CN110122519A - Musculus cutaneus producing device - Google Patents
Musculus cutaneus producing device Download PDFInfo
- Publication number
- CN110122519A CN110122519A CN201910556159.4A CN201910556159A CN110122519A CN 110122519 A CN110122519 A CN 110122519A CN 201910556159 A CN201910556159 A CN 201910556159A CN 110122519 A CN110122519 A CN 110122519A
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- Prior art keywords
- dough
- musculus cutaneus
- actuator
- pressure
- bearing platform
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- 238000005520 cutting process Methods 0.000 claims abstract description 43
- 238000004519 manufacturing process Methods 0.000 claims abstract description 9
- 238000003825 pressing Methods 0.000 claims description 20
- 238000005096 rolling process Methods 0.000 claims description 9
- 230000000694 effects Effects 0.000 claims description 4
- 230000000903 blocking effect Effects 0.000 claims description 3
- 238000011084 recovery Methods 0.000 claims description 2
- 238000004513 sizing Methods 0.000 claims description 2
- 241000973497 Siphonognathus argyrophanes Species 0.000 claims 1
- 238000000034 method Methods 0.000 abstract description 7
- 230000004927 fusion Effects 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 9
- 235000013312 flour Nutrition 0.000 description 5
- 230000005484 gravity Effects 0.000 description 4
- 230000008719 thickening Effects 0.000 description 3
- 238000002360 preparation method Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000008157 edible vegetable oil Substances 0.000 description 1
- 235000013305 food Nutrition 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 210000001779 taste bud Anatomy 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C3/00—Machines or apparatus for shaping batches of dough before subdivision
- A21C3/02—Dough-sheeters; Rolling-machines; Rolling-pins
-
- 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
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Manufacturing And Processing Devices For Dough (AREA)
Abstract
A kind of musculus cutaneus producing device, it is related to product processing mechanical apparatus technical field, including support device and the driving device being arranged in support device, dough cutter device, musculus cutaneus force feed device, dough cutter device is for conveying the good face stick of manual manufacture and face stick being cut into dough, and the dough of well cutting is conveyed to musculus cutaneus force feed device, musculus cutaneus force feed device is for conveying dough and dough being pressed into musculus cutaneus.Dough cutter device, musculus cutaneus force feed device, the first actuator, the second actuator, rotary drive, third actuator are worked in coordination mode, realizing only drives a rotary drive that the cutting of dough, the conveying of dough, the compacting of musculus cutaneus can be realized, driving method is not cumbersome, in a musculus cutaneus producing device, structure is simple for all production phase fusions easy to operate.
Description
Technical field
The present invention relates to food processing machinery and equipment technical fields, and in particular to a kind of musculus cutaneus producing device.
Background technique
More and more people like eating the Flour product that steamed stuffed bun, dumpling, won ton class have fillings now, also have much sell in the market
The shop of such Flour product meets the needs of public, and many people make such Flour product periodically also at home to meet taste bud need
It asks.Although such Flour product rich in taste, deliciousness, manufacturing process is cumbersome, and fillings is also needed to make dough and be rolled after carrying out
Musculus cutaneus processed wraps up fillings, time-consuming and laborious.
A kind of household, which is provided, application No. is 201811180686.1 patent of invention rolls skin device and its application method, dough
Preparation, musculus cutaneus preparation need to operate two driving devices stage by stage, that is, operate rocking bar A and handle B and first obtain face jizi for making dumplings, then will
The Sheng Mian mechanism for filling face jizi for making dumplings pulls out, and movement makes dough mechanism above Sheng Mian mechanism, and rotating rocker B is rolled with operating the mechanism that makes dough
Face jizi for making dumplings in the mechanism of the face Ya Sheng, to form musculus cutaneus.There is the technical problem that structure is complicated, cumbersome in the above-mentioned prior art.
Summary of the invention
In view of this, a kind of it is necessary to provide structures musculus cutaneus producing device simple, easy to operate.
A kind of musculus cutaneus producing device, including support device and the driving device being arranged in support device, dough cutting dress
It sets, musculus cutaneus force feed device, dough cutter device will be cut for conveying the good face stick of manual manufacture and face stick being cut into dough
The dough cut is conveyed to musculus cutaneus force feed device, and musculus cutaneus force feed device drives for conveying dough and dough being pressed into musculus cutaneus
Device includes the first actuator, rotary drive, the second actuator, third actuator, the first actuator and musculus cutaneus force feed device
Movable end be fixedly connected so that the first actuator musculus cutaneus force feed device drive under do longitudinally reciprocating motion, the first actuator
It is also connect with dough cutter device, when the first actuator longitudinally reciprocating motion, drives the cutting member of dough cutter device laterally past
Multiple movement, is cut into dough for the face stick of conveying, and the driving end of rotary drive is fixedly connected with the second actuator, to utilize
The driving end of rotary drive drives the second actuator longitudinally reciprocating motion, activity of second actuator also with musculus cutaneus force feed device
End is fixedly connected, and the second actuator drives the movable end longitudinally reciprocating motion of musculus cutaneus force feed device in longitudinally reciprocating motion, with
Dough in musculus cutaneus force feed device is pressed into musculus cutaneus, the driving end of rotary drive is also connect with third actuator, to utilize
The driving end of rotary drive drives the rotation of third actuator, and pressure-bearing platform of the third actuator also with musculus cutaneus force feed device is fixed
Connection during third actuator rotates, drives the pressure-bearing platform rotation of musculus cutaneus force feed device, so that pressure-bearing platform carrying
Dough is no longer at the underface of musculus cutaneus force feed device movable end by the musculus cutaneus that the movable end of musculus cutaneus force feed device is pressed into.
