CN206869938U - A kind of food materials section production line - Google Patents
A kind of food materials section production line Download PDFInfo
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- CN206869938U CN206869938U CN201720766198.3U CN201720766198U CN206869938U CN 206869938 U CN206869938 U CN 206869938U CN 201720766198 U CN201720766198 U CN 201720766198U CN 206869938 U CN206869938 U CN 206869938U
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Abstract
The utility model discloses a kind of food materials section production line, including feed mechanism, data acquisition mechanism, slicing mechanism, discharging mechanism, ring-type conveyer belt and control system, ring-type conveyer belt is uniformly arranged multiple chopping blocks along loop wire, ring-type conveyer belt is divided into multiple stations along loop wire by chopping board position, a station is rotated every time, the slicing mechanism includes the first portal trestle, cutter assembly and binder component, cutter assembly includes blade fixed plate, blade and blade drive cylinder, the blade drive cylinder is fixed on the middle part of the first portal trestle doorframe, the end of its piston is detachably fixed with blade fixed plate, the binder component includes holding pad and binder drive cylinder, dicing method includes feeding, data acquisition, section, the steps such as discharging.The utility model can carry out continual sectioning to any food materials, make that production is continuous, processing is general, be greatly improved the efficiency and quality of food processing, and be advantageous to that Productive statistics and use cost are greatly reduced.
Description
Technical field
The utility model belongs to food processing technology field, and in particular to a kind of food materials process equipment, and in particular to a kind of
Food materials section production line.
Background technology
With greatly improving for people's living standard, food industries are proposed with higher requirement, is occurred increasing
Food processing equipment, to help the fast development of food industries and industrial upgrading to provide help.
Slicing process is the most important process of food processing, and chip rate and uniformity need the experience by the worker that cuts into slices
Control, and be accidentally also possible to switch to finger and easily send out security incident.But seldom it is related to section in existing food processing equipment
Process, and sheet-like food such as potato chips, cake, fruit etc. are largely present.Meanwhile existing a small amount of chopper and slicer often can only be right
Single food materials are cut into slices, and can not be directed to all food materials and be carried out, therefore, its poor universality, use cost are high.
In view of the above-mentioned problems, being necessary to develop a kind of section production line and its method, its is versatile, can be to any food
Material is cut into slices, and is greatly improved foodstuff processing efficiency and quality, and section worker is freed from heavy section work.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of food materials section production line and its dicing method, with solution
Certainly poor universality existing for prior art, the problem of crudy difference and cost is high.
In order to solve the above technical problems, the utility model adopts the following technical scheme that：
A kind of food materials section production line, it is characterised in that：Including feed mechanism, data acquisition mechanism, slicing mechanism, discharging
Mechanism, ring-type conveyer belt and control system, the ring-type conveyer belt are uniformly arranged multiple chopping blocks, the ring-type conveyer belt along loop wire
Multiple equally distributed stations are formed along the chopping block on loop wire, the ring-type conveyer belt is turned by drive mechanism intermittent impulse
It is dynamic, a station is rotated every time, and the feed mechanism, data acquisition mechanism and slicing mechanism are sequentially arranged in ring-type conveyer belt
Three stations on, the feed mechanism is ribbon feeding mechanism, for food materials to be transported to the chopping block of the station, the number
It is used for the dimension information for gathering food materials on the chopping block of the station according to collecting mechanism, and the dimension information of food materials is passed into control system
System, the slicing mechanism are used to cut into slices to food materials, and the discharging mechanism is used for the food materials after slicing mechanism is cut into slices
Carry out moving away from chopping block discharging, the control system controls slicing mechanism to carry out food materials according to the dimension information of the food materials received
The food materials blanking of section and discharging mechanism to having cut into slices.
As an improvement, the slicing mechanism includes the first portal trestle, the Yi Jishe inside and outside ring-type conveyer belt
Cutter assembly and binder component on the first portal trestle are put, the cutter assembly includes blade fixed plate, blade and blade
Drive cylinder, the blade drive cylinder are fixedly mounted on the middle part of the first portal trestle doorframe, the piston of blade drive cylinder
End is detachably fixed with blade fixed plate to be connected, the blade have it is multiple, and in being equally spaced below blade fixed plate, institute
Stating binder component includes holding pad and binder drive cylinder, and the binder drive cylinder sets multiple, multiple binder drive cylinders
Symmetrically it is arranged on the first portal trestle of blade drive cylinder surrounding, multiple binder drive cylinder pistons pass freely through blade
Fixed plate is detachably fixed with holding pad to be connected, and the blade via passed freely through for blade also is provided with the holding pad, described
Blade fixed plate is provided with piston via corresponding with the piston of binder drive cylinder, the ring-type conveyer belt with cutter assembly face
Lower section is provided with the section support base to chopping block support, and the blade drive cylinder and binder drive cylinder pass through control system control
System starts and stroke size.
