CN208956816U - A kind of successive segmentation spheronizator - Google Patents
A kind of successive segmentation spheronizator Download PDFInfo
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- CN208956816U CN208956816U CN201820769728.4U CN201820769728U CN208956816U CN 208956816 U CN208956816 U CN 208956816U CN 201820769728 U CN201820769728 U CN 201820769728U CN 208956816 U CN208956816 U CN 208956816U
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Abstract
The utility model discloses a kind of successive segmentation spheronizator, main includes the charging nozzle arranged from top to bottom, precut module, dough separation module, conveyer belt and pedestal, is equipped with motor and electrical system in the pedestal.Precut module making goes out the dough of strip, and dough separation module produces several small doughs, and conveyer belt finally transports small dough.Entire dough segmentation procedures are entirely mechanization, and speed of production is fast, high-efficient.This utility model is used for food processing equipment field.
Description
Technical field
The utility model relates to food processing equipment fields, more particularly to a kind of successive segmentation spheronizator.
Background technique
It after big dough is become reconciled, needs to separate several small doughs in time, carries out the processing of next step, prevent dough from continuing
It ferments spoiled.In food producing plants, traditional way is that machine is mixed, and produces big dough；First big dough is done
It is in strip or musculus cutaneus, then big dough is cut into small dough by cutter.These traditional equipment are pipeline system, multiple stations
Sequence arranges, production efficiency itself is low, and the time for separating the big dough of processing is also long, and the bread then finally made more or less has
It is a little spoiled.
Utility model content
The purpose of this utility model is to provide a kind of successive segmentation spheronizators of high production efficiency.
Technical solution adopted in the utility model is:
A kind of successive segmentation spheronizator, including arrange from top to bottom charging nozzle, precut module, dough splitting die
Block, conveyer belt, pedestal, it is vertically-mounted there are two substrate on pedestal, motor and electrical system are equipped in pedestal；Precut module packet
The first transmission mechanism for including first shell, merging in intracorporal a pair of of the cutter of first shell and two cutters of driving, first shell
Upper end is connected to charging nozzle, the extension of the cut direction of two cutters along longest side；Dough separation module include second shell,
The second mobile transmission mechanism of briquetting in second shell side, the tripper in the second shell other side, driving briquetting
With the third transmission mechanism of driving tripper reciprocating rotation, the upper end of second shell is connected to the lower end of first shell, second shell
The lower end of body is equipped with bottom plate, and briquetting moves on bottom plate, and tripper is equipped with several cavitys, each cavity along the direction that blade extends
It is interior equipped with the limited block that can be slided in cavity, second shell is equipped with adjustment module in the outside close to tripper；Adjustment module
Including on the outside of the tripper mandril, the first position-limit mechanism, the second position-limit mechanism and support mandril head and the tail both ends first
Bracket, two first supports are fixedly connected with tripper, and two first supports have the notch for allowing mandril sliding, and mandril supports simultaneously
Several limited blocks, the first position-limit mechanism be in the horizontal side of tripper for spacing mandril outset from the second position-limit mechanism
Upside in tripper is for resetting mandril；Conveyer belt is between dough separation module and pedestal.
As an improvement of the above scheme, the both ends of tripper are respectively hinged on substrate, and third transmission mechanism shakes for crank
Linkage, the crank as input terminal connect motor by driving parts, and the rocking bar as output end is connected by driving parts
To one end rotation center of tripper.
As an improvement of the above scheme, two cutters include roller bearing and several blades for being axially distributed along roller bearing, two roller bearings
Both ends are respectively hinged on the side wall of first shell, and the unilateral side of two roller bearings connects motor by the first transmission mechanism.
As an improvement of the above scheme, the first position-limit mechanism include two in mandril head and the tail both ends the first arc pawl, even
Connecing the bracket for fixing two the first arc pawls, first motor and the 4th transmission mechanism, the head and the tail both ends of mandril are equipped with bearing, and first
Arc pawl includes guide portion and driving section, and two guide portions are arc close to the side of mandril, and two guide portions are being respectively at bearing just
Front, the 4th transmission mechanism include the 4th transmission shaft, three pairs of gear sets being located on the 4th transmission shaft and respectively by wherein two
Divide transmission shaft to what gear set was added out, is connected between two points of transmission shafts and ipsilateral driving section using screw rod transmission.