Preferably, the first actuator is wedge locating block, and the longitudinally-moving end of the first actuator and musculus cutaneus force feed device is solid
Fixed connection, to drive the first actuator in longitudinally reciprocating motion, the guiding side wall of the first actuator and face using longitudinally-moving end
The cutting member with elastic-restoring force of group's cutter device slides against, and the guiding side wall of the first actuator is by vertical section and inclination
Section constitute, in the first actuator longitudinally reciprocating motion, the vertical section and tilting section of the guiding side wall of the first actuator in turn with
The cutting member of dough cutter device abuts, so that cutting member is in the elastic-restoring force of itself and the guiding side wall of the first actuator
Under vertical section and tilting section collective effect, so that the cutting member of dough cutter device moves back and forth in the horizontal direction, with finished surface
Group's cutting.
Preferably, dough cutter device includes face stick merging pipe, the dough calibration tube, face of successively face setting from top to bottom
Group delivery tube, face stick merging pipe outlet be adapted with the entrance of dough calibration tube, the outlet and dough transport of dough calibration tube
The entrance of pipe is adapted, and the outer wall of face stick merging pipe and the outer wall of dough transport pipe are each attached in support device, the merging of face stick
The outer wall of pipe or the outer wall of dough transport pipe are also fixedly connected with the outer wall of dough calibration tube, to support fixed dough calibration tube；
The cutting member of dough cutter device is blade and baffle arranged in parallel, and the top surface area of blade is not less than face stick merging pipe
Discharge area, blade following table area be not less than dough not less than the top surface area of the inlet area of dough calibration tube, baffle
The discharge area of calibration tube, baffle following table area be not less than the inlet area of dough transport pipe, between blade and baffle away from
From the length for being not less than dough calibration tube, blade is higher than that baffle is arranged and blade is shorter than baffle, and the one of one end of blade and baffle
End connection makes the two form U-shaped structure with junction between the two, and the side of this junction is fixedly connected with and the first driving
The other side of connecting rod, this junction that the guiding side wall of part slides against and cutting member have the part of elastic-restoring force is fixed to connect
It connects, there is cutting member the part of elastic-restoring force to be fixedly connected with the lateral wall of dough calibration tube, so that cutting member drives along first
The elastic-restoring force transverse movement being had while the guiding side wall sliding of moving part by itself, the positive transverse movement of blade penetrate completely
Between face stick merging pipe and dough calibration tube and blocking surface stick is placed in the outlet of pipe and the entrance of dough calibration tube, anti-transverse movement
It is pierced by between face stick merging pipe and dough calibration tube, the face stick in dough calibration tube is cut into tubular with dough sizing completely
The identical dough of shape simultaneously prevents the face stick inside face stick merging pipe from falling into dough calibration tube in cutting, the positive and negative laterally fortune of baffle
It is dynamic not to be pierced by and be interspersed between dough calibration tube and dough transport pipe, dough through-hole, the face of dough through-hole are offered on baffle
Product is complete not less than the area of the outlet of dough calibration tube and the area of the entrance of dough transport pipe, the positive transverse movement of dough through-hole
Penetrate between dough calibration tube and dough transport pipe and be connected to the outlet of dough calibration tube and the entrance of dough transport pipe, anti-transverse direction
Movement is pierced by between dough calibration tube and dough transport pipe completely and makes the region blocks dough for not opening up dough through-hole on baffle
The outlet of calibration tube and the entrance of dough transport pipe, blade and baffle cooperate so that uncut face stick is not by opening up dough through-hole
Baffle region blocks face stick merging pipe and dough calibration tube in, and cut after dough by dough through-hole fall into dough transport
In defeated pipe.
Preferably, the second actuator is oval crank, is opened up respectively on the second actuator close to the both ends on radian maximum side
There are first through hole and the second through-hole, first through hole and support device are rotatablely connected, and first through hole is also fixed with rotary drive
Connection, so that the second actuator is rotated by support device and under the drive of rotary drive.
Preferably, musculus cutaneus force feed device includes piston rod, and the movable end of musculus cutaneus force feed device is piston and musculus cutaneus pressing plate, is lived
Stopper rod passes through the second through-hole and the second actuator is rotatablely connected, so that piston rod moves under the drive of the second actuator, piston
It is fixedly connected with the lower end of piston rod, so that piston does longitudinally reciprocating motion, piston and the first driving under the drive of piston rod
Part is fixedly connected, so that piston driving the first actuator longitudinally reciprocating motion, musculus cutaneus pressing plate are fixedly connected with piston base, so that
Musculus cutaneus pressing plate does longitudinally reciprocating motion under the drive of piston.