As an improvement, the feed mechanism includes supplied materials conveyer belt, the second portal trestle and is arranged on second shape branch
The charging aperture of top of the trellis, second portal trestle are also disposed on ring-type conveyer belt at corresponding station above both sides, described next
Expect that conveyer belt is located at the top of charging aperture.
As an improvement, the charging aperture of the feed mechanism is provided with the regulation door of adjusting size.
As an improvement, the regulation door include slideway at the top of the second portal trestle and in slideway slidably
Door-plate, being additionally provided with the door-plate can be by door-plate and the relatively-stationary regulating bolt of slideway.
As an improvement, the data acquisition mechanism includes dynamic scan instrument and camera, the control system includes processing
Device and respectively control blade drive cylinder, the magnetic valve of binder drive cylinder, dynamic scan instrument and camera the collection signal
Processor is passed to, processor controls blade drive cylinder and binder drive cylinder to act respectively by magnetic valve.
As an improvement, the dynamic scan instrument is fixed on the top of ring-type conveyer belt by the 3rd portal trestle, and it is located at
At the previous station of slicing mechanism, the camera is arranged at the porch of the first portal trestle, the blade and blade mistake
Interporal lacuna coordinates, piston and the piston via interference fits in blade fixed plate of the binder drive cylinder.
As an improvement, it is provided with compression pin between the adjacent blade via of any two-phase on the holding pad.
As an improvement, the discharging mechanism is located at slicing mechanism side, discharging mechanism includes splicing motor and splicing hand, institute
State splicing motor to be fixed on the outside of ring-type conveyer belt, the splicing hand includes the receiver and splicing arm being wholely set, described to connect
Material arm is vertically fixed on the main shaft of splicing motor, and receiver is threaded in or out first under the turning effort of splicing motor
Shape support, the splicing arm are the mechanical arm that receiver can be driven to overturn.
To reach above-mentioned purpose, the utility model uses following another technical solution：
A kind of dicing method for production line of being cut into slices using food materials, it is characterised in that the dicing method comprises the following steps：
1）Feeding：Food materials are placed on the chopping block of corresponding station by feed mechanism；
2）Data acquisition：Dynamic scan is carried out to mobile food materials by dynamic scan instrument, processor is by being calculated food
The size of material, and generate regulation information and cutter assembly and binder component control program to magnetic valve；
3）Section：Pass through real-time monitoring of the camera to mobile food materials, when the chopping block for there are food materials reaches section station, place
Reason device sends instruction, and binder component, cutter assembly simultaneously or successively complete binder and sectioning, afterwards binder component and cutting knife
Component is retracted simultaneously drives section to leave chopping block；
4）Discharging：Binder component is stopped, and cutter assembly continuation is up, and section is left cutting knife and dropped under gravity
In on receiver；
5）Discharging：Start splicing motor before discharging, splicing motor drives receiver to be moved to section by splicing arm
Lower section, after discharging, by arm drive receiver remove the first portal trestle, completion once completely feed, cut into slices and go out
Material acts, and ring-type conveyer belt rotates a station every time afterwards, then according to above-mentioned steps 2 to step 5 cyclic slice.
The beneficial effects of the utility model are：
1st, by the combination fixed form of holding pad and compression pin, fixed effect is improved, beneficial to raising chipping qualities；
2nd, section can be taken away by conveyer belt by the adhesion compressed between pin and cutting knife and section, when can reduce section
Between, to realize that online section provides possibility；
3rd, by the combination application to compressing pin, cutting knife, online discharging can be achieved；
4th, by the way that blade movement to cutter assembly and binder component independent control, can be avoided to cause holding pad motion to cause pair
The damage of food materials, protect the integrality of food materials；
5th, by discharging online, can save conventional production methods needs to be separately provided the operating time of discharge process, is beneficial to
Improve operating efficiency；
6th, piston is used as lead, while lifting driving is completed, it is ensured that cutting precision；
7th, by completing binder and sectioning simultaneously, make slicing processes shorter, Tape movement is conveyed to section beneficial to reducing
Laterally pulled influence is produced, so as to further improve chipping qualities and slice efficiency.
