CN107509759B - Boiled dumpling face agent Preparation equipment - Google Patents
Boiled dumpling face agent Preparation equipment Download PDFInfo
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- CN107509759B CN107509759B CN201710714557.5A CN201710714557A CN107509759B CN 107509759 B CN107509759 B CN 107509759B CN 201710714557 A CN201710714557 A CN 201710714557A CN 107509759 B CN107509759 B CN 107509759B
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Classifications
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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
- A21C3/00—Machines or apparatus for shaping batches of dough before subdivision
- A21C3/04—Dough-extruding machines ; Hoppers with moving elements, e.g. rollers or belts as wall elements for drawing the dough
-
- 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
- A21C1/08—Mixing or kneading machines for the preparation of dough with rollers
- A21C1/083—Mixing or kneading machines for the preparation of dough with rollers by calendering, i.e. working between rollers
-
- 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
- A21C3/10—Machines or apparatus for shaping batches of dough before subdivision combined with dough-dividing apparatus
Abstract
The invention belongs to foodstuff manufacturing device technical fields, it is related to a kind of boiled dumpling face agent Preparation equipment, roller is pullled using multipairs of circular arcs shape, squeezes dough is made to become thinner cylindric, artificial stranding dough is simulated using washboard positioned opposite, dough is cut off using a pair of of V-arrangement blade positioned opposite, so that jizi for making dumplings is formed oblate face agent using pressing plate extruding, is transported to next process using conveyer.The present invention is suitable for hotel, dumpling shop, saves a large sum of human cost to hotel, dumpling shop, improves production efficiency；Simulation is manually rubbed into strip dough, machine direction in strip dough and manually does identical, to be cut into cylindrical standard of comparison, the face agent being pressed into relatively positive round；It is capable of processing the higher dough of water content, machine direction and manually also identical, so the dumpling finally made has the mouthfeel of artificial boiled dumpling, can be replaced artificial.Structure is simple, and convenient for manufacture, cost is relatively low, adaptable.
Description
Technical field
The invention belongs to foodstuff manufacturing device technical fields, are related to a kind of boiled dumpling manufacturing equipment, and in particular to a kind of boiled dumpling
With face agent Preparation equipment.
Background technique
Although the technology of mechanization production boiled dumpling is quite mature, many people like eating manual boiled dumpling, this is from big
The signboard that the street boiled dumpling shop is hung up can be found out, often purposely go to emphasize " manual boiled dumpling " on the signboard in boiled dumpling shop, with
This person sponging on an aristocrat that solicits.The price of manual boiled dumpling also tends to 0.5 to 1 times higher than machine boiled dumpling.
On the one hand technicality between manual boiled dumpling and machine boiled dumpling is psychological, because in the subconsciousness of a person sponging on an aristocrat,
Still believe that dumpling should wrap by hand nice, handmade dumpling is most classic, and machine dumpling Ze Youdian modernist.
On the other hand the phenomenon that being also objective reality.From this phenomenon, it is possible to understand why ancients are particular about the work of food
Skill, the thing that different methods is worked it out, really and truly be there is difference, in spite of difference little or nothing, but really
Real variant, a person sponging on an aristocrat for taste sensitivity can taste out their difference.Often water content is big for the dough of sum by hand, rolls the face of rolling by hand
The time of skin is often long, and it is moderate that dough sends out pliability of waking up.Machine rolls the musculus cutaneus that rolls to not glue mutually when transporting and stacking
Even, water content is natively low, and surface can also spread many dry flours.
The soft or hard of dough wants just right, if assurance is bad, just allows it slightly partially softer, such dumpling wrap well and
It is nice.And also to allow face " awake " to suitable degree.Described awake face, from it is microcosmic it is upper for, exactly being put with good dough
Set a period of time, allow water interpenetrate more evenly, allow protein component fully water swelling, allow original mutually independent small
Protein molecule between dough particles forms chemical bond under the action of water, eliminates the boundary between little particle, property more evenly,
Dough will become more soft more flexible.
Manually the step of cooking boiled dumpling, is generally such that warm water is added in 1. flour, dough stirring at cotton-shaped, is kneaded into light
Sliding dough, puts in basin, and lid lid is waken up 20 minutes or so.2. making fillings.3. chopping board spreads one layer of very thin dry flour, take out
Good wake flour group, it is on panel to rub a little while more, it rubs smooth to dough surface.4. a dough is rubbed into strip.Dough is placed on chopping board
On, the diameter of beginning is bigger, and two hands are rubbinged on one side press while, so that dough is attenuated and is extended, ultimately forms 2 to 3 lis of diameter
The cylinder strip of rice.Machine direction in dough is stronger along axial direction, radially weaker.5. being cut into kitchen knife of uniform size
Cylindrical jizi for making dumplings, about 2 to 4 centimetres of each jizi for making dumplings length, about 10 to 20 grams of weight.Often cut a knife, cut a knife it
Before, strip dough is often rolled 90 degree on breadboard, i.e., the direction of two notch is at 90 degree.6. being done along cylindrical shaft to by flat
At oblate face agent, since the direction of two notch is at 90 degree, the face agent being made into this way is just closer to circular.7. with rolling
Face cane rolls into face agent the round dumpling wrapper of thick middle thin edge.8. taking dumpling wrapper, it is put into suitable fillings, doubling is clutched, and is made
Opposite side bonding, is enclosed in fillings inside dumpling wrapper.
Artificial boiled dumpling is sold well, but manually lower by the production efficiency of above step, the salary of skilled dumpling work
It is higher, increase the operating cost in hotel or boiled dumpling shop.Common laborer, which needs to cultivate, to be lot more time to become experienced operator, general
Logical worker is it is difficult to ensure that make the face agent that size is unified, soft or hard degree is unified.Moreover general dumpling work majority is all casual labour,
Mobility is larger, and hotel or boiled dumpling shop twist and be willing to spend high price to ask skilled worker and be reluctant to cultivate common laborer.Cut out face agent size not
It is unified, then the round dumpling wrapper size disunity shut out is finally rolled, how much different the fillings of the inside dress is, musculus cutaneus uneven thickness, water
Quality, the mouthfeel of dumpling are also unstable.
Summary of the invention
In place of improving the deficiencies in the prior art, a kind of artificial boiled dumpling face for rubbing face with the hands of simulation is provided
Agent Preparation equipment.