Preferably, third actuator is space Geneva mechanism, and third actuator includes being mutually adapted and rotation axis is mutual
Vertical active driver plate and driven sheave, so that transversely axis rotation drives driven sheave axis rotation along longitudinal direction to active driver plate
Turn, first through hole is passed through at the axis of rotation of active driver plate and is fixedly connected with the driving end of rotary drive, so that active driver plate
It is rotated under the drive of rotary drive.
Preferably, musculus cutaneus force feed device further includes domatic locating piece, swivel mount, pressure-bearing platform, domatic locating piece and support
Device is fixedly connected, and third through-hole is offered at the center of domatic locating piece, and the lowest surfaces of domatic locating piece and horizontal plane are flat
Row, the rotation center of swivel mount passes through third through-hole and is fixedly connected with the axis of rotation of driven sheave, so that swivel mount is driven
It is rotated under the drive of sheave, the rotation center of swivel mount is not contacted with third through-hole, so that swivel mount is revolved with respect to domatic locating piece
Turn, the edge of swivel mount is provided with a pressure-bearing platform every same distance, and pressure-bearing platform is far from swivel mount rotation center
Edge thickeies, and first pressure-bearing platform is close to the edge of swivel mount rotation center and the minimum face contact of domatic locating piece and the
Immediately below the export center of the center face dough delivery tube of one pressure-bearing platform, so that first pressure-bearing platform and horizontal plane are flat
It goes and the dough fallen from the outlet of dough transport pipe can be connected to, second pressure-bearing platform is close to the side of swivel mount rotation center
Immediately below the center with the center face musculus cutaneus pressing plate of the minimum face contact and second pressure-bearing platform of domatic locating piece, so that
Second pressure-bearing platform is parallel to the horizontal plane and can cooperate with musculus cutaneus pressing plate compacting musculus cutaneus, and third pressure-bearing platform is close to rotation
The edge of frame rotation center and the highest face contact of domatic locating piece are formed determining tilt angle by the gravity for thickening edge, with
Convenient for musculus cutaneus landing；Each pressure-bearing platform is contacted with domatic locating piece in active driver plate rotary course, the rotation of active driver plate
360 °, first pressure-bearing platform is moved to active driver plate and rotates the position of preceding second pressure-bearing platform, second pressure-bearing platform shifting
Move the position of third pressure-bearing platform before active driver plate rotates, third pressure-bearing platform is moved to active driver plate rotation preceding first
The position of a pressure-bearing platform, to realize the conveying of dough, compacting cooperation, the conveying of musculus cutaneus of musculus cutaneus, the every rotation of active driver plate
360 °, each pressure-bearing platform is moved to the position of next pressure-bearing platform in same direction.
Preferably, the cambered surface being recessed centered on the bottom surface of musculus cutaneus pressing plate, so that the musculus cutaneus center thick rim suppressed is thin.
Preferably, the bottom of swivel mount is fixedly connected with chassis, and with supporting rotary frame, tray bottom is provided with the axis of rolling
It holds, to reduce the frictional force that swivel mount rotation generates.
Preferably, musculus cutaneus producing device further includes the shell of top side detachable, and support device is fixed on outer casing inner wall, face
Group's cutter device, musculus cutaneus force feed device, the first actuator, the second actuator, third actuator are arranged at interior of shell, rotate
The driving end of actuator passes through the fourth hole opened up on shell and rotary drive and fourth hole are rotatablely connected, side wall of outer shell
It is also provided with the musculus cutaneus faced with the minimum point for tilting the pressure-bearing platform for determining angle to export, be slided so that musculus cutaneus is exported from musculus cutaneus
Shell out, cover top portion are also provided with the face stick entrance that faces of entrance with face stick merging pipe, so that face stick is from shell exterior
By in face stick entrance merging face stick merging pipe, bottom center is provided with groove compatible with rolling bearing in shell, rolls
Bearing is fixed in groove.
The present invention by adopting the above technical scheme, the beneficial effect is that: dough cutter device, musculus cutaneus force feed device, first
Actuator, the second actuator, rotary drive, third actuator are worked in coordination mode, are realized and are only driven a rotary drive
The cutting of dough, the conveying of dough, the compacting of musculus cutaneus can be realized, driving method is not cumbersome, all production phases easy to operate
In a musculus cutaneus producing device, structure is simple for fusion.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that musculus cutaneus producing device includes shell.
Fig. 2 is the angled arrangement schematic diagram that musculus cutaneus producing device does not include shell.
Fig. 3 is another angled arrangement schematic diagram that musculus cutaneus producing device does not include shell.
Fig. 4 is the structural schematic diagram of the first actuator and piston cooperation.
Fig. 5 is the structural schematic diagram of third actuator.
Fig. 6 is the structural schematic diagram of dough cutter device.
Fig. 7 is the structural schematic diagram of cutting member.
Fig. 8 is the structural schematic diagram that musculus cutaneus force feed device and support device, the second actuator, third actuator cooperate.
Fig. 9 is the structural schematic diagram of shell.
In figure: musculus cutaneus producing device 10, support device 20, driving device 30, the first actuator 31, the second actuator 32,
Rotary drive 33, third actuator 34, active driver plate 341, driven sheave 342, dough cutter device 40, face stick merging pipe
41, dough calibration tube 42, dough transport pipe 43, cutting member 44, blade 441, baffle 442, dough through-hole 4421, musculus cutaneus force feed dress
Set 50, piston rod 51, piston 52, domatic locating piece 53, swivel mount 54, pressure-bearing platform 55, chassis 56, rolling bearing 57, shell
60, fourth hole 61, musculus cutaneus export 62, face stick entrance 63, groove 64.