In a word, the utility model is by the united application of feed mechanism, slicing mechanism, discharging mechanism and ring-type conveyer belt,
Continual sectioning can be carried out to any food materials, make that production is continuous, processing is general, be greatly improved the efficiency of food processing
And quality, and be advantageous to that Productive statistics and use cost are greatly reduced.
Other advantages, target and feature of the present utility model will be explained in the following description to a certain extent
State, and to a certain extent, based on will be apparent to those skilled in the art to investigating hereafter, or
Person can be instructed from practice of the present utility model.Target of the present utility model and other advantages can be said by following
Bright book is realized and obtained.
Brief description of the drawings
Fig. 1 is the utility model food materials section production line structural representation.
Fig. 2 is the structural representation of feed mechanism.
Fig. 3 is the arrangement schematic diagram of dynamic scan instrument.
Fig. 4 is the structural representation of slicing mechanism.
Fig. 5 is the structural representation of cutter assembly.
Fig. 6 is Fig. 5 upward view.
Fig. 7 is the structural representation of binder component.
Fig. 8 is Fig. 7 upward view.
Fig. 9 is the binder schematic diagram of the utility model dicing method first embodiment.
Figure 10 is the section schematic diagram of the utility model dicing method first embodiment.
Figure 11 is the discharging schematic diagram of the utility model dicing method first embodiment.
Figure 12 is the discharging schematic diagram of the utility model dicing method first embodiment.
Description of reference numerals：
1- slicing mechanisms, 2- data acquisitions mechanism, 3- discharging mechanisms, 4- ring-type conveyer belts, 5- feed mechanisms, 101- first
Portal trestle, 102- blade fixed plates, 103- blades, 104- blade drive cylinders, 105- compress pin, 106- holding pads, 107-
Binder drive cylinder, 108- blade vias, 109- piston vias, 110- section support bases, 201- dynamic scan instrument, 202- shootings
Head, the portal trestles of 203- the 3rd, 301- splicing motors, 302- receivers, 303- splicing arms, 401- chopping blocks, the conveying of 501- supplied materials
Band, the portal trestles of 502- second, 503- charging apertures, 504- slideways, 505- door-plates, 506- regulating bolts.
Embodiment
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail.
As shown in figure 1, a kind of food materials section production line in the present embodiment, including data acquisition mechanism 2, ring-type conveyer belt
4th, feed mechanism 5, slicing mechanism 1, discharging mechanism 3, control system and section support base 110, the ring-type conveyer belt 4 is along loop wire
Multiple chopping blocks 401 are uniformly arranged, the ring-type conveyer belt 4 equally distributed chopping block 401 along loop wire forms multiple be uniformly distributed
Station, ring-type conveyer belt 4 rotated by drive mechanism intermittent impulse, and ring-type conveyer belt 4 rotates a station, ring-type every time
Conveyer belt 4 sequentially passes through feed mechanism 5, data acquisition mechanism 2, slicing mechanism 1 and discharging mechanism 3, and section support base 110 is set
In the underface of slicing mechanism 1, support is formed to the chopping block 401 on ring-type conveyer belt 4, sectioning can be carried out：
Specifically, as Figure 4-8, slicing mechanism 1 includes the first portal trestle 101, cutter assembly and binder component, the
One portal trestle 101 across the both sides of ring-type conveyer belt 4, wherein, cutter assembly includes blade fixed plate 102, is fixed on blade and consolidates
It is multiple in the blade 103 being equally spaced and the blade drive cylinder 104 being fixed on the first portal trestle 101, knife on fixed board 102
Piece drive cylinder 104 is fixed on the middle part of the doorframe of the first portal trestle 101, the end of the piston of blade drive cylinder 104 and blade
Fixed plate 102 is detachably fixed；Binder component includes holding pad 106 and binder drive cylinder 107, and binder drive cylinder 107 can
Set multiple, preferably 2 or 4, the present embodiment is preferably 4, and is symmetricly set on two-by-two on the first portal trestle 101
The both sides of both sides, i.e. blade drive cylinder 104, blade drive cylinder 104 can be formed and avoided, make blade driving and binder driving
Independently of each other, the piston of all binder drive cylinders 107 both passes through the piston via 109 in blade fixed plate 102, with holding pad
106 are removably fixedly linked by bolt or screw, meanwhile, blade via 108, blade mistake are provided with holding pad 106
Hole 108 is corresponded with blade 103 and set, and the piston of piston via 109 and binder drive cylinder 107, which corresponds, to be set, should
Mode causes cutter assembly and binder component to run independently of each other, and the motion of blade 103 can be avoided to cause the motion of holding pad 106 to cause
Damage to food materials；