The present invention is achieved through the following technical solutions:
A kind of boiled dumpling face agent Preparation equipment, including to roller I component, to roller II component, to roller III component, rub with the hands face component,
To roller V component, section component, pressure surface component and rack；
Rack includes gear side side plate and motor side side plate；
It include driving gear I, driven gear I, driving shaft I, driven axle I, drive roll I, passive guide roller I and electricity to roller I component
Machine I, the output shaft of driving gear I, drive roll I and motor I are fixedly connected with driving shaft I respectively, the housing flange and electricity of motor I
Pusher side side plate is fixedly connected, and driving shaft I and rack form revolute；Driven gear I and passive guide roller I are fixed with driven axle I respectively
Connection, driven axle I and rack form revolute；Driving gear I and driven gear I engagement；Drive roll I is with the axis of driving shaft I
Heart line is the revolving body of center line, and revolution bus is concave arc shape, i.e. the both ends of drive roll I are relatively large in diameter, and mid diameter is smaller；
Passive guide roller I is using the axial line of driven axle I as the revolving body of center line, and revolution bus is concave arc shape, i.e. the both ends of passive guide roller I
It is relatively large in diameter, mid diameter is smaller；The axis parallel of drive roll I and passive guide roller I, drive roll I and passive guide roller I are arranged side by side,
Two adjoining contour lines form the circle that a diameter is φ DI；Motor I is powered, and the output shaft rotation of motor I drives actively
Axis I rotation, driving gear I and drive roll I drive driven axle I rotation by driven gear I with rotation, driving gear I, passively
Roller I is with rotation, in squeezing roller, under friction and dough gravity collective effect for drive roll I- passive guide roller I composition, drive roll
The dough to roller top of I- passive guide roller I composition is pullled, is squeezed, and coming out from lower part and foring diameter is the cylindric of φ DI；
It include driving gear II, driven gear II, driving shaft II, driven axle II, drive roll II, passive guide roller to roller II component
II and motor II, the output shaft of driving gear II, drive roll II and motor II are fixedly connected with driving shaft II respectively, motor II's
Housing flange is fixedly connected with motor side side plate, and driving shaft II and rack form revolute；Driven gear II and passive guide roller II points
It is not fixedly connected with driven axle II, driven axle II and rack form revolute；Driving gear II and driven gear II engagement；Actively
Roller II is using the axial line of driving shaft II as the revolving body of center line, and revolution bus is concave arc shape, i.e. the both ends of drive roll II
It is relatively large in diameter, mid diameter is smaller；Passive guide roller II is using the axial line of driven axle II as the revolving body of center line, and revolution bus is
The both ends of concave arc shape, i.e. passive guide roller II are relatively large in diameter, and mid diameter is smaller；The axial line of drive roll II and passive guide roller II are flat
Row, drive roll II and passive guide roller II are arranged side by side, and two adjoining contour lines form the circle that a diameter is φ DII；Motor
II is powered, and the output shaft rotation of motor II drives driving shaft II rotation, driving gear II and drive roll II with rotation, actively
Gear II drives driven axle II rotation by driven gear II, and passive guide roller II is formed with rotation in drive roll II- passive guide roller II
To roller squeeze, friction and dough gravity collective effect under, drive roll II- passive guide roller II composition the dough quilt to roller top
It pulls, squeeze, coming out from lower part and foring diameter is the cylindric of φ DII；
To roller III component include driving gear III, driven gear III, driving shaft III, driven axle III, drive roll III,
Passive guide roller III and motor III, the output shaft of driving gear III, drive roll III and motor III are fixed with driving shaft III respectively
Connection, the housing flange of motor III are fixedly connected with motor side side plate, and driving shaft III and rack form revolute；Driven gear
III and passive guide roller III are fixedly connected with driven axle III respectively, and driven axle III and rack form revolute；Driving gear III and
Driven gear III engagement；Drive roll III is using the axial line of driving shaft III as the revolving body of center line, and revolution bus is recessed circle
The both ends of arc, i.e. drive roll III are relatively large in diameter, and mid diameter is smaller；Passive guide roller III is to be with the axial line of driven axle III
The revolving body of center line, revolution bus is concave arc shape, i.e. the both ends of passive guide roller III are relatively large in diameter, and mid diameter is smaller；Actively
The axis parallel of roller III and passive guide roller III, drive roll III and passive guide roller III are arranged side by side, two adjoining contour lines
Form the circle that a diameter is φ DIII；Motor III is powered, and the output shaft rotation of motor III drives driving shaft III rotation, main
Moving gear III and drive roll III drives driven axle III rotation by driven gear III with rotation, driving gear III, passively
Roller III squeezes roller, under friction and dough gravity collective effect with rotation what drive roll III- passive guide roller III was formed,
The dough to roller top of drive roll III- passive guide roller III composition is pullled, is squeezed, and coming out from lower part and foring diameter is φ
DIII's is cylindric；
Stranding face component include active rack gear IV, passive rack gear IV, Jie's gear IV, active washboard, by movable washboard, active sliding block
IV, by movable slider IV, active guide rail IV, passive guide rail IV, connecting rod IV, rocker arm IV and motor IV；Active guide rail IV and motor side
Side plate is fixedly connected, and active sliding block IV and active guide rail IV form line slideway auxiliary, active washboard and the fixed company of active sliding block IV
It connects, active rack gear IV is fixedly connected with active washboard；Passive guide rail IV is fixedly connected with gear side side plate, by movable slider IV and quilt
Dynamic guide rail IV forms line slideway auxiliary, is fixedly connected by movable washboard with by movable slider IV, passive rack gear IV is fixed with by movable washboard
Connection；Jie's gear IV is connect with rack by revolute, and active rack gear IV is engaged with Jie's gear IV, passive rack gear IV and Jie's gear
IV engagement；Active guide rail IV is parallel with passive guide rail IV；Active washboard is parallel with by the adjacent face of movable washboard, at a distance of DIV；Connecting rod
One end of IV forms hinge by connecting rod-washboard hinge and active washboard, and the other end of connecting rod IV passes through rocker arm IV- connecting rod link
Hinge is formed with one end of rocker arm IV, the other end of rocker arm IV is fixedly connected with the output shaft of motor IV, the outer shell process of motor IV
Orchid is fixedly connected with motor side side plate；The rotation of motor IV energization output shaft, rocker arm IV pass through company with ceaselessly moving in a circle
Bar IV drives active washboard, active sliding block IV and active rack gear IV along active guide rail IV linear reciprocating motion, passes through Jie's gear IV
Passive rack gear IV is driven to move back and forth, passive rack gear IV drives by movable washboard and by movable slider IV along passive guide rail IV reciprocating linear
Movement, since active rack gear IV and passive rack gear IV movement velocity are equal, contrary, so active washboard and by movable washboard phase
Adjacent parallel face movement speed is equal, contrary, if being sandwiched between dough to be twisted into diameter is φ DIV cylindrical；
It include driving gear V, driven gear V, driving shaft V, driven axle V, drive roll V, passive guide roller V and electricity to roller V component
Machine V, the output shaft of driving gear V, drive roll V and motor V are fixedly connected with driving shaft V respectively, the housing flange and electricity of motor V
Pusher side side plate is fixedly connected, and driving shaft V and rack form revolute；Driven gear V and passive guide roller V are fixed with driven axle V respectively
Connection, driven axle V and rack form revolute；Driving gear V and driven gear V engagement；Drive roll V is with the axis of driving shaft V
Heart line is the revolving body of center line, and revolution bus is concave arc shape, i.e. the both ends of drive roll V are relatively large in diameter, and mid diameter is smaller；
Passive guide roller V is using the axial line of driven axle V as the revolving body of center line, and revolution bus is concave arc shape, i.e. the both ends of passive guide roller V
It is relatively large in diameter, mid diameter is smaller；The axis parallel of drive roll V and passive guide roller V, drive roll V and passive guide roller V are arranged side by side,
Two adjoining contour lines form the circle that a diameter is φ DV；Motor V is powered, and the output shaft rotation of motor V drives actively
