the driving roller being fixedly connected
Body 211 and drive roller shaft 212；Changed course sprocket wheel 22 is fixedly connected with drive roller shaft 212；
Rack 3 includes the horizontal upper table surface 31 and two guide sleeves 32 being fixedly connected；The center line of two guide sleeves 32 is vertical；
Upper table surface 31 is divided into four regions along front-rear direction, and the rear end of upper table surface 31 is the one end for having feeding region, upper table surface 31
Front end is that have the one end for picking up material region, feeding region and picks up and is turned off region between material region and picks up the area of face bar and leftover bits and pieces
Domain, rear of the cutting region in the region for picking up face bar and leftover bits and pieces；The rear end of upper table surface 31 is equipped with bend pulley mounting hole 33, on
The front end of table top 31 is equipped with driving roller mounting hole 34；Two guide sleeves 32 are separately positioned on the left side in the cutting region of upper table surface 31
Right two sides；The lower part of upper table surface 31 is equipped with finger shaft mounting hole 35 and drive sprocket shaft mounting hole 36；Finger shaft mounting hole 35
The lower part in region is cut off in upper table surface 31, drive sprocket shaft mounting hole 36 is earlier relative to 35 position of finger shaft mounting hole；
The cutting region of upper table surface 31 is set there are four cutter escape groove 311, and four 311 left and right directions of cutter escape groove arrange；
One component 4 of finger-sheave includes 41, two cylindrical fingers 42 of finger axis and sheave 1；Two fingers 42 and slot
It takes turns 1 to be fixedly connected with finger axis 41 respectively, two 42 coaxial inner conductors of finger, the axial line and finger axis 41 of two fingers 42
Axis parallel but be not overlapped；Sheave 1 is equipped with indent and locks arc 1 and radial slot 1；Finger axis 41 with
Finger shaft mounting hole 35, which is matched, is combined into revolute pair；
Driver plate-electric machine assembly 5 includes combination 51 and the driver plate 52 of motor-speed reducer；The outer shell process of the combination 51 of motor-speed reducer
Orchid is fixedly connected with rack 3, and driver plate 52 is fixedly connected with the output shaft of the combination 51 of motor-speed reducer；Driver plate 52 is equipped with outer
Dome arc 521 and round pin 522；Driver plate 52 and sheave 1 form Geneva mechanism；
Two component 6 of drive sprocket-sheave includes drive chain wheel shaft 61, drive sprocket 62 and sheave 2 63；Drive sprocket 62 and slot
2 63 are taken turns to be fixedly connected with drive chain wheel shaft 61 respectively；Drive chain wheel shaft 61 and drive sprocket shaft mounting hole 36, which are matched, is combined into rotation
It is secondary；Sheave 2 63 is equipped with indent and locks arc 2 631 and radial slot 2 632；Driver plate 52 and sheave 2 63 form Geneva mechanism；It drives
Movable sprocket 62 and changed course sprocket wheel 22 are engaged with chain 8 respectively；Driver plate 52 is located at the centre of sheave 1 and sheave 2 63；
Cutter assembly 7 includes 71, four, the top plate guide rod 73 of cutter 72, two and two long frids 74；Four cutters 72 are fixed to be connected
It connects in the lower section of top plate 71, four 72 left and right directions of cutter arrangements, the setting of 72 vertical direction of cutter, the thickness direction of cutter 72 is
Left and right directions, the sword of cutter 72 is downward；The top of two guide rods 73 is respectively fixedly connected in the left and right ends of top plate 71, guide rod 73
Axial line it is vertical, two guide rods 73 are respectively with two guide sleeves 32 with being combined into prismatic pair；The sword of cutter 72 is kept away positioned at cutter
Allow the surface of slot 311；Two long frids 74 are separately fixed at the lower end of two guide rods 73, and the thickness direction of long frid 74 is left
Right direction, long frid 74 are equipped with long sliding slot 741；Two fingers 42 cooperate with two long sliding slot 741 respectively, and finger 42 is slided long
It had not only been able to rotate but also can translate in slot 741；
Five conveying flat rubber beltings 100 are wound on bend pulley 1 and driving roller 21 with being tensioned respectively, five conveying flat rubber beltings 100 or so
Direction is arranged side by side, and top, that is, working edge lower surface of conveying flat rubber belting 100 is attached on upper table surface 31, and the sword of cutter 72 is downward just
Gap against between two neighboring conveying flat rubber belting 100.
Above-described Geneva mechanism refers to that China Machine Press publishes, in " Fundamentals of Machine Design " of Jiang Yuzhen chief editor
Geneva mechanism described in the chapter 6 first segment " Geneva mechanism " of page 91.
The course of work of the present embodiment is as described below.
1) noodles-bar combination 9 passes through feel trim actuator and is placed into the feeding region of upper table surface 31, conveys on flat rubber belting 100, does
902 left and right directions of noodles is laid on five conveying flat rubber beltings 100, and dried noodles 902 have one end of face bar 901 to be located at upper table surface 31
Right side, dried noodles 902 are located at the left side of upper table surface 31 without one end of face bar 901.