As an improvement of the above scheme, the second position-limit mechanism includes two the second arc pawls and is connected and fixed two the second arc pawls
Bracket, two second arc pawls close to the side of mandril be arc, the minimum range between two second arc pawls and mandril is less than first
Minimum range between arc pawl and mandril, two second arc pawls are respectively at the surface of bearing.
It as an improvement of the above scheme, further include small dough Shaping Module, small dough Shaping Module includes being in tripper
Rolling in the outer roller of lower section, the inner roller being nested in outer roller, the 5th transmission mechanism of driving outer roller movement and driving
The side wall of 6th transmission mechanism of cylinder movement, outer roller is equipped with several material receiving ports, and each material receiving port is along the axial length side of outer roller
To with axis direction of rotation array distribution, the material receiving port quantity on every axis direction is equal to the quantity of cavity, inner roller it is outer
Wall is smooth.
As an improvement of the above scheme, the end of inner roller and outer roller is respectively equipped with pallet, and two pallets are equipped with ladder
Axis simultaneously at least forms the different shaft shoulder of two diameters, and on a pair of of the shaft shoulder of outer roller set on the outside, inner roller is covered the one of inside
To on the shaft shoulder.
As an improvement of the above scheme, the 5th transmission mechanism include rotatable 5th transmission shaft and it is several be located at the 5th biography
First shift fork of moving axis surrounding also rotates about the axis array on the side wall of outer roller and is provided with several notches, the rotation of the 5th transmission shaft
The outer end of each first shift fork is sequentially inserted into notch and stirs outer roller when turning.
As an improvement of the above scheme, the 6th transmission mechanism includes the second motor, the 7th transmission mechanism and the 6th transmission shaft,
6th transmission shaft passes through pallet and is affixed to the inner wall of inner roller, and the 7th transmission mechanism includes third shell, in third
Intracorporal second shift fork of shell and the turntable on third shell, the output end connection turntable of the second motor, the one of the second shift fork
End is cylinder and is prejudicially attached across turntable, and the other end of the second shift fork is fixed with the 6th transmission shaft.
As an improvement of the above scheme, conveyer belt is in the lower section of small dough Shaping Module, and conveyer belt uses AC servo
Its intermittent movement of motor control.
The utility model has the beneficial effects that the blade of precut module is elongated, strip can be cut out after its merging
Small dough；Small dough is fallen on the bottom plate of dough separation module at this time, the mobility carried using small dough itself, can be with
Small dough is pushed to empty cavity position by briquetting, and correspondingly limited block is headed on and moved outside mandril；Tripper and mandril revolve simultaneously later
Turn, is influenced since mandril is pushed downwards by the second position-limit mechanism, while by limited block and the self weight of empty cavity facet group, small dough
Lower section can then be fallen to；The small dough of a row is just on conveyer belt at this time；Between various modules when mutual cooperation operation,
The speed of successive segmentation spheronizator facet group is exceedingly fast, and production efficiency is high.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawing:
Fig. 1 is the overall schematic of successive segmentation spheronizator；
Fig. 2 is that successive segmentation spheronizator removes the overall schematic after substrate；
Fig. 3 is the overall schematic for feeding nozzle and precut module；
Fig. 4 is the cross-sectional view for feeding nozzle and precut module；
Fig. 5 is the top view of precut module and dough separation module；
Fig. 6 is the bottom view of precut module and dough separation module；
Fig. 7 is the overall schematic of dough separation module and adjustment module；
Fig. 8 is the cross-sectional view of dough separation module and adjustment module；
Fig. 9 is the overall schematic of dough separation module and adjustment module；
Figure 10 is the side view of dough separation module and adjustment module；
Figure 11 is the overall schematic of small dough Shaping Module；
Figure 12 is that small dough Shaping Module removes the overall schematic after inner roller；
Figure 13 is the schematic diagram of the 6th transmission mechanism；
Figure 14 is the overall schematic of the 7th transmission mechanism；
Figure 15 is the overall schematic of tripper and the small dough Shaping Module kind of drive.