Axis V rotation, driving gear V and drive roll V drive driven axle V rotation by driven gear V with rotation, driving gear V, passively
Roller V is with rotation, in squeezing roller, under friction and dough gravity collective effect for drive roll V- passive guide roller V composition, drive roll
The dough to roller top of V- passive guide roller V composition is pullled, is squeezed, and coming out from lower part and foring diameter is the cylindric of φ DV；
Section component includes active rack gear VI, passive rack gear VI, Jie's gear VI, active cutting knife, passive cutter, active sliding block
VI, by movable slider VI, active guide rail VI, passive guide rail VI, connecting rod VI, rocker arm VI and motor VI；Active guide rail VI and motor side
Side plate is fixedly connected, and active sliding block VI and active guide rail VI form line slideway auxiliary, active cutting knife and the fixed company of active sliding block VI
It connects, active rack gear VI is fixedly connected with active cutting knife；Passive guide rail VI is fixedly connected with gear side side plate, by movable slider VI and quilt
Dynamic guide rail VI forms line slideway auxiliary, and passive cutter is fixedly connected with by movable slider VI, and passive rack gear VI is fixed with passive cutter
Connection；Jie's gear VI is connect with rack by revolute, and active rack gear VI is engaged with Jie's gear VI, passive rack gear VI and Jie's gear
VI engagement；One end of connecting rod VI forms hinge by connecting rod-cutter hinge and active cutting knife, and the other end of connecting rod VI passes through rocker arm
One end of VI- connecting rod link and rocker arm VI form hinge, and the other end of rocker arm VI is fixedly connected with the output shaft of motor VI, motor
The flange of VI is fixedly connected with motor side side plate；There is V-arrangement active blade in active cutting knife, there is the passive blade of V-arrangement on passive cutter,
The fitting of the knife face of the knife face of active cutting knife and passive cutter, active blade and passive blade form quadrangle relatively；Motor VI is logical
The rotation of electricity output axis, rocker arm VI drive active cutting knife, active sliding block VI and master with ceaselessly moving in a circle, by connecting rod VI
Carry-over bar VI drives passive rack gear VI to move back and forth along active guide rail VI linear reciprocating motion, by Jie's gear VI, passive rack gear
VI drives passive cutter and by movable slider VI along passive guide rail VI linear reciprocating motion, due to active rack gear VI and passive rack gear VI
Movement velocity is equal, contrary, so active cutting knife and passive cutter movement velocity are equal, contrary, if driving knife
Sword and passive knife-edge at quadrangle among there are doughs to be cut off, notch is quadrangle；
Pressure surface component includes Anchor plate kit, connecting rod VII, rocker arm VII, motor VII；Anchor plate kit includes pressing plate, pressing plate turn
One end of axis and pressing plate swing arm, pressing plate swing arm is fixedly connected with pressing plate shaft respectively with pressing plate, and pressing plate shaft and rack pass through hinge
The other end of chain link, pressing plate swing arm is in the hinge connection by swing arm-connecting rod VII hinge and one end group of connecting rod VII, connecting rod
The other end of VII and one end of rocker arm VII are in the hinge connection by rocker arm VII- connecting rod link group, the other end of rocker arm VII with
Motor VII is fixedly connected；The rotation of motor VII energization output shaft, rocker arm VII pass through connecting rod VII with ceaselessly moving in a circle
With pressing plate swing arm band dynamic pressure plate shaft reciprocally swinging, pressing plate is with doing reciprocally swinging；Active cutting knife and passive cutter cut off dough
A jizi for making dumplings is formed below cutter, the moment just to have been fallen is squeezed upward by pressing plate and forms oblate face agent, then pressing plate
It puts still further below, face agent slides under the effect of gravity.
The size relation of above-described parameter is: DI > DII > DIII > DIV > DV.
Above-described boiled dumpling face agent Preparation equipment further includes conveyer, and conveyer includes conveyer belt, feeder motor, master
Dynamic roller, passive roller and conveying frame, drive roll and passive roller form revolute, feeder motor with conveying frame respectively
Output shaft be fixedly connected with passive roller, the shell of feeder motor is fixedly connected with conveying frame, is wrapped to conveying belt tension
Between drive roll and passive roller.Face agent slides from pressing plate under the effect of gravity, falls on the conveyor belt, with being transported to
Next process.
The manufacture material of above-described conveyer belt be the silicon rubber that can reach grade-safe sanitary standard, Teflon,
Polyvinyl chloride, polyolefin or polyurethane, these materials are pollution-free, non-toxic and tasteless, meet national food hygienic standard and U.S. FDA
Food grade standard, can accomplish with the ingredient of food will not be changed in food contact transmission process, odor impact and toxic
Ingredient pollution.
Above-described active cutting knife or passive cutter, manufacture material reach grade-safe sanitary standard
1Cr18Ni9Ti, 0Cr19Ni9,1Cr18Ni9 or 1Cr17Ni2.
The course of work of the invention is such that
1) start each motor.
2) make to become reconciled and good wake flour group surface stick dry flour, prevent dough and everywhere adhesion, be placed on drive roll I and by
On dynamic roller I.
3) the output shaft rotation of motor I, drives driving shaft I rotation, driving gear I and drive roll I are with rotation, driving tooth
It takes turns I driven axle I rotation is driven by driven gear I, passive guide roller I is with rotation, in drive roll I- passive guide roller I composition to roller
It squeezes, under friction and dough gravity collective effect, the dough to roller top of drive roll I- passive guide roller I composition is pullled, squeezed
Pressure, coming out from lower part and foring diameter is DI=millimeters of φ cylindric.
4) the output shaft rotation of motor II, drives driving shaft II rotation, driving gear II and drive roll II with rotation, main
Moving gear II drives driven axle II rotation by driven gear II, and passive guide roller II is with rotation, in drive roll II- passive guide roller II group
At to roller squeeze, friction and dough gravity collective effect under, drive roll II- passive guide roller II composition the dough to roller top
It pullled, squeezed, coming out from lower part and foring diameter is DII=millimeters of φ cylindric.
5) the output shaft rotation of motor III, drives driving shaft III rotation, driving gear III and drive roll III are with rotation
Turn, driving gear III drives driven axle III rotation by driven gear III, and passive guide roller III is with rotation, in drive roll III-
Passive guide roller III composition under the extruding of roller, friction and dough gravity collective effect, drive roll III- passive guide roller III composition
The dough to roller top pullled, squeezed, coming out from lower part and foring diameter is DIII=millimeters of φ cylindric.
6) the output shaft rotation of motor IV, rocker arm IV are driven by connecting rod IV and are actively rubbed with the hands with ceaselessly moving in a circle
Plate, active sliding block IV and active rack gear IV drive passive rack gear IV along active guide rail IV linear reciprocating motion, by Jie's gear IV
It moves back and forth, passive rack gear IV drives by movable washboard and by movable slider IV along passive guide rail IV linear reciprocating motion, due to actively
Rack gear IV and passive rack gear IV movement velocity are equal, contrary, so active washboard is transported with by the adjacent parallel surface of movable washboard
Dynamic speed is equal, contrary, and the dough of sandwich is twisted into thinner cylinder, and diameter becomes DIV=millimeters of φ；
7) the output shaft rotation of motor V, drives driving shaft V rotation, driving gear V and drive roll V are with rotation, driving tooth
It takes turns V and driven axle V rotation is driven by driven gear V, passive guide roller V is with rotation, in squeezing to roller for drive roll V- passive guide roller V composition
Under pressure, friction and dough gravity collective effect, the dough to roller top of drive roll V- passive guide roller V composition is pullled, is squeezed,
Coming out from lower part and foring diameter is DV=millimeters of φ cylindric；
8) the output shaft rotation of motor VI, rocker arm VI are driven by connecting rod VI and are actively cut with ceaselessly moving in a circle
Knife, active sliding block VI and active rack gear VI drive passive rack gear VI along active guide rail VI linear reciprocating motion, by Jie's gear VI
It moves back and forth, passive rack gear VI drives passive cutter and by movable slider VI along passive guide rail VI linear reciprocating motion, due to actively
Rack gear VI and passive rack gear VI movement velocity are equal, contrary, so active cutting knife and passive cutter movement velocity are equal, square
To conversely, there exist in active blade and passive knife-edge at quadrangle among dough be cut off, notch is quadrangle.