2) its output shaft of the energization of combination 51 of motor-speed reducer drives driver plate 52 to rotate, and round pin 522 rotates into radial slot
2 632, the rotation of sheave 2 63 is stirred, sheave 2 63 drives drive sprocket 62 to rotate by drive chain wheel shaft 61, drive sprocket 62
Changed course sprocket wheel 22 is driven to rotate by chain 8, changed course sprocket wheel 22 drives groups of drive rolls part 2 to rotate, and groups of drive rolls part 2 drives
The working edge for conveying flat rubber belting 100 is run from rear end forward end, and noodles-bar combination 9 is delivered to cutting area by feeding region
Domain is placed exactly in the underface of the sword of cutter 72.Round pin 522 rotationally disengages radial slot 2 632, and indent locks arc 2 631 and outer
Dome arc 521 interlocks against, and sheave 2 63 stops operating into stationary state, conveys flat rubber belting 100 and is also at stationary state.
3) round pin 522 rotates into radial slot 1, stirs the rotation of sheave 1, and sheave 1 drives finger axis 41 to revolve
Turning, two fingers 42 are rotated rotating around the axial line of finger axis 41, and finger 42 translates while rotating in long sliding slot 741,
It stirs long frid 74 to translate downwards, translation, two guide rods 73 are flat respectively along two guide sleeves 32 downwards for entire cutter assembly 7
It moves, the sword of cutter 72 cuts off dried noodles 902, into cutter escape groove 311, it is ensured that completely cut through dried noodles 902.Round pin 522
Continue to rotate, turns over and just stir long frid 74 after minimum point and translate up, entire cutter assembly 7 translates up, until cutter 72
The dried noodles 902 alreadyed switch off are left completely.Pin shaft 41 continues to be rotated away from radial slot 1, and indent locks arc 1 and outer
Dome arc 521 interlocks against, and sheave 1 stops operating into stationary state, and cutter assembly 7 is in quiet in the highest point of stroke
Only state.
4) repeat step 2), conveying flat rubber belting 100 by the dried noodles 902 alreadyed switch off by cut off region be delivered to pick up face bar and
The region of leftover bits and pieces.
5) step 3) is repeated, flat rubber belting 100 is conveyed at this time and remains static, manually picking up the region of face bar and leftover bits and pieces
The left and right sides is by face bar, the semicircular arc-shaped leftover bits and pieces being wound on the bar of face and dried noodles 902 without the leftover bits and pieces of one end of face bar 901
Material is removed from upper table surface 31.
6) step 2) is repeated, conveying flat rubber belting 100 is defeated by the region for picking up face bar and leftover bits and pieces by the dried noodles 902 alreadyed switch off
Send to pick up material region.
7) step 3) is repeated, flat rubber belting 100 is conveyed at this time and remains static, will manually be produced in the left and right sides for picking up material region
It savors noodles and removes and weighed and packed.
The present embodiment the utility model has the advantages that the combination of a motor-speed reducer can complete cut off and convey two movement,
The alternate run for guaranteeing two sets of movements by compound Geneva mechanism, does not need its work pace of electric control system controls, the power of equipment
It is substantially simplified with control system, manufacturing cost reduces, and debugging is fairly simple, does not need too professional personnel, it is only necessary to machinery dimension
Protect engineer can maintenance maintenance, can all be equipped with such personnel inside general food processing factory, maintenance maintenance cost is big
Width reduces, and withouts waiting for equipment processing producer messenger maintenance, avoids delaying the duration, noodles manufacturing schedule can be effectively ensured.