Specific embodiment
Referring to Fig.1, the utility model is a kind of successive segmentation spheronizator, and main includes the charging nozzle arranged from top to bottom
1, module 2, dough separation module 3, conveyer belt and pedestal 6 are precut, is equipped with motor and electrical system in the pedestal 6.Charging
Nozzle 1 is the position for pouring into entire dough as its name suggests, and dough can be pre-stored at charging nozzle 1；The work of precut module 2
With being the slitting shape of dough whole group；The effect of dough separation module 3 is that the dough of strip is further divided into facet
Group；Last conveyer belt moves away dough；Power is assigned to corresponding module by gear set, V belt translation or chain conveyer by motor.
On this basis, one small dough Shaping Module 5 can be added between dough separation module 3 and conveyer belt, make to fall arrives
Small dough shape on conveyer belt is close to round.There are two substrate 7, the two substrates 7 are various for fixing for installation on pedestal 6
Shaft and connecting rod, naturally, precut module 2, dough separation module 3, small dough Shaping Module 5 and conveyer belt are in two
Between substrate 7.
Referring to Fig. 2, precut module 2, dough separation module 3, small dough sizing die can be exposed substantially after removing substrate 7
Block 5 and conveyer belt.
Referring to Fig. 3 and Fig. 4, charging nozzle 1 is infundibulate, viewed from above, and the upper end of charging nozzle 1 is that size is bigger than normal
Rectangle, lower end are size rectangle less than normal.The lower end of charging nozzle 1 has been communicates directly to precut module 2.Precut module 2
The first transmission mechanism that a pair of of cutter 22 and two cutters 22 of driving including first shell 21, in first shell 21 merge
23, the extension of the cut direction of two cutters 22 along longest side, it is ensured that the dough of strip can be cut out.A kind of implementation of cutter 22
Example is cutter 22 to be made into hobboing cutter form, and each cutter 22 includes roller bearing 221 and is axially distributed along roller bearing 221 in the present embodiment
Three blades 222, the both ends of roller bearing 221 are respectively hinged on the side wall or substrate 7 of first shell 21, and each roller bearing 221 is wherein
One end is connect with the first transmission mechanism 23.Here the first transmission mechanism 23 refer to gear set transmission, V belt translation and chain conveyer it
Class can transmit the device of power.Blade 222 can be sheet body；The trigone column moulding being also possible in Fig. 4 is cut by seamed edge realization
It cuts.Blade 222 on two roller bearings 221 is symmetrical, so that roller bearing 221 often turns an angle, two blades 222 can be concordant
Ground merges, and forms the smallest cutting gap.Hobboing cutter has a clear advantage, be exactly not only the kind of drive it is simple, but also cut speed
Degree is exceedingly fast.
Referring to Fig. 5~Fig. 8, dough is fallen after being cut on dough separation module 3.Dough separation module 3 includes second
Shell 31, the briquetting 33 in 31 side of second shell, the tripper 32 in 31 other side of second shell, driving briquetting 33 move
Dynamic second transmission mechanism 34 and driving tripper 32 turn to downward or towards horizontal third transmission mechanism 35.Second shell 31
Lower end be equipped with bottom plate 36, make entire second shell 31 can not directly be connected to lower section module.Second transmission mechanism 34 is crank
Rotation is become linear movement so that briquetting 33 reciprocatingly slides on bottom plate 36 by rocker device.32 shape of tripper be it is cylindric,
But two sides therein are scabbled.The both ends of tripper 32 and substrate 7 are hinged, and third transmission mechanism 35 is also crank rocker machine
Structure, only the fulcrum of rocking bar is fixedly connected with one end the center point of tripper 32 at this time, is transmitted to tripper after crank rotation
32 still rotation, only tripper 32 is reciprocal rotation.If tripper 32 is equipped with along the direction that blade 222 extends
Dry cavity 321, just makes the dough of 321 face strip of cavity successively arranged in this way, and each cavity 321 runs through tripper 32
Inside and outside, the limited block 322 that can be slided in cavity 321 is equipped in each cavity 321.Process of the briquetting 33 in reciprocating motion
In, the space between tripper 32 and briquetting 33 can be compressed, naturally, dough is pressed into cavity 321 by the mobility of dough
Interior, the part of limited block 322 can remove cavity 321 at this time.The quantity of cavity 321 is two at present, but the quantity of cavity 321
It can increase, at this time the width of the gap between two substrates 7, the length of cutter 22, small dough Shaping Module 5 and conveyer belt etc
Also it will increase.