9) the output shaft rotation of motor VII, rocker arm VII are put with ceaselessly moving in a circle by connecting rod VII and pressing plate
Armband dynamic pressure plate shaft reciprocally swinging, pressing plate is with doing reciprocally swinging；Active cutting knife and passive cutter cutting dough are under cutter
Face forms a jizi for making dumplings, and the moment just to have been fallen is squeezed upward by pressing plate and forms oblate face agent, and then pressing plate is put still further below,
Face agent slides under the effect of gravity.
10) face agent slides from pressing plate under the effect of gravity, falls on the conveyor belt, with being transported to next process.
11) step 3) is ceaselessly repeated to 10), then dough is just ceaselessly made into face agent automatically.
Beneficial effects of the present invention:
1) be suitable for hotel, dumpling shop spends general salary to engage common work instead of employing by offering a high salary skilled dumpling work
People can operate, and save a large sum of human cost to hotel, dumpling shop, improve production efficiency.
2) simulation is manually rubbed into strip dough, machine direction in strip dough and manually does identical, is cut into
Cylindrical standard of comparison, the face agent being pressed into relatively positive round do circular boiled dumpling dough sheet for later process and lay substance base
Plinth.
3) it is capable of processing the higher dough of water content, machine direction and manually also identical, so the dumpling finally made has
The mouthfeel of artificial boiled dumpling can replace artificial.
4) structure is simple, and convenient for manufacture, cost is relatively low, and general family just has the ability to buy, adaptable.
Detailed description of the invention
Fig. 1 is the front view of face agent 92；
Fig. 2 is A direction view in Fig. 1；
Fig. 3 is the three dimensional structure diagram at the first visual angle of the embodiment of the present invention；
Fig. 4 is the three dimensional structure diagram at the second visual angle of the embodiment of the present invention；
Fig. 5 is the front view of the embodiment of the present invention；
Fig. 6 is the cross-sectional view in Fig. 5 along line B-B, the situation of 721 compressive plane agent 92 of pressing plate；
Fig. 7 is the cross-sectional view in Fig. 5 along line B-B, and pressing plate 721 is placed on face agent 92 situation on conveyer belt 81；
Fig. 8 is the front view to roller I component 1；
Fig. 9 is C direction view in Fig. 8；
Figure 10 is the top view to roller II component 2；
Figure 11 is the top view to roller III component 3；
Figure 12 is the front view of stranding face component 4；
Figure 13 is D direction view in Figure 12；
Figure 14 is E direction view in Figure 12；
Figure 15 is the top view to roller V component 5；
Figure 16 is the three dimensional structure diagram of section component 6 and pressure surface component 7；
Figure 17 is the front view of section component 6 and pressure surface component 7；
Figure 18 is F direction view in Figure 17；
Figure 19 is the passive passive cutter 622- of the rack gear VI 612- three dimensional structure diagram combined by movable slider VI 632；
Figure 20 is the three dimensional structure diagram of Anchor plate kit 72；
It is as shown in the figure: 1. pairs of roller I components；11. driving gear I；12. driven gear I；13. driving shaft I；14. driven axle I；
15. drive roll I；16. passive guide roller I；17. motor I；Diameter of the φ DI. to group 91 behind roller I component roll-in；2. pair roller II component；
21. driving gear II；22. driven gear II；23. driving shaft II；24. driven axle II；25. drive roll II；26. passive guide roller II；
27. motor II；Diameter of the φ DII. to group 91 behind roller II component roll-in；3. pair roller III component；31. driving gear III；32.
Driven gear III；33. driving shaft III；34. driven axle III；35. drive roll III；36. passive guide roller III；37. motor III；φ
DIII. to the diameter of group 91 behind roller III component roll-in；4. rubbing face component with the hands；411. active rack gear IV；412. passive rack gear IV；
413. Jie's gear IV；421. active washboards；422. by movable washboard；431. active sliding block IV；432. by movable slider IV；441. actively
Guide rail IV；442. passive guide rail IV；45. connecting rod IV；451. connecting rods-washboard hinge；46. rocker arm IV；461. rocker arm IV- connecting rods hinge
Chain；47. motor IV；φ DIV. rubs the diameter of group 91 behind the rubbing and pressure of face component with the hands；5. pair roller V component；51. driving gear V；52. quilt
Moving gear V；53. driving shaft V；54. driven axle V；55. drive roll V；56. passive guide roller V；57. motor V；φ DV. is to roller V component roller
Pressure rolls into a ball 91 diameter below；6. section component；611. active rack gear VI；612. passive rack gear VI；613. Jie's gear VI；621. main
Dynamic cutter；6211. active blade；622. passive cutters；6221. passive blade；631. active sliding block VI；632. by movable slider
VI；641. active guide rail VI；642. passive guide rail VI；65. connecting rod VI；651. connecting rods-cutter hinge；66. rocker arm VI；661. shaking
Arm VI- connecting rod link；67. motor VI；7. pressure surface component；72. Anchor plate kit；721. pressing plate；722. pressing plate shafts；723. pressing plate
Swing arm；75. connecting rod VII；751. swing arms-connecting rod VII hinge；76. rocker arm VII；761. rocker arm VII- connecting rod links；77. motor
VII；8. conveyer；81. conveyer belt；82. feeder motor；83. drive roll；84. passive roller；85. conveying frame；91. face
Group；92. face agent；921. square notch；10. rack；101. gear side side plate；102. motor side side plate.
Specific embodiment
Present invention will be further explained below with reference to the attached drawings and examples:
Embodiment: referring to Fig. 1 to Figure 20.