Claims (2)
1. a kind of noodle producing line automates noodle cutter, which is characterized in that including bend pulley, groups of drive rolls part, rack, dial
One component of pin-sheave, driver plate-electric machine assembly, two component of drive sprocket-sheave, cutter assembly, chain and conveying flat rubber belting；
Bend pulley includes the bend pulley body and changing orientation drum shaft being fixedly connected；
Groups of drive rolls part includes driving roller and changed course sprocket wheel；Driving roller includes the driving barrel being fixedly connected and driving
Drum shaft；Changed course sprocket wheel is fixedly connected with drive roller shaft；
Rack includes the horizontal upper table surface and two guide sleeves being fixedly connected；The center line of two guide sleeves is vertical；Upper table surface
It is divided into four regions along front-rear direction, the rear end of upper table surface is the one end for having feeding region, and the front end of upper table surface is to pick up material
The one end in region, feeding region and picks up and is turned off region between material region and picks up the region of face bar and leftover bits and pieces, and cutting region exists
Pick up the rear in the region of face bar and leftover bits and pieces；The rear end of upper table surface is equipped with bend pulley mounting hole, and the front end of upper table surface, which is equipped with, drives
Dynamic roller mounting hole；Two guide sleeves are separately positioned on the left and right sides in the cutting region of upper table surface；The lower part of upper table surface is equipped with
Finger shaft mounting hole and drive sprocket shaft mounting hole；Finger shaft mounting hole is located at the lower part in upper table surface cutting region, drive sprocket
Shaft mounting hole is earlier relative to finger shaft mounting hole position；The cutting region of upper table surface is equipped with multiple cutter escape groove, more
A cutter escape groove left and right directions arrangement；
One component of finger-sheave includes finger axis, two cylindrical fingers and sheave one；Two fingers and sheave one respectively with
Finger axis is fixedly connected, two finger coaxial inner conductors, and the axial line of two fingers is with the axis parallel of finger axis but does not weigh
It closes；Sheave one is equipped with indent and locks arc one and radial slot one；Finger axis and finger shaft mounting hole, which are matched, is combined into revolute pair；
Driver plate-electric machine assembly includes combination and the driver plate of motor-speed reducer；The combined housing flange and machine of motor-speed reducer
Frame is fixedly connected, and driver plate is fixedly connected with the combined output shaft of motor-speed reducer；Driver plate is equipped with evagination circular arc and round pin；
Driver plate and sheave one form Geneva mechanism；
Two component of drive sprocket-sheave includes drive chain wheel shaft, drive sprocket and sheave two；Drive sprocket and sheave two respectively with
Drive chain wheel shaft is fixedly connected；Drive chain wheel shaft and drive sprocket shaft mounting hole, which are matched, is combined into revolute pair；Sheave two is equipped with interior
Recessed latching arc two and radial slot two；Driver plate and sheave two form Geneva mechanism；Drive sprocket and changed course sprocket wheel are nibbled with chain respectively
It closes；Driver plate is located at the centre of sheave one and sheave two；
Cutter assembly includes top plate, multiple cutters, two guide rods and two long frids；Multiple cutters are fixedly connected under top plate
Side, multiple cutter left and right directions arrangements, the setting of cutter vertical direction, the thickness direction of cutter is left and right directions, the sword court of cutter
Under；The top of two guide rods is respectively fixedly connected in the left and right ends of top plate, and the axial line of guide rod is vertical, two guide rods respectively with
Two guide sleeves, which are matched, is combined into prismatic pair；The sword of cutter is located at the surface of cutter escape groove；Two long frids are separately fixed at
The lower end of two guide rods, the thickness direction of long frid are left and right directions, and long frid is equipped with long sliding slot；Two fingers are respectively with two
A long sliding slot cooperation, finger be not only able to rotate in long sliding slot but also can translate；
Multiple conveying flat rubber beltings are wound on bend pulley and driving roller with being tensioned respectively, and multiple conveying flat rubber belting left and right directions are arranged side by side
Column, the top i.e. lower surface of working edge for conveying flat rubber belting are attached on upper table surface, and the sword of cutter faces two neighboring conveying downward
Gap between flat rubber belting.
2. noodle producing line according to claim 1 automates noodle cutter, it is characterised in that multiple cutters refer to 3
To 8.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111015783A (en) * | 2019-11-21 | 2020-04-17 | 台州达邦贸易有限公司 | Non-woven fabrics bead cutter |
| CN116406685A (en) * | 2023-06-09 | 2023-07-11 | 渭源县七彩食品有限责任公司 | Cutting device is used in vermicelli processing of adjustable cutting knife interval |
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| CN207656032U (en) * | 2017-12-08 | 2018-07-27 | 来安县珙武机械制造有限公司 | A kind of tapping machine with rotary loading platform |
| CN207789040U (en) * | 2017-12-15 | 2018-08-31 | 天津阿尔发保健品有限公司 | A kind of noodle cutting device |
-
2018
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| JPS6374442A (en) * | 1986-09-18 | 1988-04-04 | 東洋水産株式会社 | Equipment for producing dry noodle |
| CN202958684U (en) * | 2012-12-12 | 2013-06-05 | 邹平鲁邹面业有限公司 | Fixed-distance cutting pipelining device for noodles |
| CN104839278A (en) * | 2015-06-09 | 2015-08-19 | 安徽晟萌粮油食品有限公司 | Steamed corn bread production machine |
| CN106272594A (en) * | 2016-10-21 | 2017-01-04 | 浙江理工大学 | Varied Bulbus Allii Cepae automatic cutting device |
| CN207656032U (en) * | 2017-12-08 | 2018-07-27 | 来安县珙武机械制造有限公司 | A kind of tapping machine with rotary loading platform |
| CN207789040U (en) * | 2017-12-15 | 2018-08-31 | 天津阿尔发保健品有限公司 | A kind of noodle cutting device |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111015783A (en) * | 2019-11-21 | 2020-04-17 | 台州达邦贸易有限公司 | Non-woven fabrics bead cutter |
| CN111015783B (en) * | 2019-11-21 | 2021-05-18 | 周文文 | Non-woven fabrics bead cutter |
| CN116406685A (en) * | 2023-06-09 | 2023-07-11 | 渭源县七彩食品有限责任公司 | Cutting device is used in vermicelli processing of adjustable cutting knife interval |
| CN116406685B (en) * | 2023-06-09 | 2023-08-01 | 渭源县七彩食品有限责任公司 | Cutting device is used in vermicelli processing of adjustable cutting knife interval |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20190108 |
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