The distance moved outside limited block 322 corresponds to the volume of dough in cavity 321, the weight after corresponding to dough separation naturally
Amount.Then second shell 31 is equipped with adjustment module 4 in the outside close to tripper 32, each in each cavity 321 for controlling
The weight of dough.Referring to Fig. 7~Figure 10, adjustment module 4 include mandril 41 in 32 outside of tripper, the first position-limit mechanism,
The first support 42 at 41 head and the tail both ends of the second position-limit mechanism and support mandril.First support 42 is fixedly connected with tripper 32,
I.e. first support 42 can be rotated as tripper 32 rotates.Mandril 41 is pressed against several limited blocks 322, two first supports simultaneously
42 are equipped with the notch for the U-shaped for allowing mandril 41 to slide, and outwardly, the first position-limit mechanism is in the water of tripper 32 to notch level
Flat side is moved outside mandril 41 for limiting, and adjusts the weight of small dough, and the second position-limit mechanism is in the upside of tripper 32, for multiple
Position mandril 41.Its effect is that tripper 32 and mandril 41 rotate simultaneously, since mandril 41 is pushed downwards by the second position-limit mechanism,
It is influenced simultaneously by dough small in limited block 322 and cavity 321 self weight, small dough can then fall to lower section.
First position-limit mechanism includes two and is in the first arc pawl 43 at 41 head and the tail both ends of mandril, is connected and fixed two the first arcs
Bracket, first motor 46 and the 4th transmission mechanism of pawl 43.The head and the tail both ends of mandril 41 are equipped with bearing, and the first arc pawl 43 includes
Guide portion 431 and driving section 432, two guide portions 431 are arc close to the side of mandril 41, and two guide portions 431 are located respectively
In the front of bearing, the 4th transmission mechanism includes the 4th transmission shaft 45 of the articulated substrate 7 in both ends, is located at the 4th transmission
Three pairs of gear sets on axis 45 and divide transmission shaft by what wherein gear set was added out respectively, transmission shaft and ipsilateral is divided described in two
It is connected between driving section 432 using screw rod transmission；Last a pair of of gear set is dynamic for obtaining from first motor 46 naturally
Power.Since the 4th transmission shaft 45 is vertical with the output shaft of first motor 46, then above-mentioned three pairs of gear sets use bevel gear.Specifically
With reference to Fig. 7,432 place plane of driving section and 431 place plane of guide portion are vertical, and rotation is changed into the first arc pawl by screw rod transmission
43 movement.First motor 46 and the 4th transmission mechanism, which pass through substrate 7, to be fixed, and first motor 46 adjusts the first arc by rotation
The displacement of pawl 43.Retarder 47 is equipped between transmission shaft and driving section 432 preferably, dividing, in the rotation of the 4th transmission shaft 45
The weight that cavity 321 stores dough can be precisely controlled；Naturally, retarder 47 is fixed on substrate 7.
Second position-limit mechanism includes two the second arc pawls 44 and the bracket for being connected and fixed two the second arc pawls 44, the second arc pawl
44 do not need to move, can be directly fixed by substrate 7.The two second arc pawls 44 close to the side of mandril 41 be arc, two
Minimum range between the second arc pawl 44 and mandril 41 is less than the minimum range between the first arc pawl 43 and mandril 41, two institutes
State the surface that the second arc pawl 44 is in bearing.See always have a plane that can pass through the first arc pawl 43, the second arc pawl with overlooking
44 and bearing.When tripper 32 rotates, the bearing at 41 both ends of mandril can be close to the side of the first arc pawl 43 and the second arc pawl 44
Wall smoothly rotates, and reduces the resistance that tripper 32 rotates.In intermediate bracket for increasing the first arc pawl 43 or the second arc
The intensity of pawl 44.