A kind of boiled dumpling face agent Preparation equipment, including to roller I component 1, to roller II component 2, to roller III component 3, rub with the hands face group
Part 4, to roller V component 5, section component 6, pressure surface component 7 and rack 10；
Rack 10 includes gear side side plate 101 and motor side side plate 102；
It include driving gear I 11, driven gear I 12, driving shaft I 13, driven axle I 14, drive roll I to roller I component 1
15, passive guide roller I 16 and motor I 17, the output shaft of driving gear I 11, drive roll I 15 and motor I 17 respectively with driving shaft
I 13 is fixedly connected, and the housing flange of motor I 17 is fixedly connected with motor side side plate 102, and driving shaft I 13 and rack 10 form
Revolute；Driven gear I 12 and passive guide roller I 16 are fixedly connected with driven axle I 14 respectively, driven axle I 14 with 10 groups of rack
At revolute；Driving gear I 11 and driven gear I 12 is engaged；Drive roll I 15, which is with the axial line of driving shaft I 13, is
The revolving body of heart line, revolution bus is concave arc shape, i.e. the both ends of drive roll I 15 are relatively large in diameter, and mid diameter is smaller；Passively
Roller I 16 is using the axial line of driven axle I 14 as the revolving body of center line, and revolution bus is concave arc shape, i.e. passive guide roller I 16
Both ends be relatively large in diameter, mid diameter is smaller；The axis parallel of drive roll I 15 and passive guide roller I 16, drive roll I 15 and by
Dynamic roller I 16 is arranged side by side, and two adjoining contour lines form the circle that a diameter is DI=160 millimeters of φ；Motor I 17 is logical
Electricity, the output shaft rotation of motor I 17, drives driving shaft I 13 to rotate, driving gear I 11 and drive roll I 15 with rotation,
Driving gear I 11 drives driven axle I 14 to rotate by driven gear I 12, and passive guide roller I 16 is with rotation, in drive roll I
What 15- passive guide roller I 16 was formed squeezes roller, under friction and 91 gravity collective effect of dough, drive roll I 15- passive guide roller I
16 compositions pull the dough 91 on roller top, are squeezed, and coming out from lower part and foring diameter is the cylindric of φ DI；
It include driving gear II 21, driven gear II 22, driving shaft II 23, driven axle II 24, master to roller II component 2
Dynamic roller II 25, passive guide roller II 26 and motor II 27, the output shaft of driving gear II 21, drive roll II 25 and motor II 27
It is fixedly connected respectively with driving shaft II 23, the housing flange of motor II 27 is fixedly connected with motor side side plate 101, driving shaft II
23 form revolute with rack 10；Driven gear II 22 and passive guide roller II 26 are fixedly connected with driven axle II 24 respectively, passively
Axis II 24 and rack 10 form revolute；Driving gear II 21 and driven gear II 22 is engaged；Drive roll II 25 is with master
The axial line of moving axis II 23 is the revolving body of center line, and revolution bus is concave arc shape, i.e. the both ends diameter of drive roll II 25
Larger, mid diameter is smaller；Passive guide roller II 26 is to turn round bus using the axial line of driven axle II 24 as the revolving body of center line
It is concave arc shape, i.e. the both ends of passive guide roller II 26 are relatively large in diameter, and mid diameter is smaller；Drive roll II 25 and passive guide roller II 26
Axis parallel, drive roll II 25 and passive guide roller II 26 be arranged side by side, and two adjoining contour lines form a diameter
It is DII=100 millimeters of φ of circle；Motor II 27 is powered, and the output shaft rotation of motor II 27 drives driving shaft II 23 to rotate,
Driving gear II 21 and drive roll II 25 drives driven axle II by driven gear II 22 with rotation, driving gear II 21
24 rotations, passive guide roller II 26 is with rotation, in the composition of drive roll II 25- passive guide roller II 26 to roller extruding, friction and face
Under 91 gravity collective effects of group, what drive roll II 25- passive guide roller II 26 was formed pulls the dough 91 on roller top, is squeezed,
Coming out from lower part and foring diameter is the cylindric of φ DII；
It include driving gear III 31, driven gear III 32, driving shaft III 33, driven axle III to roller III component 3
34, drive roll III 35, passive guide roller III 36 and motor III 37, driving gear III 31, drive roll III 35 and motor III
37 output shaft is fixedly connected with driving shaft III 33 respectively, and the housing flange and motor side side plate 101 of motor III 37 is fixed
Connection, driving shaft III 33 and rack 10 form revolute；Driven gear III 32 and passive guide roller III 36 respectively with driven axle
III 34 is fixedly connected, and driven axle III 34 and rack 10 form revolute；Driving gear III 31 and driven gear III 32
Engagement；Drive roll III 35 is using the axial line of driving shaft III 33 as the revolving body of center line, and revolution bus is concave arc shape,
That is the both ends of drive roll III 35 are relatively large in diameter, and mid diameter is smaller；Passive guide roller III 36 is with the axle center of driven axle III 34
Line be center line revolving body, revolution bus be concave arc shape, i.e. the both ends of passive guide roller III 36 are relatively large in diameter, mid diameter compared with
It is small；The axis parallel of drive roll III 35 and passive guide roller III 36, drive roll III 35 and passive guide roller III 36 are arranged side by side,
Two adjoining contour lines form the circle that a diameter is DIII=40 millimeters of φ；Motor III 37 is powered, motor III 37
Output shaft rotation, drive driving shaft III 33 rotate, driving gear III 31 and drive roll III 35 are with rotation, driving tooth
It takes turns III 31 and drives driven axle III 34 to rotate by driven gear III 32, passive guide roller III 36 is with rotation, in drive roll
What III 35- passive guide roller III 36 was formed squeezes roller, under friction and 91 gravity collective effect of dough, drive roll III 35-
What passive guide roller III 36 was formed pulls the dough 91 on roller top, is squeezed, and coming out from lower part and foring diameter is φ DIII
It is cylindric；
Stranding face component 4 include active rack gear IV 411, passive rack gear IV 412, Jie's gear IV 413, active washboard 421,
By movable washboard 422, active sliding block IV 431, by movable slider IV 432, active guide rail IV 441, passive guide rail IV 442, connecting rod
IV 45, rocker arm IV 46 and motor IV 47；Active guide rail IV 441 is fixedly connected with motor side side plate 102, active sliding block IV
431 form line slideway auxiliary with active guide rail IV 441, and active washboard 421 is fixedly connected with active sliding block IV 431, driving tooth
IV 411 is fixedly connected with active washboard 421；Passive guide rail IV 442 is fixedly connected with gear side side plate 101, by movable slider
IV 432 and passive guide rail IV 442 forms line slideway auxiliary, is fixedly connected by movable washboard 422 with by movable slider IV 432, passively
Rack gear IV 412 is fixedly connected with by movable washboard 422；Jie's gear IV 413 is connect with rack 10 by revolute, active rack gear IV
411 engage with Jie's gear IV 413, and passive rack gear IV 412 is engaged with Jie's gear IV 413；It active guide rail IV 441 and passively leads
Rail IV 442 is parallel；Active washboard 421 is parallel with by the adjacent face of movable washboard 422, at a distance of DIV=24 millimeters；Connecting rod IV's 45
One end forms hinge by connecting rod-washboard hinge 451 and active washboard 421, and the other end of connecting rod IV 45 is connected by rocker arm IV-
One end of bar hinge 461 and rocker arm IV 46 form hinge, the other end of rocker arm IV 46 and the fixed company of the output shaft of motor IV 47
It connects, the housing flange of motor IV 47 is fixedly connected with motor side side plate 102；The rotation of 47 energization output shaft of motor IV, rocker arm IV
46 drive active washboard 421, active sliding block IV 431 and active rack gear with ceaselessly moving in a circle, by connecting rod IV 45
IV 411 drives passive rack gear IV 412 back and forth fortune along 441 linear reciprocating motion of active guide rail IV, by Jie's gear IV 413
Dynamic, passive rack gear IV 412 drives by movable washboard 422 and by movable slider IV 432 along passive 442 linear reciprocating motion of guide rail IV,
Since active rack gear IV 411 and passive 412 movement velocity of rack gear IV are equal, contrary, so active washboard 421 and passive
The adjacent parallel face movement speed of washboard 422 is equal, contrary, if cylinder can be twisted by being sandwiched between dough 91；It is right
Roller V component 5 includes driving gear V 51, driven gear V 52, driving shaft V 53, driven axle V 54, drive roll V 55, passive guide roller
V 56 and motor V 57, the output shaft of driving gear V 51, drive roll V 55 and motor V 57 are fixed with driving shaft V 53 respectively