As shown in Fig. 2 feed mechanism 5 includes supplied materials conveyer belt 501, the second portal trestle 502, is arranged on second shape branch
Charging aperture 503 on frame 502, supplied materials conveyer belt 501 is arranged at the top of charging aperture 503, convenient to the blowing of charging aperture 503, is
The adaptability to different size food materials is improved, the length of charging aperture 503 is arranged to the length that any food materials can pass through, and width is
Adjustable, specifically, set regulation door on 503 1 length sides of charging aperture, the regulation door of the present embodiment includes being arranged on the
Slideway 504 on two portal trestles 502 and door-plate 505 that can be on slideway 504 slidably, it is additionally provided with the door-plate 505
Can be by door-plate 505 and the relatively-stationary regulating bolt 506 of slideway 504, can be by door-plate 505 with sliding by turning regulating bolt 506
It is dynamic to be relatively fixed or unclamp, during release, the slide door plate 505 on slideway 504, the width of charging aperture 503 is adjusted, with suitable
The width of food materials is answered, ensures then any food materials are tightened regulating bolt 506 by door-plate 505 and slided by property and adaptability
Road 504 is relatively fixed, i.e., fixes the size of charging aperture 503.
As shown in figure 1, discharging mechanism 3 includes splicing motor 301 and splicing hand, splicing motor 301 is fixed on ring-type conveying
With 4 side, splicing hand includes the receiver 302 and splicing arm 303 being wholely set, and splicing arm 303 is vertically fixed on splicing electricity
On the main shaft of machine 301, receiver 302 is threaded in or out the 3rd portal trestle 203 under the turning effort of splicing motor 301, will eat
Material section is sent out, and the splicing arm 303 is the mechanical arm that receiver 302 can be driven to overturn.By that to online submitting of cutting into slices, can save
Saving conventional production methods needs to be separately provided the operating time of feeding process, beneficial to raising operating efficiency.
The data acquisition mechanism 2 includes dynamic scan instrument 201 and camera 202, and the control system includes processor
Blade drive cylinder 104, the magnetic valve of binder drive cylinder 107, the dynamic scan instrument 201 and camera are controlled respectively
202 collection signals pass to processor, and processor controls blade drive cylinder 104 and binder drive cylinder by magnetic valve respectively
107 actions, processor control the operation of blade drive cylinder 104 and binder drive cylinder 107, this implementation by magnetic valve respectively
In example, as shown in figure 3, dynamic scan instrument 201 is fixed on into the 3rd portal trestle for being located at 1 previous station of slicing mechanism
On 203, and the top of ring-type conveyer belt 4 is located at, camera 202 is arranged at the porch of the first portal trestle 101, is beneficial to
Reception of the processor to information provides with time and accurately adjusts information and control program.
As the improvement of the present embodiment, blade 103 coordinates with the gap of blade via 108 so that blade 103 is without hindrance to be passed through
Holding pad 106, cutting resistance is reduced, piston and the interference fits of piston via 109 of binder drive cylinder 107, makes piston and work
The gap filled between via 109 is relatively small, and its cooperation level is improved, and piston is similar to lead, completes lifting work(
While energy, cutting precision also ensure that.
As the improvement of the present embodiment, as shown in Figure 7,8, set on holding pad 106 between any two-phase neighbour's blade via 108
It is equipped with and compresses pin 105, compress the thickness that the diameter of pin 105 is less than section, when holding pad 106 is pressed into contact with food materials, compresses pin
105 piercing food materials form fixation, meanwhile, after the completion of section, compressing adhesion and knife between pin 105 and food materials section
Between piece 103 and food materials section under adhesion collective effect, blade drive cylinder 104 and binder is controlled to drive by control system
Cylinder 107 is bounced back with identical speed simultaneously, and the food materials after being cut leave chopping block 401 with holding pad 106, then pass through discharging
The splicing motor 301 of mechanism 3 drives receiver 302 to move to below food materials, at this moment controls binder driving gas by control system
Cylinder 107 stops retraction, and blade drive cylinder 104 continues to bounce back, after blade 103 departs from food materials, due to compressing the diameter of pin 105 very
It is small, compress pin 105 and be less than the gravity of section by the adhesion cut between rear food materials, therefore, when blade 103 leaves section,
Section can deviate to compress pin 105 under gravity, fall into the receiver 302 of lower section, taken away, realize out by splicing motor 301
Material.