1~Figure 14 referring to Fig.1, small dough Shaping Module 5 include the outer roller 51 for being in 32 lower section of tripper, are nested in outside
The 6th of the 5th transmission mechanism 54 and the driving movement of inner roller 52 that inner roller 52, driving outer roller 51 in roller 51 move
The side wall of outer roller 51 described in transmission mechanism 55 is equipped with several material receiving ports 512, axis of each material receiving port 512 along outer roller 51
Length direction and axis direction of rotation array distribution, 512 quantity of material receiving port on every axis direction are equal to the number of cavity 321
Amount, the outer wall of the inner roller 52 are smooth.Its effect is that the small dough that top is fallen is supported by inner roller 52, and outer roller 51 assists
Limit.The end of inner roller 52 and outer roller 51 is respectively equipped with pallet 53, and two pallets 53 are equipped with multi-diameter shaft 54 and are at least formed
The different shaft shoulder of two diameters, these multi-diameter shafts 54 are towards inside, on a pair of of the shaft shoulder of 51 sets of the outer roller on the outside, institute
52 sets of inner roller are stated on a pair of of shaft shoulder of inside.Two pallets 53 are fixedly connected with substrate 7 respectively is thusly-formed stable knot
Structure.
The step of rubbing dough with the hands for simulating hand, needs to the 5th transmission mechanism 54 and the 6th transmission mechanism 55 to set jointly
Fixed compound motion.
5th transmission mechanism 54 includes rotatable 5th transmission shaft 541 and several 541 surroundings of the 5th transmission shaft that are located at
First shift fork 542, the both ends of the 5th transmission shaft 541 and substrate 7 are hinged, only need to obtain the power of rotation i.e. from motor in this way
It can.Array is also rotated about the axis on the side wall of outer roller 51 and is provided with several notches 511, and the length of the first shift fork 542 is suitable
So that the 5th transmission shaft 541 is sequentially inserted into notch 511 and stirs outer roller 51 in the outer end of each first shift fork 542 when rotating.
Here each first shift fork 542 is made of big entirety multiple cylinders.In the present embodiment, notch 511 is arranged in end,
And end is also arranged in the first shift fork 542 in two batches；Outer roller 51 along axis annular array be equipped with six pairs of notches 511, first group
Fork 542 is distributed with six pairs along axis annular array.5th transmission shaft 541 drives shift fork rotation, then the also passive rotation of outer roller 51
Turn.
Preferably, outer roller 51 is spliced by several identical arc folded plates around the common center of circle, it is each at this time
Notch 511 and material receiving port 512 are all had on a arc folded plate.
6th transmission mechanism 55 includes the second motor 555, the 7th transmission mechanism and the 6th transmission shaft 551, and the described 6th passes
Moving axis 551 passes through pallet 53 and is affixed to the inner wall of inner roller 52, the Composite Transmission component include third shell 552,
The second shift fork 553 in third shell 552 and the turntable 554 on third shell 552, second motor 555
Output end connects turntable 554, and one end of second shift fork 553 is attached across for cylinder and prejudicially turntable 554, and described second
The other end of shift fork 553 and the 6th transmission shaft 551 are fixed.Since the second shift fork 553 is connect with 554 bias of turntable, the second shift fork
The movement of 553 meetings up and down, on this basis, when the second shift fork 553 moves up and down, inner roller 52 shows reciprocating rotation,
When the second shift fork 553 moves left and right, inner roller 52 shows to move back and forth.By the 5th transmission mechanism 54 and the 6th driver
The combination of structure 55, the process that small dough Shaping Module 5 can rub face with the hands with simulating hand, makes the small dough worked it out closer to circle.
After outer roller 51 goes to certain angle, small dough falls to conveyer belt towards lower meeting nature.It should be noted that due to interior rolling
Cylinder 52 can move back and forth in the axial direction, and the shaft shoulder needs of all support inner rollers 52 are longer, and the length of inner roller 52 is appropriate
It reduces.
Preferably, conveyer belt uses its intermittent movement of AC Servo Motor Control.Small dough is from small dough Shaping Module 5
It falls and needs the time, the time that each small dough is fallen is more or less variant, for the small dough arrangement for removing conveyer belt
Neatly, conveyer belt intermittent movement is then needed, is moved again after waiting whole small doughs to fall together, and AC servo motor is just
Properly do intermittent movement.