Connection, the housing flange of motor V 57 are fixedly connected with motor side side plate 101, and driving shaft V 53 and rack 10 form revolute；
Driven gear V 52 and passive guide roller V 56 are fixedly connected with driven axle V 54 respectively, and driven axle V 54 and the composition of rack 10 rotate
It is secondary；Driving gear V 51 and driven gear V 52 is engaged；Drive roll V 55 is using the axial line of driving shaft V 53 as center line
Revolving body, revolution bus is concave arc shape, i.e. the both ends of drive roll V 55 are relatively large in diameter, and mid diameter is smaller；Passive guide roller V 56
It is using the axial line of driven axle V 54 as the revolving body of center line, revolution bus is concave arc shape, i.e. the both ends of passive guide roller V 56
It is relatively large in diameter, mid diameter is smaller；The axis parallel of drive roll V 55 and passive guide roller V 56, drive roll V 55 and passive guide roller V
56 are arranged side by side, and two adjoining contour lines form the circle that a diameter is DV=20 millimeters of φ；Motor V 57 is powered, motor
The output shaft of V 57 rotates, and drives driving shaft V 53 to rotate, driving gear V 51 and drive roll V 55 are with rotation, driving gear
V 51 drives driven axle V 54 to rotate by driven gear V 52, and passive guide roller V 56 is with rotation, in drive roll V 55- passive guide roller
What V 56 was formed squeezes roller, under friction and 91 gravity collective effect of dough, pair that drive roll V 55- passive guide roller V 56 is formed
The dough 91 on roller top is pullled, is squeezed, and coming out from lower part and foring diameter is the cylindric of φ DV；
Section component 6 include active rack gear VI 611, passive rack gear VI 612, Jie's gear VI 613, active cutting knife 621,
Passive cutter 622, active sliding block VI 631, by movable slider VI 632, active guide rail VI 641, passive guide rail VI 642, connecting rod
VI 65, rocker arm VI 66 and motor VI 67；Active guide rail VI 641 is fixedly connected with motor side side plate 102, active sliding block VI
631 form line slideway auxiliary with active guide rail VI 641, and active cutting knife 621 is fixedly connected with active sliding block VI 631, driving tooth
VI 611 is fixedly connected with active cutting knife 621；Passive guide rail VI 642 is fixedly connected with gear side side plate 101, by movable slider
VI 632 and passive guide rail VI 642 forms line slideway auxiliary, and passive cutter 622 is fixedly connected with by movable slider VI 632, passively
Rack gear VI 612 is fixedly connected with passive cutter 622；Jie's gear VI 613 is connect with rack 10 by revolute, active rack gear VI
611 engage with Jie's gear VI 613, and passive rack gear VI 612 is engaged with Jie's gear VI 613；One end of connecting rod VI 65 passes through company
Bar-cutter hinge 651 and active cutting knife 621 form hinge, the other end of connecting rod VI 65 by rocker arm VI- connecting rod link 661 with
One end of rocker arm VI 66 forms hinge, and the other end of rocker arm VI 66 is fixedly connected with the output shaft of motor VI 67, motor VI
67 flange is fixedly connected with motor side side plate 102；There is V-arrangement active blade 6211 in active cutting knife 621, on passive cutter 622
There is a passive blade 6221 of V-arrangement, the knife face fitting of the knife face of active cutting knife 621 and passive cutter 622, active blade 6211 and passive
Blade 6221 is opposite to form quadrangle；The rotation of 67 energization output shaft of motor VI, rocker arm VI 66 with ceaselessly moving in a circle,
Drive active cutting knife 621, active sliding block VI 631 and active rack gear VI 611 past along active guide rail VI 641 by connecting rod VI 65
Linear motion drives passive rack gear VI 612 to move back and forth by Jie's gear VI 613, and passive rack gear VI 612 drives passively
Cutter 622 and by movable slider VI 632 along passive 642 linear reciprocating motion of guide rail VI, due to active rack gear VI 611 and passive
612 movement velocity of rack gear VI is equal, contrary, so active cutting knife 621 is equal with passive 622 movement velocity of cutter, direction
On the contrary, notch is if there are doughs 91 to be cut off among the quadrangle that active blade 6211 and passive blade 6221 are formed
Quadrangle；
Pressure surface component 7 includes Anchor plate kit 72, connecting rod VII 75, rocker arm VII 76, motor VII 77；Anchor plate kit 72 wraps
Include pressing plate 721, pressing plate shaft 722 and pressing plate swing arm 723, one end of pressing plate swing arm 723 and pressing plate 721 respectively with pressing plate shaft
722 are fixedly connected, and pressing plate shaft 722 is connected by a hinge with rack 10, and the other end of pressing plate swing arm 723 passes through swing arm-connecting rod
One end group of VII hinge 751 and connecting rod VII 75 is in the hinge connection, the other end of connecting rod VII 75 and the one of rocker arm VII 76
End is in the hinge connection by rocker arm VII- connecting rod link group, and the other end of rocker arm VII 76 is fixedly connected with motor VII 77；Electricity
The rotation of 77 energization output shaft of machine VII, rocker arm VII 76 are put with ceaselessly moving in a circle by connecting rod VII 75 and pressing plate
Arm 723 is with 722 reciprocally swinging of dynamic pressure plate shaft, and pressing plate 721 is with doing reciprocally swinging；Active cutting knife 621 and passive cutter 622 are cut
Section group 91 forms a jizi for making dumplings below cutter, and the moment just to have been fallen is squeezed upward by pressing plate 721 and forms oblate face
Agent 92, then pressing plate 721 is put still further below, and face agent 92 slides under the effect of gravity.
Above-described boiled dumpling face agent Preparation equipment further includes conveyer 8, and conveyer 8 includes conveyer belt 81, conveying electricity
Machine 82, drive roll 83, passive roller 84 and conveying frame 85, drive roll 83 and passive roller 84 respectively with conveying frame 85
Revolute is formed, the output shaft of feeder motor 82 is fixedly connected with passive roller 84, the shell and conveying frame of feeder motor 82
85 are fixedly connected, and the tensioning of conveyer belt 81 ground surrounds between drive roll 83 and passive roller 84.Face agent 92 is under the effect of gravity
It slides, is fallen on conveyer belt 81 from pressing plate 721, with being transported to next process.
The manufacture material of above-described conveyer belt 81 is the silicon rubber that can reach grade-safe sanitary standard.Food-grade
Silicon rubber is pollution-free, non-toxic and tasteless, meets national food hygienic standard and U.S. FDA food grade standard, can accomplish with food
Product, which contact, will not change the ingredient of food in transmission process, odor impact and toxic component pollute.
Above-described active cutting knife 621 or passive cutter 622, manufacture material is to reach grade-safe sanitary standard
1Cr18Ni9Ti.
The course of work of the present embodiment is such that
1) start each motor.
2) make to become reconciled and roll into a ball 91 surfaces with good wake flour and stick dry flour, prevent dough 91 and adhesion everywhere, be placed on drive roll I
On 15 and passive guide roller I 16.
3) the output shaft rotation of motor I 17, drives driving shaft I 13 to rotate, driving gear I 11 and drive roll I 15 with
Rotation, driving gear I 11 by driven gear I 12 drive driven axle I 14 rotate, passive guide roller I 16 is with rotation, in master
Dynamic roller I 15- passive guide roller I 16 form under 91 gravity collective effect of the extruding of roller, friction and dough, drive roll I 15-
What passive guide roller I 16 was formed pulls the dough 91 on roller top, is squeezed, and coming out from lower part and foring diameter is φ DI=160 milli
Rice it is cylindric.
4) the output shaft rotation of motor II 27, drives driving shaft II 23 to rotate, driving gear II 21 and drive roll II
25 with rotation, and driving gear II 21 drives driven axle II 24 to rotate by driven gear II 22, passive guide roller II 26 with
Rotation squeezes roller, under friction and 91 gravity collective effect of dough what drive roll II 25- passive guide roller II 26 was formed, main
What dynamic roller II 25- passive guide roller II 26 was formed pulls the dough 91 on roller top, is squeezed, and foring diameter out from lower part is
DII=100 millimeters of φ cylindric.
5) the output shaft rotation of motor III 37, drives driving shaft III 33 to rotate, driving gear III 31 and drive roll
III 35 drives driven axle III 34 to rotate with rotation, driving gear III 31 by driven gear III 32, passive guide roller III
36, with rotation, form common to the extruding of roller, friction and 91 gravity of dough in drive roll III 35- passive guide roller III 36
Under effect, what drive roll III 35- passive guide roller III 36 was formed pulls the dough 91 on roller top, is squeezed, and comes out from lower part
Foring diameter is DIII=40 millimeters of φ cylindric.