Specific embodiment
In order to illustrate the technical solution of the embodiments of the present invention more clearly, below will be to needed in the embodiment attached
Figure is briefly described, it should be apparent that, drawings in the following description are some embodiments of the invention, common for this field
For technical staff, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Please refer to Fig. 1 to Fig. 5, the embodiment of the invention provides a kind of musculus cutaneus producing device 10, including support device 20 and
Driving device 30 in support device 20, dough cutter device 40, musculus cutaneus force feed device 50 are set, and dough cutter device 40 is used
It is cut into dough in the good face stick of conveying manual manufacture and by face stick, and the dough of well cutting is conveyed to musculus cutaneus force feed device
50, for musculus cutaneus force feed device 50 for conveying dough and dough being pressed into musculus cutaneus, driving device 30 includes the first actuator 31, rotation
Turn actuator 33, the second actuator 32, third actuator 34, the movable end of the first actuator 31 and musculus cutaneus force feed device 50 is fixed
Connection, so that the first actuator 31 does longitudinally reciprocating motion under the drive of musculus cutaneus force feed device 50, the first actuator 31 is gone back and face
Group's cutter device 40 connects, and when the first 31 longitudinally reciprocating motion of actuator, drives the cutting member 44 of dough cutter device 40 laterally
It moving back and forth, the face stick of conveying is cut into dough, the driving end of rotary drive 33 is fixedly connected with the second actuator 32,
With using rotary drive 33 driving end drive 32 longitudinally reciprocating motion of the second actuator, the second actuator 32 also with musculus cutaneus pressure
The movable end of device 50 is sent to be fixedly connected, the second actuator 32 drives the work of musculus cutaneus force feed device 50 in longitudinally reciprocating motion
Dough in musculus cutaneus force feed device 50 is pressed into musculus cutaneus by moved end longitudinally reciprocating motion, and the driving end of rotary drive 33 is also
It is connect with third actuator 34, to drive third actuator 34 to rotate using the driving end of rotary drive 33, third actuator
34 are also fixedly connected with the pressure-bearing platform 55 of musculus cutaneus force feed device 50, during third actuator 34 rotates, drive musculus cutaneus pressure
The pressure-bearing platform 55 of device 50 is sent to rotate, so that the dough that pressure-bearing platform 55 carries is pressed by the movable end of musculus cutaneus force feed device 50
Musculus cutaneus be no longer at the underface of 50 movable end of musculus cutaneus force feed device.
Further, the first actuator 31 is wedge locating block, the longitudinal direction of the first actuator 31 and musculus cutaneus force feed device 50
Movable end is fixedly connected, and to drive 31 longitudinally reciprocating motion of the first actuator using longitudinally-moving end, the first actuator 31 draws
The cutting member 44 with elastic-restoring force for leading side wall and dough cutter device 40 slides against, the guidance side of the first actuator 31
Wall is made of vertical section and tilting section, in the first 31 longitudinally reciprocating motion of actuator, the guiding side wall of the first actuator 31
Vertical section and tilting section are abutted with the cutting member 44 of dough cutter device 40 in turn, so that elastic recovery of the cutting member 44 at itself
Under the vertical section and tilting section collective effect of power and the guiding side wall of the first actuator 31, so that the cutting of dough cutter device 40
Part 44 moves back and forth in the horizontal direction, to complete dough cutting.
Further, dough cutter device 40 includes that face stick merging pipe 41, the dough of successively face setting from top to bottom are fixed
Type pipe 42, dough transport pipe 43, face stick merging pipe 41 outlet be adapted with the entrance of dough calibration tube 42, dough calibration tube 42
Outlet be adapted with the entrance of dough transport pipe 43, face stick be placed in pipe 41 outer wall and dough transport pipe 43 outer wall it is fixed
In support device 20, the outer wall of outer wall or dough transport pipe 43 that face stick is placed in pipe 41 is also consolidated with the outer wall of dough calibration tube 42
Fixed connection, to support fixed dough calibration tube 42；The cutting member 44 of dough cutter device 40 is blade 441 arranged in parallel
It is not small not less than discharge area, the following table area of blade 441 of face stick merging pipe 41 with the top surface area of baffle 442, blade 441
It is not less than discharge area, the baffle of dough calibration tube 42 in the inlet area of dough calibration tube 42, the top surface area of baffle 442
442 following table area is not less than the inlet area of dough transport pipe 43, and the distance between blade 441 and baffle 442 are not less than face
The length of group's calibration tube 42, blade 441 is higher than the setting of baffle 442 and blade 441 is shorter than baffle 442, one end of blade 441 and gear
One end connection of piece 442 both makes to form U-shaped structure with junction between the two, and the side of this junction be fixedly connected with
The other side of connecting rod, this junction that the guiding side wall of first actuator 31 slides against and cutting member 44 have elastic-restoring force
Part be fixedly connected, cutting member 44 have elastic-restoring force part be fixedly connected with the lateral wall of dough calibration tube 42, with
Make the elastic-restoring force transverse movement being had while guiding side wall sliding of the cutting member 44 along the first actuator 31 by itself, knife
The positive transverse movement of piece 441 is penetrated between face stick merging pipe 41 and dough calibration tube 42 completely and the outlet of blocking surface stick merging pipe 41
It is pierced by between face stick merging pipe 41 and dough calibration tube 42 completely with the entrance of dough calibration tube 42, anti-transverse movement, by face