Figure 15 is the overall schematic of tripper 32 and small 5 kind of drive of dough Shaping Module, here can be more clearly
See the kind of drive.In order to ensure can co-operatively work between disparate modules, the electrical system in pedestal 6 just needs to control
The motion state of each motor is made, both multiple motors can be controlled using PLC, and be also possible to a motor and separate power ordinatedly
Control disparate modules.Entire dough process is mechanization, and production efficiency can greatly improve.
Certainly, the design creation is not limited to above embodiment, and the combination of the various embodiments described above different characteristic can also
To reach good effect.Those skilled in the art can also make without departing from the spirit of the present invention
It is all included in the scope defined by the claims of the present application with deformation or replacement, these equivalent variation or replacement.
Claims (10)
1. a kind of successive segmentation spheronizator, it is characterised in that: including arrange from top to bottom charging nozzle (1), precut module
(2), dough separation module (3), conveyer belt, pedestal (6), vertically-mounted on pedestal (6) there are two substrate (7), the pedestals (6)
It is interior to be equipped with motor and electrical system；
The precut module (2) includes first shell (21), a pair of of cutter (22) in first shell (21) and driving
The upper end of the first transmission mechanism (23) that two cutters (22) merge, the first shell (21) is connected to charging nozzle (1), two institutes
State extension of the cut direction along longest side of cutter (22)；
The dough separation module (3) includes second shell (31), the briquetting (33) in second shell (31) side, in the
Mobile the second transmission mechanism (34) of the tripper (32) of two shells (31) other side, driving briquetting (33) and driving tripper
(32) the third transmission mechanism (35) of reciprocating rotation, the upper end of the second shell (31) and the lower end of first shell (21) connect
Logical, the lower end of the second shell (31) is equipped with bottom plate (36), and the briquetting (33) is moved on bottom plate (36), the tripper
(32) several cavitys (321) are equipped with along the direction that blade (222) extend, being equipped in each cavity (321) can be in cavity
(321) limited block (322) slided in, the second shell (31) are equipped with adjustment module in the outside close to tripper (32)
(4)；
The adjustment module (4) includes mandril (41), the first position-limit mechanism, the second position-limit mechanism on the outside of tripper (32)
And the first support (42) at support mandril (41) head and the tail both ends, two first supports (42) and tripper (32) fixed company
It connects, two first supports (42) have the notch for allowing mandril (41) sliding, and the mandril (41) is pressed against several limits simultaneously
Position block (322), the horizontal side that first position-limit mechanism is in tripper (32) are used for spacing mandril (41) outset from described
Second position-limit mechanism is in the upside of tripper (32) for resetting mandril (41)；
The conveyer belt is between dough separation module (3) and pedestal (6).
2. successive segmentation spheronizator according to claim 1, it is characterised in that: cut with scissors respectively at the both ends of the tripper (32)
It connects on substrate (7), the third transmission mechanism (35) is crank and rocker mechanism, and the crank as input terminal passes through driving parts
Motor is connected, the rocking bar as output end is connected to one end rotation center of tripper (32) by driving parts.
3. successive segmentation spheronizator according to claim 1, it is characterised in that: two cutters (22) include roller bearing
(221) and along several blades (222) that roller bearing (221) is axially distributed, the both ends of two roller bearings (221) are respectively hinged at first
On the side wall of shell (21), the unilateral side of two roller bearings (221) connects motor by the first transmission mechanism (23).
4. successive segmentation spheronizator according to claim 3, it is characterised in that: first position-limit mechanism includes at two
In the first arc pawl (43) at mandril (41) head and the tail both ends, the bracket for being connected and fixed two the first arc pawls (43), first motor (46)
And the 4th transmission mechanism, the head and the tail both ends of the mandril (41) are equipped with bearing, the first arc pawl (43) includes guide portion
(431) and driving section (432), two guide portions (431) are arc, two guide portions close to the side of mandril (41)
(431) it is respectively at the front of bearing, the 4th transmission mechanism includes the 4th transmission shaft (45), is located at the 4th transmission shaft
(45) three pairs of gear sets on and divide transmission shaft by what wherein two pairs of gear sets were added out respectively, transmission shaft and same is divided described in two
It is connected between the driving section (432) of side using screw rod transmission.