Use the dicing method of above-mentioned food materials section production line
Embodiment one, exemplified by producing potato block, specifically include and comprise the following steps：
1）Feeding：It is wide that the charging aperture 503 to match with potato is adjusted by the regulation door on the second portal trestle 502
Degree, single potato is entered by charging aperture 503 to be placed on chopping block 401；
2）Data acquisition and processing：Dynamic scan is carried out to mobile potato by dynamic scan instrument 201, processor passes through
The length and height value of potato is calculated, generates the regulation information to each magnetic valve, while also by ring-type conveyer belt 4
The impulse movement time that station rotates calculates initial time and the end time of binder and section, and generates section control journey
Sequence, further generate discharging control program；
3）Section：By real-time monitoring of the camera 202 to mobile potato, when the chopping block 401 for having potato arrives Dutch
During piece station and this moment with when initial time matches in program, section control program start, when reach section station anvil
When there is no the i.e. empty chopping block 401 of potato on plate 401（For example the chopping block 401 is when being located at 5 station of feed mechanism, feeding failure, or
Other various factors of person cause, without food materials on chopping block 401）, do not start section control program；After control program of cutting into slices starts, pressure
Material component first completes binder operation, completes sectioning after cutter assembly, i.e., binder drive cylinder 107 drives holding pad before this
106 descending press-in potatos, followed by blade drive cylinder 104 is cut into slices to potato with cutting blade 103 is descending, such as Figure 10
Shown, after section, blade drive cylinder 104 and binder drive cylinder 107 are retracted simultaneously, by blade 103 and compress pin 105
The potato slices after being cut are driven to leave the chopping block 401 on ring-type conveyer belt 4, as shown in figure 11；
Specific binder process by the way that holding pad 106 is positive to potato progress as shown in figure 9, pre-fix, so first
The lateral displacement and rotation of limitation potato in potato are pierced into by compressing pin 105 afterwards, so as to realize to the comprehensive of potato
It is fixed；
4）Discharging：Binder component is stopped, cutter assembly continue it is up, blade drive cylinder 104 with cutting blade 103 from
The potato slices after being cut are opened, potato slices leave compression pin 105 and fallen on receiver 302 under gravity, such as
Shown in Figure 12；
5）Discharging：The control program that discharges starts, and the shape of splicing motor 301 is started working, and splicing motor 301 passes through before discharging
Splicing arm 303 drives receiver 302 to be moved to below potato slices, and after discharging, splicing hand rotates with electric machine main shaft, by splicing
Disk 302 removes the first portal trestle 101, discharging is completed, as shown in Fig. 1,12.
Advantages below be present relative to prior art in the present embodiment：
1st, by the combination fixed form of holding pad 106 and compression pin 105, fixed effect is improved, is cut into slices beneficial to improving
Quality；
2nd, section can be taken away by conveyer belt by the adhesion compressed between pin 105 and cutting knife and section, can reduces and cut
The piece time, to realize that online section provides possibility；
3rd, by the combination application to compressing pin 105, cutting knife, online discharging can be achieved；
4th, by that to cutter assembly and binder component independent control, the motion of blade 103 can be avoided to cause holding pad 106 to move
The damage to potato is caused, protects the integrality of potato；
5th, by online feeding, can save conventional production methods needs to be separately provided the operating time of feeding process, is beneficial to
Improve operating efficiency；
6th, piston is used as lead, while lifting driving is completed, it is ensured that cutting precision；
In a word, the present embodiment is transported by the combination of feed mechanism 5, slicing mechanism 1, discharging mechanism 3 and ring-type conveyer belt 4
With can carry out continual sectioning to any potato, make that production is continuous, processing is general, be greatly improved food processing
Efficiency and quality, and be advantageous to that Productive statistics and use cost are greatly reduced.