Face stick in group's calibration tube 42 is cut into dough identical with 42 shape of dough calibration tube and prevents stick merging pipe in face in cutting
Face stick inside 41 is fallen into dough calibration tube 42, and the positive and negative transverse movement of baffle 442 is not pierced by and is interspersed in dough calibration tube 42
Between dough transport pipe 43, dough through-hole 4421 is offered on baffle 442, the area of dough through-hole 4421 is fixed not less than dough
The area of the entrance of the area and dough transport pipe 43 of the outlet of type pipe 42, the positive transverse movement of dough through-hole 4421 penetrate face completely
Between group's calibration tube 42 and dough transport pipe 43 and it is connected to the outlet of dough calibration tube 42 and the entrance of dough transport pipe 43, anti-cross
It is pierced by between dough calibration tube 42 and dough transport pipe 43 completely to movement and makes not opening up dough through-hole 4421 on baffle 442
The outlet of region blocks dough calibration tube 42 and the entrance of dough transport pipe 43, blade 441 cooperate with baffle 442 so as to not cut
Face stick be placed in pipe 41 and dough calibration tube 42 by not opening up 442 region blocks of baffle of dough through-hole 4421 in face stick, and
Dough after cutting is fallen into dough transport pipe 43 by dough through-hole 4421.
Further, the second actuator 32 is two oval cranks being oppositely arranged, close radian on the second actuator 32
The both ends on maximum side offer first through hole and the second through-hole respectively, and first through hole and support device 20 are rotatablely connected, and first
Through-hole is also fixedly connected with rotary drive 33, so that the second actuator 32 is supported by support device 20 and in rotary drive 33
Drive under rotate simultaneously.
Fig. 8 is please referred to, further, musculus cutaneus force feed device 50 includes piston rod 51, the movable end of musculus cutaneus force feed device 50
For piston 52 and musculus cutaneus pressing plate, piston rod 51 passes through the second through-hole and the rotation connection of the second actuator 32 so that piston rod 51 by
Second actuator 32 drives movement, and the setting of piston rod 51 is in the oval cranks of the second actuator 32(two) between, piston 52 and living
The lower end of stopper rod 51 is fixedly connected, so that piston 52 does longitudinally reciprocating motion, piston 52 and first under the drive of piston rod 51
Actuator 31 is fixedly connected, so that piston 52 drives 31 longitudinally reciprocating motion of the first actuator, musculus cutaneus pressing plate and 52 bottom of piston
It is fixedly connected, so that musculus cutaneus pressing plate does longitudinally reciprocating motion under the drive of piston 52.
Further, third actuator 34 is space Geneva mechanism, and third actuator 34 includes being mutually adapted and rotary shaft
The orthogonal active driver plate 341 of line and driven sheave 342, so that transversely axis rotation drives driven slot to active driver plate 341
Axis rotates wheel 342 along longitudinal direction, and the driving end of first through hole and rotary drive 33 is passed through at the axis of rotation of active driver plate 341
It is fixedly connected, so that active driver plate 341 rotates under the drive of rotary drive 33.
Further, musculus cutaneus force feed device 50 further includes domatic locating piece 53, swivel mount 54, pressure-bearing platform 55, and domatic is fixed
Position block 53 is fixedly connected with support device 20, and third through-hole, and domatic locating piece 53 are offered at the center of domatic locating piece 53
Lowest surfaces be parallel to the horizontal plane, swivel mount 54 is positive Y-shaped structure, the rotation center of swivel mount 54 pass through third through-hole with it is driven
The axis of rotation of sheave 342 is fixedly connected, so that swivel mount 54 rotates under the drive of driven sheave 342, the rotation of swivel mount 54
Turn center and is not contacted with third through-hole, so that swivel mount 54 is rotated relative to domatic locating piece 53, each Y shape branch of swivel mount 54
A pressure-bearing platform 55 is provided on bar, pressure-bearing platform 55 is thickeied far from the edge of 54 rotation center of swivel mount, and first is held
Flattening bench 55 is close to the edge of 54 rotation center of swivel mount and the minimum face contact of domatic locating piece 53 and first pressure-bearing platform
Immediately below the export center of 55 center face dough delivery tube 43, so that first pressure-bearing platform 55 is parallel to the horizontal plane and energy
It is enough connected to the dough fallen from the outlet of dough transport pipe 43, second pressure-bearing platform 55 is close to the side of 54 rotation center of swivel mount
Immediately below the center with the center face musculus cutaneus pressing plate of the minimum face contact and second pressure-bearing platform 55 of domatic locating piece 53,
So that second pressure-bearing platform 55 is parallel to the horizontal plane and can cooperate compacting musculus cutaneus, third pressure-bearing platform 55 with musculus cutaneus pressing plate
It is formed really close to the edge of 54 rotation center of swivel mount and the highest face contact of domatic locating piece 53 and by the gravity for thickening edge
Fixed tilt angle, in order to musculus cutaneus landing；In 341 rotary course of active driver plate each pressure-bearing platform 55 with domatic locating piece
53 contacts, active driver plate 341 are rotated by 360 °, and first pressure-bearing platform 55 is moved to active driver plate 341 and rotates preceding second pressure-bearing
The position of platform 55, second pressure-bearing platform 55 are moved to the position of third pressure-bearing platform 55 before active driver plate 341 rotates, the
Three pressure-bearing platforms 55 are moved to the position that active driver plate 341 rotates preceding first pressure-bearing platform 55, with realize dough conveying,
Compacting cooperation, the conveying of musculus cutaneus of musculus cutaneus, active driver plate 341 are often rotated by 360 °, and swivel mount 54 rotates 120 °, each pressure-bearing platform
55 are moved to the position of next pressure-bearing platform 55 in same direction.