6) the output shaft rotation of motor IV 47, rocker arm IV 46 pass through 45 band of connecting rod IV with ceaselessly moving in a circle
Dynamic active washboard 421, active sliding block IV 431 and active rack gear IV 411 pass through along 441 linear reciprocating motion of active guide rail IV
Jie's gear IV 413 drives passive rack gear IV 412 to move back and forth, and passive rack gear IV 412 drives by movable washboard 422 and passively sliding
Block IV 432 is along passive 442 linear reciprocating motion of guide rail IV, since active rack gear IV 411 and passive rack gear IV 412 move speed
Spend it is equal, contrary, so active washboard 421 is equal with by the adjacent parallel face movement speed of movable washboard 422, direction phase
Instead, the dough 91 of sandwich is twisted into thinner cylinder, and diameter becomes DIV=24 millimeters of φ；
7) the output shaft rotation of motor V 57, drives driving shaft V 53 to rotate, driving gear V 51 and drive roll V 55 with
Rotation, driving gear V 51 by driven gear V 52 drive driven axle V 54 rotate, passive guide roller V 56 is with rotation, in master
What dynamic roller V 55- passive guide roller V 56 was formed squeezes roller, under friction and 91 gravity collective effect of dough, drive roll V 55- quilt
What dynamic roller V 56 was formed pulls the dough 91 on roller top, is squeezed, and coming out from lower part and foring diameter is DV=20 millimeters of φ
It is cylindric；
8) the output shaft rotation of motor VI 67, rocker arm VI 66 pass through 65 band of connecting rod VI with ceaselessly moving in a circle
Dynamic active cutting knife 621, active sliding block VI 631 and active rack gear VI 611 pass through along 641 linear reciprocating motion of active guide rail VI
Jie's gear VI 613 drives passive rack gear VI 612 to move back and forth, and passive rack gear VI 612 drives passive cutter 622 and passively slides
Block VI 632 is along passive 642 linear reciprocating motion of guide rail VI, since active rack gear VI 611 and passive rack gear VI 612 move speed
It spends equal, contrary, so active cutting knife 621 and passive 622 movement velocity of cutter are equal, contrary, is present in actively
The dough 91 among quadrangle that blade 6211 and passive blade 6221 are formed is cut off, and notch is quadrangle.
9) the output shaft rotation of motor VII 77, rocker arm VII 76 pass through connecting rod VII with ceaselessly moving in a circle
75 and pressing plate swing arm 723 with 722 reciprocally swinging of dynamic pressure plate shaft, pressing plate 721 is with doing reciprocally swinging；Active cutting knife 621 and by
Dynamic cutter 622 cuts off dough 91 and forms a jizi for making dumplings below cutter, and the moment just to have been fallen is squeezed formation by pressing plate 721 upward
Oblate face agent 92, then pressing plate 721 is put still further below, and face agent 92 slides under the effect of gravity.
10) face agent 92 slides from pressing plate 721 under the effect of gravity, falls on conveyer belt 81, with being transported to down one
Process.
11) step 3) is ceaselessly repeated to 10), then dough 91 is just ceaselessly made into face agent 92 automatically.
The present embodiment the utility model has the advantages that
1) be suitable for hotel, dumpling shop spends general salary to engage common work instead of employing by offering a high salary skilled dumpling work
People can operate, and save a large sum of human cost to hotel, dumpling shop, improve production efficiency.
2) simulation is manually rubbed into strip dough, machine direction in strip dough and manually does identical, is cut into
Cylindrical standard of comparison, the face agent being pressed into relatively positive round do circular boiled dumpling dough sheet for later process and lay the foundation.
3) it is capable of processing the higher dough of water content, machine direction and manually also identical, so the dumpling finally made has
The mouthfeel of artificial boiled dumpling.
4) structure is simple, and convenient for manufacture, cost is relatively low, and general family just has the ability to buy, adaptable.
Claims (5)
1. a kind of boiled dumpling face agent Preparation equipment, which is characterized in that including to roller I component, to roller II component, to roller III component,
Stranding face component, to roller V component, section component, pressure surface component and rack；
Rack includes gear side side plate and motor side side plate；
It include driving gear I, driven gear I, driving shaft I, driven axle I, drive roll I, passive guide roller I and motor I to roller I component,
The output shaft of driving gear I, drive roll I and motor I are fixedly connected with driving shaft I respectively, the housing flange and motor side of motor I
Side plate is fixedly connected, and driving shaft I and rack form revolute；Driven gear I and passive guide roller I are fixedly connected with driven axle I respectively,
Driven axle I and rack form revolute；Driving gear I and driven gear I engagement；Drive roll I is to be with the axial line of driving shaft I
The revolving body of center line, revolution bus is concave arc shape, i.e. the both ends of drive roll I are relatively large in diameter, and mid diameter is smaller；Passive guide roller
I be using the axial line of driven axle I as the revolving body of center line, revolution bus be concave arc shape, i.e., the both ends diameter of passive guide roller I compared with
Greatly, mid diameter is smaller；The axis parallel of drive roll I and passive guide roller I, drive roll I and passive guide roller I are arranged side by side, adjoining
Two contour lines form a diameter be φ DI circle；
To roller II component include driving gear II, driven gear II, driving shaft II, driven axle II, drive roll II, passive guide roller II and
Motor II, the output shaft of driving gear II, drive roll II and motor II are fixedly connected with driving shaft II respectively, the shell of motor II
Flange is fixedly connected with motor side side plate, and driving shaft II and rack form revolute；Driven gear II and passive guide roller II respectively with
Driven axle II is fixedly connected, and driven axle II and rack form revolute；Driving gear II and driven gear II engagement；Drive roll II
It is using the axial line of driving shaft II as the revolving body of center line, revolution bus is concave arc shape, i.e. the both ends diameter of drive roll II
Larger, mid diameter is smaller；Passive guide roller II is using the axial line of driven axle II as the revolving body of center line, and revolution bus is recessed circle
The both ends of arc, i.e. passive guide roller II are relatively large in diameter, and mid diameter is smaller；The axis parallel of drive roll II and passive guide roller II, it is main
Dynamic roller II and passive guide roller II is arranged side by side, and two adjoining contour lines form the circle that a diameter is φ DII；
It include driving gear III to roller III component, driven gear III, driving shaft III, driven axle III, drive roll III, passive
Roller III and motor III, the output shaft of driving gear III, drive roll III and motor III are fixedly connected with driving shaft III respectively,
The housing flange of motor III is fixedly connected with motor side side plate, and driving shaft III and rack form revolute；Driven gear III and
Passive guide roller III is fixedly connected with driven axle III respectively, and driven axle III and rack form revolute；Driving gear III and passive
Gear III engagement；Drive roll III is using the axial line of driving shaft III as the revolving body of center line, and revolution bus is concave arc
The both ends of shape, i.e. drive roll III are relatively large in diameter, and mid diameter is smaller；Passive guide roller III, which is with the axial line of driven axle III, is
The revolving body of heart line, revolution bus is concave arc shape, i.e. the both ends of passive guide roller III are relatively large in diameter, and mid diameter is smaller；Drive roll
The axis parallel of III and passive guide roller III, drive roll III and passive guide roller III are arranged side by side, two adjoining contour line groups
It is the circle of φ DIII at a diameter；