Embodiment two, exemplified by producing sweet potato slices, comprise the following steps：
1）Feeding：First according to the sweet potato of different size, pass through the regulation door regulation on the second portal trestle 502 and sweet potato
The width of charging aperture 503 to match, then sweet potato entered by charging aperture 503 and be positioned over the chopping block 401 of the station of feed mechanism 5
On；
2）Data acquisition and processing：Dynamic scan is carried out to mobile sweet potato by dynamic scan instrument 201, processor is by meter
Calculation obtains the length and width value of sweet potato, generates the regulation information to magnetic valve, meanwhile, also pass through station on ring-type conveyer belt 4
The impulse movement time of rotation calculates initial time and the end time of binder and section, and generates section control program, enters
One step generation discharging control program；
3）Section：By real-time monitoring of the camera 202 to mobile sweet potato, when the chopping block 401 for having sweet potato reaches filleter
Position when and this moment with when initial time matches in program, section control program start, when reach cut into slices station chopping block
When there is no the i.e. empty chopping block 401 of sweet potato on 401（For example the chopping block 401 is when being located at 5 station of feed mechanism, feeding failure, Huo Zheqi
He causes various factors, without food materials on chopping block 401）, do not start section control program；After control program of cutting into slices starts, binder group
Part completes binder and sectioning simultaneously with cutter assembly, i.e. binder drive cylinder 107 and blade drive cylinder 104 drives simultaneously
Holding pad 106 and blade 103 is descending binder is carried out to sweet potato and is cut into slices after, binder component is retracted simultaneously with cutter assembly, logical
Crossing blade 103 and compressing pin 105 drives the section of the sweet potato after being cut to leave the chopping block 401 on ring-type conveyer belt 4；
Specific binder, which operates, is：Pre-fixed by the way that holding pad 106 is positive to sweet potato progress, then by compressing pin
105 are pierced into the lateral displacement and rotation of limitation sweet potato in sweet potato, so as to realize comprehensive fixation to sweet potato；
4）Discharging：Binder component is stopped, cutter assembly continue it is up, blade drive cylinder 104 with cutting blade 103 from
The section of the sweet potato after being cut is opened, sweet potato section is left compression pin 105 and fallen on receiver 302 under gravity；
5）Discharging：The control program that discharges starts, and the shape of splicing motor 301 is started working, and splicing motor 301 passes through before discharging
Splicing arm 303 drives receiver 302 to be moved to and is cut rear sweet potato section lower section, and after discharging, splicing hand rotates with electric machine main shaft, will
Receiver 302 removes the first portal trestle 101, completes discharging.
The present embodiment makes slicing processes shorter relative to embodiment one by completing binder and sectioning simultaneously, can be
Completed in the extremely short time, laterally pulled influence is produced on section beneficial to conveying Tape movement is reduced, so as to further improve section
Quality and slice efficiency.
Finally illustrate, preferred embodiment above is only unrestricted to illustrate the technical solution of the utility model, to the greatest extent
The utility model has been described in detail by above preferred embodiment for pipe, but those skilled in the art should manage
Solution, can make various changes, without departing from the utility model claims book institute to it in the form and details
The scope of restriction.
Claims (9)
- The production line 1. a kind of food materials are cut into slices, it is characterised in that：Including feed mechanism, data acquisition mechanism, slicing mechanism, discharging machine Structure, ring-type conveyer belt and control system, the ring-type conveyer belt are uniformly arranged multiple chopping blocks, the ring-type conveyer belt edge along loop wire Chopping block on loop wire forms multiple equally distributed stations, and the ring-type conveyer belt is rotated by drive mechanism intermittent impulse, A station is rotated every time, and the feed mechanism, data acquisition mechanism and slicing mechanism are sequentially arranged in ring-type conveyer belt On three stations, the feed mechanism is ribbon feeding mechanism, for food materials to be transported to the chopping block of the station, the data Collecting mechanism is used for the dimension information for gathering food materials on the chopping block of the station, and the dimension information of food materials is passed into control system System, the slicing mechanism are used to cut into slices to food materials, and the discharging mechanism is used for the food materials after slicing mechanism is cut into slices Carry out moving away from chopping block discharging, the control system controls slicing mechanism to carry out food materials according to the dimension information of the food materials received The food materials blanking of section and discharging mechanism to having cut into slices.