5. successive segmentation spheronizator according to claim 4, it is characterised in that: second position-limit mechanism includes two the
Two arc pawls (44) and the bracket for being connected and fixed two the second arc pawls (44), the one of the two second arc pawls (44) close mandril (41)
Side is arc, and the minimum range between the two second arc pawls (44) and mandril (41) is less than the first arc pawl (43) and mandril (41)
Between minimum range, the two second arc pawls (44) are respectively at the surface of bearing.
6. successive segmentation spheronizator according to any one of claims 1 to 5, it is characterised in that: further include that small dough is whole
Shape module (5), the small dough Shaping Module (5) include the outer roller (51) being in below tripper (32), are nested in outer rolling
The 5th transmission mechanism (54) and driving inner roller (52) fortune of inner roller (52), driving outer roller (51) movement in cylinder (51)
The side wall of the 6th dynamic transmission mechanism (55), the outer roller (51) is equipped with several material receiving ports (512), each material receiving port
(512) material receiving port in the axial length direction of outer roller (51) and axis direction of rotation array distribution, every axis direction
(512) quantity is equal to the quantity of cavity (321), and the outer wall of the inner roller (52) is smooth.
7. successive segmentation spheronizator according to claim 6, it is characterised in that: the inner roller (52) and outer roller (51)
End be respectively equipped with pallet (53), two pallets (53) are equipped with multi-diameter shaft and at least different axis of two diameters of formation
Shoulder, the outer roller (51) cover on a pair of of shaft shoulder on the outside, and the inner roller (52) covers on a pair of of shaft shoulder of inside.
8. successive segmentation spheronizator according to claim 7, it is characterised in that: the 5th transmission mechanism (54) includes can
The 5th transmission shaft (541) and several the first shift forks (542) for being located at the 5th transmission shaft (541) surrounding of rotation, the outer roller
(51) it also rotates about the axis array on side wall to be provided with several notches (511), the 5th transmission shaft (541) is each described the when rotating
The outer end of one shift fork (542) is sequentially inserted into notch (511) and stirs outer roller (51).
9. successive segmentation spheronizator according to claim 8, it is characterised in that: the 6th transmission mechanism (55) includes the
Two motors (555), the 7th transmission mechanism and the 6th transmission shaft (551), the 6th transmission shaft (551) pass through pallet (53) and connect
The inner wall fixed to inner roller (52) is connect, the 7th transmission mechanism includes third shell (552), in third shell (552)
Interior the second shift fork (553) and the turntable (554) on third shell (552), the output end of second motor (555) connect
Switch through disk (554), one end of second shift fork (553) is cylinder and is prejudicially attached across turntable (554), described second group
The other end and the 6th transmission shaft (551) for pitching (553) are fixed.
10. successive segmentation spheronizator according to claim 9, it is characterised in that: the conveyer belt is in small dough shaping
The lower section of module (5), the conveyer belt use its intermittent movement of AC Servo Motor Control.
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| CN201820769728.4U CN208956816U (en) | 2018-05-22 | 2018-05-22 | A kind of successive segmentation spheronizator |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110326639A (en) * | 2019-07-17 | 2019-10-15 | 安徽中乐食品机械有限公司 | A kind of impact of high-moisture dough divider device and its application |
| CN114271299A (en) * | 2021-12-14 | 2022-04-05 | 赖秋明 | Food processing is with numb ball rounding equipment |
| CN115281225A (en) * | 2022-08-04 | 2022-11-04 | 济南安佳食品有限公司 | Food processing is with automatic segmentation rounding equipment |
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2018
- 2018-05-22 CN CN201820769728.4U patent/CN208956816U/en active Active
Cited By (5)
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| CN110326639B (en) * | 2019-07-17 | 2023-10-20 | 安徽中乐食品机械有限公司 | Device for slitting and beating high-moisture dough and application thereof |
| CN114271299A (en) * | 2021-12-14 | 2022-04-05 | 赖秋明 | Food processing is with numb ball rounding equipment |
| CN115281225A (en) * | 2022-08-04 | 2022-11-04 | 济南安佳食品有限公司 | Food processing is with automatic segmentation rounding equipment |
| CN115281225B (en) * | 2022-08-04 | 2023-05-05 | 济南安佳食品有限公司 | Automatic segmentation rounding equipment for food processing |
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