Stranding face component include active rack gear IV, passive rack gear IV, Jie's gear IV, active washboard, by movable washboard, active sliding block IV,
By movable slider IV, active guide rail IV, passive guide rail IV, connecting rod IV, rocker arm IV and motor IV；Active guide rail IV and motor side side plate
It is fixedly connected, active sliding block IV and active guide rail IV form line slideway auxiliary, and active washboard is fixedly connected with active sliding block IV, main
Carry-over bar IV is fixedly connected with active washboard；Passive guide rail IV is fixedly connected with gear side side plate, by movable slider IV with passively lead
Rail IV forms line slideway auxiliary, is fixedly connected by movable washboard with by movable slider IV, passive rack gear IV is fixedly connected with by movable washboard；
Jie's gear IV is connect with rack by revolute, and active rack gear IV is engaged with Jie's gear IV, and passive rack gear IV is nibbled with Jie's gear IV
It closes；Active guide rail IV is parallel with passive guide rail IV；Active washboard is parallel with by the adjacent face of movable washboard, at a distance of DIV；Connecting rod IV's
One end is in the hinge connection by connecting rod-washboard hinge and active washboard group, and the other end of connecting rod IV passes through rocker arm IV- connecting rod link
It is in the hinge connection with one end group of rocker arm IV, the other end of rocker arm IV is fixedly connected with the output shaft of motor IV, and motor IV's is outer
Shell process orchid is fixedly connected with motor side side plate；
It include driving gear V, driven gear V, driving shaft V, driven axle V, drive roll V, passive guide roller V and motor V to roller V component,
The output shaft of driving gear V, drive roll V and motor V are fixedly connected with driving shaft V respectively, the housing flange and motor side of motor V
Side plate is fixedly connected, and driving shaft V and rack form revolute；Driven gear V and passive guide roller V are fixedly connected with driven axle V respectively,
Driven axle V and rack form revolute；Driving gear V and driven gear V engagement；Drive roll V is to be with the axial line of driving shaft V
The revolving body of center line, revolution bus is concave arc shape, i.e. the both ends of drive roll V are relatively large in diameter, and mid diameter is smaller；Passive guide roller
V be using the axial line of driven axle V as the revolving body of center line, revolution bus be concave arc shape, i.e., the both ends diameter of passive guide roller V compared with
Greatly, mid diameter is smaller；The axis parallel of drive roll V and passive guide roller V, drive roll V and passive guide roller V are arranged side by side, adjoining
Two contour lines form a diameter be φ DV circle；
Section component include active rack gear VI, passive rack gear VI, Jie's gear VI, active cutting knife, passive cutter, active sliding block VI,
By movable slider VI, active guide rail VI, passive guide rail VI, connecting rod VI, rocker arm VI and motor VI；Active guide rail VI and motor side side plate
It is fixedly connected, active sliding block VI and active guide rail VI form line slideway auxiliary, and active cutting knife is fixedly connected with active sliding block VI, main
Carry-over bar VI is fixedly connected with active cutting knife；Passive guide rail VI is fixedly connected with gear side side plate, by movable slider VI with passively lead
Rail VI forms line slideway auxiliary, and passive cutter is fixedly connected with by movable slider VI, and passive rack gear VI is fixedly connected with passive cutter；
Jie's gear VI is connect with rack by revolute, and active rack gear VI is engaged with Jie's gear VI, and passive rack gear VI is nibbled with Jie's gear VI
It closes；One end of connecting rod VI is in the hinge connection by connecting rod-cutter hinge with active cutting knife group, and the other end of connecting rod VI passes through rocker arm
VI- connecting rod link and one end group of rocker arm VI are in the hinge connection, and the other end of rocker arm VI is fixedly connected with the output shaft of motor VI,
The flange of motor VI is fixedly connected with motor side side plate；There is V-arrangement active blade in active cutting knife, has V-arrangement passive on passive cutter
The knife face of blade, the knife face of active cutting knife and passive cutter is bonded, and active blade and passive blade form quadrangle relatively；
Pressure surface component includes Anchor plate kit, connecting rod VII, rocker arm VII, motor VII；Anchor plate kit include pressing plate, pressing plate shaft and
One end of pressing plate swing arm, pressing plate swing arm is fixedly connected with pressing plate shaft respectively with pressing plate, and pressing plate shaft and rack are connected by hinge
It connects, the other end of pressing plate swing arm is in the hinge connection by swing arm-connecting rod VII hinge and one end group of connecting rod VII, connecting rod VII's
One end of the other end and rocker arm VII is in the hinge connection by rocker arm VII- connecting rod link group, the other end and motor of rocker arm VII
VII is fixedly connected.
2. boiled dumpling according to claim 1 face agent Preparation equipment, it is characterised in that the parameter DI, DII, DIII,
The size relation of DIV and DV is: DI > DII > DIII > DIV > DV.
3. boiled dumpling according to claim 1 or 2 face agent Preparation equipment, it is characterised in that further include conveyer, conveyer
Including conveyer belt, feeder motor, drive roll, passive roller and conveying frame, drive roll respectively and is conveyed with passive roller
Rack forms revolute, and the output shaft of feeder motor is fixedly connected with passive roller, and the shell and conveying frame of feeder motor are solid
Fixed connection, surrounds to conveying belt tension between drive roll and passive roller.
4. boiled dumpling according to claim 3 face agent Preparation equipment, it is characterised in that the manufacture material of conveyer belt is-silicon
Rubber, Teflon, polyvinyl chloride, polyolefin or polyurethane.
5. boiled dumpling according to claim 1 face agent Preparation equipment, it is characterised in that the system of active cutting knife or passive cutter
Producing material material is 1Cr18Ni9Ti, 0Cr19Ni9,1Cr18Ni9 or 1Cr17Ni2.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710714557.5A CN107509759B (en) | 2017-08-18 | 2017-08-18 | Boiled dumpling face agent Preparation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710714557.5A CN107509759B (en) | 2017-08-18 | 2017-08-18 | Boiled dumpling face agent Preparation equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107509759A CN107509759A (en) | 2017-12-26 |
| CN107509759B true CN107509759B (en) | 2019-10-29 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710714557.5A Active CN107509759B (en) | 2017-08-18 | 2017-08-18 | Boiled dumpling face agent Preparation equipment |
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| Country | Link |
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| CN (1) | CN107509759B (en) |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2225756Y (en) * | 1994-03-21 | 1996-05-01 | 马盈三 | Roller-pressing type shaper for stuffed food |
| JP2750843B2 (en) * | 1996-01-09 | 1998-05-13 | レオン自動機株式会社 | Method and apparatus for connecting and supplying divided bread dough |
| JPH11127763A (en) * | 1997-10-29 | 1999-05-18 | Higuchi Menki Seisakusho:Kk | Vertical machine for producing noodle |
| CN2383351Y (en) * | 1999-07-23 | 2000-06-21 | 朱立赞 | Machine for wrapping dumpling |
| CN2817454Y (en) * | 2005-04-15 | 2006-09-20 | 陈健 | Shaper of dumpling wrapper |
-
2017
- 2017-08-18 CN CN201710714557.5A patent/CN107509759B/en active Active
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| CN107509759A (en) | 2017-12-26 |
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Effective date of registration: 20190926 Address after: 222000 Hailong Road, Haihou Village, Haitou Town, Ganyu District, Lianyungang City, Jiangsu Province Applicant after: Lianyungang Kaiqi Food Co., Ltd. Address before: Room 8002, 8th floor, News Building, 22 Huanhe Road, Jining City, Shandong Province, 272100 Applicant before: Li Da De |
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