- A kind of 2. food materials section production line according to claim 1, it is characterised in that：The slicing mechanism is included across ring-type The first portal trestle inside and outside conveyer belt and the cutter assembly and binder component being arranged on the first portal trestle, institute Stating cutter assembly includes blade fixed plate, blade and blade drive cylinder, and the blade drive cylinder is fixedly mounted on first The middle part of shape support doorframe, the pistons end of blade drive cylinder is detachably fixed with blade fixed plate to be connected, and the blade has It is multiple, and in being equally spaced below blade fixed plate, the binder component includes holding pad and binder drive cylinder, the pressure It is multiple to expect that drive cylinder is set, multiple binder drive cylinders are symmetrically arranged at the first portal trestle of blade drive cylinder surrounding On, multiple binder drive cylinder pistons, which pass freely through blade fixed plate and are detachably fixed with holding pad, to be connected, on the holding pad The blade via passed freely through for blade also is provided with, the blade fixed plate is provided with corresponding with the piston of binder drive cylinder The section support base to chopping block support is provided with below piston via, with the ring-type conveyer belt of cutter assembly face, the blade drives Take offence cylinder and binder drive cylinder is controlled by control system.
- A kind of 3. food materials section production line according to claim 2, it is characterised in that：The feed mechanism conveys including supplied materials Band, the second portal trestle and the charging aperture being arranged at the top of the second portal trestle, second portal trestle are also disposed at ring On shape conveyer belt at corresponding station above both sides, the supplied materials conveyer belt is located at the top of charging aperture.
- A kind of 4. food materials section production line according to claim 3, it is characterised in that：Set on the charging aperture of the feed mechanism There is the regulation door of adjusting size.
- A kind of 5. food materials section production line according to claim 4, it is characterised in that：The regulation door includes being located at second The slideway of shape cradle top and the door-plate in slideway slidably, being additionally provided with the door-plate can be relative by door-plate and slideway Fixed regulating bolt.
- A kind of 6. food materials section production line according to claim 2, it is characterised in that：The data acquisition mechanism includes dynamic Scanner and camera, the control system include processor and control blade drive cylinder, the electricity of binder drive cylinder respectively Magnet valve, dynamic scan instrument and camera the collection signal pass to processor, and processor controls blade respectively by magnetic valve Drive cylinder and the action of binder drive cylinder.
- A kind of 7. food materials section production line according to claim 6, it is characterised in that：The dynamic scan instrument passes through the 3rd Shape support is fixed on the top of ring-type conveyer belt, and at the previous station of slicing mechanism, and the camera is arranged at the The porch of one portal trestle, the blade cross interporal lacuna cooperation with blade, and the piston of the binder drive cylinder is consolidated with blade Piston via interference fits on fixed board.
- A kind of 8. food materials section production line according to claim 2, it is characterised in that：Any two-phase neighbour on the holding pad Compression pin is provided between blade via.
- A kind of 9. food materials section production line according to claim 2, it is characterised in that：The discharging mechanism is located at slicing mechanism Side, discharging mechanism include splicing motor and splicing hand, and the splicing motor is fixed on the outside of ring-type conveyer belt, the splicing hand Including the receiver and splicing arm being wholely set, the splicing arm is vertically fixed on the main shaft of splicing motor, and receiver is connecing Under the turning effort for expecting motor, the first portal trestle is threaded in or out, the splicing arm is the machinery that receiver can be driven to overturn Arm.
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| CN201720766198.3U CN206869938U (en) | 2017-06-28 | 2017-06-28 | A kind of food materials section production line |
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| CN201720766198.3U CN206869938U (en) | 2017-06-28 | 2017-06-28 | A kind of food materials section production line |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107186764A (en) * | 2017-06-28 | 2017-09-22 | 黄冈师范学院 | A kind of food materials section production line and its dicing method |
| CN112009013A (en) * | 2020-08-10 | 2020-12-01 | 湖南日恋茶油有限公司 | Tea-seed oil seed of tea-seed oil production usefulness squeezes equipment |
-
2017
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107186764A (en) * | 2017-06-28 | 2017-09-22 | 黄冈师范学院 | A kind of food materials section production line and its dicing method |
| CN107186764B (en) * | 2017-06-28 | 2022-07-22 | 黄冈师范学院 | Food material slicing production line and slicing method thereof |
| CN112009013A (en) * | 2020-08-10 | 2020-12-01 | 湖南日恋茶油有限公司 | Tea-seed oil seed of tea-seed oil production usefulness squeezes equipment |
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