Further, the cambered surface being recessed centered on the bottom surface of musculus cutaneus pressing plate, so that the musculus cutaneus center thick rim suppressed is thin.
Further, the bottom of swivel mount 54 is fixedly connected with chassis 56, with supporting rotary frame 54, the setting of 56 bottom of chassis
There is rolling bearing 57, to reduce the frictional force that the rotation of swivel mount 54 generates.
Fig. 9 is please referred to, further, musculus cutaneus producing device 10 further includes the shell 60 of top side detachable, support device 20
It is fixed on 60 inner wall of shell, dough cutter device 40, musculus cutaneus force feed device 50, the first actuator 31, the second actuator 32,
Three actuators 34 are arranged inside shell 60, and the driving end of rotary drive 33 passes through the fourth hole 61 opened up on shell 60
And rotary drive 33 and fourth hole 61 are rotatablely connected, 60 side wall of shell is also provided with and tilts the pressure-bearing platform for determining angle
The musculus cutaneus outlet 62 that 55 minimum point faces, so that musculus cutaneus skids off shell 60 from musculus cutaneus outlet 62,60 top of shell is also opened up
There is the face stick entrance 63 faced with the entrance of face stick merging pipe 41, so that face stick is placed in outside shell 60 by face stick entrance 63
Face stick is placed in pipe 41, and bottom center is provided with groove 64 compatible with rolling bearing 57, rolling bearing 57 in shell 60
It is fixed in groove 64.
Further, rotary drive 33 is Z-shaped handle, drives dough cutter device by hand rotary drive 33
40, musculus cutaneus force feed device 50 works, so that safe operation process is controllable.It is only applicable to different from large-scale musculus cutaneus making apparatus big-and-middle
Type factory, musculus cutaneus producing device 10 apply also for small-sized shop and family.
For the present apparatus when specifically used, edible oil or dry flour are applied to face by the face stick of manual manufacture cylinder strip
Face stick is placed in face stick merging pipe 41 by all positions with wet face contact in skin producing device 10 from face stick entrance 63, until
Face stick cannot go deep into face stick merging 41 position of pipe, and face stick is constantly goed deep into face stick during this period and set by hand rotary drive 33
Enter pipe 41,31 longitudinally reciprocating motion of the first actuator drives 44 transverse movement cut surface stick of cutting member, the dough that face stick is cut into
It is successively fallen on first pressure-bearing platform 55 from dough through-hole 4421, dough transport pipe 43,33 360 ° of hand rotary drive,
Active driver plate 341 is rotated by 360 °, and driven sheave 342 rotates 120 °, drives swivel mount 54 to rotate 120 °, pressure-bearing platform 55 drives face
Group is moved to immediately below musculus cutaneus pressing plate, and the second actuator 32 drives piston rod 51 to move, and piston rod 51 does longitudinal direction with piston 52
It moving back and forth, piston 52 drives musculus cutaneus pressing plate to do longitudinally reciprocating motion, and so that musculus cutaneus pressing plate and pressure-bearing platform 55 is cooperated compacting musculus cutaneus,
33 360 ° of hand rotary drive, active driver plate 341 is rotated by 360 °, and driven sheave 342 rotates 120 °, and swivel mount 54 is driven to revolve
Turn 120 °, pressure-bearing platform 55 drives the musculus cutaneus suppressed to be moved to the position of musculus cutaneus outlet 62 and determined in moving process by domatic
The position positioning of block 53 and thickening edge gravity cooperation tilt 30 ° ~ 45 ° of angle, skid off musculus cutaneus from musculus cutaneus outlet 62 by gravity, and one
It opens musculus cutaneus production to finish, continues hand rotary drive 33 and make next musculus cutaneus.
The above disclosure is only the preferred embodiments of the present invention, cannot limit the right model of the present invention with this certainly
It encloses, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and wants according to right of the present invention
Made equivalent variations is sought, is still belonged to the scope covered by the invention.
Claims (10)
1. a kind of musculus cutaneus producing device, including support device and the driving device being arranged in support device, dough cutter device,
Musculus cutaneus force feed device, dough cutter device will be cut for conveying the good face stick of manual manufacture and face stick being cut into dough
Good dough is conveyed to musculus cutaneus force feed device, and musculus cutaneus force feed device is for conveying dough and dough being pressed into musculus cutaneus, feature
Be: driving device includes the first actuator, rotary drive, the second actuator, third actuator, the first actuator and musculus cutaneus
The movable end of force feed device is fixedly connected, so that the first actuator does longitudinally reciprocating motion under the drive of musculus cutaneus force feed device, the
One actuator is also connect with dough cutter device, when the first actuator longitudinally reciprocating motion, drives the cutting of dough cutter device
The face stick of conveying is cut into dough, the driving end of rotary drive and the fixed company of the second actuator by part traverse motion
Connect, with using rotary drive driving end drive the second actuator longitudinally reciprocating motion, the second actuator also with musculus cutaneus force feed
The movable end of device is fixedly connected, and the second actuator drives the movable end of musculus cutaneus force feed device longitudinal in longitudinally reciprocating motion
Move back and forth, the dough in musculus cutaneus force feed device be pressed into musculus cutaneus, the driving end of rotary drive also with third actuator
Connection, with using rotary drive driving end drive third actuator rotate, third actuator also with musculus cutaneus force feed device
Pressure-bearing platform is fixedly connected, and during third actuator rotates, the pressure-bearing platform rotation of musculus cutaneus force feed device is driven, so as to hold
The dough of flattening bench carrying is no longer at musculus cutaneus force feed device movable end by the musculus cutaneus that the movable end of musculus cutaneus force feed device is pressed into
Underface.
2. musculus cutaneus producing device as described in claim 1, it is characterised in that: first actuator is wedge locating block, the
One actuator is fixedly connected with the longitudinally-moving end of musculus cutaneus force feed device, to drive the first actuator vertical using longitudinally-moving end
To reciprocating motion, the guiding side wall of the first actuator is supported with the cutting member sliding with elastic-restoring force of dough cutter device
It connects, the guiding side wall of the first actuator is made of vertical section and tilting section, and in the first actuator longitudinally reciprocating motion, first is driven
The vertical section and tilting section of the guiding side wall of moving part are abutted with the cutting member of dough cutter device in turn, so that cutting member is at itself
Elastic-restoring force and the first actuator guiding side wall vertical section and tilting section collective effect under so that dough cutter device
Cutting member move back and forth in the horizontal direction, with complete dough cutting.
3. musculus cutaneus producing device as claimed in claim 2, it is characterised in that: the dough cutter device include from top to bottom according to
The face stick of secondary face setting is placed in pipe, dough calibration tube, dough transport pipe, and face stick is placed in the outlet of pipe and entering for dough calibration tube
Mouth is adapted, the outlet of dough calibration tube is adapted with the entrance of dough transport pipe, and face stick is placed in the outer wall and dough transport of pipe
The outer wall of pipe is each attached in support device, face stick be placed in pipe outer wall or dough transport pipe outer wall also with dough calibration tube
Outer wall is fixedly connected, to support fixed dough calibration tube；The cutting member of dough cutter device be blade arranged in parallel and
The top surface area of baffle, blade is not less than dough calibration tube not less than the discharge area of face stick merging pipe, the following table area of blade
Inlet area, baffle top surface area be not less than dough not less than the following table area of the discharge area of dough calibration tube, baffle
The inlet area of delivery tube, the distance between blade and baffle are not less than the length of dough calibration tube, and blade is arranged higher than baffle
And blade is shorter than baffle, one end of blade and one end connection of baffle make the two form U-shaped structure with junction between the two, and
The side of this junction is fixedly connected with the other side of the connecting rod, this junction that slide against with the guiding side wall of the first actuator
With cutting member there is the part of elastic-restoring force to be fixedly connected, cutting member has part and the dough calibration tube of elastic-restoring force
Lateral wall is fixedly connected, the elastic recovery being had while so that cutting member is along the guiding side wall sliding of the first actuator by itself
Power transverse movement, the positive transverse movement of blade is penetrated between face stick merging pipe and dough calibration tube completely and blocking surface stick is placed in pipe
Outlet and the entrance of dough calibration tube, anti-transverse movement are pierced by completely between face stick merging pipe and dough calibration tube, by dough
Face stick in calibration tube is cut into dough identical with dough sizing tube shape and is prevented inside face stick merging pipe in cutting
Face stick is fallen into dough calibration tube, the positive and negative transverse movement of baffle be not pierced by and be interspersed in dough calibration tube and dough transport pipe it
Between, dough through-hole is offered on baffle, the area of dough through-hole is not less than the area and dough transport of the outlet of dough calibration tube
The area of the entrance of pipe, the positive transverse movement of dough through-hole penetrate between dough calibration tube and dough transport pipe completely and are connected to dough
The outlet and the entrance of dough transport pipe, anti-transverse movement of calibration tube are pierced by between dough calibration tube and dough transport pipe simultaneously completely
Make the outlet for the region blocks dough calibration tube for not opening up dough through-hole on baffle and the entrance of dough transport pipe, blade and baffle
Cooperate so that uncut face stick is not by opening up the baffle region blocks of dough through-hole in face stick merging pipe and dough calibration tube,
And the dough after cutting is fallen into dough transport pipe by dough through-hole.
4. musculus cutaneus producing device as claimed in claim 3, it is characterised in that: second actuator is oval crank, second
Both ends on actuator close to radian maximum side offer first through hole and the second through-hole respectively, and first through hole and support device turn
Dynamic connection, and first through hole is also fixedly connected with rotary drive, so that the second actuator is by support device and is rotating
It is rotated under the drive of actuator.
5. musculus cutaneus producing device as claimed in claim 4, it is characterised in that: the musculus cutaneus force feed device includes piston rod, face
The movable end of skin force feed device is piston and musculus cutaneus pressing plate, and piston rod passes through the second through-hole and the second actuator is rotatablely connected, with
Move piston rod under the drive of the second actuator, piston is fixedly connected with the lower end of piston rod, so that piston is in piston rod
Drive under do longitudinally reciprocating motion, piston is fixedly connected with the first actuator, so that the first actuator of piston driving is longitudinally past
Multiple movement, musculus cutaneus pressing plate is fixedly connected with piston base, so that musculus cutaneus pressing plate does longitudinally reciprocating motion under the drive of piston.
6. musculus cutaneus producing device as claimed in claim 4, it is characterised in that: the third actuator is space Geneva mechanism,
Third actuator includes being mutually adapted and the orthogonal active driver plate of rotation axis and driven sheave, so that active driver plate is along horizontal
It is rotated to axis and drives driven sheave axis rotation along longitudinal direction, passed through first through hole at the axis of rotation of active driver plate and rotation is driven
The driving end of moving part is fixedly connected, so that active driver plate rotates under the drive of rotary drive.
7. musculus cutaneus producing device as claimed in claim 6, it is characterised in that: the musculus cutaneus force feed device further includes domatic positioning
Block, swivel mount, pressure-bearing platform, domatic locating piece are fixedly connected with support device, offer third at the center of domatic locating piece
Through-hole, and the lowest surfaces of domatic locating piece are parallel to the horizontal plane, the rotation center of swivel mount passes through third through-hole and driven sheave
Axis of rotation be fixedly connected so that swivel mount rotates under the drive of driven sheave, the rotation center and third of swivel mount are logical
Hole does not contact, so that swivel mount is rotated relative to domatic locating piece, the edge of swivel mount is provided with one every same distance and holds
The center face of flattening bench, the edge of first pressure-bearing platform and the minimum face contact of domatic locating piece and first pressure-bearing platform
Immediately below the export center of dough transport pipe, so that first pressure-bearing platform is parallel to the horizontal plane and can be connected to from dough transport
The dough that the outlet of pipe is fallen, the edge of second pressure-bearing platform is with the minimum face contact of domatic locating piece and second pressure-bearing is put down
Immediately below the center of the center face musculus cutaneus pressing plate of platform, so that second pressure-bearing platform is parallel to the horizontal plane and can be with musculus cutaneus pressure
Plate cooperation compacting musculus cutaneus, the edge of third pressure-bearing platform and the highest face contact of domatic locating piece form determining inclination angle
Degree, in order to musculus cutaneus landing；Each pressure-bearing platform is contacted with domatic locating piece in active driver plate rotary course, the rotation of active driver plate
Turn 360 °, first pressure-bearing platform is moved to active driver plate and rotates the position of preceding second pressure-bearing platform, second pressure-bearing platform
It is moved to the position of third pressure-bearing platform before active driver plate rotates, third pressure-bearing platform is moved to active driver plate and rotates preceding the
The position of one pressure-bearing platform, to realize the conveying of dough, compacting cooperation, the conveying of musculus cutaneus of musculus cutaneus, the every rotation of active driver plate
360 °, each pressure-bearing platform is moved to the position of next pressure-bearing platform in same direction.
8. musculus cutaneus producing device as claimed in claim 5, it is characterised in that: be recessed centered on the bottom surface of the musculus cutaneus pressing plate
Cambered surface, so that the musculus cutaneus center thick rim suppressed is thin.
9. musculus cutaneus producing device as claimed in claim 7, it is characterised in that: the bottom of the swivel mount is fixedly connected with bottom
Disk, with supporting rotary frame, tray bottom is provided with rolling bearing, to reduce the frictional force that swivel mount rotation generates.
10. musculus cutaneus producing device as claimed in claim 9, it is characterised in that: the musculus cutaneus producing device further includes top can
The shell of disassembly, support device are fixed on outer casing inner wall, dough cutter device, musculus cutaneus force feed device, the first actuator, second
Actuator, third actuator are arranged at interior of shell, and the driving end of rotary drive passes through the fourth hole opened up on shell
And rotary drive and fourth hole are rotatablely connected, side wall of outer shell is also provided with and tilts the minimum of the pressure-bearing platform for determining angle
The musculus cutaneus outlet that point faces, so that musculus cutaneus skids off shell from musculus cutaneus outlet, cover top portion is also provided with and face stick merging pipe
The face stick entrance that entrance faces, so that face stick is placed in pipe from shell exterior by face stick entrance merging face stick, bottom in shell
Groove compatible with rolling bearing is provided at center, rolling bearing is fixed in groove.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910556159.4A CN110122519B (en) | 2019-06-25 | 2019-06-25 | Dough sheet making device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910556159.4A CN110122519B (en) | 2019-06-25 | 2019-06-25 | Dough sheet making device |
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| CN110122519B CN110122519B (en) | 2024-02-23 |
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| CN110122519B (en) | 2024-02-23 |
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